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+DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Discord-RPC/DiscordRpc.cs b/Discord-RPC/DiscordRpc.cs new file mode 100644 index 0000000..a264063 --- /dev/null +++ b/Discord-RPC/DiscordRpc.cs @@ -0,0 +1,219 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace DiscordPresence +{ + public class DiscordRpc + { + [UnmanagedFunctionPointer(CallingConvention.Cdecl)] + public delegate void ReadyCallback(); + + [UnmanagedFunctionPointer(CallingConvention.Cdecl)] + public delegate void DisconnectedCallback(int errorCode, string message); + + [UnmanagedFunctionPointer(CallingConvention.Cdecl)] + public delegate void ErrorCallback(int errorCode, string message); + + [UnmanagedFunctionPointer(CallingConvention.Cdecl)] + public delegate void JoinCallback(string secret); + + [UnmanagedFunctionPointer(CallingConvention.Cdecl)] + public delegate void SpectateCallback(string secret); + + [UnmanagedFunctionPointer(CallingConvention.Cdecl)] + public delegate void RequestCallback(ref JoinRequest request); + + public struct EventHandlers + { + public ReadyCallback readyCallback; + public DisconnectedCallback disconnectedCallback; + public ErrorCallback errorCallback; + public JoinCallback joinCallback; + public SpectateCallback spectateCallback; + public RequestCallback requestCallback; + } + + [Serializable, StructLayout(LayoutKind.Sequential)] + public struct RichPresenceStruct + { + public IntPtr state; // max 128 bytes + public IntPtr details; // max 128 bytes + public long startTimestamp; + public long endTimestamp; + public IntPtr largeImageKey; // max 32 bytes + public IntPtr largeImageText; // max 128 bytes + public IntPtr smallImageKey; // max 32 bytes + public IntPtr smallImageText; // max 128 bytes + public IntPtr partyId; // max 128 bytes + public int partySize; + public int partyMax; + public IntPtr matchSecret; // max 128 bytes + public IntPtr joinSecret; // max 128 bytes + public IntPtr spectateSecret; // max 128 bytes + public bool instance; + } + + [Serializable] + public struct JoinRequest + { + public string userId; + public string username; + public string discriminator; + public string avatar; + } + + public enum Reply + { + No = 0, + Yes = 1, + Ignore = 2 + } + + [DllImport("discord-rpc", EntryPoint = "Discord_Initialize", CallingConvention = CallingConvention.Cdecl)] + public static extern void Initialize(string applicationId, ref EventHandlers handlers, bool autoRegister, string optionalSteamId); + + [DllImport("discord-rpc", EntryPoint = "Discord_Shutdown", CallingConvention = CallingConvention.Cdecl)] + public static extern void Shutdown(); + + [DllImport("discord-rpc", EntryPoint = "Discord_RunCallbacks", CallingConvention = CallingConvention.Cdecl)] + public static extern void RunCallbacks(); + + [DllImport("discord-rpc", EntryPoint = "Discord_UpdatePresence", CallingConvention = CallingConvention.Cdecl)] + private static extern void UpdatePresenceNative(ref RichPresenceStruct presence); + + [DllImport("discord-rpc", EntryPoint = "Discord_ClearPresence", CallingConvention = CallingConvention.Cdecl)] + public static extern void ClearPresence(); + + [DllImport("discord-rpc", EntryPoint = "Discord_Respond", CallingConvention = CallingConvention.Cdecl)] + public static extern void Respond(string userId, Reply reply); + + [DllImport("discord-rpc", EntryPoint = "Discord_UpdateHandlers", CallingConvention = CallingConvention.Cdecl)] + public static extern void UpdateHandlers(ref EventHandlers handlers); + + public static void UpdatePresence(RichPresence presence) + { + var presencestruct = presence.GetStruct(); + UpdatePresenceNative(ref presencestruct); + presence.FreeMem(); + } + + [Serializable] + public class RichPresence + { + private RichPresenceStruct _presence; + private readonly List _buffers = new List(10); + + public string state; // max 128 bytes + public string details; // max 128 bytes + public long startTimestamp; + public long endTimestamp; + public string largeImageKey; // max 32 bytes + public string largeImageText; // max 128 bytes + public string smallImageKey; // max 32 bytes + public string smallImageText; // max 128 bytes + public string partyId; // max 128 bytes + public int partySize; + public int partyMax; + public string matchSecret; // max 128 bytes + public string joinSecret; // max 128 bytes + public string spectateSecret; // max 128 bytes + public bool instance; + + /// + /// Get the representation of this instance + /// + /// representation of this instance + internal RichPresenceStruct GetStruct() + { + if (_buffers.Count > 0) + FreeMem(); + + _presence.state = StrToPtr(state, 128); + _presence.details = StrToPtr(details, 128); + _presence.startTimestamp = startTimestamp; + _presence.endTimestamp = endTimestamp; + _presence.largeImageKey = StrToPtr(largeImageKey, 32); + _presence.largeImageText = StrToPtr(largeImageText, 128); + _presence.smallImageKey = StrToPtr(smallImageKey, 32); + _presence.smallImageText = StrToPtr(smallImageText, 128); + _presence.partyId = StrToPtr(partyId, 128); + _presence.partySize = partySize; + _presence.partyMax = partyMax; + _presence.matchSecret = StrToPtr(matchSecret, 128); + _presence.joinSecret = StrToPtr(joinSecret, 128); + _presence.spectateSecret = StrToPtr(spectateSecret, 128); + _presence.instance = instance; + + return _presence; + } + + /// + /// Returns a pointer to a representation of the given string with a size of maxbytes + /// + /// String to convert + /// Max number of bytes to use + /// Pointer to the UTF-8 representation of + private IntPtr StrToPtr(string input, int maxbytes) + { + if (string.IsNullOrEmpty(input)) return IntPtr.Zero; + var convstr = StrClampBytes(input, maxbytes); + var convbytecnt = Encoding.UTF8.GetByteCount(convstr); + var buffer = Marshal.AllocHGlobal(convbytecnt); + _buffers.Add(buffer); + Marshal.Copy(Encoding.UTF8.GetBytes(convstr), 0, buffer, convbytecnt); + return buffer; + } + + /// + /// Convert string to UTF-9 and add null termination + /// + /// string to convert + /// UTF-8 representation of with added null termination + private static string StrToUtf8NullTerm(string toconv) + { + var str = toconv.Trim(); + var bytes = Encoding.Default.GetBytes(str); + if (bytes.Length > 0 && bytes[bytes.Length - 1] != 0) + str += "\0\0"; + + return Encoding.UTF8.GetString(Encoding.UTF8.GetBytes(str)); + } + + /// + /// Clamp the string to the given byte length preserving null termination + /// + /// string to clamp + /// max bytes the resulting string should have (including null termination) + /// null terminated string with a byte length less or equal to + private static string StrClampBytes(string toclamp, int maxbytes) + { + var str = StrToUtf8NullTerm(toclamp); + var strbytes = Encoding.UTF8.GetBytes(str); + + if (strbytes.Length <= maxbytes) + return str; + + var newstrbytes = new byte[] { }; + Array.Copy(strbytes, 0, newstrbytes, 0, maxbytes - 1); + newstrbytes[newstrbytes.Length - 1] = 0; + newstrbytes[newstrbytes.Length - 2] = 0; + + return Encoding.UTF8.GetString(newstrbytes); + } + + /// + /// Free the allocated memory for conversion to + /// + internal void FreeMem() + { + for (var i = _buffers.Count - 1; i >= 0; i--) + { + Marshal.FreeHGlobal(_buffers[i]); + _buffers.RemoveAt(i); + } + } + } + } +} diff --git a/Discord-RPC/DiscordRpc.cs.meta b/Discord-RPC/DiscordRpc.cs.meta new file mode 100644 index 0000000..d4d1155 --- /dev/null +++ b/Discord-RPC/DiscordRpc.cs.meta @@ -0,0 +1,13 @@ +fileFormatVersion: 2 +guid: 96be01509b6882147aa617d033ba98b0 +timeCreated: 1521121665 +licenseType: Pro +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Discord-RPC/DiscordTime.cs b/Discord-RPC/DiscordTime.cs new file mode 100644 index 0000000..1685013 --- /dev/null +++ b/Discord-RPC/DiscordTime.cs @@ -0,0 +1,55 @@ +using System; + +namespace DiscordPresence +{ + public static class DiscordTime + { + /// + /// Get the current time + /// + /// The current time epoch + public static long TimeNow() + { + return (long)(DateTime.UtcNow - new DateTime(1970, 1, 1, 0, 0, 0, DateTimeKind.Utc)).TotalSeconds; + } + + /// + /// Add time to an epoch value + /// + /// Epoch value + /// Seconds to add + /// Minutes to add + /// Hours to add + /// + [Obsolete("AddTime (ref) is deprecated. Use regular add time method instead.")] + public static long AddTime(ref long time, int seconds, int minutes = 0, int hours = 0) + { + time += seconds; + time += minutes * 60; + time += hours * 3600; + return 0; + } + + public static long AddTime(long time = -1, int seconds = 0, int minutes = 0, int hours = 0) + { + if (time == -1) + time = TimeNow(); + + time += seconds; + time += minutes * 60; + time += hours * 3600; + return time; + } + + public static long SubtractTime(long time = -1, int seconds = 0, int minutes = 0, int hours = 0) + { + if (time == -1) + time = TimeNow(); + + time -= seconds; + time -= minutes * 60; + time -= hours * 3600; + return time; + } + } +} diff --git a/Discord-RPC/DiscordTime.cs.meta b/Discord-RPC/DiscordTime.cs.meta new file mode 100644 index 0000000..f7e9ec1 --- /dev/null +++ b/Discord-RPC/DiscordTime.cs.meta @@ -0,0 +1,13 @@ +fileFormatVersion: 2 +guid: 48f782a8ee45c474daaf8362cec0e7a8 +timeCreated: 1521143721 +licenseType: Pro +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Discord-RPC/PresenceManager.cs b/Discord-RPC/PresenceManager.cs new file mode 100644 index 0000000..4569b77 --- /dev/null +++ b/Discord-RPC/PresenceManager.cs @@ -0,0 +1,200 @@ +using System; +using UnityEngine; +using UnityEngine.Events; + +namespace DiscordPresence +{ + [Serializable] + public class DiscordJoinEvent : UnityEvent { } + + [Serializable] + public class DiscordSpectateEvent : UnityEvent { } + + [Serializable] + public class DiscordJoinRequestEvent : UnityEvent { } + + public class PresenceManager : MonoBehaviour + { + public DiscordRpc.RichPresence presence = new DiscordRpc.RichPresence(); + public string applicationId; + public string optionalSteamId; + public int callbackCalls; + //public int clickCounter; + public DiscordRpc.JoinRequest joinRequest; + public UnityEvent onConnect; + public UnityEvent onDisconnect; + public UnityEvent hasResponded; + public DiscordJoinEvent onJoin; + public DiscordJoinEvent onSpectate; + public DiscordJoinRequestEvent onJoinRequest; + + DiscordRpc.EventHandlers handlers; + + public static PresenceManager instance; + + /*public void OnClick() + { + Debug.Log("Discord: on click!"); + clickCounter++; + + presence.details = string.Format("Button clicked {0} times", clickCounter); + + DiscordRpc.UpdatePresence(presence); + }*/ + + public void RequestRespondYes() + { + Debug.Log("Discord: responding yes to Ask to Join request"); + DiscordRpc.Respond(joinRequest.userId, DiscordRpc.Reply.Yes); + hasResponded.Invoke(); + } + + public void RequestRespondNo() + { + Debug.Log("Discord: responding no to Ask to Join request"); + DiscordRpc.Respond(joinRequest.userId, DiscordRpc.Reply.No); + hasResponded.Invoke(); + } + + #region Discord Callbacks + public void ReadyCallback() + { + ++callbackCalls; + Debug.Log("Discord: ready"); + onConnect.Invoke(); + UpdatePresence(null); + } + + public void DisconnectedCallback(int errorCode, string message) + { + ++callbackCalls; + Debug.Log(string.Format("Discord: disconnect {0}: {1}", errorCode, message)); + onDisconnect.Invoke(); + } + + public void ErrorCallback(int errorCode, string message) + { + ++callbackCalls; + Debug.Log(string.Format("Discord: error {0}: {1}", errorCode, message)); + } + + public void JoinCallback(string secret) + { + ++callbackCalls; + Debug.Log(string.Format("Discord: join ({0})", secret)); + onJoin.Invoke(secret); + } + + public void SpectateCallback(string secret) + { + ++callbackCalls; + Debug.Log(string.Format("Discord: spectate ({0})", secret)); + onSpectate.Invoke(secret); + } + + public void RequestCallback(ref DiscordRpc.JoinRequest request) + { + ++callbackCalls; + Debug.Log(string.Format("Discord: join request {0}#{1}: {2}", request.username, request.discriminator, request.userId)); + joinRequest = request; + onJoinRequest.Invoke(request); + } + #endregion + + #region Monobehaviour Callbacks + // Singleton + void Awake() + { + if (instance == null) + { + instance = this; + } + else if (instance != this) + { + Destroy(gameObject); + } + DontDestroyOnLoad(gameObject); + } + + void Update() + { + DiscordRpc.RunCallbacks(); + } + + void OnEnable() + { + Debug.Log("Discord: init"); + callbackCalls = 0; + + handlers = new DiscordRpc.EventHandlers(); + handlers.readyCallback = ReadyCallback; + handlers.disconnectedCallback += DisconnectedCallback; + handlers.errorCallback += ErrorCallback; + handlers.joinCallback += JoinCallback; + handlers.spectateCallback += SpectateCallback; + handlers.requestCallback += RequestCallback; + DiscordRpc.Initialize(applicationId, ref handlers, true, optionalSteamId); + } + + void OnDisable() + { + Debug.Log("Discord: shutdown"); + DiscordRpc.Shutdown(); + } + + void OnDestroy() + { + + } + #endregion + + #region Update Presence Method + public static void UpdatePresence(string detail, string state = null, long start = -1, long end = -1, string largeKey = null,string largeText = null, + string smallKey = null, string smallText = null, string partyId = null, int size = -1, int max = -1, string match = null, string join = null, + string spectate = null/*, bool instance*/) + { + instance.presence.details = detail ?? instance.presence.details; + instance.presence.state = state ?? instance.presence.state; + instance.presence.startTimestamp = (start == -1) ? instance.presence.startTimestamp : start; + instance.presence.endTimestamp = (end == -1) ? instance.presence.endTimestamp : end; + instance.presence.largeImageKey = largeKey ?? instance.presence.largeImageKey; + instance.presence.largeImageText = largeText ?? instance.presence.largeImageText; + instance.presence.smallImageKey = smallKey ?? instance.presence.smallImageKey; + instance.presence.smallImageText = smallText ?? instance.presence.smallImageText; + instance.presence.partyId = partyId ?? instance.presence.partyId; + instance.presence.partySize = (size == -1) ? instance.presence.partySize : size; + instance.presence.partyMax = (max == -1) ? instance.presence.partyMax : max; + instance.presence.matchSecret = match ?? instance.presence.matchSecret; + instance.presence.joinSecret = join ?? instance.presence.joinSecret; + instance.presence.spectateSecret = spectate ?? instance.presence.spectateSecret; + //instance.presence.presence.instance = + DiscordRpc.UpdatePresence(instance.presence); + } + + public static void ClearPresence() + { + instance.presence.details = ""; + instance.presence.state = ""; + instance.presence.startTimestamp = 0; + instance.presence.endTimestamp = 0; + instance.presence.largeImageKey = ""; + instance.presence.largeImageText = ""; + instance.presence.smallImageText = ""; + instance.presence.smallImageKey = ""; + instance.presence.partyId = ""; + instance.presence.partySize = 0; + instance.presence.partyMax = 0; + instance.presence.matchSecret = ""; + instance.presence.joinSecret = ""; + instance.presence.spectateSecret = ""; + //instance.presence.instance = + } + + public static void ClearAndUpdate() + { + ClearPresence(); + DiscordRpc.UpdatePresence(instance.presence); + } + #endregion + } +} diff --git a/Discord-RPC/PresenceManager.cs.meta b/Discord-RPC/PresenceManager.cs.meta new file mode 100644 index 0000000..9d7ea66 --- /dev/null +++ b/Discord-RPC/PresenceManager.cs.meta @@ -0,0 +1,13 @@ +fileFormatVersion: 2 +guid: fb9ae853100b2944384e0a4d3708f6ba +timeCreated: 1521125169 +licenseType: Pro +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Editor.meta b/Editor.meta new file mode 100644 index 0000000..92f9079 --- /dev/null +++ b/Editor.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: d016325df6a55076cb221ba1fdb167b0 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Editor/BuildHelper.cs b/Editor/BuildHelper.cs new file mode 100644 index 0000000..99c6716 --- /dev/null +++ b/Editor/BuildHelper.cs @@ -0,0 +1,99 @@ +using UnityEditor; +using System.Diagnostics; +using System.IO; + +[InitializeOnLoad] +public class ScriptBatch +{ + static ScriptBatch() + { + EnsureDLL(); + } + + public static bool FileExists(string filename) + { + return new FileInfo(filename).Exists; + } + + public static bool RunRpcBuildScript() + { + UnityEngine.Debug.Log("Trying to run build script"); + + Process proc = new Process(); +#if UNITY_STANDALONE_OSX || UNITY_EDITOR_OSX + proc.StartInfo.UseShellExecute = false; + // brew installs cmake in /usr/local/bin, which Unity seems to strip from PATH? + string newPath = proc.StartInfo.EnvironmentVariables["PATH"] + ":/usr/local/bin"; + proc.StartInfo.EnvironmentVariables["PATH"] = newPath; +#endif + proc.StartInfo.FileName = "python"; + proc.StartInfo.Arguments = "build.py unity"; + proc.StartInfo.WorkingDirectory = "../.."; + proc.Start(); + proc.WaitForExit(); + return proc.ExitCode == 0; + } + + public static void EnsureDLL() + { +#if UNITY_STANDALONE_WIN || UNITY_EDITOR_WIN + string[] dstDirs = { "Assets/Plugins", "Assets/Plugins/x86", "Assets/Plugins/x86_64" }; + string[] dstDlls = { "Assets/Plugins/x86/discord-rpc.dll", "Assets/Plugins/x86_64/discord-rpc.dll" }; + string[] srcDlls = { "../../builds/install/win64-dynamic/bin/discord-rpc.dll", "../../builds/install/win64-dynamic/bin/discord-rpc.dll" }; +#elif UNITY_STANDALONE_OSX || UNITY_EDITOR_OSX + string[] dstDirs = { "Assets/Plugins" }; + string[] dstDlls = { "Assets/Plugins/discord-rpc.bundle" }; + string[] srcDlls = { "../../builds/install/osx-dynamic/lib/libdiscord-rpc.dylib" }; +#else + string[] dstDirs = { "Assets/Plugins", "Assets/Plugins/x86", "Assets/Plugins/x86_64" }; + string[] dstDlls = { "Assets/Plugins/discord-rpc.so" }; + string[] srcDlls = { "../../builds/install/linux-dynamic/lib/discord-rpc.so" }; +#endif + + Debug.Assert(dstDlls.Length == srcDlls.Length); + + bool exists = true; + foreach (string fname in dstDlls) + { + if (!File.Exists(fname)) + { + exists = false; + break; + } + } + + if (exists) + return; + + exists = true; + foreach (string fname in srcDlls) + { + if (!File.Exists(fname)) + { + exists = false; + break; + } + } + + if (!exists) + { + if (!RunRpcBuildScript()) + { + UnityEngine.Debug.LogError("Build failed"); + return; + } + } + + // make sure the dirs exist + foreach (string dirname in dstDirs) + { + Directory.CreateDirectory(dirname); + } + + // copy dlls + for (int i = 0; i < dstDlls.Length; i++) + { + FileUtil.CopyFileOrDirectory(srcDlls[i], dstDlls[i]); ; + } + } +} diff --git a/Editor/BuildHelper.cs.meta b/Editor/BuildHelper.cs.meta new file mode 100644 index 0000000..fad1055 --- /dev/null +++ b/Editor/BuildHelper.cs.meta @@ -0,0 +1,13 @@ +fileFormatVersion: 2 +guid: 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", 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"} \ No newline at end of file diff --git a/LevelMaker/Violent Purple.rhys.meta b/LevelMaker/Violent Purple.rhys.meta new file mode 100644 index 0000000..b88363d --- /dev/null +++ b/LevelMaker/Violent Purple.rhys.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: f81ca634437ee39668bcf03074ac7e0e +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/LevelMaker/main.py b/LevelMaker/main.py new file mode 100644 index 0000000..2c5ae70 --- /dev/null +++ b/LevelMaker/main.py @@ -0,0 +1,488 @@ +import tkinter as tk +from tkinter import filedialog, messagebox, simpledialog +from mutagen.mp3 import MP3, EasyMP3 +import base64 +import tempfile +import json +import os +import pygame + +from mutagen.id3 import ID3, APIC + + +class LevelDesigner: + def __init__(self, root): + self.root = root + self.root.title("Level Designer") + initial_width = 600 + initial_height = 400 + + self.root.geometry( + f"{initial_width}x{initial_height}" + ) # Set initial window size + self.root.minsize(width=initial_width, height=initial_height) + self.song_path = "" + self.notes = [] + + self.select_button = tk.Button( + root, text="Select Song", command=self.select_song + ) + self.select_button.pack() + + self.canvas_frame = tk.Frame(root) + self.canvas_frame.pack(fill="both", expand=True) + + self.canvas = tk.Canvas(self.canvas_frame, bg="white") + self.canvas.pack(side="top", fill="both", expand=True) + + self.h_scrollbar = tk.Scrollbar( + self.canvas_frame, orient="horizontal", command=self.canvas.xview + ) + self.h_scrollbar.pack(side="bottom", fill="x") + self.canvas.configure(xscrollcommand=self.h_scrollbar.set) + + self.canvas.bind("<Button-1>", self.add_note) + self.canvas.bind("<Button-3>", self.delete_note) + + self.root.bind("<space>", self.auto_add_note) + + self.save_button_visible = False + self.save_button_height = 0 + + self.arrows_visible = False + + self.save_button = tk.Button(root, text="Save Level", command=self.save_level) + self.save_button.pack() + self.save_button_height = self.save_button.winfo_height() + self.save_button.pack_forget() + + self.arrow_buttons_frame = tk.Frame(root) + self.arrow_buttons_frame.pack() + + self.song = None + self.meta = None + + self.left_button = tk.Button( + self.arrow_buttons_frame, + text="←", + command=lambda: self.select_arrow("left"), + bg="red", + ) + self.left_button.pack(side="left") + + self.up_button = tk.Button( + self.arrow_buttons_frame, + text="↑", + command=lambda: self.select_arrow("up"), + bg="green", + ) + self.up_button.pack(side="left") + + self.down_button = tk.Button( + self.arrow_buttons_frame, + text="↓", + command=lambda: self.select_arrow("down"), + bg="blue", + ) + self.down_button.pack(side="left") + + self.right_button = tk.Button( + self.arrow_buttons_frame, + text="→", + command=lambda: self.select_arrow("right"), + bg="yellow", + ) + self.right_button.pack(side="left") + + self.canvas_frame.bind("<Configure>", self.update_canvas_height) + self.canvas.bind("<Configure>", self.redraw_notes) + + self.add_controls() + self.current_pos: float = 0.0 + + pygame.mixer.init() + self.song_playing = False + + def init_song(self): + if self.song_path: + pygame.mixer.music.load(self.song_path) + self.song_playing = False + self.cursor = None + + def update_cursor(self): + self.canvas.delete("cursor") + if self.song_playing: + current_time = self.current_pos + pygame.mixer.music.get_pos() / 1000.0 + else: + current_time = self.current_pos + + x = current_time / self.song_length * self.canvas_width + + canvas_width = self.canvas.winfo_width() # Get current canvas width + visible_x1 = self.canvas.canvasx(0) # Get the leftmost visible x coordinate + visible_x2 = visible_x1 + canvas_width # Get the rightmost visible x coordinate + + # # Calculate the new scroll region based on the cursor's position + if x < visible_x1 + 50: # If cursor is about to leave from the left + new_x1 = max(0, x - canvas_width / 2) + self.canvas.xview_moveto(new_x1 / self.canvas_width) + elif x > visible_x2 - 50: # If cursor is about to leave from the right + new_x1 = max(0, x - canvas_width / 2) + self.canvas.xview_moveto(new_x1 / self.canvas_width) + + # Draw the cursor + self.cursor = self.canvas.create_line( + x, 0, x, self.canvas.winfo_height(), fill="red", tags="cursor" + ) + + if self.song_playing: + self.root.after(100, self.update_cursor) + + def play_pause_song(self): + if self.song_playing: + print("Paused") + pygame.mixer.music.pause() + self.current_pos += pygame.mixer.music.get_pos() / 1000.0 + self.song_playing = False + else: + print("Unpaused") + pygame.mixer.music.play(start=self.current_pos) + self.song_playing = True + self.update_cursor() + + def move_cursor(self, amount): + if self.song_playing: + self.current_pos += pygame.mixer.music.get_pos() / 1000.0 + self.current_pos = max(0, min(self.current_pos + amount, self.song_length)) + pygame.mixer.music.play(start=self.current_pos) + else: + self.current_pos = max(0, min(self.current_pos + amount, self.song_length)) + self.update_cursor() + + def backward_1_second(self): + self.move_cursor(-1) + + def backward_half_second(self): + self.move_cursor(-0.5) + + def forward_1_second(self): + self.move_cursor(1) + + def forward_half_second(self): + self.move_cursor(0.5) + + def backward_5_seconds(self): + self.move_cursor(-5) + + def forward_5_seconds(self): + self.move_cursor(5) + + def add_controls(self): + control_frame = tk.Frame(self.root) + control_frame.pack() + + backward_half_second_button = tk.Button( + control_frame, text="<< 0.5s", command=self.backward_half_second + ) + backward_half_second_button.pack(side="left") + + backward_1_second_button = tk.Button( + control_frame, text="<< 1s", command=self.backward_1_second + ) + backward_1_second_button.pack(side="left") + + backward_button = tk.Button( + control_frame, text="<< 5s", command=self.backward_5_seconds + ) + backward_button.pack(side="left") + + play_pause_button = tk.Button( + control_frame, text="PP", command=self.play_pause_song + ) + play_pause_button.pack(side="left") + + forward_button = tk.Button( + control_frame, text=">> 5s", command=self.forward_5_seconds + ) + forward_button.pack(side="left") + + forward_1_second_button = tk.Button( + control_frame, text=">> 1s", command=self.forward_1_second + ) + forward_1_second_button.pack(side="left") + + forward_half_second_button = tk.Button( + control_frame, text=">> 0.5s", command=self.forward_half_second + ) + forward_half_second_button.pack(side="left") + + def get_canvas_width(self): + canvas_width = self.canvas.winfo_width() + return canvas_width + + def redraw_notes(self, event): + self.canvas.delete("notes") + canvas_height = ( + self.canvas_frame.winfo_height() - self.arrow_buttons_frame.winfo_height() + ) + self.canvas_height = canvas_height # Store canvas height for future use + for note_time, arrow in self.notes: + x = ( + note_time + / float(MP3(self.song_path).info.length) + * self.get_canvas_width() + ) + color = self.get_arrow_color(arrow) + self.canvas.create_rectangle( + x - 2, 0, x + 2, self.canvas_height, fill=color, tags="notes" + ) + + def update_canvas_height(self, event): + canvas_height = ( + self.canvas_frame.winfo_height() + - self.arrow_buttons_frame.winfo_height() + - self.save_button_height + ) + self.canvas.config(height=canvas_height) + self.generate_visualizations() + + def select_song(self): + file_path = filedialog.askopenfilename( + filetypes=[("MP3 files", "*.mp3"), ("RHYS files", "*.rhys")] + ) + if file_path: + self.song_path = file_path # Assign the song path here + if file_path.endswith(".rhys"): + self.load_rhys_file(file_path) + self.init_song() + self.generate_visualizations() + self.save_button.pack() + self.arrow_buttons_frame.pack() + + def generate_visualizations(self): + audio = MP3(self.song_path) + meta = EasyMP3(self.song_path) + song_length = audio.info.length + song_name = meta["title"][0] + song_artist = meta["artist"][0] + self.song_length = song_length + + self.canvas.delete("all") + + mins = int(song_length / 60) + secs = song_length % 60 + self.canvas.create_text( + 20, 10, text=f"{song_name}", anchor="nw", font=("Arial", 12) + ) + self.canvas.create_text( + 20, 25, text=f"By: {song_artist}", anchor="nw", font=("Arial", 12) + ) + self.canvas.create_text( + 20, + 40, + text=f"Song Length: {mins}m:{secs}:s", + anchor="nw", + font=("Arial", 12), + ) + + canvas_height = ( + self.canvas_frame.winfo_height() - self.arrow_buttons_frame.winfo_height() + ) + self.canvas.config(height=canvas_height) + + self.canvas_width = song_length * 100 + self.canvas.config(scrollregion=(0, 0, self.canvas_width, canvas_height)) + + for sec in range(int(song_length) + 1): + x = sec * 100 + self.canvas.create_line(x, 0, x, canvas_height, fill="gray") + if sec % 5 == 0: + self.canvas.create_text( + x + 10, + canvas_height - 20, + text=f"{sec}s", + font=("Arial", 10), + anchor="nw", + ) + elif sec % 1 == 0: + self.canvas.create_line(x, 0, x, canvas_height, fill="lightgray") + + self.update_cursor() + + def load_rhys_file(self, file_path): + with open(file_path, "r") as f: + data = json.load(f) + encoded_audio = data["audio"] + self.notes = data["notes"] + + # Decode the base64 audio and save it temporarily + decoded_audio = base64.b64decode(encoded_audio) + temp_audio_file = tempfile.NamedTemporaryFile(delete=False, suffix=".mp3") + temp_audio_file.write(decoded_audio) + temp_audio_file.close() + + self.song_path = ( + temp_audio_file.name + ) # Update the song_path to the temporary file + + self.generate_visualizations() + for note_time, arrow in self.notes: + x = note_time * 100 + color = self.get_arrow_color(arrow) + self.canvas.create_rectangle(x - 2, 0, x + 2, 200, fill=color) + + def auto_add_note(self, event): + print("Auto add") + + if self.song_playing: + current_time = self.current_pos + pygame.mixer.music.get_pos() / 1000.0 + else: + current_time = self.current_pos + + x = current_time / self.song_length * self.canvas_width + + time = x / self.get_canvas_width() * float(MP3(self.song_path).info.length) + self.notes.append((time, self.selected_arrow)) + color = self.get_arrow_color(self.selected_arrow) + self.canvas.create_rectangle( + x - 2, + 0, + x + 2, + self.canvas_frame.winfo_height(), + fill=color, + tags=f"{time}", + ) + + def add_note(self, event): + x = self.canvas.canvasx( + event.x + ) # Adjust x coordinate based on canvas scroll position + time = x / self.get_canvas_width() * float(MP3(self.song_path).info.length) + self.notes.append((time, self.selected_arrow)) + color = self.get_arrow_color(self.selected_arrow) + self.canvas.create_rectangle( + x - 2, + 0, + x + 2, + self.canvas_frame.winfo_height(), + fill=color, + tags=f"{time}", + ) + + def delete_note(self, event): + x = self.canvas.canvasx( + event.x + ) # Adjust x coordinate based on canvas scroll position + canvas_width = self.get_canvas_width() + closest_note = None + closest_distance = float("inf") + + delta = 4 + + # Find the closest note to the mouse click + for note_time, _ in self.notes: + note_x = note_time / float(MP3(self.song_path).info.length) * canvas_width + distance = abs(note_x - x) + if distance < closest_distance and distance <= delta: + closest_note = (note_time, _) + self.canvas.delete(f"{note_time}") + closest_distance = distance + + if closest_note: + self.notes.remove(closest_note) + self.redraw_notes(event) + + def select_arrow(self, direction): + self.selected_arrow = direction + + def get_arrow_color(self, direction): + if direction == "up": + return "green" + elif direction == "down": + return "blue" + elif direction == "left": + return "red" + elif direction == "right": + return "yellow" + + def save_from_mp3(self): + encoded_audio = "" + with open(self.song_path, "rb") as f: + encoded_audio = base64.b64encode(f.read()).decode("utf-8") + + # Get metadata information + audio = EasyMP3(self.song_path) + artist = audio.get("artist", [""])[0] + album = audio.get("album", [""])[0] + title = audio.get("title", [""])[0] + track_time = int(audio.info.length) + + # Fallback to MP3 and ID3 to get cover art + mp3_audio = MP3(self.song_path, ID3=ID3) + cover_art_data = "" + cover_art_filename = "" + + # Extract cover art + for tag in mp3_audio.tags.values(): + if isinstance(tag, APIC): + cover_art_data = base64.b64encode(tag.data).decode("utf-8") + cover_art_filename = ( + f"{os.path.splitext(os.path.basename(self.song_path))[0]}_cover.jpg" + ) + + + formatted_notes = [{"t": note[0], "a": note[1]} for note in self.notes] + + # Fail-safe for missing metadata + if not artist: + artist = "Unknown Artist" + if not album: + album = "Unknown Album" + if not title: + title = "Unknown Track" + + song_data = { + "notes": formatted_notes, + "artist": artist, + "album": album, + "title": title, + "track_time": track_time, + "audio": encoded_audio, + "cover_art": cover_art_data, + } + + file_name = filedialog.asksaveasfilename( + parent=root, title="Save as rhys:", filetypes=[("RHYS files", "*.rhys")] + ) + + if file_name: + with open(f"{file_name}", "w", encoding="utf-8") as f: + json.dump(song_data, f) + print(f"Level saved to {file_name}") + + messagebox.showinfo("Success", f"Level saved to {file_name}") + else: + messagebox.showerror("Error", "You must provide a filename") + + def update_rhys(self): + with open(self.song_path, "r+", encoding="utf-8") as f: + data = json.load(f) + data["notes"] = self.notes + f.seek(0) + json.dump(data, f) + f.truncate() + print("Notes added to rhys file") + + def save_level(self): + if self.song_path: + file_extension = os.path.splitext(self.song_path)[1] + if file_extension == ".mp3": + self.save_from_mp3() + elif file_extension == ".rhys": + self.update_rhys() + + +root = tk.Tk() +app = LevelDesigner(root) + +root.mainloop() diff --git a/LevelMaker/main.py.meta b/LevelMaker/main.py.meta new file mode 100644 index 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", 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"} 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+*.ncrunchproject +*.orig +*.lock.json +.vs/ +.fake/ +# cake: +Tools/ \ No newline at end of file diff --git a/NAudio-2.2.1/AudioFileInspector.meta b/NAudio-2.2.1/AudioFileInspector.meta new file mode 100644 index 0000000..1608b63 --- /dev/null +++ b/NAudio-2.2.1/AudioFileInspector.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: abea6fd19baae04ad917587ba5ba825b +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs.meta b/NAudio-2.2.1/Docs.meta new file mode 100644 index 0000000..cd5d409 --- /dev/null +++ b/NAudio-2.2.1/Docs.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: db168f24468186a3387e0908ba936711 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/AsioPlayback.md b/NAudio-2.2.1/Docs/AsioPlayback.md new file mode 100644 index 0000000..7074ef5 --- /dev/null +++ b/NAudio-2.2.1/Docs/AsioPlayback.md @@ -0,0 +1,62 @@ +# Playback with ASIO + +The `AsioOut` class in NAudio allows you to both play back and record audio using an ASIO driver. ASIO is a driver format supported by many popular Digital Audio Workstation (DAW) applications on Windows, and usually offers very low latency for record and playback. + +To use ASIO, you do need a soundcard that has an ASIO driver. Most professional soundcards have ASIO drivers, but you can also try the [ASIO4ALL](http://asio4all.com/) driver which enables ASIO for soundcards that don't have their own native ASIO driver. + +The `AsioOut` class is able to play, record or do both simultaneously. This article covers the scenario where we just want to play audio. + +## Opening an ASIO device for playback + +To discover the names of the installed ASIO drivers on your system you use `AsioOut.GetDriverNames()`. + +We can use one of those driver names to pass to the constructor of `AsioOut` + +```c# +var asioOut = new AsioOut(asioDriverName); +``` + +## Selecting Output Channels + +Pro Audio soundcards often support multiple inputs and outputs. We may want to find out how many output channels are available on the device. We can get this with: + +```c# +var outputChannels = asioOut.DriverOutputChannelCount; +``` + +By default, `AsioOut` will send the audio to the first output channels on your soundcard. So if you play stereo audio through a four channel soundcard, the samples will come out of the first two channels. If you wanted it to come out of different channels you can adjust the `OutputChannelOffset` parameter. + +Next, I call `Init`. This lets us pass the `IWaveProvider` or `ISampleProvider` we want to play. Note that the sample rate of the `WaveFormat` of the input provider must be one supported by the ASIO driver. Usually this means 44.1kHz or higher. + + +```c# +// optionally, change the starting channel for outputting audio: +asioOut.OutputChannelOffset = 2; +asioOut.Init(mySampleProvider); +``` + +## Start Playback + +As `AsioOut` is an implementation of `IWavePlayer` we just need to call `Play` to start playing. + +```c# +asioOut.Play(); // start playing +``` + +Note that since ASIO typically works at very low latencies, it's important that the components that make up your signal chain are able to provide audio fast enough. If the ASIO buffer size is say 10ms, that means that every 10ms you need to generate the next 10ms of audio. If you miss this window, the audio will gitch. + +## Stop Playback + +We stop recording by calling Stop(). + +```c# +asioOut.Stop(); +``` + +As with other NAudio `IWavePlayer` implementations, we'll get a `PlaybackStopped` event firing when the driver stops. + +And of course we should remember to `Dispose` our instance of `AsioOut` when we're done with it. + +```c# +asioOut.Dispose(); +``` \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/AsioPlayback.md.meta b/NAudio-2.2.1/Docs/AsioPlayback.md.meta new file mode 100644 index 0000000..06bdf93 --- /dev/null +++ b/NAudio-2.2.1/Docs/AsioPlayback.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 1b742009de6c3daeb8a8a7deeed416d4 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/AsioRecording.md b/NAudio-2.2.1/Docs/AsioRecording.md new file mode 100644 index 0000000..3559863 --- /dev/null +++ b/NAudio-2.2.1/Docs/AsioRecording.md @@ -0,0 +1,87 @@ +# Recording with ASIO + +The `AsioOut` class in NAudio allows you to both play back and record audio using an ASIO driver. ASIO is a driver format supported by many popular Digital Audio Workstation (DAW) applications on Windows, and usually offers very low latency for record and playback. + +To use ASIO, you do need a soundcard that has an ASIO driver. Most professional soundcards have ASIO drivers, but you can also try the [ASIO4ALL](http://asio4all.com/) driver which enables ASIO for soundcards that don't have their own native ASIO driver. + +Often you'll use `AsioOut` to play audio, or to play and record simultaneously. This article covers the scenario where we just want to record audio. + +## Opening an ASIO device for recording + +To discover the names of the installed ASIO drivers on your system you use `AsioOut.GetDriverNames()`. + +We can use one of those driver names to pass to the constructor of `AsioOut` + +```c# +var asioOut = new AsioOut(asioDriverName); +``` + +## Selecting Recording Channels + +We may want to find out how many input channels are available on the device. We can get this with: + +```c# +var inputChannels = asioOut.DriverInputChannelCount; +``` + +By default, ASIO will capture all input channels when you record, but if you have a multi-input soundcard, this may be overkill. If you want to select a sub-range of channels to record from, we can set the `InputChannelOffset` to the first channel to record on. And then here I set up a `recordChannelCount` variable which I will use when I start recording. So in this example, I'm recording on channels 4 and 5 (n.b. channel numbers are zero based). + +Finally, I call `InitRecordAndPlayback`. This is a little bit ugly and future versions of NAudio may provide a nicer method, but the first parameter supplies the audio to be played. We're just recording, so this is null. The second argument is the number of channels to record (starting from `InputChannelOffset`). And the third argument is the desired sample rate. When we're playing we don;t need this as the sample rate of the input `IWaveProvider` will be used, but since we're just recording, we do need to specify the desired sample rate. + +```c# +asioOut.InputChannelOffset = 4; +var recordChannelCount = 2; +var sampleRate = 44100; +asioOut.InitRecordAndPlayback(null, recordChannelCount, sampleRate); +``` + +## Start Recording + +We need to subscribe to the `AudioAvailable` event in order to process audio received in the ASIO buffer callback. + +And we kick off recording by calling `Play()`. Yes, again it's not very intuitively named for the scenario in which we're recording only, but it basically tells the ASIO driver to start capturing audio and call us on each buffer swap. + +```c# +asioOut.AudioAvailable += OnAsioOutAudioAvailable; +asioOut.Play(); // start recording +``` + +## Handle received audio + +When we receive audio we get access to the raw ASIO buffers in an `AsioAudioAvailableEventArgs` object. + +Because ASIO is all about ultimate low latency, NAudio provides direct access to an `IntPtr` array called `InputBuffers` which contains the recorded buffer for each input channel. It also provides a `SamplesPerBuffer` property to tell you how many + +But there's still a lot of work to be done. ASIO supports many different recording formats including 24 bit audio where there are 3 bytes per sample. You need to examine the `AsioSampleType` property of the `AsioAudioAvailableEventArgs` to know what format each sample is in. + +So it can be a lot of work to access these samples in a meaningful format. NAudio provides a convenience method called `GetAsInterleavedSamples` to read samples from each input channel, turn them into IEEE floating point samples, and interleave them so they could be written to a WAV file. It supports the most common `AsioSampleType` properties, but not all of them. + +Note that this example uses an overload of `GetAsInterleavedSamples` that always returns a new `float[]`. It's better for memory purposes to create your own `float[]` up front and pass that in instead. + +Here's the simplest handler for `AudioAvailable` that just gets the audio as floating point samples and writes them to a `WaveFileReader` that we've set up in advance. + +```c# +void OnAsioOutAudioAvailable(object sender, AsioAudioAvailableEventArgs e) +{ + var samples = e.GetAsInterleavedSamples(); + writer.WriteSamples(samples, 0, samples.Length); +} +``` + +For a real application, you'd probably want to write your own logic in here to access the samples and pass them on to whatever processing logic you need. + +## Stop Recording + +We stop recording by calling Stop(). + +```c# +asioOut.Stop(); +``` + +As with other NAudio `IWavePlayer` implementations, we'll get a `PlaybackStopped` event firing when the driver stops. + +And of course we should remember to `Dispose` our instance of `AsioOut` when we're done with it. + +```c# +asioOut.Dispose(); +``` \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/AsioRecording.md.meta b/NAudio-2.2.1/Docs/AsioRecording.md.meta new file mode 100644 index 0000000..b7fec7f --- /dev/null +++ b/NAudio-2.2.1/Docs/AsioRecording.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: c34bcdfc487ec4bb4bc0b528c2f2215c +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/ConcatenatingAudio.md b/NAudio-2.2.1/Docs/ConcatenatingAudio.md new file mode 100644 index 0000000..afc9430 --- /dev/null +++ b/NAudio-2.2.1/Docs/ConcatenatingAudio.md @@ -0,0 +1,44 @@ +# Concatenating Audio + +When you play audio or render audio to a file, you create a single `ISampleProvider` or `IWaveProvider` that represents the whole piece of audio to be played. So playback will continue until you reach the end, and then stop. + +But what if you have two pieces of audio you want to play back to back? The `ConcatenatingSampleProvider` enables you to schedule one or more pieces of audio to play one after the other. + +Here's a simple example where we have three audio files that are going to play back to back. Note that the three audio files must have exactly the same sample rate, channel count and bit depth, because it's not possible to change those during playback. + +```c# +var first = new AudioFileReader("first.mp3"); +var second = new AudioFileReader("second.mp3"); +var third = new AudioFileReader("third.mp3"); + +var playlist = new ConcatenatingSampleProvider(new[] { first, second, third }); + +// to play: +outputDevice.Init(playlist); +outputDevice.Play(); + +// ... OR ... to save to file +WaveFileWriter.CreateWaveFile16("playlist.wav", playlist); +``` + +Note that the `ConcatenatingSampleProvider` does not provide repositioning. If you want that, you can quite simply copy the code for `ConcatenatingSampleProvider` and adjust it to allow you to rewind, or jump to the beginning of one of the inputs, depending on your specific requirements. + +# FollowedBy Extension Helpers + +There are some helpful extension methods you can make use of to simplify concatenating. For example, to append one `ISampleProvider` onto the end of another, use `FollowedBy`. Under the hood this simply creates a `ConcatenatingSampleProvider`: + +```c# +var first = new AudioFileReader("first.mp3"); +var second = new AudioFileReader("second.mp3"); +var playlist = first.FollowedBy(second); +``` + +You can also provide a duration of silence that you want after the first sound has finished and before the second begins: + +```c# +var first = new AudioFileReader("first.mp3"); +var second = new AudioFileReader("second.mp3"); +var playlist = first.FollowedBy(TimeSpan.FromSeconds(1), second); +``` + +This makes use of an `OffsetSampleProvider` in conjunction with a `ConcatenatingSampleProvider` diff --git a/NAudio-2.2.1/Docs/ConcatenatingAudio.md.meta b/NAudio-2.2.1/Docs/ConcatenatingAudio.md.meta new file mode 100644 index 0000000..3c8aae8 --- /dev/null +++ b/NAudio-2.2.1/Docs/ConcatenatingAudio.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 6ee154fed44b9e338a02d896a7902bd3 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/ConvertBetweenStereoAndMono.md b/NAudio-2.2.1/Docs/ConvertBetweenStereoAndMono.md new file mode 100644 index 0000000..b1d4990 --- /dev/null +++ b/NAudio-2.2.1/Docs/ConvertBetweenStereoAndMono.md @@ -0,0 +1,86 @@ +# Convert Between Stereo and Mono + +NAudio includes a number of utility classes that can help you to convert between mono and stereo audio. You can use these whether you are playing audio live, or whether you are simply converting from one file format to another. + +# Mono to Stereo + +If you have a mono input file, and want to convert to stereo, the `MonoToStereoSampleProvider` allows you to do this. It takes a `SampleProvider` as input, and has two floating point `LeftVolume` and `RightVolume` properties, which default to `1.0f`. This means that the mono input will be copied at 100% volume into both left and right channels. + +If you wanted to route it just to the left channel, you could set `LeftVolume` to `1.0f` and `RightVolume` to `0.0f`. And if you wanted it more to the right than the left you might set `LeftVolume` to `0.25f` and `RightVolume` to `1.0f`. + +```c# +using(var inputReader = new AudioFileReader(monoFilePath)) +{ + // convert our mono ISampleProvider to stereo + var stereo = new MonoToStereoSampleProvider(inputReader); + stereo.LeftVolume = 0.0f; // silence in left channel + stereo.RightVolume = 1.0f; // full volume in right channel + + // can either use this for playback: + myOutputDevice.Init(stereo); + myOutputDevice.Play(); + // ... + + // ... OR ... could write the stereo audio out to a WAV file + WaveFileWriter.CreateWaveFile16(outputFilePath, stereo); +} +``` + +There's also a `MonoToStereoProvider16` that works with 16 bit PCM `IWaveProvider` inputs and outputs 16 bit PCM. It works very similarly to `MonoToStereoSampleProvider` otherwise. + +# Stereo to Mono + +If you have a stereo input file and want to collapse to mono, then the `StereoToMonoSampleProvider` is what you want. It takes a stereo `ISampleProvider` as input, and also has a `LeftVolume` and `RightVolume` property, although the defaults are `0.5f` for each. This means the left sample will be multiplied by `0.5f` and the right by `0.5f` and the two are then summed together. + +If you want to just keep the left channel and throw away the right, you'd set `LeftVolume` to 1.0f and `RightVolume` to 0.0f. You could even sort out an out of phase issue by setting `LeftVolume` to `0.5f` and `RightVolume` to -0.5f. + +Usage is almost exactly the same. Note that some output devices won't let you play a mono file directly, so this would be more common if you were creating a mono output file, or if the mono audio was going to be passed on as a mixer input to `MixingSampleProvider`. + +```c# +using(var inputReader = new AudioFileReader(stereoFilePath)) +{ + // convert our stereo ISampleProvider to mono + var mono = new StereoToMonoSampleProvider(inputReader); + mono.LeftVolume = 0.0f; // discard the left channel + mono.RightVolume = 1.0f; // keep the right channel + + // can either use this for playback: + myOutputDevice.Init(mono); + myOutputDevice.Play(); + // ... + + // ... OR ... could write the mono audio out to a WAV file + WaveFileWriter.CreateWaveFile16(outputFilePath, mono); +} +``` + +There is also a `StereoToMonoProvider16` that works with 16 bit PCM stereo `IWaveProvider` inputs and emits 16 bit PCM. + +# Panning Mono to Stereo + +Finally, NAudio offers a `PanningSampleProvider` which allows you to use customisable panning laws to govern how a mono input signal is placed into a stereo output signal. + +It has a `Pan` property which can be configured between `-1.0f` (fully left) and `1.0f` (fully right), with `0.0f` being central. + +The `PanningStrategy` can be overridden. By default is uses the `SinPanStrategy`. There is also `SquareRootPanStrategy`, `LinearPanStrategy` and `StereoBalanceStrategy`, each one operating slightly differently with regards to how loud central panning is, and how the sound tapers off as it is panned to each side. You can experiment to discover which one fits your needs the best. + +Usage is very similar to the `MonoToStereoSampleProvider` + +```c# +using(var inputReader = new AudioFileReader(monoFilePath)) +{ + // convert our mono ISampleProvider to stereo + var panner = new PanningSampleProvider(inputReader); + // override the default pan strategy + panner.PanStrategy = new SquareRootPanStrategy(); + panner.Pan = -0.5f; // pan 50% left + + // can either use this for playback: + myOutputDevice.Init(panner); + myOutputDevice.Play(); + // ... + + // ... OR ... could write the stereo audio out to a WAV file + WaveFileWriter.CreateWaveFile16(outputFilePath, panner); +} +``` diff --git a/NAudio-2.2.1/Docs/ConvertBetweenStereoAndMono.md.meta b/NAudio-2.2.1/Docs/ConvertBetweenStereoAndMono.md.meta new file mode 100644 index 0000000..e3c1872 --- /dev/null +++ b/NAudio-2.2.1/Docs/ConvertBetweenStereoAndMono.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 40297cafdca12f48b96ee748736da292 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/ConvertMp3ToWav.md b/NAudio-2.2.1/Docs/ConvertMp3ToWav.md new file mode 100644 index 0000000..ef915ee --- /dev/null +++ b/NAudio-2.2.1/Docs/ConvertMp3ToWav.md @@ -0,0 +1,57 @@ +# Convert an MP3 File to a WAV File + +In this article I will show a few ways you can convert an MP3 file into a WAV file with NAudio. + +To start with we'll need a couple of file paths, one to the input MP3 file, and one to where we want to put the converted WAV file. + +```c# +var infile = @"C:\Users\Mark\Desktop\example.mp3"; +var outfile = @"C:\Users\Mark\Desktop\converted.wav"; +``` + +## Mp3FileReader + +The `Mp3FileReader` class uses the ACM MP3 codec that is present on almost all consumer versions of Windows. However, it is important to note that some versions of Windows Server do not have this codec installed without installing the "Desktop Experience" component. + +The conversion is straightforward. Open the MP3 file with `Mp3FileReader` and then pass it to `WaveFileWriter.CreateWaveFile` to write the converted PCM audio to a WAV file. This will usually be 44.1kHz 16 bit stereo, but uses whatever format the MP3 decoder emits. + +```c# +using(var reader = new Mp3FileReader(infile)) +{ + WaveFileWriter.CreateWaveFile(outfile, reader); +} +``` + +## MediaFoundationReader + +`MediaFoundationReader` is a flexible class that allows you to read any audio file formats that Media Foundation supports. This typically includes MP3 on most consumer versions of Windows, but also usually supports WMA, AAC, MP4 and others. So unless you need to support Windows XP or are on a version of Windows without any Media Foundation condecs installed, this is a great choice. Usage is very similar to `Mp3FileReader`: + +```c# +using(var reader = new MediaFoundationReader(infile)) +{ + WaveFileWriter.CreateWaveFile(outfile, reader); +} +``` + +## DirectX Media Object +`Mp3FileReaderBase` allows us to plug in alternative MP3 frame decoders. One option that comes in the box with NAudio is the DirectX Media Object MP3 codec. Again, this can only be used if you have that codec installed on Windows, but it comes with most consumer versions of Windows. + +Here's how to use the `DmoMp3FrameDecompressor` as a custom frame decompressor + +```c# +using(var reader = new Mp3FileReaderBase(infile, wf => new DmoMp3FrameDecompressor(wf))) +{ + WaveFileWriter.CreateWaveFile(outfile, reader); +} +``` + +## NLayer +The final option is to use [NLayer](https://github.com/naudio/NLayer) as the decoder for `Mp3FileReader`. NLayer is a fully managed MP3 decoder, meaning it can run on any version of Windows (or indeed any .NET platform). You'll need the [NLayer.NAudioSupport nuget package](https://www.nuget.org/packages/NLayer.NAudioSupport/). But then you can plug in a fully managed MP3 frame decoder: + +```c# +using (var reader = new Mp3FileReaderBase(infile, wf => new Mp3FrameDecompressor(wf))) +{ + WaveFileWriter.CreateWaveFile(outfile, reader); +} +``` + diff --git a/NAudio-2.2.1/Docs/ConvertMp3ToWav.md.meta b/NAudio-2.2.1/Docs/ConvertMp3ToWav.md.meta new file mode 100644 index 0000000..775e1f4 --- /dev/null +++ b/NAudio-2.2.1/Docs/ConvertMp3ToWav.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 4a63bbfeced7b8bf8b216b887f6f257f +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/EnumerateAcmDrivers.md b/NAudio-2.2.1/Docs/EnumerateAcmDrivers.md new file mode 100644 index 0000000..576219b --- /dev/null +++ b/NAudio-2.2.1/Docs/EnumerateAcmDrivers.md @@ -0,0 +1,95 @@ +# Enumerate ACM Drivers + +ACM drivers are the old Windows API for dealing with compressed audio that predates Media Foundation. In one sense this means that this is no longer very important, but sometimes you find that some codecs are more readily available as ACM codecs instead of Media Foundation Transforms. + +The class in NAudio that makes use of ACM codecs is `WaveFormatConversionStream`. When you construct one you provide it with a source and a target `WaveFormat`. This will be either going from compressed audio to PCM (this is a decoder) or from PCM to compressed (this is an encoder). Its important to not that you can't just pick two random `WaveFormat` definitions and expect a conversion to be possible. You can only perform the supported transforms. + +That's why it's really useful to be able to enumerate the ACM codecs installed on your system. You can do that with `AcmDriver.EnumerateAcmDrivers`. Then you explore the `FormatTags` for each driver, and from there ask for each format matching that tag with `driver.GetFormats`. + +It is a little complex, but the information you get from doing this is invaluable in helping you to work out exactly what `WaveFormat` you need to use to successfully use a codec. + +This code sample enumerates through all ACM drivers and prints out details of their formats. + +```c# +foreach (var driver in AcmDriver.EnumerateAcmDrivers()) +{ + StringBuilder builder = new StringBuilder(); + builder.AppendFormat("Long Name: {0}\r\n", driver.LongName); + builder.AppendFormat("Short Name: {0}\r\n", driver.ShortName); + builder.AppendFormat("Driver ID: {0}\r\n", driver.DriverId); + driver.Open(); + builder.AppendFormat("FormatTags:\r\n"); + foreach (AcmFormatTag formatTag in driver.FormatTags) + { + builder.AppendFormat("===========================================\r\n"); + builder.AppendFormat("Format Tag {0}: {1}\r\n", formatTag.FormatTagIndex, formatTag.FormatDescription); + builder.AppendFormat(" Standard Format Count: {0}\r\n", formatTag.StandardFormatsCount); + builder.AppendFormat(" Support Flags: {0}\r\n", formatTag.SupportFlags); + builder.AppendFormat(" Format Tag: {0}, Format Size: {1}\r\n", formatTag.FormatTag, formatTag.FormatSize); + builder.AppendFormat(" Formats:\r\n"); + foreach (AcmFormat format in driver.GetFormats(formatTag)) + { + builder.AppendFormat(" ===========================================\r\n"); + builder.AppendFormat(" Format {0}: {1}\r\n", format.FormatIndex, format.FormatDescription); + builder.AppendFormat(" FormatTag: {0}, Support Flags: {1}\r\n", format.FormatTag, format.SupportFlags); + builder.AppendFormat(" WaveFormat: {0} {1}Hz Channels: {2} Bits: {3} Block Align: {4}, AverageBytesPerSecond: {5} ({6:0.0} kbps), Extra Size: {7}\r\n", + format.WaveFormat.Encoding, format.WaveFormat.SampleRate, format.WaveFormat.Channels, + format.WaveFormat.BitsPerSample, format.WaveFormat.BlockAlign, format.WaveFormat.AverageBytesPerSecond, + (format.WaveFormat.AverageBytesPerSecond * 8) / 1000.0, + format.WaveFormat.ExtraSize); + if (format.WaveFormat is WaveFormatExtraData && format.WaveFormat.ExtraSize > 0) + { + WaveFormatExtraData wfed = (WaveFormatExtraData)format.WaveFormat; + builder.Append(" Extra Bytes:\r\n "); + for (int n = 0; n < format.WaveFormat.ExtraSize; n++) + { + builder.AppendFormat("{0:X2} ", wfed.ExtraData[n]); + } + builder.Append("\r\n"); + } + } + } + driver.Close(); + Console.WriteLine(builder.ToString()); +} +``` + + +The output will be quite verbose (especially if you've installed some additional codecs on your system.) Here's a snippet of the output from the GSM codec: + + +``` +Long Name: Microsoft GSM 6.10 Audio CODEC +Short Name: Microsoft GSM 6.10 +Driver ID: 48141232 +FormatTags: +=========================================== +Format Tag 0: PCM + Standard Format Count: 8 + Support Flags: Codec + Format Tag: Pcm, Format Size: 16 + Formats: + =========================================== + Format 0: 8.000 kHz, 8 Bit, Mono + FormatTag: Pcm, Support Flags: Codec + WaveFormat: Pcm 8000Hz Channels: 1 Bits: 8 Block Align: 1, AverageBytesPerSecond: 8000 (64.0 kbps), Extra Size: 0 + =========================================== + Format 1: 8.000 kHz, 16 Bit, Mono + FormatTag: Pcm, Support Flags: Codec + WaveFormat: Pcm 8000Hz Channels: 1 Bits: 16 Block Align: 2, AverageBytesPerSecond: 16000 (128.0 kbps), Extra Size: 0 + =========================================== + Format 2: 11.025 kHz, 8 Bit, Mono + FormatTag: Pcm, Support Flags: Codec + WaveFormat: Pcm 11025Hz Channels: 1 Bits: 8 Block Align: 1, AverageBytesPerSecond: 11025 (88.2 kbps), Extra Size: 0 +``` + +And here's an example showing a non-PCM format. Here we can see that for `DviAdpcm`, the `WaveFormat` structure needs two extra bytes with values 0xF9 and 0x01: + +``` + =========================================== + Format 1: 8.000 kHz, 4 Bit, Stereo + FormatTag: DviAdpcm, Support Flags: Codec + WaveFormat: DviAdpcm 8000Hz Channels: 2 Bits: 4 Block Align: 512, AverageBytesPerSecond: 8110 (64.9 kbps), Extra Size: 2 + Extra Bytes: + F9 01 +``` diff --git a/NAudio-2.2.1/Docs/EnumerateAcmDrivers.md.meta b/NAudio-2.2.1/Docs/EnumerateAcmDrivers.md.meta new file mode 100644 index 0000000..8a8c3c7 --- /dev/null +++ b/NAudio-2.2.1/Docs/EnumerateAcmDrivers.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: fa0fa61c3719ea16cac65b953acc0393 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/EnumerateMediaFoundationTransforms.md b/NAudio-2.2.1/Docs/EnumerateMediaFoundationTransforms.md new file mode 100644 index 0000000..46bab89 --- /dev/null +++ b/NAudio-2.2.1/Docs/EnumerateMediaFoundationTransforms.md @@ -0,0 +1,121 @@ +# Enumerate Media Foundation Transforms + +The `MediaFoundationReader` and `MediaFoundationEncoder` classes in NAudio make use of any available Media Foundation Transforms installed on your computer. It can be useful to enumerate any audio related MFTs on your computer. + +There are three types of audio MFT - effects, decoders and encoders. A decoder allows you to decode audio compressed in different formats to PCM. An encoder allows you to encode PCM audio into compressed formats. An effect modifies audio in some way. The most + +You can use `MediaFoundationApi.EnumerateTransforms` to explore + +```c# +var effects = MediaFoundationApi.EnumerateTransforms(MediaFoundationTransformCategories.AudioEffect); + +var decoders = MediaFoundationApi.EnumerateTransforms(MediaFoundationTransformCategories.AudioDecoder); + +var encoder = MediaFoundationApi.EnumerateTransforms(MediaFoundationTransformCategories.AudioEncoder); +``` + +These return an `IEnumerable<IMFActivate>`. This is a fairly low-level interface. Here's some code that will describe an `IMFActivate` by exploring its attributes: + +```c# +private string DescribeMft(IMFActivate mft) +{ + mft.GetCount(out var attributeCount); + var sb = new StringBuilder(); + for (int n = 0; n < attributeCount; n++) + { + AddAttribute(mft, n, sb); + } + return sb.ToString(); +} + +private static void AddAttribute(IMFActivate mft, int index, StringBuilder sb) +{ + var variantPtr = Marshal.AllocHGlobal(MarshalHelpers.SizeOf<PropVariant>()); + try + { + mft.GetItemByIndex(index, out var key, variantPtr); + var value = MarshalHelpers.PtrToStructure<PropVariant>(variantPtr); + var propertyName = FieldDescriptionHelper.Describe(typeof (MediaFoundationAttributes), key); + if (key == MediaFoundationAttributes.MFT_INPUT_TYPES_Attributes || + key == MediaFoundationAttributes.MFT_OUTPUT_TYPES_Attributes) + { + var types = value.GetBlobAsArrayOf<MFT_REGISTER_TYPE_INFO>(); + sb.AppendFormat("{0}: {1} items:", propertyName, types.Length); + sb.AppendLine(); + foreach (var t in types) + { + sb.AppendFormat(" {0}-{1}", + FieldDescriptionHelper.Describe(typeof (MediaTypes), t.guidMajorType), + FieldDescriptionHelper.Describe(typeof (AudioSubtypes), t.guidSubtype)); + sb.AppendLine(); + } + } + else if (key == MediaFoundationAttributes.MF_TRANSFORM_CATEGORY_Attribute) + { + sb.AppendFormat("{0}: {1}", propertyName, + FieldDescriptionHelper.Describe(typeof (MediaFoundationTransformCategories), (Guid) value.Value)); + sb.AppendLine(); + } + else if (value.DataType == (VarEnum.VT_VECTOR | VarEnum.VT_UI1)) + { + var b = (byte[]) value.Value; + sb.AppendFormat("{0}: Blob of {1} bytes", propertyName, b.Length); + sb.AppendLine(); + } + else + { + sb.AppendFormat("{0}: {1}", propertyName, value.Value); + sb.AppendLine(); + } + } + finally + { + PropVariant.Clear(variantPtr); + Marshal.FreeHGlobal(variantPtr); + } +} +``` + +Here's an example output for an MFT effect. In this case, the Resampler which is a very useful MFT for changing sample rates: + +``` +Audio Effect +Name: Resampler MFT +Input Types: 2 items: + Audio-PCM + Audio-IEEE floating-point +Class identifier: f447b69e-1884-4a7e-8055-346f74d6edb3 +Output Types: 2 items: + Audio-PCM + Audio-IEEE floating-point +Transform Flags: 1 +Transform Category: Audio Effect +``` + +Here's an example output for a decoder. This shows Windows 10 can decode the Opus audio codec: + +``` +Audio Decoder +Name: Microsoft Opus Audio Decoder MFT +Input Types: 1 items: + Audio-0000704f-0000-0010-8000-00aa00389b71 +Class identifier: 63e17c10-2d43-4c42-8fe3-8d8b63e46a6a +Output Types: 1 items: + Audio-IEEE floating-point +Transform Flags: 1 +Transform Category: Audio Decoder +``` + +And an encoder. This is another one new to Windows 10 - it comes with a FLAC encoder: +``` +Audio Encoder +Name: Microsoft FLAC Audio Encoder MFT +Input Types: 1 items: + Audio-PCM +Class identifier: 128509e9-c44e-45dc-95e9-c255b8f466a6 +Output Types: 1 items: + Audio-0000f1ac-0000-0010-8000-00aa00389b71 +Transform Flags: 1 +Transform Category: Audio Encoder +``` + diff --git a/NAudio-2.2.1/Docs/EnumerateMediaFoundationTransforms.md.meta b/NAudio-2.2.1/Docs/EnumerateMediaFoundationTransforms.md.meta new file mode 100644 index 0000000..07c4b97 --- /dev/null +++ b/NAudio-2.2.1/Docs/EnumerateMediaFoundationTransforms.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 2aca94fa135997abe9a5f584222d5b7f +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/EnumerateOutputDevices.md b/NAudio-2.2.1/Docs/EnumerateOutputDevices.md new file mode 100644 index 0000000..19f9840 --- /dev/null +++ b/NAudio-2.2.1/Docs/EnumerateOutputDevices.md @@ -0,0 +1,126 @@ +# Enumerating Audio Devices + +The technique you use to enumerate audio devices depends on what audio output (or input) driver type you are using. This article shows the technique for each supported output device. + +# WaveOut or WaveOutEvent + +To discover the number of output devices you can use `WaveOut.DeviceCount`. Then you can call `WaveOut.GetCapabilities` passing in the index of a device to find out its name (and some basic information about its capabilities). + +Note that you can also pass an index of -1 which is the "audio mapper". Use this if you want to keep playing audio even when a device is removed (such as USB headphones being unplugged). + +Also note that the `ProductName` retured is limited to 32 characters, resulting in it often being truncated. This is a limitation of the underlying Windows API and there is unfortunately no easy way to fix it in NAudio. + +```c# +for (int n = -1; n < WaveOut.DeviceCount; n++) +{ + var caps = WaveOut.GetCapabilities(n); + Console.WriteLine($"{n}: {caps.ProductName}"); +} +``` + +Once you've selected the device you want, you can open it by creating an instance of `WaveOut` or `WaveOutEvent` and specifying it as the `DeviceNumber`: + +```c# +var outputDevice = new WaveOutEvent() { DeviceNumber = deviceNumber }; +``` + +# WaveIn or WaveInEvent + +Getting details of audio capture devices for `WaveIn` is very similar to for `WaveOut`: + +```c# +for (int n = -1; n < WaveIn.DeviceCount; n++) +{ + var caps = WaveIn.GetCapabilities(n); + Console.WriteLine($"{n}: {caps.ProductName}"); +} +``` + +Once you've selected the device you want, you can open it by creating an instance of `WaveIn` or `WaveInEvent` and specifying it as the `DeviceNumber`: + +```c# +var recordingDevice = new WaveInEvent() { DeviceNumber = deviceNumber }; +``` + +# DirectSoundOut + +`DirectSoundOut` exposes the `Devices` static method allowing you to enumerate through all the output devices. This has the benefit over `WaveOut` of not having truncated device names: + +```c# +foreach (var dev in DirectSoundOut.Devices) +{ + Console.WriteLine($"{dev.Guid} {dev.ModuleName} {dev.Description}"); +} +``` + +Each device has a Guid, and that can be used to open a specific device: + +```c# +var outputDevice = new DirectSoundOut(deviceGuid); +``` + +There are also a couple of special device GUIDs you can use to open the default playback device (`DirectSoundOut.DSDEVID_DefaultPlayback`) or default voice playback device (`DirectSoundOut.DSDEVID_DefaultVoicePlayback`) + +# WASAPI Devices + +WASAPI playback (render) and recording (capture) devices can both be accessed via the `MMDeviceEnumerator` class. This allows you to enumerate only the type of devices you want (`DataFlow.Render` or `DataFlow.Capture` or `DataFlow.All`). + +You can also choose whether you want to include devices that are active, or also include disabled, unplugged or otherwise not present devices with the `DeviceState` bitmask. Here we show them all: + +```c# +var enumerator = new MMDeviceEnumerator(); +foreach (var wasapi in enumerator.EnumerateAudioEndPoints(DataFlow.All, DeviceState.All)) +{ + Console.WriteLine($"{wasapi.DataFlow} {wasapi.FriendlyName} {wasapi.DeviceFriendlyName} {wasapi.State}"); +} +``` + +To open the device you want, simply pass the device in to the appropriate WASAPI class depending on if you are playing back or recording... + +```c# +var outputDevice = new WasapiOut(mmDevice, ...); +var recordingDevice = new WasapiIn(captureDevice, ...); +var loopbackCapture = new WasapiLoopbackCapture(loopbackDevice); +``` + +You can also use the MMEnumerator to request what the default device is for a number of different scenarios (playback or record, and voice, multimedia or 'console'): + +```c# +enumerator.GetDefaultAudioEndpoint(DataFlow.Render, Role.Multimedia); +``` + +# ASIO + +You can discover the registered ASIO drivers on your system with `AsioOut.GetDriverNames`. There is no guarantee that the associated soundcard is currently connected to the system. + +```c# +foreach (var asio in AsioOut.GetDriverNames()) +{ + Console.WriteLine(asio); +} +``` + +You can then use the driver name to open the device: + +```c# +new AsioOut(driverName); +``` + +# Management Objects + +Finally you can use Windows Management Objects to get hold of details of the sound devices installed. This doesn't map specifically to any of the NAudio output device types, but can be a source of useful information + +```c# +var objSearcher = new ManagementObjectSearcher( + "SELECT * FROM Win32_SoundDevice"); + +var objCollection = objSearcher.Get(); +foreach (var d in objCollection) +{ + Console.WriteLine("=====DEVICE===="); + foreach (var p in d.Properties) + { + Console.WriteLine($"{p.Name}:{p.Value}"); + } +} +``` diff --git a/NAudio-2.2.1/Docs/EnumerateOutputDevices.md.meta b/NAudio-2.2.1/Docs/EnumerateOutputDevices.md.meta new file mode 100644 index 0000000..b184519 --- /dev/null +++ b/NAudio-2.2.1/Docs/EnumerateOutputDevices.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: acc5b7519439dd36688b2e1da144f988 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/FadeInOutSampleProvider.md b/NAudio-2.2.1/Docs/FadeInOutSampleProvider.md new file mode 100644 index 0000000..c267e60 --- /dev/null +++ b/NAudio-2.2.1/Docs/FadeInOutSampleProvider.md @@ -0,0 +1,45 @@ +# Fading Audio in and out with FadeInOutSampleProvider + +The `FadeInOutSampleProvider` offers a simple, basic way to fade audio in and out. + +It follows the decorator pattern common to many `ISampleProvider` implementations. You pass in the `ISampleProvider` that you want to fade in and out. + +In this example, we'll construct a `FadeInOutSampleProvider` taking its source from an `AudioFileReader`, and passing the `true` flag to specify that we want to start with silence, ready for a fade in. + +We'll also immediately trigger a fade in over 2 seconds (2000 milliseconds) by calling `BeginFadeIn`. + +```c# +var audio = new AudioFileReader("example.mp3"); +var fade = new FadeInOutSampleProvider(audio, true); +fade.BeginFadeIn(2000); +``` + +Now we can pass our `FadeInOutSampleProvider` to an output device and start playing. We'll hear the audio fading in over the first two seconds. + +```c# +var waveOutDevice = new WaveOutEvent(); +waveOutDevice.Init(fade); +waveOutDevice.Play(); +``` + +At some point in the future, we might want to fade out, and we can trigger that with `BeginFadeOut`, again specifying a 2 second fadeout. + +```c# +fade.BeginFadeOut(2000); +``` + +Once the audio has faded out, the `FadeInOutSampleProvider` continues to read from its source but emits silence until it reaches its end, or until you call `BeginFadeIn` again. + +### Taking it further + +The `FadeInOutSampleProvider` is a very basic fade provider, and you may want additional features like: + +- automatically fading out when you reach the end of the source +- automatically stopping at the end of a fade out +- cross-fading into another input. + +You can do this by taking the code for `FadeInOutSampleProvider` and adapting it. + +For example, to automatically fade out at the end of the source, you'd actually need to read ahead by the duration of the fade (or know in advance where you want the fade to begin) + +These features may be added in the future to NAudio, but don't be afraid to create your own custom `ISampleProvider` implementations that behave just how you want. \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/FadeInOutSampleProvider.md.meta b/NAudio-2.2.1/Docs/FadeInOutSampleProvider.md.meta new file mode 100644 index 0000000..c48893c --- /dev/null +++ b/NAudio-2.2.1/Docs/FadeInOutSampleProvider.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: fc4cdc744a05508caa5e5ec08ffc82e7 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/MediaFoundationEncoder.md b/NAudio-2.2.1/Docs/MediaFoundationEncoder.md new file mode 100644 index 0000000..c8e8635 --- /dev/null +++ b/NAudio-2.2.1/Docs/MediaFoundationEncoder.md @@ -0,0 +1,93 @@ +# Encode to MP3, WMA and AAC with MediaFoundationEncoder + +The `MediaFoundationEncoder` class allows you to use any Media Foundation transforms (MFTs) on your computer to encode files in a variety of common audio formats including MP3, WMA and AAC. However, not all versions of Windows will come with these installed. Media Foundation is available on Windows Vista and above, and Server versions of Windows do not typically have the Media Foundation codecs installed (you can add them by installing the "desktop experience" component. + +To get started, let's create an audio folder on the desktop and also create a simple 20 second WAV file that we can use as an input file. I'll use a combination of the `SignalGenerator` and the `Take` extension method to feed into `WaveFileWriter.CreateWaveFile16` to do that: + +```c# +var outputFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.Desktop), "NAudio"); +Directory.CreateDirectory(outputFolder); +var testFilePath = Path.Combine(outputFolder, "test.wav"); +// create a test file +WaveFileWriter.CreateWaveFile16(testFilePath, new SignalGenerator(44100,2) +{ Type = SignalGeneratorType.Sweep, + Frequency = 500, + FrequencyEnd = 3000, + Gain = 0.2f, + SweepLengthSecs = 20 +}.Take(TimeSpan.FromSeconds(20))); +``` +## Initialize Media Foundation + +We also need to ensure we've initialized Media Foundation. If we forget this we'll get a `ComException` of `0xC00D36B0` (`MF_E_PLATFORM_NOT_INITIALIZED`) + +```c# +MediaFoundationApi.Startup(); +``` + +## Converting WAV to WMA + +`MediaFoundationEncoder` includes some static helper methods to make encoding very straightforward. Let's create a WMA file first, as the WMA encoder is available with almost all versions of Windows. We just need to call the `EncodeToWma` method, passing in the source audio (a `WaveFileReader` in our case) and the output file path. We can also specify a desired bitrate and it will automatically try to find the bitrate closest to what we ask for. + +```c# +var wmaFilePath = Path.Combine(outputFolder, "test.wma"); +using (var reader = new WaveFileReader(testFilePath)) +{ + MediaFoundationEncoder.EncodeToWma(reader, wmaFilePath); +} +``` + +## Converting WAV to AAC +Windows 7 came with an AAC encoder. So we can create MP4 files with AAC encoded audio in them like this: + +```c# +var aacFilePath = Path.Combine(outputFolder, "test.mp4"); +using (var reader = new WaveFileReader(testFilePath)) +{ + MediaFoundationEncoder.EncodeToAac(reader, aacFilePath); +} +``` + +### Converting WAV to MP3 +Windows 8 came with an MP3 encoder. So we can also convert our WAV file to MP3. This time, let's catch the exception if there isn't an available encoder: + +```c# + +var mp3FilePath = Path.Combine(outputFolder, "test.mp3"); +using (var reader = new WaveFileReader(testFilePath)) +{ + try + { + MediaFoundationEncoder.EncodeToMp3(reader, mp3FilePath); + } + catch (InvalidOperationException ex) + { + Console.WriteLine(ex.Message); + } +} +``` + +## Converting from other input formats + +We've used `WaveFileReader` in all our examples so far. But we can use the same technique using `MediaFoundationReader`. This will allow us to convert files of a whole variety of types MP3, WMA, AAC, etc into anything we have an encoder for. Let's convert our WMA file into AAC + +```c' +var aacFilePath2 = Path.Combine(outputFolder, "test2.mp4"); +using (var reader = new MediaFoundationReader(wmaFilePath)) +{ + MediaFoundationEncoder.EncodeToAac(reader, aacFilePath2); +} +``` + +## Extracting audio from online video files + +As one final example, let's see that we can use `MediaFoundationReader` to read a video file directly from a URL and then convert its audio to an Mp3 file: + +``` +var videoUrl = "https://sec.ch9.ms/ch9/0334/cf0bd333-9c8a-431e-bc62-8089aea60334/WhatsCoolFallCreators.mp4"; +var mp3Path2 = Path.Combine(outputFolder, "test2.mp3"); +using (var reader = new MediaFoundationReader(videoUrl)) +{ + MediaFoundationEncoder.EncodeToMp3(reader, mp3Path2); +} +``` \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/MediaFoundationEncoder.md.meta b/NAudio-2.2.1/Docs/MediaFoundationEncoder.md.meta new file mode 100644 index 0000000..1437a5a --- /dev/null +++ b/NAudio-2.2.1/Docs/MediaFoundationEncoder.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: e479ae7576d6885b984016692be4e0ea +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/MidiEvent.md b/NAudio-2.2.1/Docs/MidiEvent.md new file mode 100644 index 0000000..4ce74a3 --- /dev/null +++ b/NAudio-2.2.1/Docs/MidiEvent.md @@ -0,0 +1,55 @@ +# MidiEvent types in NAudio + +`MidiEvent` is the base class for all MIDI events in NAudio. It has the following properties: + + - **Channel** - the MIDI channel number from 1 to 16 +- **DeltaTime** - the number of ticks after the previous event in the MIDI file +- **AbsoluteTime** - the number of ticks from the start of the MIDI file (calculated by adding the deltas for all previous events) +- **CommandCode** - the `MidiCommandCode` indicating what type of MIDI event it is (e.g note on, note off) + - note that a command code of `NoteOn` may actually be a note off message if its velocity is zero + +## NoteEvent + +`NoteEvent` is used to represent Note Off and Key After Touch messages. It is also the base class for `NoteOnEvent`. + +It has the following properties +- **NoteNumber** the MIDI note number in the range 0-127 +- **Velocity** the MIDI note velocity in the range 0-127. If the commanbd codew is NoteOn and the velocity is 0, then most synthesizers will interpret this as a note off event + +## NoteOnEvent + +`NoteOnEvent` inherits from `NoteEvent` and adds a property to track the associated note off event. This makes it easier to adjust the duration of a note, as the duration is found by comparing absolute times of the note on and off events. It also makes sure the associated note off event stays updated if the note number or channel properties change. + +- **OffEvent** - a link to the associated note off event +- **NoteLength** - the note length in ticks. Adjusting this value will change the absolutetime of the associated note off event + +## MetaEvent + +`MetaEvent` is the base class for all MIDI meta events. The main property is **MetaEventType** which indicates which type of MIDI meta event it is. Most common meta event types have their own specialized class which are discussed next. + +## TextEvent + +`TextEvent` is used for all meta events whose data is text. Examples include markers, copyright messages, lyrics, track names as well as basic text events. The **Text** property allows you to access the text in these events. + +## KeySignatureEvent + +`KeySignatureEvent` exposes the raw `SharpsFlats` and `MajorMinor` properties. + +## TempoEvent + +The `TempoEvent` exposes both the raw `MicrosecondsPerQuarterNote` value from the MIDI event and also converts that into a `Tempo` expressed as beats per minute. + +## TimeSignatureEvent + +`TimeSignatureEvent` exposes `Numerator` (number of beats in a bar), `Denominator` (which is confusingly in 'beat units' so 1 means 2, 2 means 4 (crochet), 3 means 8 (quaver), 4 means 16 and 5 means 32), as well as `TicksInMetronomeClick` and `No32ndNotesInQuarterNote`. + +## Other MIDI Event Types + +- SysexEvent +- ChannelAfterTouchEvent +- PatchChangeEvent +- TrackSequenceNumberEvent +- RawMetaevent +- SmpteOffsetEvent +- SequeceSpecificEvent +- PitchWheelChangeEvent diff --git a/NAudio-2.2.1/Docs/MidiEvent.md.meta b/NAudio-2.2.1/Docs/MidiEvent.md.meta new file mode 100644 index 0000000..bc1378c --- /dev/null +++ b/NAudio-2.2.1/Docs/MidiEvent.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: adced5da34f484b5fad4395c130f4391 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/MidiFile.md b/NAudio-2.2.1/Docs/MidiFile.md new file mode 100644 index 0000000..ab0ab67 --- /dev/null +++ b/NAudio-2.2.1/Docs/MidiFile.md @@ -0,0 +1,65 @@ +# Exploring MIDI Files with MidiFile + +The `MidiFile` class in NAudio allows you to open and examine the MIDI events in a standard MIDI file. It can also be used to create or update MIDI files, but this article focuses on reading. + +## Opening a MIDI file + +Opening a `MidiFile` is as simple as creating a new `MidiFile` object and passing in the path. You can choose to enable `strictMode` which will throw exceptions if various faults are found with the file such as note on events missing a paired note off or controller values out of range. + +```c# +var strictMode = false; +var mf = new MidiFile(fileName, strictMode); +``` + +We can discover what MIDI file format the file is (Type 0 or type 1), as well as how many tracks are present and what the `DeltaTicksPerQuarterNote` value is. + +```c# +Console.WriteLine("Format {0}, Tracks {1}, Delta Ticks Per Quarter Note {2}", + mf.FileFormat, mf.Tracks, mf.DeltaTicksPerQuarterNote); +``` + +## Examining the MIDI events + +The MIDI events can be accessed with the `Events` property, passing in the index of the track whose events you want to access. This gives you a `MidiEventCollection` you can iterate through. + +All the events in the MIDI file will be represented by a class inheriting from `MidiEvent`. The `MidiFile` class will also have set an `AbsoluteTime` property on each note, which represents the timestamp of the MIDI event from the start of file in terms of delta ticks. + +For note on events, `MidiFile` will also try to pair up the corresponding `NoteOffEvent` events. This allows you to see the duration of each note (which is simply the difference in time between the absolute time of the `NoteOffEvent` and `NoteOnEvent`. + +Each `MidiEvent` has a `ToString` overload with basic information, so we can print out details of all the events in the file like this. (we don't print out the `NoteOffEvent` instances, because they are each paired to a `NoteOnEvent` which reports the duration) + + +```c# +for (int n = 0; n < mf.Tracks; n++) +{ + foreach (var midiEvent in mf.Events[n]) + { + if(!MidiEvent.IsNoteOff(midiEvent)) + { + Console.WriteLine("{0} {1}\r\n", ToMBT(midiEvent.AbsoluteTime, mf.DeltaTicksPerQuarterNote, timeSignature), midiEvent); + } + } +} +``` + +You'll see that a helper `ToMBT` method is being used above to convert the `AbsoluteTime` into a more helpful Measures Beats Ticks format. Here's a basic implementation (that doesn't take into account any possible time signature events that might take place) + +```c# +private string ToMBT(long eventTime, int ticksPerQuarterNote, TimeSignatureEvent timeSignature) +{ + int beatsPerBar = timeSignature == null ? 4 : timeSignature.Numerator; + int ticksPerBar = timeSignature == null ? ticksPerQuarterNote * 4 : (timeSignature.Numerator * ticksPerQuarterNote * 4) / (1 << timeSignature.Denominator); + int ticksPerBeat = ticksPerBar / beatsPerBar; + long bar = 1 + (eventTime / ticksPerBar); + long beat = 1 + ((eventTime % ticksPerBar) / ticksPerBeat); + long tick = eventTime % ticksPerBeat; + return String.Format("{0}:{1}:{2}", bar, beat, tick); +} +``` + +Note that to get the `TimeSignatureEvent` needed by this function we can simply do something like: + +```c# +var timeSignature = mf.Events[0].OfType<TimeSignatureEvent>().FirstOrDefault(); +``` + diff --git a/NAudio-2.2.1/Docs/MidiFile.md.meta b/NAudio-2.2.1/Docs/MidiFile.md.meta new file mode 100644 index 0000000..bd92983 --- /dev/null +++ b/NAudio-2.2.1/Docs/MidiFile.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 1f4fd4b5c8a96624a9b55cd1be59ec3a +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/MidiInAndOut.md b/NAudio-2.2.1/Docs/MidiInAndOut.md new file mode 100644 index 0000000..c3fd8e0 --- /dev/null +++ b/NAudio-2.2.1/Docs/MidiInAndOut.md @@ -0,0 +1,114 @@ +# Sending and Receiving MIDI Events + +NAudio allows you to send and receive MIDI events from MIDI devices using the `MidiIn` and `MidiOut` classes. + +## Enumerating MIDI Devices + +To discover how many devices are present in your system, you can use `MidiIn.NumberOfDevices` and `MidiOut.NumberOfDevices`. Then you can ask for information about each device using `MidiIn.DeviceInfo(index)` and `MidiOut.DeviceInfo(index)`. The `ProductName` property is most useful as it can be used to populate a combo box allowing users to select the device they want. + +```c# +for (int device = 0; device < MidiIn.NumberOfDevices; device++) +{ + comboBoxMidiInDevices.Items.Add(MidiIn.DeviceInfo(device).ProductName); +} +if (comboBoxMidiInDevices.Items.Count > 0) +{ + comboBoxMidiInDevices.SelectedIndex = 0; +} +for (int device = 0; device < MidiOut.NumberOfDevices; device++) +{ + comboBoxMidiOutDevices.Items.Add(MidiOut.DeviceInfo(device).ProductName); +} +``` + +## Receiving MIDI events + +To start monitoring incoming MIDI messages we create a new instance of `MidiIn` passing in the selected device index (zero based). Then we subscribe to the `MessageReceived` and `ErrorReceived` properties. Then we call `Start` to actually start receiving messages from the device. + +```c# +midiIn = new MidiIn(selectedDeviceIndex); +midiIn.MessageReceived += midiIn_MessageReceived; +midiIn.ErrorReceived += midiIn_ErrorReceived; +midiIn.Start(); +``` + +Both event handlers provide us with a `MidiInMessageEventArgs` which provides a `Timestamp` (in milliseconds), the parsed `MidiEvent` as well as the `RawMessage` (which can be useful if NAudio couldn't interpret the message) + +```c# +void midiIn_ErrorReceived(object sender, MidiInMessageEventArgs e) +{ + log.WriteError(String.Format("Time {0} Message 0x{1:X8} Event {2}", + e.Timestamp, e.RawMessage, e.MidiEvent)); +} + +void midiIn_MessageReceived(object sender, MidiInMessageEventArgs e) +{ + log.WriteInfo(String.Format("Time {0} Message 0x{1:X8} Event {2}", + e.Timestamp, e.RawMessage, e.MidiEvent)); +} +``` + +To stop monitoring, simply call `Stop` on the MIDI in device. And also `Dispose` the device if you are finished with it. + +```c# +midiIn.Stop(); +midiIn.Dispose(); +``` + +## Sending MIDI events + +Sending MIDI events makes use of `MidiOut`. First, create an instance of `MidiOut` passing in the desired device number: + +```c# +midiOut = new MidiOut(comboBoxMidiOutDevices.SelectedIndex); +``` + +Then you can create any MIDI messages using classes derived from `MidiEvent`. For example, you could create a `NoteOnEvent`. Note that timestamps and durations are ignored in this scenario - they only apply to events in a MIDI file. + +```c# +int channel = 1; +int noteNumber = 50; +var noteOnEvent = new NoteOnEvent(0, channel, noteNumber, 100, 50); +``` + +To send the MIDI event, we need to call `GetAsShortMessage` on the `MidiEvent` and pass the resulting value to `MidiOut.Send` + +```c# +midiOut.Send(noteOnEvent.GetAsShortMessage()); +``` + +When you're done with sending MIDI events, simply `Dispose` the device. + +```c# +midiOut.Dispose(); +``` + +## Sending and Receiving Sysex message events + +Sending a Sysex message can be done using MidiOut.SendBuffer(). It is not necessary to build and send an entire message as a single SendBuffer call as long as you ensure that the calls are not asynchronously interleaved. +```c# +private static void SendSysex(byte[] message) +{ + midiOut.SendBuffer(new byte[] { 0xF0, 0x00, 0x21, 0x1D, 0x01, 0x01 }); + midiOut.SendBuffer(message); + midiOut.SendBuffer(new byte[] { 0xF7 }); +} +``` + +Receiving Sysex messages requires two actions in addition to the midiIn handling above: (1) Allocate a number of buffers each large enough to receive an expected Sysex message from the device. (2) Subscribe to the SysexMessageReceived EventHandler property: +```c# +midiIn = new MidiIn(selectedDeviceIndex); +midiIn.MessageReceived += midiIn_MessageReceived; +midiIn.ErrorReceived += midiIn_ErrorReceived; +midiIn.CreateSysexBuffers(BufferSize, NumberOfBuffers); +midiIn.SysexMessageReceived += midiIn_SysexMessageReceived; +midiIn.Start(); +``` + +The second parameter to the SysexMessageReceived EventHandler is of type MidiInSysexMessageEventArgs, which has a SysexBytes byte array property: +```c# +static void midiIn_SysexMessageReceived(object sender, MidiInSysexMessageEventArgs e) +{ + byte[] sysexMessage = e.SysexBytes; + .... +``` diff --git a/NAudio-2.2.1/Docs/MidiInAndOut.md.meta b/NAudio-2.2.1/Docs/MidiInAndOut.md.meta new file mode 100644 index 0000000..960fe9d --- /dev/null +++ b/NAudio-2.2.1/Docs/MidiInAndOut.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: f1710179b8d44d1e0a7cef6d9d178410 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/MixTwoAudioFilesToWav.md b/NAudio-2.2.1/Docs/MixTwoAudioFilesToWav.md new file mode 100644 index 0000000..cb95aba --- /dev/null +++ b/NAudio-2.2.1/Docs/MixTwoAudioFilesToWav.md @@ -0,0 +1,27 @@ +# Mix Two Audio Files into a WAV File + +In this tutorial we will mix two audio files together into a WAV file. The input files can be any supported format such as WAV or MP3. + +First, we should open the two input files. We'll use `AudioFileReader` to do this. + +Next, we'll use `MixingSampleProvider` to mix them together. This expects an `IEnumerable<ISampleProvider>` which + +Finally, we use `WaveFileWriter.CreateWaveFile16` passing in the `MixingSampleProvider` to mix the two files together and output a 16 bit WAV file. + +```c# +using(var reader1 = new AudioFileReader("file1.wav")) +using(var reader2 = new AudioFileReader("file2.wav")) +{ + var mixer = new MixingSampleProvider(new[] { reader1, reader2 }); + WaveFileWriter.CreateWaveFile16("mixed.wav", mixer); +} +``` + +Note that there is potential for audio to clip. If the two files are both loud, then the combined value of a sample will be greater than 1.0f. These have to be clipped before converting back to 16 bit PCM. This can be fixed by reducing the volume of the inputs. Here's how we could set the volumes to 75% before mixing + +```c# +reader1.Volume = 0.75f; +reader2.Volume = 0.75f; +``` + +Alternatively, if we'd used `WaveFileWriter.CreateWaveFile` instead, then the output would contain IEEE floating point samples instead of 16 bit PCM. This would result in a file twice as large, but any sample values > 1.0f would be left intact. diff --git a/NAudio-2.2.1/Docs/MixTwoAudioFilesToWav.md.meta b/NAudio-2.2.1/Docs/MixTwoAudioFilesToWav.md.meta new file mode 100644 index 0000000..47be05d --- /dev/null +++ b/NAudio-2.2.1/Docs/MixTwoAudioFilesToWav.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 00637f610499c0556839be57bd2ef673 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/OffsetSampleProvider.md b/NAudio-2.2.1/Docs/OffsetSampleProvider.md new file mode 100644 index 0000000..8a3e240 --- /dev/null +++ b/NAudio-2.2.1/Docs/OffsetSampleProvider.md @@ -0,0 +1,57 @@ +# Using OffsetSampleProvider + +`OffsetSampleProvider` allows you to extract a sub-section of another `ISampleProvider`. You can skip over the start of the source `ISampleProvider` with `SkipOver` and limit how much audio you play from the source with `Take`. You can also insert leading and trailing silence with `DelayBy` and `LeadOut`. + +`Take` is especially useful when working with never-ending `ISampleProvider` sources such as `SignalGenerator`. + +Let's look at an example. Here, the `OffsetSampleProvider` uses a `SignalGenerator` as its source. It inserts 1 second of silence before playing for 5 seconds and then inserts 1 extra second of silence at the end: + +```c# +// the source ISampleProvider +var sineWave = new SignalGenerator() { + Gain = 0.2, + Frequency = 500, + Type = SignalGeneratorType.Sin}; +var trimmed = new OffsetSampleProvider(sineWave) { + DelayBy = TimeSpan.FromSeconds(1), + Take = TimeSpan.FromSeconds(5), + LeadOut = TimeSpan.FromSeconds(1) +}; +``` + +For another example, let's say we have an audio file and we want to skip over the first one minute, and then take a 30 second excerpt and write it to a WAV file: + +```c# +var source = new AudioFileReader("example.mp3"); +var trimmed = new OffsetSampleProvider(source) { + SkipOver = TimeSpan.FromSeconds(30), + Take = TimeSpan.FromSeconds(60), +WaveFileWriter.CreateWaveFile16(outputFilePath, trimmed); +``` + +## Skip and Take Extension Methods + +NAudio also offers some helpful extension methods to simplify the above task. Skip and Take are extension methods on `ISampleProvider` and create an `OffsetSampleProvider` behind the scenes. So the previous example could be rewritten: + +```c# +var trimmed = new AudioFileReader("example.mp3") + .Skip(TimeSpan.FromSeconds(30)) + .Take(TimeSpan.FromSeconds(60)); +WaveFileWriter.CreateWaveFile16(outputFilePath, trimmed); +``` + +## Optimizing SkipOver + +Note that `SkipOver` is implemented by simply reading that amount of audio from the source and discarding it. Obviously if the source is a file as in this example, it would be more efficient just to position it to the desired starting point: + +```c# +var source = new AudioFileReader("example.mp3"); +source.CurrentTime = TimeSpan.FromSeconds(30); +var trimmed = source.Take(TimeSpan.FromSeconds(60)); +WaveFileWriter.CreateWaveFile16(outputFilePath, trimmed); +``` + + +## Sample Accurate Trimming + +As well as the TimeSpan based versions of the `SkipOver`, `DelayBy` `Take` and `LeadOut` properties, there are sample based ones, for when you need accurate control over exactly how many samples of audio to skip and take. These are called `SkipOverSamples`, `DelayBySamples`, `TakeSamples` and `LeadOutSamples`. They're calculated automatically for you when you use the `TimeSpan` based properties, but you can set them directly yourself. diff --git a/NAudio-2.2.1/Docs/OffsetSampleProvider.md.meta b/NAudio-2.2.1/Docs/OffsetSampleProvider.md.meta new file mode 100644 index 0000000..0084d5c --- /dev/null +++ b/NAudio-2.2.1/Docs/OffsetSampleProvider.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 005978899c9d079a28c1a2086af4b18c +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/OutputDeviceTypes.md b/NAudio-2.2.1/Docs/OutputDeviceTypes.md new file mode 100644 index 0000000..e07fdbb --- /dev/null +++ b/NAudio-2.2.1/Docs/OutputDeviceTypes.md @@ -0,0 +1,79 @@ +# Understanding Output Devices + +NAudio supplies wrappers for four different audio output APIs. In addition, some of them support several different modes of operation. This can be confusing for those new to NAudio and the various Windows audio APIs, so in this article I will explain what the four main options are and when you should use them. + +## IWavePlayer + +Well start off by discussing the common interface for all output devices. In NAudio, each output device implements `IWavePlayer`, which has an `Init` method into which you pass the Wave Provider that will be supplying the audio data. Then you can call `Play`, `Pause` and `Stop` which are pretty self-explanatory, except that you need to know that `Play` only begins playback. + +You should only call `Init` once on a given instance of an `IWavePlayer`. If you need to play something else, you should `Dispose` of your output device and create a new one. + +You will notice there is no capability to get or set the playback position. That is because the output devices have no concept of position they just read audio from the `IWaveProvider` supplied until it reaches an end, at which point the `PlaybackStopped` event is fired. Alternatively, you can ignore `PlaybackStopped` and just call `Stop` whenever you decide that playback is no longer required. + +You may notice a `Volume` property on the interface that is marked as `[Obsolete]`. This was marked obsolete because it is not supported on all device types, but most of them do. + +Finally there is a `PlaybackState` property that can report `Stopped`, `Playing` or `Paused`. Be careful with Stopped though, since if you call the `Stop` method, the `PlaybackState` will immediately go to `Stopped` but it may be a few milliseconds before any background playback threads have actually exited. + +## WaveOutEvent & WaveOut +`WaveOutEvent` should be thought of as the default audio output device in NAudio. If you dont know what to use, choose `WaveOutEvent`. It essentially wraps the Windows `waveOut` APIs, and is the most universally supported of all the APIs. + +The `WaveOutEvent` (or `WaveOut`) object allows you to configure several things before you get round to calling `Init`. Most common would be to change the `DeviceNumber` property. 1 indicates the default output device, while 0 is the first output device (usually the same in my experience). To find out how many `WaveOut` output devices are available, query the static `WaveOut.DeviceCount` property. + +You can also set `DesiredLatency`, which is measured in milliseconds. This figure actually sets the total duration of all the buffers. So in fact, you could argue that the real latency is shorter. In a future NAudio, I might reduce confusion by replacing this with a `BufferDuration` property. By default the `DesiredLatency` is 300ms, which should ensure a smooth playback experience on most computers. You can also set the `NumberOfBuffers` to something other than its default of 2 although 3 is the only other value that is really worth using. + +One complication with `WaveOut` is that there are several different "callback models" available. Understanding which one to use is important. Callbacks are used whenever `WaveOut` has finished playing one of its buffers and wants more data. In the callback we read from the source wave provider and fill a new buffer with the audio. It then queues it up for playback, assuming there is still more data to play. As with all output audio driver models, it is imperative that this happens as quickly as possible, or your output sound will stutter. + +### Event Callback +Event callback is the default and recommended approach if you are using waveOut APIs, and this is implemented in the `WaveOutEvent` class unlike the other callback options which are accessed via the `WaveOut` class. + +The implementation of event callback is similar to WASAPI and DirectSound. A background thread simply sits around filling up buffers when they become empty. To help it respond at the right time, an event handle is set to trigger the background thread that a buffer has been returned by the soundcard and is in need of filling again. + +### New Window Callback +This is a good approach if you are creating a `WaveOut` object from the GUI thread of a Windows Forms or WPF application. Whenever `WaveOut` wants more data it posts a message that is handled by the Windows message pump of an invisible new window. You get this callback model by default when you call the empty `WaveOut` constructor. However, it will not work on a background thread, since there is no message pump. + +One of the big benefits of using this model (or the Existing Window model) is that everything happens on the same thread. This protects you from threading race conditions where a reposition happens at the same time as a read. + +note: The reason for using a new window instead of an existing window is to eliminate bugs that can happen if you start one playback before a previous one has finished. It can result in WaveOut picking up messages it shouldnt. + +### Existing Window + +Existing Window is essentially the same callback mechanism as New Window, but you have to pass in the handle of an existing window. This is passed in as an IntPtr to make it compatible with WPF as well as WinForms. The only thing to be careful of with this model is using multiple concurrent instances of WaveOut as they will intercept each others messages (I may fix this in a future version of NAudio). + +note: with both New and Existing Window callback methods, audio playback will deteriorate if your windows message pump on the GUI thread has too much other work to do. + +### Function Callback +Function callback was the first callback method I attempted to implement for NAudio, and has proved the most problematic of all callback methods. Essentially you can give it a function to callback, which seems very convenient, these callbacks come from a thread within the operating system. + +To complicate matters, some soundcards really dont like two threads calling waveOut functions at the same time (particularly one calling waveOutWrite while another calls waveOutReset). This in theory would be easily fixed with locks around all waveOut calls, but some audio drivers call the callbacks from another thread while you are calling waveOutReset, resulting in deadlocks. + +Function callbacks should be considered as obsolete now in NAudio, with `WaveOutEvent` a much better choice. + +## DirectSoundOut + +DirectSound is a good alternative if for some reason you dont want to use `WaveOut` since it is simple and widely supported. + +To select a specific device with `DirectSoundOut`, you can call the static `DirectSoundOut.Devices` property which will let you get at the GUID for each device, which you can pass into the `DirectSoundOut` constructor. Like `WaveOut`, you can adjust the latency (overall buffer size). + +`DirectSoundOut` uses a background thread waiting to fill buffers (same as `WaveOutEvent`). This is a reliable and uncomplicated mechanism, but as with any callback mechanism that uses a background thread, you must take responsibility yourself for ensuring that repositions do not happen at the same time as reads (although some of NAudios built-in WaveStreams can protect you from getting this wrong). + +## WasapiOut + +WASAPI is the latest and greatest Windows audio API, introduced with Windows Vista. But just because it is newer doesnt mean you should use it. In fact, it can be a real pain to use, since it is much more fussy about the format of the `IWaveProvider` passed to its `Init` function and will not perform resampling for you. + +To select a specific output device, you need to make use of the `MMDeviceEnumerator` class, which can report the available audio "endpoints" in the system. + +WASAPI out offers you a couple of configuration options. The main one is whether you open in `shared` or `exclusive` mode. In exclusive mode, your application requests exclusive access to the soundcard. This is only recommended if you need to work at very low latencies. + +You can also choose whether event callbacks are used. I recommend you do so, since it enables the background thread to get on with filling a new buffer as soon as one is needed. + +Why would you use WASAPI? I would only recommend it if you want to work at low latencies or are wanting exclusive use of the soundcard. Remember that WASAPI is not supported on Windows XP. However, in situations where WASAPI would be a good choice, ASIO out is often a better one + +## AsioOut + +ASIO is the de-facto standard for audio interface drivers for recording studios. All professional audio interfaces for Windows will come with ASIO drivers that are designed to operate at the lowest latencies possible. ASIO is probably a better choice than WASAPI for low latency applications since it is more widely supported (you can use ASIO on XP for example). + +ASIO Out devices are selected by name. Use the AsioOut.GetDriverNames() to see what devices are available on your system. Note that this will return all installed ASIO drivers. It does not necessarily mean that the soundcard is currently connected in the case of an external audio interface, so `Init` can fail for that reason. + +ASIO drivers support their own customised settings GUI. You can access this by calling `ShowControlPanel()`. Latencies are usually set within the control panel and are typically specified in samples. Remember that if you try to work at a really low latency, your input IWaveProviders `Init` function needs to be really fast. + +ASIO drivers can process data in a whole host of native WAV formats (e.g. big endian vs little endian, 16, 24, 32 bit ints, IEEE floats etc), not all of which are currently supported by NAudio. If ASIO Out doesnt work with your soundcard, create an issue on the NAudio GitHub page, as it is fairly easy to add support for another format. \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/OutputDeviceTypes.md.meta b/NAudio-2.2.1/Docs/OutputDeviceTypes.md.meta new file mode 100644 index 0000000..ceabc43 --- /dev/null +++ b/NAudio-2.2.1/Docs/OutputDeviceTypes.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 03ce09c6afec103449209139e690d618 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/PlayAudioFileConsoleApp.md b/NAudio-2.2.1/Docs/PlayAudioFileConsoleApp.md new file mode 100644 index 0000000..e322036 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlayAudioFileConsoleApp.md @@ -0,0 +1,22 @@ +## Play an Audio File from a Console application + +To play a file from a console application, we will use `AudioFileReader` as a simple way of opening our audio file, and `WaveOutEvent` as the output device. + +We simply need to pass the `audioFile` into the `outputDevice` with the `Init` method, and then call `Play`. + +Since `Play` only means "start playing" and isn't blocking, we can wait in a loop until playback finishes. + +Afterwards, we need to `Dispose` our `audioFile` and `outputDevice`, which in this example we do by virtue of putting them inside `using` blocks. + +```c# +using(var audioFile = new AudioFileReader(audioFile)) +using(var outputDevice = new WaveOutEvent()) +{ + outputDevice.Init(audioFile); + outputDevice.Play(); + while (outputDevice.PlaybackState == PlaybackState.Playing) + { + Thread.Sleep(1000); + } +} +``` \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/PlayAudioFileConsoleApp.md.meta b/NAudio-2.2.1/Docs/PlayAudioFileConsoleApp.md.meta new file mode 100644 index 0000000..40bab03 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlayAudioFileConsoleApp.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: f14877a65b1ec472aa8481c7eb817d59 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/PlayAudioFileWinForms.md b/NAudio-2.2.1/Docs/PlayAudioFileWinForms.md new file mode 100644 index 0000000..3a1a0d4 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlayAudioFileWinForms.md @@ -0,0 +1,171 @@ +## Play an Audio File from a WinForms application + +In this demo, we'll see how to play an audio file from a WinForms application. This technique will also work + +To start with, we'll create a very simple form with a start and a stop button. And we'll also declare two private members, one to hold the audio output device (that's the soundcard we're playing out of), and one to hold the audio file (that's the audio file we're playing). + +```c# +using NAudio.Wave; +using NAudio.Wave.SampleProviders; + +public class MainForm : Form +{ + private WaveOutEvent outputDevice; + private AudioFileReader audioFile; + + public MainForm() + { + InitializeComponent(); + } + + private void InitializeComponent() + { + var flowPanel = new FlowLayoutPanel(); + flowPanel.FlowDirection = FlowDirection.LeftToRight; + flowPanel.Margin = new Padding(10); + + var buttonPlay = new Button(); + buttonPlay.Text = "Play"; + buttonPlay.Click += OnButtonPlayClick; + flowPanel.Controls.Add(buttonPlay); + + var buttonStop = new Button(); + buttonStop.Text = "Stop"; + buttonStop.Click += OnButtonStopClick; + flowPanel.Controls.Add(buttonStop); + + this.Controls.Add(flowPanel); + + this.FormClosing += OnButtonStopClick; + } +} +``` + +Now we've not defined the button handlers yet, so let's do that. First of all the Play button. The first time we click this, we won't have opened our output device or audio file. + +So we'll create an output device of type `WaveOutEvent`. This is only one of several options for sending audio to the soundcard, but its a good choice in many scenarios, due to its ease of use and broad platform support. + +We'll also subscribe to the `PlaybackStopped` event, which we can use to do some cleaning up. + +Then if we haven't opened an audio file, we'll use `AudioFileReader` to load an audio file. This is a good choice as it supports several common audio file formats including WAV and MP3. + +We then tell the output device to play audio from the audio file by using the `Init` method. + +Finally, if all that is done, we can call `Play` on the output device. This method starts playback but won't wait for it to stop. + +```c# +private void OnButtonPlayClick(object sender, EventArgs args) +{ + if (outputDevice == null) + { + outputDevice = new WaveOutEvent(); + outputDevice.PlaybackStopped += OnPlaybackStopped; + } + if (audioFile == null) + { + audioFile = new AudioFileReader(@"D:\example.mp3"); + outputDevice.Init(audioFile); + } + outputDevice.Play(); +} +``` + +We also need a way to request playback to stop. That's in the stop button click handler, and that's nice and easy. Just call `Stop` on the output device (if we have one). + +```c# +private void OnButtonStopClick(object sender, EventArgs args) +{ + outputDevice?.Stop(); +} +``` + +Finally, we need to clean up, and the best place to do that is in the `PlaybackStopped` event handler. Playback can stop for three reasons: + +1. you requested it to stop with `Stop()` +2. you reached the end of the input file +3. there was an error (e.g. you removed the USB headphones you were listening on) + +In the handler for `PlaybackStopped` we'll dispose of both the output device and the audio file. Of course, you might not want to do this. Maybe you want the user to carry on playing from where they left off. In which case you'd not dispose of either. But you would probably want to reset the `Position` of the `audioFile` to 0, if it had got to the end, so they could listen again. + +```c# +private void OnPlaybackStopped(object sender, StoppedEventArgs args) +{ + outputDevice.Dispose(); + outputDevice = null; + audioFile.Dispose(); + audioFile = null; +} +``` + +And that's it. Congratulations, you've played your first audio file with NAudio. + +## Example 2 - Supporting Rewind and Resume + +In this example, we'll use a similar approach, but this time, when we stop, we won't dispose either the output device or the reader. This means that next time we press play, we'll resume from where we were when we stopped. + +I've also added a rewind button. This sets the position of the `AudioFileReader` back to the start by simply setting `Position = 0` + +Obviously it is important that when the form is closed we do properly stop playback and dispose our resources, so we set a `closing` flag to true when the user shuts down the form. This means that when the `PlaybackStopped` event fires, we can dispose of the output device and `AudioFileReader` + +Here's the code + +```c# +var wo = new WaveOutEvent(); +var af = new AudioFileReader(@"example.mp3"); +var closing = false; +wo.PlaybackStopped += (s, a) => { if (closing) { wo.Dispose(); af.Dispose(); } }; +wo.Init(af); +var f = new Form(); +var b = new Button() { Text = "Play" }; +b.Click += (s, a) => wo.Play(); +var b2 = new Button() { Text = "Stop", Left=b.Right }; +b2.Click += (s, a) => wo.Stop(); +var b3 = new Button { Text="Rewind", Left = b2.Right }; +b3.Click += (s, a) => af.Position = 0; +f.Controls.Add(b); +f.Controls.Add(b2); +f.Controls.Add(b3); +f.FormClosing += (s, a) => { closing = true; wo.Stop(); }; +f.ShowDialog(); +``` + +## Example 3 - Adjusting Volume + +In this example, we'll build on the previous one by adding in a volume slider. We'll use a WinForms `TrackBar` with value between 0 and 100. + +When the user moves the trackbar, the `Scroll` event fires and we can adjust the volume in one of two ways. + +First, we can simply change the volume of our output device. It's important to note that this is a floating point value where 0.0f is silence and 1.0f is the maximum value. So we'll need to divide the value of our `TrackBar` by 100. + +```c# +t.Scroll += (s, a) => wo.Volume = t.Value / 100f; +``` + +Alternatively, the `AudioFileReader` class has a convenient `Volume` property. This adjusts the value of each sample before it even reaches the soundcard. This is more work for the code to do, but is very convenient when you are mixing together multiple files and want to control their volume individually. The `Volume` property on the `AudioFileReader` works just the same, going between 0.0 and 1.0. You can actually provide values greater than 1.0f to this property, to amplify the audio, but this does result in the potential for clipping. + +```c# +t.Scroll += (s, a) => af.Volume = t.Value / 100f; +``` + +Let's see the revised version of our form: + +```c# +var wo = new WaveOutEvent(); +var af = new AudioFileReader(inputFilePath); +var closing = false; +wo.PlaybackStopped += (s, a) => { if (closing) { wo.Dispose(); af.Dispose(); } }; +wo.Init(af); +var f = new Form(); +var b = new Button() { Text = "Play" }; +b.Click += (s, a) => wo.Play(); +var b2 = new Button() { Text = "Stop", Left=b.Right }; +b2.Click += (s, a) => wo.Stop(); +var b3 = new Button { Text="Rewind", Left = b2.Right }; +b3.Click += (s, a) => af.Position = 0; +var t = new TrackBar() { Minimum = 0, Maximum = 100, Value = 100, Top = b.Bottom, TickFrequency = 10 }; +t.Scroll += (s, a) => wo.Volume = t.Value / 100f; +// Alternative: t.Scroll += (s, a) => af.Volume = t.Value / 100f; +f.Controls.AddRange(new Control[] { b, b2, b3, t }); +f.FormClosing += (s, a) => { closing = true; wo.Stop(); }; +f.ShowDialog(); +``` diff --git a/NAudio-2.2.1/Docs/PlayAudioFileWinForms.md.meta b/NAudio-2.2.1/Docs/PlayAudioFileWinForms.md.meta new file mode 100644 index 0000000..3d5acd7 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlayAudioFileWinForms.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 761265341f1275309a060bdb94d8f809 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/PlayAudioFromUrl.md b/NAudio-2.2.1/Docs/PlayAudioFromUrl.md new file mode 100644 index 0000000..e63c36d --- /dev/null +++ b/NAudio-2.2.1/Docs/PlayAudioFromUrl.md @@ -0,0 +1,19 @@ +# Play Audio From URL + +The `MediaFoundationReader` class provides the capability of playing audio directly from a URL and supports many common audio file formats such as MP3. + +In this example designed to be run from a console app, we use `MediaFoundationReader` to load the audio from the network and then simply block until playback has finished. + +```c# +var url = "http://media.ch9.ms/ch9/2876/fd36ef30-cfd2-4558-8412-3cf7a0852876/AzureWebJobs103.mp3"; +using(var mf = new MediaFoundationReader(url)) +using(var wo = new WasapiOut()) +{ + wo.Init(mf); + wo.Play(); + while (wo.PlaybackState == PlaybackState.Playing) + { + Thread.Sleep(1000); + } +} +``` \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/PlayAudioFromUrl.md.meta b/NAudio-2.2.1/Docs/PlayAudioFromUrl.md.meta new file mode 100644 index 0000000..28d3207 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlayAudioFromUrl.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 62bd0226a3622c8d3a0a946e6ec904a0 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/PlaySineWave.md b/NAudio-2.2.1/Docs/PlaySineWave.md new file mode 100644 index 0000000..31e44ed --- /dev/null +++ b/NAudio-2.2.1/Docs/PlaySineWave.md @@ -0,0 +1,76 @@ +# Play a Sine Wave + +To play a sine wave we can use the `SignalGenerator` class. This can produce a variety of signal types including sawtooth, pink noise and triangle waves. We will specify that we want a frequency of 500Hz, and set the gain to 0.2 (20%). This will help protect us from hurting our ears. + +The `SignalGenerator` will produce a never-ending stream of sound, so for it to finish, we'd either just call Stop on our output device when we are happy, or we can se the `Take` extension method, to specify that we want just the first 20 seconds of sound. + +Here's some sample code + +```c# +var sine20Seconds = new SignalGenerator() { + Gain = 0.2, + Frequency = 500, + Type = SignalGeneratorType.Sin} + .Take(TimeSpan.FromSeconds(20)); +using (var wo = new WaveOutEvent()) +{ + wo.Init(sine20Seconds); + wo.Play(); + while (wo.PlaybackState == PlaybackState.Playing) + { + Thread.Sleep(500); + } +} +``` + +# Explore other Signal Types + +Signal Generator can produe several other signal types. There are three other simple repeating signal patterns, for which you can adjust the gain and signal frequency. + +triangle: + +``` +Gain = 0.2, +Frequency = 500, +Type = SignalGeneratorType.Triangle +``` + +square: + +```c# +Gain = 0.2, +Frequency = 500, +Type = SignalGeneratorType.Square +``` + +and sawtooth: +```c# +Gain = 0.2, +Frequency = 500, +Type = SignalGeneratorType.SawTooth +``` + +There are also two types of noise - pink and white noise. The Frequency property has no effect: + +pink noise + +```c# +Gain = 0.2, +Type = SignalGeneratorType.PinkNoise +``` +white noise: + +```c# +Gain = 0.2, +Type = SignalGeneratorType.WhiteNoise +``` + +The final type is the frequency sweep (or 'chirp'). This is a sine wave that starts at `Frequency` and smoothly ramps up to `FrequencyEnd` over the period defined in `SweepLengthSecs`. It then returns to the start frequency and repeats indefinitely + +```c# +Gain = 0.2, +Frequency = 500, // start frequency of the sweep +FrequencyEnd = 2000, +Type = SignalGeneratorType.Sweep, +SweepLengthSecs = 2 +``` diff --git a/NAudio-2.2.1/Docs/PlaySineWave.md.meta b/NAudio-2.2.1/Docs/PlaySineWave.md.meta new file mode 100644 index 0000000..d90da39 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlaySineWave.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 8fc5d808ab7bacb1fa779f41cc3137d5 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/PlaybackStopped.md b/NAudio-2.2.1/Docs/PlaybackStopped.md new file mode 100644 index 0000000..ec5097a --- /dev/null +++ b/NAudio-2.2.1/Docs/PlaybackStopped.md @@ -0,0 +1,23 @@ +# Handling Playback Stopped + +In NAudio, you use an implementation of the `IWavePlayer` class to play audio. Examples include `WaveOut`, `WaveOutEvent`, `WasapiOut`, `AsioOut` etc. To specify the audio to be played, you call the `Init` method passing in an `IWaveProvider`. And to start playing you call `Play`. + +## Manually Stopping Playback + +You can stop audio playback any time by simply calling `Stop`. Depending on the implementation of `IWavePlayer`, playback may not stop instantaneously, but finish playing the currently queued buffer (usually no more than 100ms). So even when you call `Stop`, you should wait for the `PlaybackStopped` event to be sure that playback has actually stopped. + +## Reaching the end of the input audio + +In NAudio, the `Read` method on `IWaveProvider` is called every time the output device needs more audio to play. The `Read` method should normally return the requested number of bytes of audio (the `count` parameter). If `Read` returns less than `count` this means this is the last piece of audio in the input stream. If `Read` returns 0, the end has been reached. + +NAudio playback devices will stop playing when the `IWaveProvider`'s `Read` method returns 0. This will cause the `PlaybackStopped` event to get raised. + +## Output device error + +If there is any kind of audio error during playback, the `PlaybackStopped` event will be fired, and the `Exception` property set to whatever exception caused playback to stop. A very common cause of this would be playing to a USB device that has been removed during playback. + +## Disposing resources + +Often when playback ends, you want to clean up some resources, such as disposing the output device, and closing any input files such as `AudioFileReader`. It is strongly recommended that you do this when you receive the `PlaybackStopped` event and not immediately after calling `Stop`. This is because in many `IWavePlayer` implementations, the audio playback code is on another thread, and you may be disposing resources that will still be used. + +Note that NAudio attempts to fire the `PlaybackStopped` event on the `SynchronizationContext` the device was created on. This means in a WinForms or WPF application it is safe to access the GUI in the handler. \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/PlaybackStopped.md.meta b/NAudio-2.2.1/Docs/PlaybackStopped.md.meta new file mode 100644 index 0000000..de6bf52 --- /dev/null +++ b/NAudio-2.2.1/Docs/PlaybackStopped.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 36f8dde647787e7a397600c095d69a20 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/RawSourceWaveStream.md b/NAudio-2.2.1/Docs/RawSourceWaveStream.md new file mode 100644 index 0000000..38739f2 --- /dev/null +++ b/NAudio-2.2.1/Docs/RawSourceWaveStream.md @@ -0,0 +1,107 @@ +# Using RawSourceWaveStream + +`RawSourceWaveStream` is useful when you have some raw audio, which might be PCM or compressed, but it is not contained within a file format. `RawSourceWaveStream` allows you to specify the `WaveFormat` associated with the raw audio. Let's see some examples. + +## Playing from a Byte array + +Suppose we have a byte array containing raw 16 bit mono PCM, and want to play it. + +For demo purposes, let's create a 5 second sawtooth wave into the `raw`. Obviously `SignalGenerator` would be a better way to do this, but we are simulating getting a byte array from somewhere else, maybe received over the network. + +```c# +var sampleRate = 16000; +var frequency = 500; +var amplitude = 0.2; +var seconds = 5; + +var raw = new byte[sampleRate * seconds * 2]; + +var multiple = 2.0*frequency/sampleRate; +for (int n = 0; n < sampleRate * seconds; n++) +{ + var sampleSaw = ((n*multiple)%2) - 1; + var sampleValue = sampleSaw > 0 ? amplitude : -amplitude; + var sample = (short)(sampleValue * Int16.MaxValue); + var bytes = BitConverter.GetBytes(sample); + raw[n*2] = bytes[0]; + raw[n*2 + 1] = bytes[1]; +} +``` + +`RawSourceWaveStream` takes a `Stream` and a `WaveFormat`. The `WaveFormat` in this instance is 16 bit mono PCM. The stream we can use `MemoryStream` for, passing in our byte array. + +```c# +var ms = new MemoryStream(raw); +var rs = new RawSourceWaveStream(ms, new WaveFormat(sampleRate, 16, 1)); +``` + +And now we can play the `RawSourceWaveStream` just like it was any other `WaveStream`: + +```c# +var wo = new WaveOutEvent(); +wo.Init(rs); +wo.Play(); +while (wo.PlaybackState == PlaybackState.Playing) +{ + Thread.Sleep(500); +} +wo.Dispose(); +``` + +## Turning a raw file into WAV + +Suppose we have a raw audio file and we know the wave format of the audio in it. Let's say its 8kHz 16 bit mono. We can just open the file with `File.OpenRead` and pass it into a `RawSourceWaveStream`. Then we can convert it to a WAV file with `WaveFileWriter.CreateWaveFile`. + +```c# +var inPath = "example.pcm"; +var outPath = "example.wav"; +using(var fileStream = File.OpenRead(inPath)) +{ + var s = new RawSourceWaveStream(fileStream, new WaveFormat(8000,1)); + WaveFileWriter.CreateWaveFile(outPath, s); +} +``` + +Note that WAV files can contain compressed audio, so as long as you know the correct `WaveFormat` structure you can use that. Let's look at a compressed audio example next. + +## Converting G.729 audio into a PCM WAV + +Suppose we have a `.g729` file containing raw audio compressed with G.729. G.729 isn't actually a built-in `WaveFormat` in NAudio (some other common ones like mu and a-law are). But we can use `WaveFormat.CreateCustomFormat` or even derive from `WaveFormat` to define the correct format. + +Now in the previous example we saw how we could create a WAV file that contains the G.729 audio still encoded. But if we wanted it to be PCM, we'd need to use `WaveFormatConversionStream.CreatePcmStream` to look for an ACM codec that understands the incoming `WaveFormat` and can turn it into PCM. + +Please note that this won't always be possible. If your version of Windows doesn't have a suitable decoder, this will fail. + +But here's how we would convert that raw G.729 file into a PCM WAV file if we did have a suitable decoder: + +```c# +var inFile = @"c:\users\mheath\desktop\chirpg729.g729"; +var outFile = @"c:\users\mheath\desktop\chirpg729.wav"; +var inFileFormat = WaveFormat.CreateCustomFormat( + WaveFormatEncoding.G729, + 8000, // sample rate + 1, // channels + 1000, // average bytes per second + 10, // block align + 1); // bits per sample +using(var inStream = File.OpenRead(inFile)) +using(var reader = new RawSourceWaveStream(inStream, inFileFormat)) +using(var converter = WaveFormatConversionStream.CreatePcmStream(reader)) +{ + WaveFileWriter.CreateWaveFile(outFile, converter); +} +``` + +If it was a format that NAudio has built-in support for like G.711 a-law, then we'd do it like this: + +```c# +var inFile = @"c:\users\mheath\desktop\alaw.bin"; +var outFile = @"c:\users\mheath\desktop\alaw.wav"; +var inFileFormat = WaveFormat.CreateALawFormat(8000,1); +using(var inStream = File.OpenRead(inFile)) +using(var reader = new RawSourceWaveStream(inStream, inFileFormat)) +using(var converter = WaveFormatConversionStream.CreatePcmStream(reader)) +{ + WaveFileWriter.CreateWaveFile(outFile, converter); +} +``` \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/RawSourceWaveStream.md.meta b/NAudio-2.2.1/Docs/RawSourceWaveStream.md.meta new file mode 100644 index 0000000..2c9c545 --- /dev/null +++ b/NAudio-2.2.1/Docs/RawSourceWaveStream.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 60ee3f7b528eac9fcbcb15629c62973e +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/RecordWavFileWinFormsWaveIn.md b/NAudio-2.2.1/Docs/RecordWavFileWinFormsWaveIn.md new file mode 100644 index 0000000..012ce73 --- /dev/null +++ b/NAudio-2.2.1/Docs/RecordWavFileWinFormsWaveIn.md @@ -0,0 +1,157 @@ +# Recording a WAV file in a WinForms app with WaveIn + +In this example we'll see how to create a very simple WinForms app that records audio to a WAV File. + +First of all, let's choose where to put the recorded audio. It will go to a file called `recorded.wav` in a `NAudio` folder on your desktop: + +```c# +var outputFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.Desktop), "NAudio"); +Directory.CreateDirectory(outputFolder); +var outputFilePath = Path.Combine(outputFolder,"recorded.wav"); +``` + +Next, let's create the recording device. I'm going to use `WaveInEvent` in this case. We could also use `WaveIn` or indeed `WasapiCapture`. + +```c# +var waveIn = new WaveInEvent(); +``` + +I'll declare a `WaveFileWriter` but it won't get created until we start recording: + +```c# +WaveFileWriter writer = null; +``` + +And let's set up our form. It will have two buttons - one to start and one to stop recording. And we'll declare a `closing` flag to allow us to stop recording when the form is closed. + +```c# +bool closing = false; +var f = new Form(); +var buttonRecord = new Button() { Text = "Record" }; +var buttonStop = new Button() { Text = "Stop", Left = buttonRecord.Right, Enabled = false }; +f.Controls.AddRange(new Control[] { buttonRecord, buttonStop }); +``` + +Now we need some event handlers. When we click `Record`, we'll create a new `WaveFileWriter`, specifying the path for the WAV file to create and the format we are recording in. This must be the same as the recording device format as that is the format we'll receive recorded data in. So we use `waveIn.WaveFormat`. + +Then we start recording with `waveIn.StartRecording()` and set the button enabled states appropriately. + + +```c# +buttonRecord.Click += (s, a) => +{ + writer = new WaveFileWriter(outputFilePath, waveIn.WaveFormat); + waveIn.StartRecording(); + buttonRecord.Enabled = false; + buttonStop.Enabled = true; +}; +``` + + +We also need a handler for the `DataAvailable` event on our input device. This will start firing periodically after we start recording. We can just write the buffer in the event args to our writer. Make sure you write `a.BytesRecorded` bytes, not `a.Buffer.Length` + +```c# +waveIn.DataAvailable += (s, a) => +{ + writer.Write(a.Buffer, 0, a.BytesRecorded); +}; +``` + +One safety feature I often add when recording WAV is to limit the size of a WAV file. They grow quickly and can't be over 4GB in any case. Here I'll request that recording stops after 30 seconds: + +```c# +waveIn.DataAvailable += (s, a) => +{ + writer.Write(a.Buffer, 0, a.BytesRecorded); + if (writer.Position > waveIn.WaveFormat.AverageBytesPerSecond * 30) + { + waveIn.StopRecording(); + } +}; +``` + +Now we need to handle the stop recording button. This is simple, we just call `waveIn.StopRecording()`. However, we might still receive more data in the `DataAvailable` callback, so don't dispose you `WaveFileWriter` just yet. + +```c# +buttonStop.Click += (s, a) => waveIn.StopRecording(); +``` + +We'll also add a safety measure that if you try to close the form while you're recording, we'll call `StopRecording` and set a flag so we know we can also dispose the input device: + +```c# +f.FormClosing += (s, a) => { closing=true; waveIn.StopRecording(); }; +``` + +To safely dispose our `WaveFileWriter`, (which we need to do in order to produce a valid WAV file), we should handle the `RecordingStopped` event on our recording device. We `Dispose` the `WaveFileWriter` which fixes up the headers in our WAV file so that it is valid. Then we set the button states. Finally, if we're closing the form, the input device should be disposed. + +```c# +waveIn.RecordingStopped += (s, a) => +{ + writer?.Dispose(); + writer = null; + buttonRecord.Enabled = true; + buttonStop.Enabled = false; + if (closing) + { + waveIn.Dispose(); + } +}; +``` + +Now all our handlers are set up, we're ready to show the dialog: + +```c# +f.ShowDialog(); +``` + +Here's the full program for reference: + +```c# +var outputFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.Desktop), "NAudio"); +Directory.CreateDirectory(outputFolder); +var outputFilePath = Path.Combine(outputFolder,"recorded.wav"); + +var waveIn = new WaveInEvent(); + +WaveFileWriter writer = null; +bool closing = false; +var f = new Form(); +var buttonRecord = new Button() { Text = "Record" }; +var buttonStop = new Button() { Text = "Stop", Left = buttonRecord.Right, Enabled = false }; +f.Controls.AddRange(new Control[] { buttonRecord, buttonStop }); + +buttonRecord.Click += (s, a) => +{ + writer = new WaveFileWriter(outputFilePath, waveIn.WaveFormat); + waveIn.StartRecording(); + buttonRecord.Enabled = false; + buttonStop.Enabled = true; +}; + +buttonStop.Click += (s, a) => waveIn.StopRecording(); + +waveIn.DataAvailable += (s, a) => +{ + writer.Write(a.Buffer, 0, a.BytesRecorded); + if (writer.Position > waveIn.WaveFormat.AverageBytesPerSecond * 30) + { + waveIn.StopRecording(); + } +}; + +waveIn.RecordingStopped += (s, a) => +{ + writer?.Dispose(); + writer = null; + buttonRecord.Enabled = true; + buttonStop.Enabled = false; + if (closing) + { + waveIn.Dispose(); + } +}; + +f.FormClosing += (s, a) => { closing=true; waveIn.StopRecording(); }; +f.ShowDialog(); +``` + diff --git a/NAudio-2.2.1/Docs/RecordWavFileWinFormsWaveIn.md.meta b/NAudio-2.2.1/Docs/RecordWavFileWinFormsWaveIn.md.meta new file mode 100644 index 0000000..640ab3f --- /dev/null +++ b/NAudio-2.2.1/Docs/RecordWavFileWinFormsWaveIn.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: dbb8c3cb6e9f8b067a9b558e966ad136 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/RecordingLevelMeter.md b/NAudio-2.2.1/Docs/RecordingLevelMeter.md new file mode 100644 index 0000000..1197a70 --- /dev/null +++ b/NAudio-2.2.1/Docs/RecordingLevelMeter.md @@ -0,0 +1,116 @@ +# Recording Level Meter + +In this article we'll see how you can represent the current audio input level coming from a recording device. + +## Start Capturing Audio + +In NAudio, the method you call to start capturing audio from an input device is called `StartRecording`. This method name can cause confusion. All that it means is that you are asking the input device to provide you with samples audio. It doesn't mean you are actually recording to an audio file. + +So if you want to allow the user to set up their volume levels before they start "recording", you'll actually need to call `StartRecording` to start capturing the audio simply for the purposes of updating the level meter. + +We won't go into great detail in this article on how to record audio as that's [covered elsewhere](RecordWavFileWinFormsWaveIn.md), but here we'll create a new recording device, subscribe to the data available event, and start capturing audio by calling `StartRecording`. + +```c# +var waveIn = new WaveInEvent(deviceNumber); +waveIn.DataAvailable += OnDataAvailable; +waveIn.StartRecording(); +``` + +## Handling Captured Audio + +In the `DataAvailable` event handler, if we were simply recording audio, we'd write to a `WaveFileWriter` like this: + +```c# +private void OnDataAvailable(object sender, WaveInEventArgs args) +{ + writer.Write(args.Buffer, 0, args.BytesRecorded); +}; +``` + +But if we're just letting the user get their levels set up, we'd only write to the file if the user had actually begun recording. So we might have a boolean flag that says whether we're recording or not. So when we get the `DataAvailable` event we don't necessarily write to a file. + +```c# +private void OnDataAvailable(object sender, WaveInEventArgs args) +{ + if (isRecording) + { + writer.Write(args.Buffer, 0, args.BytesRecorded); + } +}; +``` + +## Calculating Peak Values + +The `WaveInEventArgs.Buffer` property contains the captured audio. Unfortunately this is represented as a byte array. This means that we must convert to samples. + +The way this works depends on the bit depth being recorded at. The two most common options are 16 bit signed integers (`short`'s in C#), which is what `WaveIn` and `WaveInEvent` will supply by default. And 32 bit IEEE floating point numbers (`float`'s in C#) which is what `WasapiIn` or `WasapiLoopbackCapture` will supply by default. + +Here's how we might discover the maximum sample value if the incoming audio is 16 bit. Notice that we are simply taking the absolute value of each sample, and we are calculating one maximum value irrespective of whether it is mono or stereo audio. If you wanted, you could calculate the maximum values for each channel separately, by maintaining separate max values for each channel (the samples are interleaved): + +```c# +void OnDataAvailable(object sender, WaveInEventArgs args) +{ + if (isRecording) + { + writer.Write(args.Buffer, 0, args.BytesRecorded); + } + + float max = 0; + // interpret as 16 bit audio + for (int index = 0; index < args.BytesRecorded; index += 2) + { + short sample = (short)((args.Buffer[index + 1] << 8) | + args.Buffer[index + 0]); + // to floating point + var sample32 = sample/32768f; + // absolute value + if (sample32 < 0) sample32 = -sample32; + // is this the max value? + if (sample32 > max) max = sample32; + } +} +``` + +The previous example showed using bit manipulation, but NAudio also has a clever trick up its sleeve called `WaveBuffer`. This allows us to 'cast' from a `byte[]` to a `short[]` or `float[]`, something that is not normally possible in C#. + +Here's it working for floating point audio: + +```c# +void OnDataAvailable(object sender, WaveInEventArgs args) +{ + if (isRecording) + { + writer.Write(args.Buffer, 0, args.BytesRecorded); + } + + float max = 0; + var buffer = new WaveBuffer(args.Buffer); + // interpret as 32 bit floating point audio + for (int index = 0; index < args.BytesRecorded / 4; index++) + { + var sample = buffer.FloatBuffer[index]; + + // absolute value + if (sample < 0) sample = -sample; + // is this the max value? + if (sample > max) max = sample; + } +} +``` + +The same approach can be used for 16 bit audio, by accessing `ShortBuffer` instead of `FloatBuffer`. + + +## Updating the Volume Meter + +A very simple way to implement a volume meter in WinForms or WPF is to use a progressbar. You can set it up with a minimum value of 0 and a maximum value of 100. + +In both our examples, we calulated `max` as a floating point value between 0.0f and 1.0f, so setting the progressBar value is as simple as: + +```c# +progressBar.Value = 100 * max; +``` + +Note that you are updating the UI in the `OnDataAvailable` callback. NAudio will attempt to call this on the UI context if there is one. + +Also, this approach means that the frequency of meter updates will match the size of recording buffers. This is the simplest approach, and normally works just fine as there will usually be at least 10 buffers per second which is usually adequate for a volume meter. \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/RecordingLevelMeter.md.meta b/NAudio-2.2.1/Docs/RecordingLevelMeter.md.meta new file mode 100644 index 0000000..50ffc3f --- /dev/null +++ b/NAudio-2.2.1/Docs/RecordingLevelMeter.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: e7762dbc1e537f56fb1d8eec5c9ed84e +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/Resampling.md b/NAudio-2.2.1/Docs/Resampling.md new file mode 100644 index 0000000..0421ba7 --- /dev/null +++ b/NAudio-2.2.1/Docs/Resampling.md @@ -0,0 +1,68 @@ +# Resampling Audio + +Every now and then youll find you need to resample audio with NAudio. For example, to mix files together of different sample rates, you need to get them all to a common sample rate first. Or if youre playing audio through an API like ASIO , audio must be resampled to match the output device's current sample rate before being to the device. + +There are also some gotchas you need to be aware of when resampling. In particular there is the danger of "aliasing". I explain what this is in my Pluralsight ["Digital Audio Fundamentals"](https://www.shareasale.com/r.cfm?u=1036405&b=611266&m=53701&afftrack=&urllink=www%2Epluralsight%2Ecom%2Fcourses%2Fdigital%2Daudio%2Dfundamentals) course. The main takeaway is that if you lower the sample rate, you really ought to use a low pass filter first, to get rid of high frequencies that cannot correctly. + +### Option 1: MediaFoundationResampler + +Probably the most powerful resampler available with NAudio is the `MediaFoundationResampler`. This is not available for XP users, but desktop versions of Windows from Vista onwards include it. If you are using a Windows Server, youll need to make sure the "desktop experience" is installed. It has a customisable quality level (60 is the highest quality, down to 1 which is linear interpolation). Ive found its fast enough to run on top quality. It also is quite flexible and is often able to change to a different channel count or bit depth at the same time. + +Here's a code sample that resamples an MP3 file (usually 44.1kHz) down to 16kHz. `The MediaFoundationResampler` takes an `IWaveProvider` as input, and a desired output `WaveFormat`: + +```c# +int outRate = 16000; +var inFile = @"test.mp3"; +var outFile = @"test resampled MF.wav"; +using (var reader = new Mp3FileReader(inFile)) +{ + var outFormat = new WaveFormat(outRate, reader.WaveFormat.Channels); + using (var resampler = new MediaFoundationResampler(reader, outFormat)) + { + // resampler.ResamplerQuality = 60; + WaveFileWriter.CreateWaveFile(outFile, resampler); + } +} +``` + +### Option 2: WdlResamplingSampleProvider + +The second option is based on the Cockos WDL resampler for which we were kindly granted permission to use as part of NAudio. It works with floating point samples, so you'll need an `ISampleProvider` to pass in. Here we use `AudioFileReader` to get to floating point and then make a resampled 16 bit WAV file: + +```c# +int outRate = 16000; +var inFile = @"test.mp3"; +var outFile = @"test resampled WDL.wav"; +using (var reader = new AudioFileReader(inFile)) +{ + var resampler = new WdlResamplingSampleProvider(reader, outRate); + WaveFileWriter.CreateWaveFile16(outFile, resampler); +} +``` + +The big advantage that the WDL resampler brings to the table is that it is fully managed. This means it can be used within UWP Windows Store apps (as Im still finding it very difficult to work out how to create the `MediaFoundationResampler` in a way that passes WACK), or in cross-platform scenarios. + +The disadvantage is of course that performance will not necessarily be as fast as using `MediaFoundationResampler`. + +### Option 3: ACM Resampler + +You can also use `WaveFormatConversionStream` which is an ACM based Resampler, which has been in NAudio since the beginning and works back to Windows XP. It resamples 16 bit only and you cant change the channel count at the same time. It predates `IWaveProvider` so you need to pass in a `WaveStream` based. Heres it being used to resample an MP3 file: + +```c# +int outRate = 16000; +var inFile = @"test.mp3"; +var outFile = @"test resampled ACM.wav"; +using (var reader = new Mp3FileReader(inFile)) +{ + var outFormat = new WaveFormat(outRate, reader.WaveFormat.Channels); + using (var resampler = new WaveFormatConversionStream(outFormat, reader)) + { + WaveFileWriter.CreateWaveFile(outFile, resampler); + } +} +``` + +### Option 4: Do it yourself + +Of course the fact that NAudio lets you have raw access to the samples means you are able to write your own resampling algorithm, which could be Linear Interpolation or something more complex. Id recommend against doing this unless you really understand audio DSP. If you want to see some spectograms showing what happens when you write your own naive resampling algorithm, have a look at [this article](http://www.codeproject.com/Articles/501521/How-to-convert-between-most-audio-formats-in-NET) I wrote on CodeProject. Basically, youre likely to end up with significant aliasing if you dont also write a low pass filter. Given NAudio now has the WDL resampler, that should probably be used for all cases where you need a fully managed resampler. + diff --git a/NAudio-2.2.1/Docs/Resampling.md.meta b/NAudio-2.2.1/Docs/Resampling.md.meta new file mode 100644 index 0000000..20d57bb --- /dev/null +++ b/NAudio-2.2.1/Docs/Resampling.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 4d8a42b3f9114fc97ad1f29d546cf875 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/SmbPitchShiftingSampleProvider.md b/NAudio-2.2.1/Docs/SmbPitchShiftingSampleProvider.md new file mode 100644 index 0000000..388ff1b --- /dev/null +++ b/NAudio-2.2.1/Docs/SmbPitchShiftingSampleProvider.md @@ -0,0 +1,33 @@ +# Pitch Shifting with SmbPitchShiftingSampleProvider + +The `SmbPitchShiftingSampleProvider` class provides a fully managed pitch shifter effect. + +You pass in the source audio to the constructor, and then use the `PitchFactor` to set the amount of pitch shift. 1.0f means no pitch change, 2.0f means an octave up, and 0.5f means an octave down. To move up one semitone, use the twelfth root of two. + +In this simple example, we calculate pitch factors to transpose an audio file up and down a whole tone (two semitones). This demo just plays the first 10 seconds of the audio file. + +Note that pitch shifting algorithms do introduce artifacts. It may sound slightly metalic, and the bigger the shift the bigger the effect. But for practicing along to a backing track that's in the wrong key, this can be a great benefit. + +```c# +var inPath = @"C:\Users\markh\example.mp3"; +var semitone = Math.Pow(2, 1.0/12); +var upOneTone = semitone * semitone; +var downOneTone = 1.0/upOneTone; +using (var reader = new MediaFoundationReader(inPath)) +{ + var pitch = new SmbPitchShiftingSampleProvider(reader.ToSampleProvider()); + using(var device = new WaveOutEvent()) + { + pitch.PitchFactor = (float)upOneTone; // or downOneTone + // just playing the first 10 seconds of the file + device.Init(pitch.Take(TimeSpan.FromSeconds(10))); + device.Play(); + while(device.PlaybackState == PlaybackState.Playing) + { + Thread.Sleep(500); + } + } +} +``` + +For an alternative approach to pitch shifting, look at creating a managed wrapper for the SoundTouch library, as explained in [this article](http://markheath.net/post/varispeed-naudio-soundtouch) \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/SmbPitchShiftingSampleProvider.md.meta b/NAudio-2.2.1/Docs/SmbPitchShiftingSampleProvider.md.meta new file mode 100644 index 0000000..dc7dacf --- /dev/null +++ b/NAudio-2.2.1/Docs/SmbPitchShiftingSampleProvider.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 866a3f9402e37b57495d6d4d56c924df +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/WasapiLoopbackCapture.md b/NAudio-2.2.1/Docs/WasapiLoopbackCapture.md new file mode 100644 index 0000000..37e52de --- /dev/null +++ b/NAudio-2.2.1/Docs/WasapiLoopbackCapture.md @@ -0,0 +1,52 @@ +# Record Soundcard Output with WasapiLoopbackCapture + +Lots of people ask how they can use NAudio to record the audio being played by another program. The answer is that unfortunately Windows does not provide an API that lets you target the output of one specific program to record. However, with WASAPI loopback capture, you can record all the audio that is being played out of a specific output device. + +Since NAudio 2.1.0, the audio can be captured at a sample rate of your choosing, although it will make sense to match the sound card's format. + +Let's start off by selecting a path to record to, creating an instance of `WasapiLoopbackCapture` (uses the default system device, but we can pass any rendering `MMDevice` that we want which we can find with `MMDeviceEnumerator`). We'll also create a `WaveFileWriter` using the capture `WaveFormat`. + +```c# +var outputFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.Desktop), "NAudio"); +Directory.CreateDirectory(outputFolder); +var outputFilePath = Path.Combine(outputFolder, "recorded.wav"); +var capture = new WasapiLoopbackCapture(); +// optionally we can set the capture waveformat here: e.g. capture.WaveFormat = new WaveFormat(44100, 16,2); +var writer = new WaveFileWriter(outputFilePath, capture.WaveFormat); +``` + +We need to handle the `DataAvailable` event, and it's very much the same approach here as recording to a WAV file from a regular `WaveIn` device. We just write `BytesRecorded` bytes from the `Buffer` into the `WaveFileWriter`. And in this example, I am stopping recording when we've captured 20 seconds worth of audio, by calling `StopRecording`. + +```c# +capture.DataAvailable += (s, a) => +{ + writer.Write(a.Buffer, 0, a.BytesRecorded); + if (writer.Position > capture.WaveFormat.AverageBytesPerSecond * 20) + { + capture.StopRecording(); + } +}; +``` + +When the `RecordingStopped` event fires, we `Dispose` our `WaveFileWriter` so we create a valid WAV file, and we're done recording so we'll `Dispose` our capture device as well. + +```c# +capture.RecordingStopped += (s, a) => +{ + writer.Dispose(); + writer = null; + capture.Dispose(); +}; +``` + +All that remains is for us to start recording with `StartRecording` and wait for recording to finish by monitoring the `CaptureState`. + +```c# +capture.StartRecording(); +while (capture.CaptureState != NAudio.CoreAudioApi.CaptureState.Stopped) +{ + Thread.Sleep(500); +} +``` + +Now there is one gotcha with `WasapiLoopbackCapture`. If no audio is playing whatsoever, then the `DataAvailable` event won't fire. So if you want to record "silence", one simple trick is to simply use an NAudio playback device to play silence through that device for the duration of time you're recording. Alternatively, you could insert silence yourself when you detect gaps in the incoming audio. \ No newline at end of file diff --git a/NAudio-2.2.1/Docs/WasapiLoopbackCapture.md.meta b/NAudio-2.2.1/Docs/WasapiLoopbackCapture.md.meta new file mode 100644 index 0000000..31df039 --- /dev/null +++ b/NAudio-2.2.1/Docs/WasapiLoopbackCapture.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 345a6592778dcd5edadc2c784c8ca8e6 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/WasapiOut.md b/NAudio-2.2.1/Docs/WasapiOut.md new file mode 100644 index 0000000..0542643 --- /dev/null +++ b/NAudio-2.2.1/Docs/WasapiOut.md @@ -0,0 +1,37 @@ +# Working with WasapiOut + +`WasapiOut` is an implementation of `IWavePlayer` that uses the WASAPI audio API under the hood. WASAPI was introduced with Windows Vista, meaning it will be supported on most versions of Windows, but not XP. + +## Configuring WasapiOut + +When you create an instance of `WasapiOut` you can choose an output device. This is discussed in the [enumerating output devices article](EnumerateOutputDevices.md). + +There are a number of other options you can specify with WASAPI. + +First of all, you can choose the "share mode". This is normally set to `AudioClientShareMode.Shared` which means you are happy to share the sound card with other audio applications in Windows. This however does mean that the sound card will continue to operate at whatever sample rate it is currently set to, irrespective of the sample rate of audio you want to play. Fortunately, since NAudio 2.1.0 `WasapiOut` in shared mode will automatically resample the incoming audio. + +If you choose `AudioClientShareMode.Exclusive` then you are requesting exclusive access to the sound card. The benefits of this approach are that you can specify the exact sample rate you want (has to be supported by the sound card and usually cannot be less than 44.1kHz), and you can often work at lower latencies. Obviously this mode impacts on other programs wanting to use the soundcard. + +You can choose whether to use `eventSync` or not. This governs the behaviour of the background thread that is supplying audio to WASAPI. With event sync, you listen on an event for when WASAPI wants more audio. Without, you simply sleep for a short period of time and then provide more audio. Event sync is the default and generally is fine for most use cases. + +You can also request the latency you want. This is only a request, and depending on the share mode may not have any effect. The lower the latency, the shorter the period of time between supplying audio to the soundcard and hearing it. This can be very useful for real-time monitoring effects, but comes at the cost of higher CPU usage and potential for dropouts causing pops and clicks. So take care when adjusting this setting. The default is currently set to a fairly conservative 200ms. + +## Playing Audio with WasapiOut + +Once you've created an instance of `WasapiOut`, you use it exactly the same as any other `IWavePlayer` device in NAudio. You call `Init` to pass it the audio to be played, `Stop` to stop playback. You can use the `Volume` property to adjust the volume and subscribe to `PlaybackStopped` to determine when playback has stopped. And you should call `Dispose` when you are finished with it. + +Here's a simple example of playing audio with the default `WasapiOut` device in shared mode with event sync and the default latency: + +```c# +using(var audioFile = new AudioFileReader(audioFile)) +using(var outputDevice = new WasapiOut()) +{ + outputDevice.Init(audioFile); + outputDevice.Play(); + while (outputDevice.PlaybackState == PlaybackState.Playing) + { + Thread.Sleep(1000); + } +} +``` + diff --git a/NAudio-2.2.1/Docs/WasapiOut.md.meta b/NAudio-2.2.1/Docs/WasapiOut.md.meta new file mode 100644 index 0000000..968087a --- /dev/null +++ b/NAudio-2.2.1/Docs/WasapiOut.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: be40a62f1b56671f7937a4062fb5eb85 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/WaveFormRendering.md b/NAudio-2.2.1/Docs/WaveFormRendering.md new file mode 100644 index 0000000..e68ca87 --- /dev/null +++ b/NAudio-2.2.1/Docs/WaveFormRendering.md @@ -0,0 +1,79 @@ +# Render an Audio Wave Form to PNG + + NAudio does not include any visualization code in the core library, but it does provide access to the raw audio samples which you need to render wave-forms. + + NAudio does however provide a sample project at GitHub: [NAudio.WaveFormRenderer](https://github.com/naudio/NAudio.WaveFormRenderer) which makes use of `NAudio` and `System.Drawing` to render waveforms in a variety of styles. + +![Orange Blocks](https://cloud.githubusercontent.com/assets/147668/18606778/5a9516ac-7cb1-11e6-8660-a0a80d72fe26.png) + + ## WaveFormRendererLib + + The `WaveFormRendererLib` project contains a customizable waveform rendering algorithm, allowing you to + + The waveform rendering algorithm is customizable: + + - Supports several peak calculation strategies (max, average, sampled, RMS, decibels) + - Supports different colors or gradients for the top and bottom half + - Supports different sizes for top and bottom half + - Overall image size and background can be customized + - Transparent backgrounds + - Support for SoundCloud style bars + - Several built-in rendering styles + +## WaveFormRenderer + +The `WaveFormRenderer` class allows easy rendering of files. We need to create some configuration options first. + +The peak provider decides how peaks are calculated. There are four built in options you can choose from. `MaxPeakProvider` simply picks out the maximum sample value in the timeblock that each bar represents. `RmsPeakProvider` calculates the root mean square of each sample and returns the maximum value found in a specified blcok. The `SamplingPeakProvider` simply samples the samples, and you pass in a sample interval.Finally the `AveragePeakProvider` averages the sample values and takes a scale parameter to multiply the average by as it tends to produce lower values. + +```c# +var maxPeakProvider = new MaxPeakProvider(); +var rmsPeakProvider = new RmsPeakProvider(blockSize); // e.g. 200 +var samplingPeakProvider = new SamplingPeakProvider(sampleInterval); // e.g. 200 +var averagePeakProvider = new AveragePeakProvider(scaleFactor); // e.g. 4 +``` + +Next we need to provide the rendering settings. This is an instance of `WaveFormRendererSettings` which specifies: + +- **Width** - the width of the rendered image in pixels +- **TopHeight** - height of the top half of the waveform in pixels +- **BottomHeight** - height of the bottom half of the waveform in pixels. Normally set to the same as `TopHeight` but can be 0 or smaller for asymmetric waveforms +- **PixelsPerPeak** - allows for wider bars to represent each peak. Usually set to 1. +- **SpacerPixels** - allows blank spaces to be inserted between vertical bars. Usually 0 unless when wide bars are used. +- **TopPeakPen** - Pen to draw the top bars with +- **TopSpacerPen** - Pen to draw the top spacer bars with +- **BottomPeakPen** - Pen to draw the bottom bars with +- **BottomSpacerPen** - Pen to draw the bottom spacer bars with +- **DecibelScale** - if true, convert values to decibels for a logarithmic waveform +- **BackgroundColor** - background color (used if no `BackgroundImage` is specified) +- **BackgroundImage** - background image (alternative to solid color) + +To simplify setting up an instance of `WaveFormRendererSettings` several derived types are supplied including +`StandardWaveFormRendererSettings`, `SoundCloudOriginalSettings` and `SoundCloudBlockWaveFormSettings`. The latter two mimic rendering styles that have been used by SoundCloud in the past. + +```c# +var myRendererSettings = new StandardWaveFormRendererSettings(); +myRendererSettings.Width = 640; +myRendererSettings.TopHeight = 32; +myRendererSettings.BottomHeight = 32; +``` + +Now we just need to create our `WaveFormRenderer` and give it a path to the file we want to render, and pass in the peak provider we've chosen and the renderer settings: + +```C# +var renderer = new WaveFormRenderer(); +var audioFilePath = "myfile.mp3"; +var image = renderer.Render(audioFilePath, myPeakProvider, myRendererSettings); +``` + +With that image we could render it to a WinForms picturebox: +```c# +pictureBox1.Image = image; +``` + +Or we could save it to a PNG file which you'd want to do if you were rendering on a web server for example: +```c# +image.Save("myfile.png", ImageFormat.Png); +``` + + diff --git a/NAudio-2.2.1/Docs/WaveFormRendering.md.meta b/NAudio-2.2.1/Docs/WaveFormRendering.md.meta new file mode 100644 index 0000000..69a638e --- /dev/null +++ b/NAudio-2.2.1/Docs/WaveFormRendering.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 251415af448e848b190efab8d1b54612 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Docs/WaveProviders.md b/NAudio-2.2.1/Docs/WaveProviders.md new file mode 100644 index 0000000..64ef9f9 --- /dev/null +++ b/NAudio-2.2.1/Docs/WaveProviders.md @@ -0,0 +1,80 @@ +# WaveStream, IWaveProvider and ISampleProvider + +When you play audio with NAudio or construct a playback graph, you are typically working with either `IWaveProvider` or `ISampleProvider` interface implementations. This article explains the three main base interfaces and classes you will encounter in NAudio and when you might use them. + +## WaveStream + +`WaveStream` was the first base class in NAudio, and inherits from `System.IO.Stream`. It represents a stream of audio data, and its format can be determined by looking at the `WaveFormat` property. + +It supports reporting `Length` and `Position` and these are both measured in terms of bytes, not samples. `WaveStreams` can be repositioned (assuming the underlying implementation supports that), although care must often be taken to reposition to a multiple of the `BlockAlign` of the `WaveFormat`. For example if the wave stream produces 16 bit samples, you should always reposition to an even numbered byte position. + +Audio data is from a stream using the `Read` method which has the signature: + +```c# +int Read(byte[] destBuffer, int offset, int numBytes) +``` + +This method is inherited from `System.IO.Stream`, and works in the standard way. The `destBuffer` is the buffer into which audio should be written. The `offset` parameter specifies where in the buffer to write audio to (this parameter is almost always 0), and the `numBytes` parameter is how many bytes of audio should be read. + +The `Read` method returns the number for bytes that were read. This should never be more than `numBytes` and can only be less if the end of the audio stream is reached. NAudio playback devices will stop playing when `Read` returns 0. + +`WaveStream` is the base class for NAudio file reader classes such as `WaveFileReader`, `Mp3FileReader`, `AiffFileReader` and `MediaFoundationReader`. It is a good choice of base class because these inherently support repositioning. `RawSourceWaveStream` is also a `WaveStream`, and delegates repositioning requests down to its source stream. + +For a more detailed look at all the methods on `WaveStream`, see [this article](http://markheath.net/post/naudio-wavestream-in-depth) + +## IWaveProvider + +Implementing `WaveStream` can be quite a lot of work, and for non-repositionable streams can seem like overkill. Also, streams that simply read from a source and modify or analyse audio as it passes through don't really benefit from inheriting from `WaveStream`. + +So the `IWaveProvider` interface provides a much simpler, minimal interface that simply has the `Read` method, and a `WaveFormat` property. + +```c# +public interface IWaveProvider +{ + WaveFormat WaveFormat { get; } + int Read(byte[] buffer, int offset, int count); +} +``` + +The `IWavePlayer` interface only needs an `IWaveProvider` passed to its `Init` method in order to be able to play audio. `WaveFileWriter.CreateWaveFile` and `MediaFoundationEncoder.EncodeToMp3` also only needs an `IWaveProvider` to dump the audio out to a WAV file. So in many cases you won't need to create a `WaveStream` implementation, just implement `IWaveProvider` and you've got an audio source that can be played or rendered to a file. + +`BufferedWaveProvider` is a good example of a `IWaveProvider` as it has no ability to reposition - it simply returns any buffered audio from its `Read` method. + +## ISampleProvider + +The strength of `IWaveProvider` is that it can be used to represent audio in any format. It can be used for 16,24 or 32 bit PCM audio, and even for compressed audio (MP3, G.711 etc). But if you are performing any kind of signal processing or analysis on the audio, it is very likely that you want the audio to be in 32 bit IEEE floating point format. And it can be a pain to try to read floating point values out of a `byte[]` in C#. + +So `ISampleProvider` defines an interface where the samples are all 32 bit floating point: + +```c# +public interface ISampleProvider +{ + WaveFormat WaveFormat { get; } + int Read(float[] buffer, int offset, int count); +} +``` + +The `WaveFormat` will always be 32 bit floating point, but the number of channels or sample rate may of course vary. + +The `Read` method's `count` parameter specifies the number of samples to be read, and the method returns the number of samples written into `buffer`. + +`ISampleProvider` is a great base interface to inherit from if you are implementing any kind of audio effects. In the `Read` method you typically read from your source `ISampleProvider`, then modify the floating point samples, before returning them. Here's the implementation of the `Read` method in `VolumeSampleProvider` showing how simple this can be: + +```c# +public int Read(float[] buffer, int offset, int sampleCount) +{ + int samplesRead = source.Read(buffer, offset, sampleCount); + if (volume != 1f) + { + for (int n = 0; n < sampleCount; n++) + { + buffer[offset + n] *= volume; + } + } + return samplesRead; +} +``` + +NAudio makes it easy to go from an `IWaveProvider` to an `ISampleProvider` with the `ToSampleProvider` extension method. You can also use `AudioFileReader` which reads a wide variety of file types and implements `ISampleProvider`. + +You can get back to an `IWaveProvider` with the `ToWaveProvider` extension method. 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+folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Codecs.meta b/NAudio-2.2.1/NAudio.Core/Codecs.meta new file mode 100644 index 0000000..a829759 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 7219dd404ab3ec526992037f04717e08 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/ALawDecoder.cs b/NAudio-2.2.1/NAudio.Core/Codecs/ALawDecoder.cs new file mode 100644 index 0000000..f1056de --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/ALawDecoder.cs @@ -0,0 +1,59 @@ +namespace NAudio.Codecs +{ + /// <summary> + /// a-law decoder + /// based on code from: + /// http://hazelware.luggle.com/tutorials/mulawcompression.html + /// </summary> + public class ALawDecoder + { + /// <summary> + /// only 512 bytes required, so just use a lookup + /// </summary> + private static readonly short[] ALawDecompressTable = new short[256] + { + -5504, -5248, -6016, -5760, -4480, -4224, -4992, -4736, + -7552, -7296, -8064, -7808, -6528, -6272, -7040, -6784, + -2752, -2624, -3008, -2880, -2240, -2112, -2496, -2368, + -3776, -3648, -4032, -3904, -3264, -3136, -3520, -3392, + -22016,-20992,-24064,-23040,-17920,-16896,-19968,-18944, + -30208,-29184,-32256,-31232,-26112,-25088,-28160,-27136, + -11008,-10496,-12032,-11520,-8960, -8448, -9984, -9472, + -15104,-14592,-16128,-15616,-13056,-12544,-14080,-13568, + -344, -328, -376, -360, -280, -264, -312, -296, + -472, -456, -504, -488, -408, -392, -440, -424, + -88, -72, -120, -104, -24, -8, -56, -40, + -216, -200, -248, -232, -152, -136, -184, -168, + -1376, -1312, -1504, -1440, -1120, -1056, -1248, -1184, + -1888, -1824, -2016, -1952, -1632, -1568, -1760, -1696, + -688, -656, -752, -720, -560, -528, -624, -592, + -944, -912, -1008, -976, -816, -784, -880, -848, + 5504, 5248, 6016, 5760, 4480, 4224, 4992, 4736, + 7552, 7296, 8064, 7808, 6528, 6272, 7040, 6784, + 2752, 2624, 3008, 2880, 2240, 2112, 2496, 2368, + 3776, 3648, 4032, 3904, 3264, 3136, 3520, 3392, + 22016, 20992, 24064, 23040, 17920, 16896, 19968, 18944, + 30208, 29184, 32256, 31232, 26112, 25088, 28160, 27136, + 11008, 10496, 12032, 11520, 8960, 8448, 9984, 9472, + 15104, 14592, 16128, 15616, 13056, 12544, 14080, 13568, + 344, 328, 376, 360, 280, 264, 312, 296, + 472, 456, 504, 488, 408, 392, 440, 424, + 88, 72, 120, 104, 24, 8, 56, 40, + 216, 200, 248, 232, 152, 136, 184, 168, + 1376, 1312, 1504, 1440, 1120, 1056, 1248, 1184, + 1888, 1824, 2016, 1952, 1632, 1568, 1760, 1696, + 688, 656, 752, 720, 560, 528, 624, 592, + 944, 912, 1008, 976, 816, 784, 880, 848 + }; + + /// <summary> + /// Converts an a-law encoded byte to a 16 bit linear sample + /// </summary> + /// <param name="aLaw">a-law encoded byte</param> + /// <returns>Linear sample</returns> + public static short ALawToLinearSample(byte aLaw) + { + return ALawDecompressTable[aLaw]; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/ALawDecoder.cs.meta b/NAudio-2.2.1/NAudio.Core/Codecs/ALawDecoder.cs.meta new file mode 100644 index 0000000..623e9d1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/ALawDecoder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2dafb58666ffc1c3aa9121a4f7a57f2f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/ALawEncoder.cs b/NAudio-2.2.1/NAudio.Core/Codecs/ALawEncoder.cs new file mode 100644 index 0000000..5bca38b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/ALawEncoder.cs @@ -0,0 +1,61 @@ +namespace NAudio.Codecs +{ + /// <summary> + /// A-law encoder + /// </summary> + public static class ALawEncoder + { + private const int cBias = 0x84; + private const int cClip = 32635; + private static readonly byte[] ALawCompressTable = new byte[128] + { + 1,1,2,2,3,3,3,3, + 4,4,4,4,4,4,4,4, + 5,5,5,5,5,5,5,5, + 5,5,5,5,5,5,5,5, + 6,6,6,6,6,6,6,6, + 6,6,6,6,6,6,6,6, + 6,6,6,6,6,6,6,6, + 6,6,6,6,6,6,6,6, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7 + }; + + /// <summary> + /// Encodes a single 16 bit sample to a-law + /// </summary> + /// <param name="sample">16 bit PCM sample</param> + /// <returns>a-law encoded byte</returns> + public static byte LinearToALawSample(short sample) + { + int sign; + int exponent; + int mantissa; + byte compressedByte; + + sign = ((~sample) >> 8) & 0x80; + if (sign == 0) + sample = (short)-sample; + if (sample > cClip) + sample = cClip; + if (sample >= 256) + { + exponent = (int)ALawCompressTable[(sample >> 8) & 0x7F]; + mantissa = (sample >> (exponent + 3)) & 0x0F; + compressedByte = (byte)((exponent << 4) | mantissa); + } + else + { + compressedByte = (byte)(sample >> 4); + } + compressedByte ^= (byte)(sign ^ 0x55); + return compressedByte; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/ALawEncoder.cs.meta b/NAudio-2.2.1/NAudio.Core/Codecs/ALawEncoder.cs.meta new file mode 100644 index 0000000..606e1b9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/ALawEncoder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 993adc5498381fe94b002f4473e8e9c0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/G722Codec.cs b/NAudio-2.2.1/NAudio.Core/Codecs/G722Codec.cs new file mode 100644 index 0000000..fec69fa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/G722Codec.cs @@ -0,0 +1,626 @@ +using System; + +namespace NAudio.Codecs +{ + /// <summary> + /// SpanDSP - a series of DSP components for telephony + /// + /// g722_decode.c - The ITU G.722 codec, decode part. + /// + /// Written by Steve Underwood &lt;steveu@coppice.org&gt; + /// + /// Copyright (C) 2005 Steve Underwood + /// Ported to C# by Mark Heath 2011 + /// + /// Despite my general liking of the GPL, I place my own contributions + /// to this code in the public domain for the benefit of all mankind - + /// even the slimy ones who might try to proprietize my work and use it + /// to my detriment. + /// + /// Based in part on a single channel G.722 codec which is: + /// Copyright (c) CMU 1993 + /// Computer Science, Speech Group + /// Chengxiang Lu and Alex Hauptmann + /// </summary> + public class G722Codec + { + /// <summary> + /// hard limits to 16 bit samples + /// </summary> + static short Saturate(int amp) + { + short amp16; + + // Hopefully this is optimised for the common case - not clipping + amp16 = (short)amp; + if (amp == amp16) + return amp16; + if (amp > Int16.MaxValue) + return Int16.MaxValue; + return Int16.MinValue; + } + + static void Block4(G722CodecState s, int band, int d) + { + int wd1; + int wd2; + int wd3; + int i; + + // Block 4, RECONS + s.Band[band].d[0] = d; + s.Band[band].r[0] = Saturate(s.Band[band].s + d); + + // Block 4, PARREC + s.Band[band].p[0] = Saturate(s.Band[band].sz + d); + + // Block 4, UPPOL2 + for (i = 0; i < 3; i++) + s.Band[band].sg[i] = s.Band[band].p[i] >> 15; + wd1 = Saturate(s.Band[band].a[1] << 2); + + wd2 = (s.Band[band].sg[0] == s.Band[band].sg[1]) ? -wd1 : wd1; + if (wd2 > 32767) + wd2 = 32767; + wd3 = (s.Band[band].sg[0] == s.Band[band].sg[2]) ? 128 : -128; + wd3 += (wd2 >> 7); + wd3 += (s.Band[band].a[2] * 32512) >> 15; + if (wd3 > 12288) + wd3 = 12288; + else if (wd3 < -12288) + wd3 = -12288; + s.Band[band].ap[2] = wd3; + + // Block 4, UPPOL1 + s.Band[band].sg[0] = s.Band[band].p[0] >> 15; + s.Band[band].sg[1] = s.Band[band].p[1] >> 15; + wd1 = (s.Band[band].sg[0] == s.Band[band].sg[1]) ? 192 : -192; + wd2 = (s.Band[band].a[1] * 32640) >> 15; + + s.Band[band].ap[1] = Saturate(wd1 + wd2); + wd3 = Saturate(15360 - s.Band[band].ap[2]); + if (s.Band[band].ap[1] > wd3) + s.Band[band].ap[1] = wd3; + else if (s.Band[band].ap[1] < -wd3) + s.Band[band].ap[1] = -wd3; + + // Block 4, UPZERO + wd1 = (d == 0) ? 0 : 128; + s.Band[band].sg[0] = d >> 15; + for (i = 1; i < 7; i++) + { + s.Band[band].sg[i] = s.Band[band].d[i] >> 15; + wd2 = (s.Band[band].sg[i] == s.Band[band].sg[0]) ? wd1 : -wd1; + wd3 = (s.Band[band].b[i] * 32640) >> 15; + s.Band[band].bp[i] = Saturate(wd2 + wd3); + } + + // Block 4, DELAYA + for (i = 6; i > 0; i--) + { + s.Band[band].d[i] = s.Band[band].d[i - 1]; + s.Band[band].b[i] = s.Band[band].bp[i]; + } + + for (i = 2; i > 0; i--) + { + s.Band[band].r[i] = s.Band[band].r[i - 1]; + s.Band[band].p[i] = s.Band[band].p[i - 1]; + s.Band[band].a[i] = s.Band[band].ap[i]; + } + + // Block 4, FILTEP + wd1 = Saturate(s.Band[band].r[1] + s.Band[band].r[1]); + wd1 = (s.Band[band].a[1] * wd1) >> 15; + wd2 = Saturate(s.Band[band].r[2] + s.Band[band].r[2]); + wd2 = (s.Band[band].a[2] * wd2) >> 15; + s.Band[band].sp = Saturate(wd1 + wd2); + + // Block 4, FILTEZ + s.Band[band].sz = 0; + for (i = 6; i > 0; i--) + { + wd1 = Saturate(s.Band[band].d[i] + s.Band[band].d[i]); + s.Band[band].sz += (s.Band[band].b[i] * wd1) >> 15; + } + s.Band[band].sz = Saturate(s.Band[band].sz); + + // Block 4, PREDIC + s.Band[band].s = Saturate(s.Band[band].sp + s.Band[band].sz); + } + + static readonly int[] wl = { -60, -30, 58, 172, 334, 538, 1198, 3042 }; + static readonly int[] rl42 = { 0, 7, 6, 5, 4, 3, 2, 1, 7, 6, 5, 4, 3, 2, 1, 0 }; + static readonly int[] ilb = { 2048, 2093, 2139, 2186, 2233, 2282, 2332, 2383, 2435, 2489, 2543, 2599, 2656, 2714, 2774, 2834, 2896, 2960, 3025, 3091, 3158, 3228, 3298, 3371, 3444, 3520, 3597, 3676, 3756, 3838, 3922, 4008 }; + static readonly int[] wh = { 0, -214, 798 }; + static readonly int[] rh2 = { 2, 1, 2, 1 }; + static readonly int[] qm2 = { -7408, -1616, 7408, 1616 }; + static readonly int[] qm4 = { 0, -20456, -12896, -8968, -6288, -4240, -2584, -1200, 20456, 12896, 8968, 6288, 4240, 2584, 1200, 0 }; + static readonly int[] qm5 = { -280, -280, -23352, -17560, -14120, -11664, -9752, -8184, -6864, -5712, -4696, -3784, -2960, -2208, -1520, -880, 23352, 17560, 14120, 11664, 9752, 8184, 6864, 5712, 4696, 3784, 2960, 2208, 1520, 880, 280, -280 }; + static readonly int[] qm6 = { -136, -136, -136, -136, -24808, -21904, -19008, -16704, -14984, -13512, -12280, -11192, -10232, -9360, -8576, -7856, -7192, -6576, -6000, -5456, -4944, -4464, -4008, -3576, -3168, -2776, -2400, -2032, -1688, -1360, -1040, -728, 24808, 21904, 19008, 16704, 14984, 13512, 12280, 11192, 10232, 9360, 8576, 7856, 7192, 6576, 6000, 5456, 4944, 4464, 4008, 3576, 3168, 2776, 2400, 2032, 1688, 1360, 1040, 728, 432, 136, -432, -136 }; + static readonly int[] qmf_coeffs = { 3, -11, 12, 32, -210, 951, 3876, -805, 362, -156, 53, -11, }; + static readonly int[] q6 = { 0, 35, 72, 110, 150, 190, 233, 276, 323, 370, 422, 473, 530, 587, 650, 714, 786, 858, 940, 1023, 1121, 1219, 1339, 1458, 1612, 1765, 1980, 2195, 2557, 2919, 0, 0 }; + static readonly int[] iln = { 0, 63, 62, 31, 30, 29, 28, 27, 26, 25, 24, 23, 22, 21, 20, 19, 18, 17, 16, 15, 14, 13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 0 }; + static readonly int[] ilp = { 0, 61, 60, 59, 58, 57, 56, 55, 54, 53, 52, 51, 50, 49, 48, 47, 46, 45, 44, 43, 42, 41, 40, 39, 38, 37, 36, 35, 34, 33, 32, 0 }; + static readonly int[] ihn = { 0, 1, 0 }; + static readonly int[] ihp = { 0, 3, 2 }; + + /// <summary> + /// Decodes a buffer of G722 + /// </summary> + /// <param name="state">Codec state</param> + /// <param name="outputBuffer">Output buffer (to contain decompressed PCM samples)</param> + /// <param name="inputG722Data"></param> + /// <param name="inputLength">Number of bytes in input G722 data to decode</param> + /// <returns>Number of samples written into output buffer</returns> + public int Decode(G722CodecState state, short[] outputBuffer, byte[] inputG722Data, int inputLength) + { + int dlowt; + int rlow; + int ihigh; + int dhigh; + int rhigh; + int xout1; + int xout2; + int wd1; + int wd2; + int wd3; + int code; + int outlen; + int i; + int j; + + outlen = 0; + rhigh = 0; + for (j = 0; j < inputLength; ) + { + if (state.Packed) + { + // Unpack the code bits + if (state.InBits < state.BitsPerSample) + { + state.InBuffer |= (uint)(inputG722Data[j++] << state.InBits); + state.InBits += 8; + } + code = (int)state.InBuffer & ((1 << state.BitsPerSample) - 1); + state.InBuffer >>= state.BitsPerSample; + state.InBits -= state.BitsPerSample; + } + else + { + code = inputG722Data[j++]; + } + + switch (state.BitsPerSample) + { + default: + case 8: + wd1 = code & 0x3F; + ihigh = (code >> 6) & 0x03; + wd2 = qm6[wd1]; + wd1 >>= 2; + break; + case 7: + wd1 = code & 0x1F; + ihigh = (code >> 5) & 0x03; + wd2 = qm5[wd1]; + wd1 >>= 1; + break; + case 6: + wd1 = code & 0x0F; + ihigh = (code >> 4) & 0x03; + wd2 = qm4[wd1]; + break; + } + + // Block 5L, LOW BAND INVQBL + wd2 = (state.Band[0].det * wd2) >> 15; + + // Block 5L, RECONS + rlow = state.Band[0].s + wd2; + + // Block 6L, LIMIT + if (rlow > 16383) + rlow = 16383; + else if (rlow < -16384) + rlow = -16384; + + // Block 2L, INVQAL + wd2 = qm4[wd1]; + dlowt = (state.Band[0].det * wd2) >> 15; + + // Block 3L, LOGSCL + wd2 = rl42[wd1]; + wd1 = (state.Band[0].nb * 127) >> 7; + wd1 += wl[wd2]; + if (wd1 < 0) + wd1 = 0; + else if (wd1 > 18432) + wd1 = 18432; + state.Band[0].nb = wd1; + + // Block 3L, SCALEL + wd1 = (state.Band[0].nb >> 6) & 31; + wd2 = 8 - (state.Band[0].nb >> 11); + wd3 = (wd2 < 0) ? (ilb[wd1] << -wd2) : (ilb[wd1] >> wd2); + state.Band[0].det = wd3 << 2; + + Block4(state, 0, dlowt); + + if (!state.EncodeFrom8000Hz) + { + // Block 2H, INVQAH + wd2 = qm2[ihigh]; + dhigh = (state.Band[1].det * wd2) >> 15; + + // Block 5H, RECONS + rhigh = dhigh + state.Band[1].s; + + // Block 6H, LIMIT + if (rhigh > 16383) + rhigh = 16383; + else if (rhigh < -16384) + rhigh = -16384; + + // Block 2H, INVQAH + wd2 = rh2[ihigh]; + wd1 = (state.Band[1].nb * 127) >> 7; + wd1 += wh[wd2]; + if (wd1 < 0) + wd1 = 0; + else if (wd1 > 22528) + wd1 = 22528; + state.Band[1].nb = wd1; + + // Block 3H, SCALEH + wd1 = (state.Band[1].nb >> 6) & 31; + wd2 = 10 - (state.Band[1].nb >> 11); + wd3 = (wd2 < 0) ? (ilb[wd1] << -wd2) : (ilb[wd1] >> wd2); + state.Band[1].det = wd3 << 2; + + Block4(state, 1, dhigh); + } + + if (state.ItuTestMode) + { + outputBuffer[outlen++] = (short)(rlow << 1); + outputBuffer[outlen++] = (short)(rhigh << 1); + } + else + { + if (state.EncodeFrom8000Hz) + { + outputBuffer[outlen++] = (short)(rlow << 1); + } + else + { + // Apply the receive QMF + for (i = 0; i < 22; i++) + state.QmfSignalHistory[i] = state.QmfSignalHistory[i + 2]; + state.QmfSignalHistory[22] = rlow + rhigh; + state.QmfSignalHistory[23] = rlow - rhigh; + + xout1 = 0; + xout2 = 0; + for (i = 0; i < 12; i++) + { + xout2 += state.QmfSignalHistory[2 * i] * qmf_coeffs[i]; + xout1 += state.QmfSignalHistory[2 * i + 1] * qmf_coeffs[11 - i]; + } + outputBuffer[outlen++] = (short)(xout1 >> 11); + outputBuffer[outlen++] = (short)(xout2 >> 11); + } + } + } + return outlen; + } + + /// <summary> + /// Encodes a buffer of G722 + /// </summary> + /// <param name="state">Codec state</param> + /// <param name="outputBuffer">Output buffer (to contain encoded G722)</param> + /// <param name="inputBuffer">PCM 16 bit samples to encode</param> + /// <param name="inputBufferCount">Number of samples in the input buffer to encode</param> + /// <returns>Number of encoded bytes written into output buffer</returns> + public int Encode(G722CodecState state, byte[] outputBuffer, short[] inputBuffer, int inputBufferCount) + { + int dlow; + int dhigh; + int el; + int wd; + int wd1; + int ril; + int wd2; + int il4; + int ih2; + int wd3; + int eh; + int mih; + int i; + int j; + // Low and high band PCM from the QMF + int xlow; + int xhigh; + int g722_bytes; + // Even and odd tap accumulators + int sumeven; + int sumodd; + int ihigh; + int ilow; + int code; + + g722_bytes = 0; + xhigh = 0; + for (j = 0; j < inputBufferCount; ) + { + if (state.ItuTestMode) + { + xlow = + xhigh = inputBuffer[j++] >> 1; + } + else + { + if (state.EncodeFrom8000Hz) + { + xlow = inputBuffer[j++] >> 1; + } + else + { + // Apply the transmit QMF + // Shuffle the buffer down + for (i = 0; i < 22; i++) + state.QmfSignalHistory[i] = state.QmfSignalHistory[i + 2]; + state.QmfSignalHistory[22] = inputBuffer[j++]; + state.QmfSignalHistory[23] = inputBuffer[j++]; + + // Discard every other QMF output + sumeven = 0; + sumodd = 0; + for (i = 0; i < 12; i++) + { + sumodd += state.QmfSignalHistory[2 * i] * qmf_coeffs[i]; + sumeven += state.QmfSignalHistory[2 * i + 1] * qmf_coeffs[11 - i]; + } + xlow = (sumeven + sumodd) >> 14; + xhigh = (sumeven - sumodd) >> 14; + } + } + // Block 1L, SUBTRA + el = Saturate(xlow - state.Band[0].s); + + // Block 1L, QUANTL + wd = (el >= 0) ? el : -(el + 1); + + for (i = 1; i < 30; i++) + { + wd1 = (q6[i] * state.Band[0].det) >> 12; + if (wd < wd1) + break; + } + ilow = (el < 0) ? iln[i] : ilp[i]; + + // Block 2L, INVQAL + ril = ilow >> 2; + wd2 = qm4[ril]; + dlow = (state.Band[0].det * wd2) >> 15; + + // Block 3L, LOGSCL + il4 = rl42[ril]; + wd = (state.Band[0].nb * 127) >> 7; + state.Band[0].nb = wd + wl[il4]; + if (state.Band[0].nb < 0) + state.Band[0].nb = 0; + else if (state.Band[0].nb > 18432) + state.Band[0].nb = 18432; + + // Block 3L, SCALEL + wd1 = (state.Band[0].nb >> 6) & 31; + wd2 = 8 - (state.Band[0].nb >> 11); + wd3 = (wd2 < 0) ? (ilb[wd1] << -wd2) : (ilb[wd1] >> wd2); + state.Band[0].det = wd3 << 2; + + Block4(state, 0, dlow); + + if (state.EncodeFrom8000Hz) + { + // Just leave the high bits as zero + code = (0xC0 | ilow) >> (8 - state.BitsPerSample); + } + else + { + // Block 1H, SUBTRA + eh = Saturate(xhigh - state.Band[1].s); + + // Block 1H, QUANTH + wd = (eh >= 0) ? eh : -(eh + 1); + wd1 = (564 * state.Band[1].det) >> 12; + mih = (wd >= wd1) ? 2 : 1; + ihigh = (eh < 0) ? ihn[mih] : ihp[mih]; + + // Block 2H, INVQAH + wd2 = qm2[ihigh]; + dhigh = (state.Band[1].det * wd2) >> 15; + + // Block 3H, LOGSCH + ih2 = rh2[ihigh]; + wd = (state.Band[1].nb * 127) >> 7; + state.Band[1].nb = wd + wh[ih2]; + if (state.Band[1].nb < 0) + state.Band[1].nb = 0; + else if (state.Band[1].nb > 22528) + state.Band[1].nb = 22528; + + // Block 3H, SCALEH + wd1 = (state.Band[1].nb >> 6) & 31; + wd2 = 10 - (state.Band[1].nb >> 11); + wd3 = (wd2 < 0) ? (ilb[wd1] << -wd2) : (ilb[wd1] >> wd2); + state.Band[1].det = wd3 << 2; + + Block4(state, 1, dhigh); + code = ((ihigh << 6) | ilow) >> (8 - state.BitsPerSample); + } + + if (state.Packed) + { + // Pack the code bits + state.OutBuffer |= (uint)(code << state.OutBits); + state.OutBits += state.BitsPerSample; + if (state.OutBits >= 8) + { + outputBuffer[g722_bytes++] = (byte)(state.OutBuffer & 0xFF); + state.OutBits -= 8; + state.OutBuffer >>= 8; + } + } + else + { + outputBuffer[g722_bytes++] = (byte)code; + } + } + return g722_bytes; + } + } + + /// <summary> + /// Stores state to be used between calls to Encode or Decode + /// </summary> + public class G722CodecState + { + /// <summary> + /// ITU Test Mode + /// TRUE if the operating in the special ITU test mode, with the band split filters disabled. + /// </summary> + public bool ItuTestMode { get; set; } + + /// <summary> + /// TRUE if the G.722 data is packed + /// </summary> + public bool Packed { get; private set; } + + /// <summary> + /// 8kHz Sampling + /// TRUE if encode from 8k samples/second + /// </summary> + public bool EncodeFrom8000Hz { get; private set; } + + /// <summary> + /// Bits Per Sample + /// 6 for 48000kbps, 7 for 56000kbps, or 8 for 64000kbps. + /// </summary> + public int BitsPerSample { get; private set; } + + /// <summary> + /// Signal history for the QMF (x) + /// </summary> + public int[] QmfSignalHistory { get; private set; } + + /// <summary> + /// Band + /// </summary> + public Band[] Band { get; private set; } + + /// <summary> + /// In bit buffer + /// </summary> + public uint InBuffer { get; internal set; } + + /// <summary> + /// Number of bits in InBuffer + /// </summary> + public int InBits { get; internal set; } + + /// <summary> + /// Out bit buffer + /// </summary> + public uint OutBuffer { get; internal set; } + + /// <summary> + /// Number of bits in OutBuffer + /// </summary> + public int OutBits { get; internal set; } + + /// <summary> + /// Creates a new instance of G722 Codec State for a + /// new encode or decode session + /// </summary> + /// <param name="rate">Bitrate (typically 64000)</param> + /// <param name="options">Special options</param> + public G722CodecState(int rate, G722Flags options) + { + this.Band = new Band[2] { new Band(), new Band() }; + this.QmfSignalHistory = new int[24]; + this.ItuTestMode = false; + + if (rate == 48000) + this.BitsPerSample = 6; + else if (rate == 56000) + this.BitsPerSample = 7; + else if (rate == 64000) + this.BitsPerSample = 8; + else + throw new ArgumentException("Invalid rate, should be 48000, 56000 or 64000"); + if ((options & G722Flags.SampleRate8000) == G722Flags.SampleRate8000) + this.EncodeFrom8000Hz = true; + if (((options & G722Flags.Packed) == G722Flags.Packed) && this.BitsPerSample != 8) + this.Packed = true; + else + this.Packed = false; + this.Band[0].det = 32; + this.Band[1].det = 8; + } + } + + /// <summary> + /// Band data for G722 Codec + /// </summary> + public class Band + { + /// <summary>s</summary> + public int s; + /// <summary>sp</summary> + public int sp; + /// <summary>sz</summary> + public int sz; + /// <summary>r</summary> + public int[] r = new int[3]; + /// <summary>a</summary> + public int[] a = new int[3]; + /// <summary>ap</summary> + public int[] ap = new int[3]; + /// <summary>p</summary> + public int[] p = new int[3]; + /// <summary>d</summary> + public int[] d = new int[7]; + /// <summary>b</summary> + public int[] b = new int[7]; + /// <summary>bp</summary> + public int[] bp = new int[7]; + /// <summary>sg</summary> + public int[] sg = new int[7]; + /// <summary>nb</summary> + public int nb; + /// <summary>det</summary> + public int det; + } + + /// <summary> + /// G722 Flags + /// </summary> + [Flags] + public enum G722Flags + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// Using a G722 sample rate of 8000 + /// </summary> + SampleRate8000 = 0x0001, + /// <summary> + /// Packed + /// </summary> + Packed = 0x0002 + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/G722Codec.cs.meta b/NAudio-2.2.1/NAudio.Core/Codecs/G722Codec.cs.meta new file mode 100644 index 0000000..6a9f94b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/G722Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6553764289718963f904db2e9c58aaa1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/MuLawDecoder.cs b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawDecoder.cs new file mode 100644 index 0000000..730c2bc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawDecoder.cs @@ -0,0 +1,60 @@ +namespace NAudio.Codecs +{ + /// <summary> + /// mu-law decoder + /// based on code from: + /// http://hazelware.luggle.com/tutorials/mulawcompression.html + /// </summary> + public static class MuLawDecoder + { + /// <summary> + /// only 512 bytes required, so just use a lookup + /// </summary> + private static readonly short[] MuLawDecompressTable = new short[256] + { + -32124,-31100,-30076,-29052,-28028,-27004,-25980,-24956, + -23932,-22908,-21884,-20860,-19836,-18812,-17788,-16764, + -15996,-15484,-14972,-14460,-13948,-13436,-12924,-12412, + -11900,-11388,-10876,-10364, -9852, -9340, -8828, -8316, + -7932, -7676, -7420, -7164, -6908, -6652, -6396, -6140, + -5884, -5628, -5372, -5116, -4860, -4604, -4348, -4092, + -3900, -3772, -3644, -3516, -3388, -3260, -3132, -3004, + -2876, -2748, -2620, -2492, -2364, -2236, -2108, -1980, + -1884, -1820, -1756, -1692, -1628, -1564, -1500, -1436, + -1372, -1308, -1244, -1180, -1116, -1052, -988, -924, + -876, -844, -812, -780, -748, -716, -684, -652, + -620, -588, -556, -524, -492, -460, -428, -396, + -372, -356, -340, -324, -308, -292, -276, -260, + -244, -228, -212, -196, -180, -164, -148, -132, + -120, -112, -104, -96, -88, -80, -72, -64, + -56, -48, -40, -32, -24, -16, -8, -1, + 32124, 31100, 30076, 29052, 28028, 27004, 25980, 24956, + 23932, 22908, 21884, 20860, 19836, 18812, 17788, 16764, + 15996, 15484, 14972, 14460, 13948, 13436, 12924, 12412, + 11900, 11388, 10876, 10364, 9852, 9340, 8828, 8316, + 7932, 7676, 7420, 7164, 6908, 6652, 6396, 6140, + 5884, 5628, 5372, 5116, 4860, 4604, 4348, 4092, + 3900, 3772, 3644, 3516, 3388, 3260, 3132, 3004, + 2876, 2748, 2620, 2492, 2364, 2236, 2108, 1980, + 1884, 1820, 1756, 1692, 1628, 1564, 1500, 1436, + 1372, 1308, 1244, 1180, 1116, 1052, 988, 924, + 876, 844, 812, 780, 748, 716, 684, 652, + 620, 588, 556, 524, 492, 460, 428, 396, + 372, 356, 340, 324, 308, 292, 276, 260, + 244, 228, 212, 196, 180, 164, 148, 132, + 120, 112, 104, 96, 88, 80, 72, 64, + 56, 48, 40, 32, 24, 16, 8, 0 + }; + + /// <summary> + /// Converts a mu-law encoded byte to a 16 bit linear sample + /// </summary> + /// <param name="muLaw">mu-law encoded byte</param> + /// <returns>Linear sample</returns> + public static short MuLawToLinearSample(byte muLaw) + { + return MuLawDecompressTable[muLaw]; + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/MuLawDecoder.cs.meta b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawDecoder.cs.meta new file mode 100644 index 0000000..caedf24 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawDecoder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f4eca770fed38a1fdb22919fad473d7b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/MuLawEncoder.cs b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawEncoder.cs new file mode 100644 index 0000000..62551b3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawEncoder.cs @@ -0,0 +1,53 @@ +namespace NAudio.Codecs +{ + /// <summary> + /// mu-law encoder + /// based on code from: + /// http://hazelware.luggle.com/tutorials/mulawcompression.html + /// </summary> + public static class MuLawEncoder + { + private const int cBias = 0x84; + private const int cClip = 32635; + + private static readonly byte[] MuLawCompressTable = new byte[256] + { + 0,0,1,1,2,2,2,2,3,3,3,3,3,3,3,3, + 4,4,4,4,4,4,4,4,4,4,4,4,4,4,4,4, + 5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5, + 5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5, + 6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6, + 6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6, + 6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6, + 6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7 + }; + + /// <summary> + /// Encodes a single 16 bit sample to mu-law + /// </summary> + /// <param name="sample">16 bit PCM sample</param> + /// <returns>mu-law encoded byte</returns> + public static byte LinearToMuLawSample(short sample) + { + int sign = (sample >> 8) & 0x80; + if (sign != 0) + sample = (short)-sample; + if (sample > cClip) + sample = cClip; + sample = (short)(sample + cBias); + int exponent = (int)MuLawCompressTable[(sample >> 7) & 0xFF]; + int mantissa = (sample >> (exponent + 3)) & 0x0F; + int compressedByte = ~(sign | (exponent << 4) | mantissa); + + return (byte)compressedByte; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Codecs/MuLawEncoder.cs.meta b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawEncoder.cs.meta new file mode 100644 index 0000000..1085807 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Codecs/MuLawEncoder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9dcda0662b2ddf6da9c03c6ecf1ca9ac +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp.meta b/NAudio-2.2.1/NAudio.Core/Dsp.meta new file mode 100644 index 0000000..bdf69e3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 260264afad51612ce90794c3a43c0c02 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/BiQuadFilter.cs b/NAudio-2.2.1/NAudio.Core/Dsp/BiQuadFilter.cs new file mode 100644 index 0000000..3336675 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/BiQuadFilter.cs @@ -0,0 +1,322 @@ +// based on Cookbook formulae for audio EQ biquad filter coefficients +// http://www.musicdsp.org/files/Audio-EQ-Cookbook.txt +// by Robert Bristow-Johnson <rbj@audioimagination.com> + +// alpha = sin(w0)/(2*Q) (case: Q) +// = sin(w0)*sinh( ln(2)/2 * BW * w0/sin(w0) ) (case: BW) +// = sin(w0)/2 * sqrt( (A + 1/A)*(1/S - 1) + 2 ) (case: S) +// Q: (the EE kind of definition, except for peakingEQ in which A*Q is +// the classic EE Q. That adjustment in definition was made so that +// a boost of N dB followed by a cut of N dB for identical Q and +// f0/Fs results in a precisely flat unity gain filter or "wire".) +// +// BW: the bandwidth in octaves (between -3 dB frequencies for BPF +// and notch or between midpoint (dBgain/2) gain frequencies for +// peaking EQ) +// +// S: a "shelf slope" parameter (for shelving EQ only). When S = 1, +// the shelf slope is as steep as it can be and remain monotonically +// increasing or decreasing gain with frequency. The shelf slope, in +// dB/octave, remains proportional to S for all other values for a +// fixed f0/Fs and dBgain. + +using System; + +namespace NAudio.Dsp +{ + /// <summary> + /// BiQuad filter + /// </summary> + public class BiQuadFilter + { + // coefficients + private double a0; + private double a1; + private double a2; + private double a3; + private double a4; + + // state + private float x1; + private float x2; + private float y1; + private float y2; + + /// <summary> + /// Passes a single sample through the filter + /// </summary> + /// <param name="inSample">Input sample</param> + /// <returns>Output sample</returns> + public float Transform(float inSample) + { + // compute result + var result = a0 * inSample + a1 * x1 + a2 * x2 - a3 * y1 - a4 * y2; + + // shift x1 to x2, sample to x1 + x2 = x1; + x1 = inSample; + + // shift y1 to y2, result to y1 + y2 = y1; + y1 = (float)result; + + return y1; + } + + private void SetCoefficients(double aa0, double aa1, double aa2, double b0, double b1, double b2) + { + // precompute the coefficients + a0 = b0/aa0; + a1 = b1/aa0; + a2 = b2/aa0; + a3 = aa1/aa0; + a4 = aa2/aa0; + } + + /// <summary> + /// Set this up as a low pass filter + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="cutoffFrequency">Cut-off Frequency</param> + /// <param name="q">Bandwidth</param> + public void SetLowPassFilter(float sampleRate, float cutoffFrequency, float q) + { + // H(s) = 1 / (s^2 + s/Q + 1) + var w0 = 2 * Math.PI * cutoffFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var alpha = Math.Sin(w0) / (2 * q); + + var b0 = (1 - cosw0) / 2; + var b1 = 1 - cosw0; + var b2 = (1 - cosw0) / 2; + var aa0 = 1 + alpha; + var aa1 = -2 * cosw0; + var aa2 = 1 - alpha; + SetCoefficients(aa0,aa1,aa2,b0,b1,b2); + } + + /// <summary> + /// Set this up as a peaking EQ + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="centreFrequency">Centre Frequency</param> + /// <param name="q">Bandwidth (Q)</param> + /// <param name="dbGain">Gain in decibels</param> + public void SetPeakingEq(float sampleRate, float centreFrequency, float q, float dbGain) + { + // H(s) = (s^2 + s*(A/Q) + 1) / (s^2 + s/(A*Q) + 1) + var w0 = 2 * Math.PI * centreFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var alpha = sinw0 / (2 * q); + var a = Math.Pow(10, dbGain / 40); // TODO: should we square root this value? + + var b0 = 1 + alpha * a; + var b1 = -2 * cosw0; + var b2 = 1 - alpha * a; + var aa0 = 1 + alpha / a; + var aa1 = -2 * cosw0; + var aa2 = 1 - alpha / a; + SetCoefficients(aa0, aa1, aa2, b0, b1, b2); + } + + /// <summary> + /// Set this as a high pass filter + /// </summary> + public void SetHighPassFilter(float sampleRate, float cutoffFrequency, float q) + { + // H(s) = s^2 / (s^2 + s/Q + 1) + var w0 = 2 * Math.PI * cutoffFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var alpha = Math.Sin(w0) / (2 * q); + + var b0 = (1 + cosw0) / 2; + var b1 = -(1 + cosw0); + var b2 = (1 + cosw0) / 2; + var aa0 = 1 + alpha; + var aa1 = -2 * cosw0; + var aa2 = 1 - alpha; + SetCoefficients(aa0, aa1, aa2, b0, b1, b2); + } + + /// <summary> + /// Create a low pass filter + /// </summary> + public static BiQuadFilter LowPassFilter(float sampleRate, float cutoffFrequency, float q) + { + var filter = new BiQuadFilter(); + filter.SetLowPassFilter(sampleRate,cutoffFrequency,q); + return filter; + } + + /// <summary> + /// Create a High pass filter + /// </summary> + public static BiQuadFilter HighPassFilter(float sampleRate, float cutoffFrequency, float q) + { + var filter = new BiQuadFilter(); + filter.SetHighPassFilter(sampleRate, cutoffFrequency, q); + return filter; + } + + /// <summary> + /// Create a bandpass filter with constant skirt gain + /// </summary> + public static BiQuadFilter BandPassFilterConstantSkirtGain(float sampleRate, float centreFrequency, float q) + { + // H(s) = s / (s^2 + s/Q + 1) (constant skirt gain, peak gain = Q) + var w0 = 2 * Math.PI * centreFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var alpha = sinw0 / (2 * q); + + var b0 = sinw0 / 2; // = Q*alpha + var b1 = 0; + var b2 = -sinw0 / 2; // = -Q*alpha + var a0 = 1 + alpha; + var a1 = -2 * cosw0; + var a2 = 1 - alpha; + return new BiQuadFilter(a0, a1, a2, b0, b1, b2); + } + + /// <summary> + /// Create a bandpass filter with constant peak gain + /// </summary> + public static BiQuadFilter BandPassFilterConstantPeakGain(float sampleRate, float centreFrequency, float q) + { + // H(s) = (s/Q) / (s^2 + s/Q + 1) (constant 0 dB peak gain) + var w0 = 2 * Math.PI * centreFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var alpha = sinw0 / (2 * q); + + var b0 = alpha; + var b1 = 0; + var b2 = -alpha; + var a0 = 1 + alpha; + var a1 = -2 * cosw0; + var a2 = 1 - alpha; + return new BiQuadFilter(a0, a1, a2, b0, b1, b2); + } + + /// <summary> + /// Creates a notch filter + /// </summary> + public static BiQuadFilter NotchFilter(float sampleRate, float centreFrequency, float q) + { + // H(s) = (s^2 + 1) / (s^2 + s/Q + 1) + var w0 = 2 * Math.PI * centreFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var alpha = sinw0 / (2 * q); + + var b0 = 1; + var b1 = -2 * cosw0; + var b2 = 1; + var a0 = 1 + alpha; + var a1 = -2 * cosw0; + var a2 = 1 - alpha; + return new BiQuadFilter(a0, a1, a2, b0, b1, b2); + } + + /// <summary> + /// Creaes an all pass filter + /// </summary> + public static BiQuadFilter AllPassFilter(float sampleRate, float centreFrequency, float q) + { + //H(s) = (s^2 - s/Q + 1) / (s^2 + s/Q + 1) + var w0 = 2 * Math.PI * centreFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var alpha = sinw0 / (2 * q); + + var b0 = 1 - alpha; + var b1 = -2 * cosw0; + var b2 = 1 + alpha; + var a0 = 1 + alpha; + var a1 = -2 * cosw0; + var a2 = 1 - alpha; + return new BiQuadFilter(a0, a1, a2, b0, b1, b2); + } + + /// <summary> + /// Create a Peaking EQ + /// </summary> + public static BiQuadFilter PeakingEQ(float sampleRate, float centreFrequency, float q, float dbGain) + { + var filter = new BiQuadFilter(); + filter.SetPeakingEq(sampleRate, centreFrequency, q, dbGain); + return filter; + } + + /// <summary> + /// H(s) = A * (s^2 + (sqrt(A)/Q)*s + A)/(A*s^2 + (sqrt(A)/Q)*s + 1) + /// </summary> + /// <param name="sampleRate"></param> + /// <param name="cutoffFrequency"></param> + /// <param name="shelfSlope">a "shelf slope" parameter (for shelving EQ only). + /// When S = 1, the shelf slope is as steep as it can be and remain monotonically + /// increasing or decreasing gain with frequency. The shelf slope, in dB/octave, + /// remains proportional to S for all other values for a fixed f0/Fs and dBgain.</param> + /// <param name="dbGain">Gain in decibels</param> + public static BiQuadFilter LowShelf(float sampleRate, float cutoffFrequency, float shelfSlope, float dbGain) + { + var w0 = 2 * Math.PI * cutoffFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var a = Math.Pow(10, dbGain / 40); // TODO: should we square root this value? + var alpha = sinw0 / 2 * Math.Sqrt((a + 1 / a) * (1 / shelfSlope - 1) + 2); + var temp = 2 * Math.Sqrt(a) * alpha; + + var b0 = a * ((a + 1) - (a - 1) * cosw0 + temp); + var b1 = 2 * a * ((a - 1) - (a + 1) * cosw0); + var b2 = a * ((a + 1) - (a - 1) * cosw0 - temp); + var a0 = (a + 1) + (a - 1) * cosw0 + temp; + var a1 = -2 * ((a - 1) + (a + 1) * cosw0); + var a2 = (a + 1) + (a - 1) * cosw0 - temp; + return new BiQuadFilter(a0, a1, a2, b0, b1, b2); + } + + /// <summary> + /// H(s) = A * (A*s^2 + (sqrt(A)/Q)*s + 1)/(s^2 + (sqrt(A)/Q)*s + A) + /// </summary> + /// <param name="sampleRate"></param> + /// <param name="cutoffFrequency"></param> + /// <param name="shelfSlope"></param> + /// <param name="dbGain"></param> + /// <returns></returns> + public static BiQuadFilter HighShelf(float sampleRate, float cutoffFrequency, float shelfSlope, float dbGain) + { + var w0 = 2 * Math.PI * cutoffFrequency / sampleRate; + var cosw0 = Math.Cos(w0); + var sinw0 = Math.Sin(w0); + var a = Math.Pow(10, dbGain / 40); // TODO: should we square root this value? + var alpha = sinw0 / 2 * Math.Sqrt((a + 1 / a) * (1 / shelfSlope - 1) + 2); + var temp = 2 * Math.Sqrt(a) * alpha; + + var b0 = a * ((a + 1) + (a - 1) * cosw0 + temp); + var b1 = -2 * a * ((a - 1) + (a + 1) * cosw0); + var b2 = a * ((a + 1) + (a - 1) * cosw0 - temp); + var a0 = (a + 1) - (a - 1) * cosw0 + temp; + var a1 = 2 * ((a - 1) - (a + 1) * cosw0); + var a2 = (a + 1) - (a - 1) * cosw0 - temp; + return new BiQuadFilter(a0, a1, a2, b0, b1, b2); + } + + private BiQuadFilter() + { + // zero initial samples + x1 = x2 = 0; + y1 = y2 = 0; + } + + private BiQuadFilter(double a0, double a1, double a2, double b0, double b1, double b2) + { + SetCoefficients(a0,a1,a2,b0,b1,b2); + + // zero initial samples + x1 = x2 = 0; + y1 = y2 = 0; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/BiQuadFilter.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/BiQuadFilter.cs.meta new file mode 100644 index 0000000..24eb727 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/BiQuadFilter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 002be4be672d48998988a3ee6ccd6c8c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/Complex.cs b/NAudio-2.2.1/NAudio.Core/Dsp/Complex.cs new file mode 100644 index 0000000..c86abb1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/Complex.cs @@ -0,0 +1,17 @@ +namespace NAudio.Dsp +{ + /// <summary> + /// Type to represent complex number + /// </summary> + public struct Complex + { + /// <summary> + /// Real Part + /// </summary> + public float X; + /// <summary> + /// Imaginary Part + /// </summary> + public float Y; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/Complex.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/Complex.cs.meta new file mode 100644 index 0000000..4c773b9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/Complex.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c69a68658a6de29ed9ff863da5926bd2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeDetector.cs b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeDetector.cs new file mode 100644 index 0000000..91af879 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeDetector.cs @@ -0,0 +1,99 @@ +// based on EnvelopeDetector.cpp v1.10 2006, ChunkWare Music Software, OPEN-SOURCE +using System; + +namespace NAudio.Dsp +{ + class EnvelopeDetector + { + private double sampleRate; + private double ms; + private double coeff; + + public EnvelopeDetector() : this(1.0, 44100.0) + { + } + + public EnvelopeDetector( double ms, double sampleRate ) + { + System.Diagnostics.Debug.Assert( sampleRate > 0.0 ); + System.Diagnostics.Debug.Assert( ms > 0.0 ); + this.sampleRate = sampleRate; + this.ms = ms; + SetCoef(); + } + + public double TimeConstant + { + get => ms; + set + { + System.Diagnostics.Debug.Assert( value > 0.0 ); + this.ms = value; + SetCoef(); + } + } + + public double SampleRate + { + get => sampleRate; + set + { + System.Diagnostics.Debug.Assert( value > 0.0 ); + this.sampleRate = value; + SetCoef(); + } + } + + public double Run( double inValue, double state ) + { + return inValue + coeff * (state - inValue); + } + + private void SetCoef() + { + coeff = Math.Exp(-1.0 / (0.001 * ms * sampleRate)); + } + } + + class AttRelEnvelope + { + // DC offset to prevent denormal + protected const double DC_OFFSET = 1.0E-25; + + private readonly EnvelopeDetector attack; + private readonly EnvelopeDetector release; + + public AttRelEnvelope( double attackMilliseconds, double releaseMilliseconds, double sampleRate ) + { + attack = new EnvelopeDetector(attackMilliseconds,sampleRate); + release = new EnvelopeDetector(releaseMilliseconds,sampleRate); + } + + public double Attack + { + get => attack.TimeConstant; + set => attack.TimeConstant = value; + } + + public double Release + { + get => release.TimeConstant; + set => release.TimeConstant = value; + } + + public double SampleRate + { + get => attack.SampleRate; + set => attack.SampleRate = release.SampleRate = value; + } + + public double Run(double inValue, double state) + { + // assumes that: + // positive delta = attack + // negative delta = release + // good for linear & log values + return inValue > state ? attack.Run( inValue, state ) : release.Run( inValue, state ); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeDetector.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeDetector.cs.meta new file mode 100644 index 0000000..7fd9d30 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeDetector.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 948281e44bc2c11dd91b8154d9cb879d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeGenerator.cs b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeGenerator.cs new file mode 100644 index 0000000..e903e75 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeGenerator.cs @@ -0,0 +1,244 @@ +using System; +using System.Linq; + +namespace NAudio.Dsp +{ + // C# ADSR based on work by Nigel Redmon, EarLevel Engineering: earlevel.com + // http://www.earlevel.com/main/2013/06/03/envelope-generators-adsr-code/ + /// <summary> + /// Envelope generator (ADSR) + /// </summary> + public class EnvelopeGenerator + { + private EnvelopeState state; + private float output; + private float attackRate; + private float decayRate; + private float releaseRate; + private float attackCoef; + private float decayCoef; + private float releaseCoef; + private float sustainLevel; + private float targetRatioAttack; + private float targetRatioDecayRelease; + private float attackBase; + private float decayBase; + private float releaseBase; + + /// <summary> + /// Envelope State + /// </summary> + public enum EnvelopeState + { + /// <summary> + /// Idle + /// </summary> + Idle = 0, + /// <summary> + /// Attack + /// </summary> + Attack, + /// <summary> + /// Decay + /// </summary> + Decay, + /// <summary> + /// Sustain + /// </summary> + Sustain, + /// <summary> + /// Release + /// </summary> + Release + }; + + /// <summary> + /// Creates and Initializes an Envelope Generator + /// </summary> + public EnvelopeGenerator() + { + Reset(); + AttackRate = 0; + DecayRate = 0; + ReleaseRate = 0; + SustainLevel = 1.0f; + SetTargetRatioAttack(0.3f); + SetTargetRatioDecayRelease(0.0001f); + } + + /// <summary> + /// Attack Rate (seconds * SamplesPerSecond) + /// </summary> + public float AttackRate + { + get + { + return attackRate; + } + set + { + attackRate = value; + attackCoef = CalcCoef(value, targetRatioAttack); + attackBase = (1.0f + targetRatioAttack) * (1.0f - attackCoef); + } + } + + /// <summary> + /// Decay Rate (seconds * SamplesPerSecond) + /// </summary> + public float DecayRate + { + get + { + return decayRate; + } + set + { + decayRate = value; + decayCoef = CalcCoef(value, targetRatioDecayRelease); + decayBase = (sustainLevel - targetRatioDecayRelease) * (1.0f - decayCoef); + } + } + + /// <summary> + /// Release Rate (seconds * SamplesPerSecond) + /// </summary> + public float ReleaseRate + { + get + { + return releaseRate; + } + set + { + releaseRate = value; + releaseCoef = CalcCoef(value, targetRatioDecayRelease); + releaseBase = -targetRatioDecayRelease * (1.0f - releaseCoef); + } + } + + private static float CalcCoef(float rate, float targetRatio) + { + return (float)Math.Exp(-Math.Log((1.0f + targetRatio) / targetRatio) / rate); + } + + /// <summary> + /// Sustain Level (1 = 100%) + /// </summary> + public float SustainLevel + { + get + { + return sustainLevel; + } + set + { + sustainLevel = value; + decayBase = (sustainLevel - targetRatioDecayRelease) * (1.0f - decayCoef); + } + } + + /// <summary> + /// Sets the attack curve + /// </summary> + void SetTargetRatioAttack(float targetRatio) + { + if (targetRatio < 0.000000001f) + targetRatio = 0.000000001f; // -180 dB + targetRatioAttack = targetRatio; + attackBase = (1.0f + targetRatioAttack) * (1.0f - attackCoef); + } + + /// <summary> + /// Sets the decay release curve + /// </summary> + void SetTargetRatioDecayRelease(float targetRatio) + { + if (targetRatio < 0.000000001f) + targetRatio = 0.000000001f; // -180 dB + targetRatioDecayRelease = targetRatio; + decayBase = (sustainLevel - targetRatioDecayRelease) * (1.0f - decayCoef); + releaseBase = -targetRatioDecayRelease * (1.0f - releaseCoef); + } + + /// <summary> + /// Read the next volume multiplier from the envelope generator + /// </summary> + /// <returns>A volume multiplier</returns> + public float Process() + { + switch (state) + { + case EnvelopeState.Idle: + break; + case EnvelopeState.Attack: + output = attackBase + output * attackCoef; + if (output >= 1.0f) + { + output = 1.0f; + state = EnvelopeState.Decay; + } + break; + case EnvelopeState.Decay: + output = decayBase + output * decayCoef; + if (output <= sustainLevel) + { + output = sustainLevel; + state = EnvelopeState.Sustain; + } + break; + case EnvelopeState.Sustain: + break; + case EnvelopeState.Release: + output = releaseBase + output * releaseCoef; + if (output <= 0.0) + { + output = 0.0f; + state = EnvelopeState.Idle; + } + break; + } + return output; + } + + /// <summary> + /// Trigger the gate + /// </summary> + /// <param name="gate">If true, enter attack phase, if false enter release phase (unless already idle)</param> + public void Gate(bool gate) + { + if (gate) + state = EnvelopeState.Attack; + else if (state != EnvelopeState.Idle) + state = EnvelopeState.Release; + } + + /// <summary> + /// Current envelope state + /// </summary> + public EnvelopeState State + { + get + { + return state; + } + } + + /// <summary> + /// Reset to idle state + /// </summary> + public void Reset() + { + state = EnvelopeState.Idle; + output = 0.0f; + } + + /// <summary> + /// Get the current output level + /// </summary> + public float GetOutput() + { + return output; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeGenerator.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeGenerator.cs.meta new file mode 100644 index 0000000..f6d7c25 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/EnvelopeGenerator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b9d9da6567264e66ea3a0f6e977707af +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/FastFourierTransform.cs b/NAudio-2.2.1/NAudio.Core/Dsp/FastFourierTransform.cs new file mode 100644 index 0000000..50204a4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/FastFourierTransform.cs @@ -0,0 +1,124 @@ +using System; + +namespace NAudio.Dsp +{ + /// <summary> + /// Summary description for FastFourierTransform. + /// </summary> + public static class FastFourierTransform + { + /// <summary> + /// This computes an in-place complex-to-complex FFT + /// x and y are the real and imaginary arrays of 2^m points. + /// </summary> + public static void FFT(bool forward, int m, Complex[] data) + { + int n, i, i1, j, k, i2, l, l1, l2; + float c1, c2, tx, ty, t1, t2, u1, u2, z; + + // Calculate the number of points + n = 1; + for (i = 0; i < m; i++) + n *= 2; + + // Do the bit reversal + i2 = n >> 1; + j = 0; + for (i = 0; i < n - 1; i++) + { + if (i < j) + { + tx = data[i].X; + ty = data[i].Y; + data[i].X = data[j].X; + data[i].Y = data[j].Y; + data[j].X = tx; + data[j].Y = ty; + } + k = i2; + + while (k <= j) + { + j -= k; + k >>= 1; + } + j += k; + } + + // Compute the FFT + c1 = -1.0f; + c2 = 0.0f; + l2 = 1; + for (l = 0; l < m; l++) + { + l1 = l2; + l2 <<= 1; + u1 = 1.0f; + u2 = 0.0f; + for (j = 0; j < l1; j++) + { + for (i = j; i < n; i += l2) + { + i1 = i + l1; + t1 = u1 * data[i1].X - u2 * data[i1].Y; + t2 = u1 * data[i1].Y + u2 * data[i1].X; + data[i1].X = data[i].X - t1; + data[i1].Y = data[i].Y - t2; + data[i].X += t1; + data[i].Y += t2; + } + z = u1 * c1 - u2 * c2; + u2 = u1 * c2 + u2 * c1; + u1 = z; + } + c2 = (float)Math.Sqrt((1.0f - c1) / 2.0f); + if (forward) + c2 = -c2; + c1 = (float)Math.Sqrt((1.0f + c1) / 2.0f); + } + + // Scaling for forward transform + if (forward) + { + for (i = 0; i < n; i++) + { + data[i].X /= n; + data[i].Y /= n; + } + } + } + + /// <summary> + /// Applies a Hamming Window + /// </summary> + /// <param name="n">Index into frame</param> + /// <param name="frameSize">Frame size (e.g. 1024)</param> + /// <returns>Multiplier for Hamming window</returns> + public static double HammingWindow(int n, int frameSize) + { + return 0.54 - 0.46 * Math.Cos((2 * Math.PI * n) / (frameSize - 1)); + } + + /// <summary> + /// Applies a Hann Window + /// </summary> + /// <param name="n">Index into frame</param> + /// <param name="frameSize">Frame size (e.g. 1024)</param> + /// <returns>Multiplier for Hann window</returns> + public static double HannWindow(int n, int frameSize) + { + return 0.5 * (1 - Math.Cos((2 * Math.PI * n) / (frameSize - 1))); + } + + /// <summary> + /// Applies a Blackman-Harris Window + /// </summary> + /// <param name="n">Index into frame</param> + /// <param name="frameSize">Frame size (e.g. 1024)</param> + /// <returns>Multiplier for Blackmann-Harris window</returns> + public static double BlackmannHarrisWindow(int n, int frameSize) + { + return 0.35875 - (0.48829 * Math.Cos((2 * Math.PI * n) / (frameSize - 1))) + (0.14128 * Math.Cos((4 * Math.PI * n) / (frameSize - 1))) - (0.01168 * Math.Cos((6 * Math.PI * n) / (frameSize - 1))); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/FastFourierTransform.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/FastFourierTransform.cs.meta new file mode 100644 index 0000000..4026a93 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/FastFourierTransform.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9ec6b00cc4159b586897136e641138f9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/ImpulseResponseConvolution.cs b/NAudio-2.2.1/NAudio.Core/Dsp/ImpulseResponseConvolution.cs new file mode 100644 index 0000000..11b23c9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/ImpulseResponseConvolution.cs @@ -0,0 +1,46 @@ +using System; + +namespace NAudio.Dsp +{ + /// <summary> + /// Summary description for ImpulseResponseConvolution. + /// </summary> + public class ImpulseResponseConvolution + { + /// <summary> + /// A very simple mono convolution algorithm + /// </summary> + /// <remarks> + /// This will be very slow + /// </remarks> + public float[] Convolve(float[] input, float[] impulseResponse) + { + var output = new float[input.Length + impulseResponse.Length]; + for(int t = 0; t < output.Length; t++) + { + for(int n = 0; n < impulseResponse.Length; n++) + { + if((t >= n) && (t-n < input.Length)) + { + output[t] += impulseResponse[n] * input[t-n]; + } + } + } + Normalize(output); + return output; + } + + /// <summary> + /// This is actually a downwards normalize for data that will clip + /// </summary> + public void Normalize(float[] data) + { + float max = 0; + for(int n = 0; n < data.Length; n++) + max = Math.Max(max,Math.Abs(data[n])); + if(max > 1.0) + for(int n = 0; n < data.Length; n++) + data[n] /= max; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/ImpulseResponseConvolution.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/ImpulseResponseConvolution.cs.meta new file mode 100644 index 0000000..7824919 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/ImpulseResponseConvolution.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b7a44740888480b46a3fe96225fd011a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/SimpleCompressor.cs b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleCompressor.cs new file mode 100644 index 0000000..cd6d923 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleCompressor.cs @@ -0,0 +1,83 @@ +// based on SimpleComp v1.10 2006, ChunkWare Music Software, OPEN-SOURCE +using System; +using NAudio.Utils; + +namespace NAudio.Dsp +{ + class SimpleCompressor : AttRelEnvelope + { + // runtime variables + private double envdB; // over-threshold envelope (dB) + + public SimpleCompressor(double attackTime, double releaseTime, double sampleRate) + : base(attackTime, releaseTime, sampleRate) + { + this.Threshold = 0.0; + this.Ratio = 1.0; + this.MakeUpGain = 0.0; + this.envdB = DC_OFFSET; + } + + public SimpleCompressor() + : this(10.0, 10.0, 44100.0) + { + } + + public double MakeUpGain { get; set; } + + public double Threshold { get; set; } + + public double Ratio { get; set; } + + // call before runtime (in resume()) + public void InitRuntime() + { + this.envdB = DC_OFFSET; + } + + // // compressor runtime process + public void Process(ref double in1, ref double in2) + { + // sidechain + + // rectify input + double rect1 = Math.Abs(in1); // n.b. was fabs + double rect2 = Math.Abs(in2); // n.b. was fabs + + // if desired, one could use another EnvelopeDetector to smooth + // the rectified signal. + + double link = Math.Max( rect1, rect2 ); // link channels with greater of 2 + + link += DC_OFFSET; // add DC offset to avoid log( 0 ) + double keydB = Decibels.LinearToDecibels(link); // convert linear -> dB + + // threshold + double overdB = keydB - Threshold; // delta over threshold + if (overdB < 0.0) + overdB = 0.0; + + // attack/release + + overdB += DC_OFFSET; // add DC offset to avoid denormal + + envdB = Run(overdB, envdB); // run attack/release envelope + + overdB = envdB - DC_OFFSET; // subtract DC offset + + // Regarding the DC offset: In this case, since the offset is added before + // the attack/release processes, the envelope will never fall below the offset, + // thereby avoiding denormals. However, to prevent the offset from causing + // constant gain reduction, we must subtract it from the envelope, yielding + // a minimum value of 0dB. + + // transfer function + double gr = overdB * (Ratio - 1.0); // gain reduction (dB) + gr = Decibels.DecibelsToLinear(gr) * Decibels.DecibelsToLinear(MakeUpGain); // convert dB -> linear + + // output gain + in1 *= gr; // apply gain reduction to input + in2 *= gr; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/SimpleCompressor.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleCompressor.cs.meta new file mode 100644 index 0000000..ddbe17b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleCompressor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 99e71970bea34de0499f40fd9e749c8f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/SimpleGate.cs b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleGate.cs new file mode 100644 index 0000000..613aa5d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleGate.cs @@ -0,0 +1,70 @@ +// based on SimpleGate v1.10 2006, ChunkWare Music Software, OPEN-SOURCE +using System; +using NAudio.Utils; + +namespace NAudio.Dsp +{ + class SimpleGate : AttRelEnvelope + { + // transfer function + private double threshdB; // threshold (dB) + private double thresh; // threshold (linear) + + // runtime variables + private double env; // over-threshold envelope (linear) + + public SimpleGate() + : base(10.0, 10.0, 44100.0) + { + threshdB = 0.0; + thresh = 1.0; + env = DC_OFFSET; + } + + public void Process( ref double in1, ref double in2 ) + { + // in/out pointers are assummed to reference stereo data + + // sidechain + + // rectify input + double rect1 = Math.Abs( in1 ); // n.b. was fabs + double rect2 = Math.Abs( in2 ); // n.b. was fabs + + // if desired, one could use another EnvelopeDetector to smooth + // the rectified signal. + + double key = Math.Max( rect1, rect2 ); // link channels with greater of 2 + + // threshold + double over = ( key > thresh ) ? 1.0 : 0.0; // key over threshold ( 0.0 or 1.0 ) + + // attack/release + over += DC_OFFSET; // add DC offset to avoid denormal + + env = Run(over, env); // run attack/release + + over = env - DC_OFFSET; // subtract DC offset + + // Regarding the DC offset: In this case, since the offset is added before + // the attack/release processes, the envelope will never fall below the offset, + // thereby avoiding denormals. However, to prevent the offset from causing + // constant gain reduction, we must subtract it from the envelope, yielding + // a minimum value of 0dB. + + // output gain + in1 *= over; // apply gain reduction to input + in2 *= over; + } + + public double Threshold + { + get => threshdB; + set + { + threshdB = value; + thresh = Decibels.DecibelsToLinear(value); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/SimpleGate.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleGate.cs.meta new file mode 100644 index 0000000..8ad8a28 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/SimpleGate.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fdb802472d4ec8bdeaa68b32f779cf19 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/SmbPitchShifter.cs b/NAudio-2.2.1/NAudio.Core/Dsp/SmbPitchShifter.cs new file mode 100644 index 0000000..3fadc33 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/SmbPitchShifter.cs @@ -0,0 +1,295 @@ +using System; + +namespace NAudio.Dsp +{ + + /**************************************************************************** + * + * NAME: PitchShift.cs + * VERSION: 1.0 + * HOME URL: http://www.dspdimension.com + * KNOWN BUGS: none + * + * SYNOPSIS: Routine for doing pitch shifting while maintaining + * duration using the Short Time Fourier Transform. + * + * DESCRIPTION: The routine takes a pitchShift factor value which is between 0.5 + * (one octave down) and 2. (one octave up). A value of exactly 1 does not change + * the pitch. numSampsToProcess tells the routine how many samples in indata[0... + * numSampsToProcess-1] should be pitch shifted and moved to outdata[0 ... + * numSampsToProcess-1]. The two buffers can be identical (ie. it can process the + * data in-place). fftFrameSize defines the FFT frame size used for the + * processing. Typical values are 1024, 2048 and 4096. It may be any value <= + * MAX_FRAME_LENGTH but it MUST be a power of 2. osamp is the STFT + * oversampling factor which also determines the overlap between adjacent STFT + * frames. It should at least be 4 for moderate scaling ratios. A value of 32 is + * recommended for best quality. sampleRate takes the sample rate for the signal + * in unit Hz, ie. 44100 for 44.1 kHz audio. The data passed to the routine in + * indata[] should be in the range [-1.0, 1.0), which is also the output range + * for the data, make sure you scale the data accordingly (for 16bit signed integers + * you would have to divide (and multiply) by 32768). + * + * COPYRIGHT 1999-2006 Stephan M. Bernsee <smb [AT] dspdimension [DOT] com> + * + * The Wide Open License (WOL) + * + * Permission to use, copy, modify, distribute and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice and this license appear in all source copies. + * THIS SOFTWARE IS PROVIDED "AS IS" WITHOUT EXPRESS OR IMPLIED WARRANTY OF + * ANY KIND. See http://www.dspguru.com/wol.htm for more information. + * + *****************************************************************************/ + + /**************************************************************************** + * + * This code was converted to C# by Michael Knight + * madmik3 at gmail dot com. + * http://sites.google.com/site/mikescoderama/ + * + *****************************************************************************/ + /// <summary> + /// SMB Pitch Shifter + /// </summary> + public class SmbPitchShifter + { + + private static int MAX_FRAME_LENGTH = 16000; + private float[] gInFIFO = new float[MAX_FRAME_LENGTH]; + private float[] gOutFIFO = new float[MAX_FRAME_LENGTH]; + private float[] gFFTworksp = new float[2*MAX_FRAME_LENGTH]; + private float[] gLastPhase = new float[MAX_FRAME_LENGTH/2 + 1]; + private float[] gSumPhase = new float[MAX_FRAME_LENGTH/2 + 1]; + private float[] gOutputAccum = new float[2*MAX_FRAME_LENGTH]; + private float[] gAnaFreq = new float[MAX_FRAME_LENGTH]; + private float[] gAnaMagn = new float[MAX_FRAME_LENGTH]; + private float[] gSynFreq = new float[MAX_FRAME_LENGTH]; + private float[] gSynMagn = new float[MAX_FRAME_LENGTH]; + private long gRover; + + /// <summary> + /// Pitch Shift + /// </summary> + public void PitchShift(float pitchShift, long numSampsToProcess, + float sampleRate, float[] indata) + { + PitchShift(pitchShift, numSampsToProcess, 2048L, 10L, sampleRate, indata); + } + + /// <summary> + /// Pitch Shift + /// </summary> + public void PitchShift(float pitchShift, long numSampsToProcess, long fftFrameSize, + long osamp, float sampleRate, float[] indata) + { + double magn, phase, tmp, window, real, imag; + double freqPerBin, expct; + long i, k, qpd, index, inFifoLatency, stepSize, fftFrameSize2; + + + float[] outdata = indata; + /* set up some handy variables */ + fftFrameSize2 = fftFrameSize/2; + stepSize = fftFrameSize/osamp; + freqPerBin = sampleRate/(double) fftFrameSize; + expct = 2.0*Math.PI*(double) stepSize/(double) fftFrameSize; + inFifoLatency = fftFrameSize - stepSize; + if (gRover == 0) gRover = inFifoLatency; + + + /* main processing loop */ + for (i = 0; i < numSampsToProcess; i++) + { + + /* As long as we have not yet collected enough data just read in */ + gInFIFO[gRover] = indata[i]; + outdata[i] = gOutFIFO[gRover - inFifoLatency]; + gRover++; + + /* now we have enough data for processing */ + if (gRover >= fftFrameSize) + { + gRover = inFifoLatency; + + /* do windowing and re,im interleave */ + for (k = 0; k < fftFrameSize; k++) + { + window = -.5*Math.Cos(2.0*Math.PI*(double) k/(double) fftFrameSize) + .5; + gFFTworksp[2*k] = (float) (gInFIFO[k]*window); + gFFTworksp[2*k + 1] = 0.0F; + } + + + /* ***************** ANALYSIS ******************* */ + /* do transform */ + ShortTimeFourierTransform(gFFTworksp, fftFrameSize, -1); + + /* this is the analysis step */ + for (k = 0; k <= fftFrameSize2; k++) + { + + /* de-interlace FFT buffer */ + real = gFFTworksp[2*k]; + imag = gFFTworksp[2*k + 1]; + + /* compute magnitude and phase */ + magn = 2.0*Math.Sqrt(real*real + imag*imag); + phase = Math.Atan2(imag, real); + + /* compute phase difference */ + tmp = phase - gLastPhase[k]; + gLastPhase[k] = (float) phase; + + /* subtract expected phase difference */ + tmp -= (double) k*expct; + + /* map delta phase into +/- Pi interval */ + qpd = (long) (tmp/Math.PI); + if (qpd >= 0) qpd += qpd & 1; + else qpd -= qpd & 1; + tmp -= Math.PI*(double) qpd; + + /* get deviation from bin frequency from the +/- Pi interval */ + tmp = osamp*tmp/(2.0*Math.PI); + + /* compute the k-th partials' true frequency */ + tmp = (double) k*freqPerBin + tmp*freqPerBin; + + /* store magnitude and true frequency in analysis arrays */ + gAnaMagn[k] = (float) magn; + gAnaFreq[k] = (float) tmp; + + } + + /* ***************** PROCESSING ******************* */ + /* this does the actual pitch shifting */ + for (int zero = 0; zero < fftFrameSize; zero++) + { + gSynMagn[zero] = 0; + gSynFreq[zero] = 0; + } + + for (k = 0; k <= fftFrameSize2; k++) + { + index = (long) (k*pitchShift); + if (index <= fftFrameSize2) + { + gSynMagn[index] += gAnaMagn[k]; + gSynFreq[index] = gAnaFreq[k]*pitchShift; + } + } + + /* ***************** SYNTHESIS ******************* */ + /* this is the synthesis step */ + for (k = 0; k <= fftFrameSize2; k++) + { + + /* get magnitude and true frequency from synthesis arrays */ + magn = gSynMagn[k]; + tmp = gSynFreq[k]; + + /* subtract bin mid frequency */ + tmp -= (double) k*freqPerBin; + + /* get bin deviation from freq deviation */ + tmp /= freqPerBin; + + /* take osamp into account */ + tmp = 2.0*Math.PI*tmp/osamp; + + /* add the overlap phase advance back in */ + tmp += (double) k*expct; + + /* accumulate delta phase to get bin phase */ + gSumPhase[k] += (float) tmp; + phase = gSumPhase[k]; + + /* get real and imag part and re-interleave */ + gFFTworksp[2*k] = (float) (magn*Math.Cos(phase)); + gFFTworksp[2*k + 1] = (float) (magn*Math.Sin(phase)); + } + + /* zero negative frequencies */ + for (k = fftFrameSize + 2; k < 2*fftFrameSize; k++) gFFTworksp[k] = 0.0F; + + /* do inverse transform */ + ShortTimeFourierTransform(gFFTworksp, fftFrameSize, 1); + + /* do windowing and add to output accumulator */ + for (k = 0; k < fftFrameSize; k++) + { + window = -.5*Math.Cos(2.0*Math.PI*(double) k/(double) fftFrameSize) + .5; + gOutputAccum[k] += (float) (2.0*window*gFFTworksp[2*k]/(fftFrameSize2*osamp)); + } + for (k = 0; k < stepSize; k++) gOutFIFO[k] = gOutputAccum[k]; + + /* shift accumulator */ + //memmove(gOutputAccum, gOutputAccum + stepSize, fftFrameSize * sizeof(float)); + for (k = 0; k < fftFrameSize; k++) + { + gOutputAccum[k] = gOutputAccum[k + stepSize]; + } + + /* move input FIFO */ + for (k = 0; k < inFifoLatency; k++) gInFIFO[k] = gInFIFO[k + stepSize]; + } + } + } + /// <summary> + /// Short Time Fourier Transform + /// </summary> + + public void ShortTimeFourierTransform(float[] fftBuffer, long fftFrameSize, long sign) + { + float wr, wi, arg, temp; + float tr, ti, ur, ui; + long i, bitm, j, le, le2, k; + + for (i = 2; i < 2*fftFrameSize - 2; i += 2) + { + for (bitm = 2, j = 0; bitm < 2*fftFrameSize; bitm <<= 1) + { + if ((i & bitm) != 0) j++; + j <<= 1; + } + if (i < j) + { + temp = fftBuffer[i]; + fftBuffer[i] = fftBuffer[j]; + fftBuffer[j] = temp; + temp = fftBuffer[i + 1]; + fftBuffer[i + 1] = fftBuffer[j + 1]; + fftBuffer[j + 1] = temp; + } + } + long max = (long) (Math.Log(fftFrameSize)/Math.Log(2.0) + .5); + for (k = 0, le = 2; k < max; k++) + { + le <<= 1; + le2 = le >> 1; + ur = 1.0F; + ui = 0.0F; + arg = (float) Math.PI/(le2 >> 1); + wr = (float) Math.Cos(arg); + wi = (float) (sign*Math.Sin(arg)); + for (j = 0; j < le2; j += 2) + { + + for (i = j; i < 2*fftFrameSize; i += le) + { + tr = fftBuffer[i + le2]*ur - fftBuffer[i + le2 + 1]*ui; + ti = fftBuffer[i + le2]*ui + fftBuffer[i + le2 + 1]*ur; + fftBuffer[i + le2] = fftBuffer[i] - tr; + fftBuffer[i + le2 + 1] = fftBuffer[i + 1] - ti; + fftBuffer[i] += tr; + fftBuffer[i + 1] += ti; + + } + tr = ur*wr - ui*wi; + ui = ur*wi + ui*wr; + ur = tr; + } + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/SmbPitchShifter.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/SmbPitchShifter.cs.meta new file mode 100644 index 0000000..1c13dec --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/SmbPitchShifter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ce882f1e47a44ed5cb4bbedb19b89d8c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/WdlResampler.cs b/NAudio-2.2.1/NAudio.Core/Dsp/WdlResampler.cs new file mode 100644 index 0000000..2693401 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/WdlResampler.cs @@ -0,0 +1,713 @@ +// This class based on the Resampler that is part of Cockos WDL +// originally written in C++ and ported to C# for NAudio by Mark Heath +// Used in NAudio with permission from Justin Frankel +// Original WDL License: +// Copyright (C) 2005 and later Cockos Incorporated +// +// Portions copyright other contributors, see each source file for more information +// +// This software is provided 'as-is', without any express or implied +// warranty. In no event will the authors be held liable for any damages +// arising from the use of this software. +// +// Permission is granted to anyone to use this software for any purpose, +// including commercial applications, and to alter it and redistribute it +// freely, subject to the following restrictions: +// +// 1. The origin of this software must not be misrepresented; you must not +// claim that you wrote the original software. If you use this software +// in a product, an acknowledgment in the product documentation would be +// appreciated but is not required. +// 2. Altered source versions must be plainly marked as such, and must not be +// misrepresented as being the original software. +// 3. This notice may not be removed or altered from any source distribution. + + +using System; + +// default to floats for audio samples +using WDL_ResampleSample = System.Single; // n.b. default in WDL is double + +// default to floats for sinc filter ceofficients +using WDL_SincFilterSample = System.Single; // can also be set to double + +namespace NAudio.Dsp +{ + /// <summary> + /// Fully managed resampler, based on Cockos WDL Resampler + /// </summary> + public class WdlResampler + { + private const int WDL_RESAMPLE_MAX_FILTERS = 4; + private const int WDL_RESAMPLE_MAX_NCH = 64; + private const double PI = 3.1415926535897932384626433832795; + + /// <summary> + /// Creates a new Resampler + /// </summary> + public WdlResampler() + { + m_filterq = 0.707f; + m_filterpos = 0.693f; // .792 ? + + m_sincoversize = 0; + m_lp_oversize = 1; + m_sincsize = 0; + m_filtercnt = 1; + m_interp = true; + m_feedmode = false; + + m_filter_coeffs_size = 0; + m_sratein = 44100.0; + m_srateout = 44100.0; + m_ratio = 1.0; + m_filter_ratio = -1.0; + + Reset(); + } + + /// <summary> + /// sets the mode + /// if sinc set, it overrides interp or filtercnt + /// </summary> + public void SetMode(bool interp, int filtercnt, bool sinc, int sinc_size = 64, int sinc_interpsize = 32) + { + m_sincsize = sinc && sinc_size >= 4 ? sinc_size > 8192 ? 8192 : sinc_size : 0; + m_sincoversize = (m_sincsize != 0) ? (sinc_interpsize <= 1 ? 1 : sinc_interpsize >= 4096 ? 4096 : sinc_interpsize) : 1; + + m_filtercnt = (m_sincsize != 0) ? 0 : (filtercnt <= 0 ? 0 : filtercnt >= WDL_RESAMPLE_MAX_FILTERS ? WDL_RESAMPLE_MAX_FILTERS : filtercnt); + m_interp = interp && (m_sincsize == 0); + + //Debug.WriteLine(String.Format("setting interp={0}, filtercnt={1}, sinc={2},{3}\n", m_interp, m_filtercnt, m_sincsize, m_sincoversize)); + + if (m_sincsize == 0) + { + m_filter_coeffs = new WDL_SincFilterSample[0]; //.Resize(0); + m_filter_coeffs_size = 0; + } + if (m_filtercnt == 0) + { + m_iirfilter = null; + } + } + + /// <summary> + /// Sets the filter parameters + /// used for filtercnt>0 but not sinc + /// </summary> + public void SetFilterParms(float filterpos = 0.693f, float filterq = 0.707f) + { + m_filterpos = filterpos; + m_filterq = filterq; + } + + /// <summary> + /// Set feed mode + /// </summary> + /// <param name="wantInputDriven">if true, that means the first parameter to ResamplePrepare will specify however much input you have, not how much you want</param> + public void SetFeedMode(bool wantInputDriven) + { + m_feedmode = wantInputDriven; + } + + /// <summary> + /// Reset + /// </summary> + public void Reset(double fracpos = 0.0) + { + m_last_requested = 0; + m_filtlatency = 0; + m_fracpos = fracpos; + m_samples_in_rsinbuf = 0; + if (m_iirfilter != null) m_iirfilter.Reset(); + } + + /// <summary> + /// Set input and output rates + /// </summary> + public void SetRates(double rate_in, double rate_out) + { + if (rate_in < 1.0) rate_in = 1.0; + if (rate_out < 1.0) rate_out = 1.0; + if (rate_in != m_sratein || rate_out != m_srateout) + { + m_sratein = rate_in; + m_srateout = rate_out; + m_ratio = m_sratein / m_srateout; + } + } + + /// <summary> + /// amount of input that has been received but not yet converted to output, in seconds + /// </summary> + public double GetCurrentLatency() + { + double v = ((double)m_samples_in_rsinbuf - m_filtlatency) / m_sratein; + + if (v < 0.0) v = 0.0; + return v; + } + + /// <summary> + /// Prepare + /// note that it is safe to call ResamplePrepare without calling ResampleOut (the next call of ResamplePrepare will function as normal) + /// nb inbuffer was WDL_ResampleSample **, returning a place to put the in buffer, so we return a buffer and offset + /// </summary> + /// <param name="out_samples">req_samples is output samples desired if !wantInputDriven, or if wantInputDriven is input samples that we have</param> + /// <param name="nch"></param> + /// <param name="inbuffer"></param> + /// <param name="inbufferOffset"></param> + /// <returns>returns number of samples desired (put these into *inbuffer)</returns> + public int ResamplePrepare(int out_samples, int nch, out WDL_ResampleSample[] inbuffer, out int inbufferOffset) + { + if (nch > WDL_RESAMPLE_MAX_NCH || nch < 1) + { + inbuffer = null; + inbufferOffset = 0; + return 0; + } + + int fsize = 0; + if (m_sincsize > 1) + { + fsize = m_sincsize; + } + + int hfs = fsize / 2; + if (hfs > 1 && m_samples_in_rsinbuf < hfs - 1) + { + m_filtlatency += hfs - 1 - m_samples_in_rsinbuf; + + m_samples_in_rsinbuf = hfs - 1; + + if (m_samples_in_rsinbuf > 0) + { + m_rsinbuf = new WDL_SincFilterSample[m_samples_in_rsinbuf * nch]; + } + } + + int sreq = 0; + + if (!m_feedmode) sreq = (int)(m_ratio * out_samples) + 4 + fsize - m_samples_in_rsinbuf; + else sreq = out_samples; + + if (sreq < 0) sreq = 0; + + again: + Array.Resize(ref m_rsinbuf, (m_samples_in_rsinbuf + sreq) * nch); + + int sz = m_rsinbuf.Length / ((nch != 0) ? nch : 1) - m_samples_in_rsinbuf; + if (sz != sreq) + { + if (sreq > 4 && (sz == 0)) + { + sreq /= 2; + goto again; // try again with half the size + } + // todo: notify of error? + sreq = sz; + } + + inbuffer = m_rsinbuf; + inbufferOffset = m_samples_in_rsinbuf * nch; + + m_last_requested = sreq; + return sreq; + } + + /// <summary> + /// if numsamples_in &lt; the value return by ResamplePrepare(), then it will be flushed to produce all remaining valid samples + /// do NOT call with nsamples_in greater than the value returned from resamplerprpare()! the extra samples will be ignored. + /// returns number of samples successfully outputted to out + /// </summary> + public int ResampleOut(WDL_ResampleSample[] outBuffer, int outBufferIndex, int nsamples_in, int nsamples_out, int nch) + { + if (nch > WDL_RESAMPLE_MAX_NCH || nch < 1) + { + return 0; + } + + if (m_filtercnt > 0) + { + if (m_ratio > 1.0 && nsamples_in > 0) // filter input + { + if (m_iirfilter == null) m_iirfilter = new WDL_Resampler_IIRFilter(); + + int n = m_filtercnt; + m_iirfilter.setParms((1.0 / m_ratio) * m_filterpos, m_filterq); + + int bufIndex = m_samples_in_rsinbuf * nch; + int a, x; + int offs = 0; + for (x = 0; x < nch; x++) + for (a = 0; a < n; a++) + m_iirfilter.Apply(m_rsinbuf, bufIndex + x, m_rsinbuf, bufIndex + x, nsamples_in, nch, offs++); + } + } + + m_samples_in_rsinbuf += Math.Min(nsamples_in, m_last_requested); // prevent the user from corrupting the internal state + + + int rsinbuf_availtemp = m_samples_in_rsinbuf; + + if (nsamples_in < m_last_requested) // flush out to ensure we can deliver + { + int fsize = (m_last_requested - nsamples_in) * 2 + m_sincsize * 2; + + int alloc_size = (m_samples_in_rsinbuf + fsize) * nch; + Array.Resize(ref m_rsinbuf, alloc_size); + if (m_rsinbuf.Length == alloc_size) + { + Array.Clear(m_rsinbuf, m_samples_in_rsinbuf * nch, fsize * nch); + rsinbuf_availtemp = m_samples_in_rsinbuf + fsize; + } + } + + int ret = 0; + double srcpos = m_fracpos; + double drspos = m_ratio; + int localin = 0; // localin is an index into m_rsinbuf + + int outptr = outBufferIndex; // outptr is an index into outBuffer; + + int ns = nsamples_out; + + int outlatadj = 0; + + if (m_sincsize != 0) // sinc interpolating + { + if (m_ratio > 1.0) BuildLowPass(1.0 / (m_ratio * 1.03)); + else BuildLowPass(1.0); + + int filtsz = m_filter_coeffs_size; + int filtlen = rsinbuf_availtemp - filtsz; + outlatadj = filtsz / 2 - 1; + int filter = 0; // filter is an index into m_filter_coeffs m_filter_coeffs.Get(); + + if (nch == 1) + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + + if (ipos >= filtlen - 1) break; // quit decoding, not enough input samples + + SincSample1(outBuffer, outptr, m_rsinbuf, localin + ipos, srcpos - ipos, m_filter_coeffs, filter, filtsz); + outptr++; + srcpos += drspos; + ret++; + } + } + else if (nch == 2) + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + + if (ipos >= filtlen - 1) break; // quit decoding, not enough input samples + + SincSample2(outBuffer, outptr, m_rsinbuf, localin + ipos * 2, srcpos - ipos, m_filter_coeffs, filter, filtsz); + outptr += 2; + srcpos += drspos; + ret++; + } + } + else + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + + if (ipos >= filtlen - 1) break; // quit decoding, not enough input samples + + SincSample(outBuffer, outptr, m_rsinbuf, localin + ipos * nch, srcpos - ipos, nch, m_filter_coeffs, filter, filtsz); + outptr += nch; + srcpos += drspos; + ret++; + } + } + } + else if (!m_interp) // point sampling + { + if (nch == 1) + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + if (ipos >= rsinbuf_availtemp) break; // quit decoding, not enough input samples + + outBuffer[outptr++] = m_rsinbuf[localin + ipos]; + srcpos += drspos; + ret++; + } + } + else if (nch == 2) + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + if (ipos >= rsinbuf_availtemp) break; // quit decoding, not enough input samples + + ipos += ipos; + + outBuffer[outptr + 0] = m_rsinbuf[localin + ipos]; + outBuffer[outptr + 1] = m_rsinbuf[localin + ipos + 1]; + outptr += 2; + srcpos += drspos; + ret++; + } + } + else + while (ns-- != 0) + { + int ipos = (int)srcpos; + if (ipos >= rsinbuf_availtemp) break; // quit decoding, not enough input samples + + Array.Copy(m_rsinbuf, localin + ipos * nch, outBuffer, outptr, nch); + outptr += nch; + srcpos += drspos; + ret++; + } + } + else // linear interpolation + { + if (nch == 1) + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + double fracpos = srcpos - ipos; + + if (ipos >= rsinbuf_availtemp - 1) + { + break; // quit decoding, not enough input samples + } + + double ifracpos = 1.0 - fracpos; + int inptr = localin + ipos; + outBuffer[outptr++] = (WDL_ResampleSample)(m_rsinbuf[inptr] * (ifracpos) + m_rsinbuf[inptr + 1] * (fracpos)); + srcpos += drspos; + ret++; + } + } + else if (nch == 2) + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + double fracpos = srcpos - ipos; + + if (ipos >= rsinbuf_availtemp - 1) + { + break; // quit decoding, not enough input samples + } + + double ifracpos = 1.0 - fracpos; + int inptr = localin + ipos * 2; + outBuffer[outptr + 0] = (WDL_ResampleSample)(m_rsinbuf[inptr] * (ifracpos) + m_rsinbuf[inptr + 2] * (fracpos)); + outBuffer[outptr + 1] = (WDL_ResampleSample)(m_rsinbuf[inptr + 1] * (ifracpos) + m_rsinbuf[inptr + 3] * (fracpos)); + outptr += 2; + srcpos += drspos; + ret++; + } + } + else + { + while (ns-- != 0) + { + int ipos = (int)srcpos; + double fracpos = srcpos - ipos; + + if (ipos >= rsinbuf_availtemp - 1) + { + break; // quit decoding, not enough input samples + } + + double ifracpos = 1.0 - fracpos; + int ch = nch; + int inptr = localin + ipos * nch; + while (ch-- != 0) + { + outBuffer[outptr++] = (WDL_ResampleSample)(m_rsinbuf[inptr] * (ifracpos) + m_rsinbuf[inptr + nch] * (fracpos)); + inptr++; + } + srcpos += drspos; + ret++; + } + } + } + + if (m_filtercnt > 0) + { + if (m_ratio < 1.0 && ret > 0) // filter output + { + if (m_iirfilter == null) m_iirfilter = new WDL_Resampler_IIRFilter(); + int n = m_filtercnt; + m_iirfilter.setParms(m_ratio * m_filterpos, m_filterq); + + int x, a; + int offs = 0; + for (x = 0; x < nch; x++) + for (a = 0; a < n; a++) + m_iirfilter.Apply(outBuffer, x, outBuffer, x, ret, nch, offs++); + } + } + + if (ret > 0 && rsinbuf_availtemp > m_samples_in_rsinbuf) // we had to pad!! + { + // check for the case where rsinbuf_availtemp>m_samples_in_rsinbuf, decrease ret down to actual valid samples + double adj = (srcpos - m_samples_in_rsinbuf + outlatadj) / drspos; + if (adj > 0) + { + ret -= (int)(adj + 0.5); + if (ret < 0) ret = 0; + } + } + + int isrcpos = (int)srcpos; + m_fracpos = srcpos - isrcpos; + m_samples_in_rsinbuf -= isrcpos; + if (m_samples_in_rsinbuf <= 0) + { + m_samples_in_rsinbuf = 0; + } + else + { + // TODO: bug here + Array.Copy(m_rsinbuf, localin + isrcpos * nch, m_rsinbuf, localin, m_samples_in_rsinbuf * nch); + } + + + + return ret; + } + + // only called in sinc modes + private void BuildLowPass(double filtpos) + { + int wantsize = m_sincsize; + int wantinterp = m_sincoversize; + + if (m_filter_ratio != filtpos || + m_filter_coeffs_size != wantsize || + m_lp_oversize != wantinterp) + { + m_lp_oversize = wantinterp; + m_filter_ratio = filtpos; + + // build lowpass filter + int allocsize = (wantsize + 1) * m_lp_oversize; + Array.Resize(ref m_filter_coeffs, allocsize); + //int cfout = 0; // this is an index into m_filter_coeffs + if (m_filter_coeffs.Length == allocsize) + { + m_filter_coeffs_size = wantsize; + + int sz = wantsize * m_lp_oversize; + int hsz = sz / 2; + double filtpower = 0.0; + double windowpos = 0.0; + double dwindowpos = 2.0 * PI / (double)(sz); + double dsincpos = PI / m_lp_oversize * filtpos; // filtpos is outrate/inrate, i.e. 0.5 is going to half rate + double sincpos = dsincpos * (double)(-hsz); + + int x; + for (x = -hsz; x < hsz + m_lp_oversize; x++) + { + double val = 0.35875 - 0.48829 * Math.Cos(windowpos) + 0.14128 * Math.Cos(2 * windowpos) - 0.01168 * Math.Cos(6 * windowpos); // blackman-harris + if (x != 0) val *= Math.Sin(sincpos) / sincpos; + + windowpos += dwindowpos; + sincpos += dsincpos; + + m_filter_coeffs[hsz + x] = (WDL_SincFilterSample)val; + if (x < hsz) filtpower += val; + } + filtpower = m_lp_oversize / filtpower; + for (x = 0; x < sz + m_lp_oversize; x++) + { + m_filter_coeffs[x] = (WDL_SincFilterSample)(m_filter_coeffs[x] * filtpower); + } + } + else m_filter_coeffs_size = 0; + + } + } + + // SincSample(WDL_ResampleSample *outptr, WDL_ResampleSample *inptr, double fracpos, int nch, WDL_SincFilterSample *filter, int filtsz) + private void SincSample(WDL_ResampleSample[] outBuffer, int outBufferIndex, WDL_ResampleSample[] inBuffer, int inBufferIndex, double fracpos, int nch, WDL_SincFilterSample[] filter, int filterIndex, int filtsz) + { + int oversize = m_lp_oversize; + fracpos *= oversize; + int ifpos = (int)fracpos; + filterIndex += oversize - 1 - ifpos; + fracpos -= ifpos; + + for (int x = 0; x < nch; x++) + { + double sum = 0.0, sum2 = 0.0; + int fptr = filterIndex; + int iptr = inBufferIndex + x; + int i = filtsz; + while (i-- != 0) + { + sum += filter[fptr] * inBuffer[iptr]; + sum2 += filter[fptr + 1] * inBuffer[iptr]; + iptr += nch; + fptr += oversize; + } + outBuffer[outBufferIndex + x] = (WDL_ResampleSample)(sum * fracpos + sum2 * (1.0 - fracpos)); + } + } + + // SincSample1(WDL_ResampleSample* outptr, WDL_ResampleSample* inptr, double fracpos, WDL_SincFilterSample* filter, int filtsz) + private void SincSample1(WDL_ResampleSample[] outBuffer, int outBufferIndex, WDL_ResampleSample[] inBuffer, int inBufferIndex, double fracpos, WDL_SincFilterSample[] filter, int filterIndex, int filtsz) + { + int oversize = m_lp_oversize; + fracpos *= oversize; + int ifpos = (int)fracpos; + filterIndex += oversize - 1 - ifpos; + fracpos -= ifpos; + + double sum = 0.0, sum2 = 0.0; + int fptr = filterIndex; + int iptr = inBufferIndex; + int i = filtsz; + while (i-- != 0) + { + sum += filter[fptr] * inBuffer[iptr]; + sum2 += filter[fptr + 1] * inBuffer[iptr]; + iptr++; + fptr += oversize; + } + outBuffer[outBufferIndex] = (WDL_ResampleSample)(sum * fracpos + sum2 * (1.0 - fracpos)); + } + + // SincSample2(WDL_ResampleSample* outptr, WDL_ResampleSample* inptr, double fracpos, WDL_SincFilterSample* filter, int filtsz) + private void SincSample2(WDL_ResampleSample[] outptr, int outBufferIndex, WDL_ResampleSample[] inBuffer, int inBufferIndex, double fracpos, WDL_SincFilterSample[] filter, int filterIndex, int filtsz) + { + int oversize = m_lp_oversize; + fracpos *= oversize; + int ifpos = (int)fracpos; + filterIndex += oversize - 1 - ifpos; + fracpos -= ifpos; + + double sum = 0.0; + double sum2 = 0.0; + double sumb = 0.0; + double sum2b = 0.0; + int fptr = filterIndex; + int iptr = inBufferIndex; + int i = filtsz / 2; + while (i-- != 0) + { + sum += filter[fptr] * inBuffer[iptr]; + sum2 += filter[fptr] * inBuffer[iptr + 1]; + sumb += filter[fptr + 1] * inBuffer[iptr]; + sum2b += filter[fptr + 1] * inBuffer[iptr + 1]; + sum += filter[fptr + oversize] * inBuffer[iptr + 2]; + sum2 += filter[fptr + oversize] * inBuffer[iptr + 3]; + sumb += filter[fptr + oversize + 1] * inBuffer[iptr + 2]; + sum2b += filter[fptr + oversize + 1] * inBuffer[iptr + 3]; + iptr += 4; + fptr += oversize * 2; + } + outptr[outBufferIndex + 0] = (WDL_ResampleSample)(sum * fracpos + sumb * (1.0 - fracpos)); + outptr[outBufferIndex + 1] = (WDL_ResampleSample)(sum2 * fracpos + sum2b * (1.0 - fracpos)); + } + + private double m_sratein; // WDL_FIXALIGN + private double m_srateout; + private double m_fracpos; + private double m_ratio; + private double m_filter_ratio; + private float m_filterq, m_filterpos; + private WDL_ResampleSample[] m_rsinbuf; // WDL_TypedBuf<WDL_ResampleSample> + private WDL_SincFilterSample[] m_filter_coeffs; // WDL_TypedBuf<WDL_SincFilterSample> + + private WDL_Resampler_IIRFilter m_iirfilter; // WDL_Resampler_IIRFilter * + + private int m_filter_coeffs_size; + private int m_last_requested; + private int m_filtlatency; + private int m_samples_in_rsinbuf; + private int m_lp_oversize; + + private int m_sincsize; + private int m_filtercnt; + private int m_sincoversize; + private bool m_interp; + private bool m_feedmode; + + + + class WDL_Resampler_IIRFilter + { + public WDL_Resampler_IIRFilter() + { + m_fpos = -1; + Reset(); + } + + public void Reset() + { + m_hist = new double[WDL_RESAMPLE_MAX_FILTERS * WDL_RESAMPLE_MAX_NCH, 4]; + } + + public void setParms(double fpos, double Q) + { + if (Math.Abs(fpos - m_fpos) < 0.000001) return; + m_fpos = fpos; + + double pos = fpos * PI; + double cpos = Math.Cos(pos); + double spos = Math.Sin(pos); + + double alpha = spos / (2.0 * Q); + + double sc = 1.0 / (1 + alpha); + m_b1 = (1 - cpos) * sc; + m_b2 = m_b0 = m_b1 * 0.5; + m_a1 = -2 * cpos * sc; + m_a2 = (1 - alpha) * sc; + + } + + public void Apply(WDL_ResampleSample[] inBuffer, int inIndex, WDL_ResampleSample[] outBuffer, int outIndex, int ns, int span, int w) + { + double b0 = m_b0, b1 = m_b1, b2 = m_b2, a1 = m_a1, a2 = m_a2; + + while (ns-- != 0) + { + double inx = inBuffer[inIndex]; + inIndex += span; + double outx = (double)(inx * b0 + m_hist[w, 0] * b1 + m_hist[w, 1] * b2 - m_hist[w, 2] * a1 - m_hist[w, 3] * a2); + m_hist[w, 1] = m_hist[w, 0]; + m_hist[w, 0] = inx; + m_hist[w, 3] = m_hist[w, 2]; + m_hist[w, 2] = denormal_filter(outx); + outBuffer[outIndex] = (WDL_ResampleSample)m_hist[w, 2]; + + outIndex += span; + } + } + + double denormal_filter(float x) + { + // TODO: implement denormalisation + return x; + } + double denormal_filter(double x) + { + // TODO: implement denormalisation + return x; + } + + private double m_fpos; + private double m_a1, m_a2; + private double m_b0, m_b1, m_b2; + private double[,] m_hist; + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Dsp/WdlResampler.cs.meta b/NAudio-2.2.1/NAudio.Core/Dsp/WdlResampler.cs.meta new file mode 100644 index 0000000..c768f10 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Dsp/WdlResampler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e8fc91db3b581d2c1838b722c510af62 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats.meta b/NAudio-2.2.1/NAudio.Core/FileFormats.meta new file mode 100644 index 0000000..0229f05 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 2bfdce551a43e5b108bd7c5e5c6d1c31 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3.meta new file mode 100644 index 0000000..c9eaec4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 04a83e021c942fac482903119991a5c0 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/ChannelMode.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/ChannelMode.cs new file mode 100644 index 0000000..001435e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/ChannelMode.cs @@ -0,0 +1,26 @@ +namespace NAudio.Wave +{ + /// <summary> + /// Channel Mode + /// </summary> + public enum ChannelMode + { + /// <summary> + /// Stereo + /// </summary> + Stereo, + /// <summary> + /// Joint Stereo + /// </summary> + JointStereo, + /// <summary> + /// Dual Channel + /// </summary> + DualChannel, + /// <summary> + /// Mono + /// </summary> + Mono + } + +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/ChannelMode.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/ChannelMode.cs.meta new file mode 100644 index 0000000..e9ebaca --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/ChannelMode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8d327d03248d33862b3c20dfa9b98412 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/IMp3FrameDecompressor.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/IMp3FrameDecompressor.cs new file mode 100644 index 0000000..3dab9c4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/IMp3FrameDecompressor.cs @@ -0,0 +1,29 @@ +using System; + +namespace NAudio.Wave +{ + /// <summary> + /// Interface for MP3 frame by frame decoder + /// </summary> + public interface IMp3FrameDecompressor : IDisposable + { + /// <summary> + /// Decompress a single MP3 frame + /// </summary> + /// <param name="frame">Frame to decompress</param> + /// <param name="dest">Output buffer</param> + /// <param name="destOffset">Offset within output buffer</param> + /// <returns>Bytes written to output buffer</returns> + int DecompressFrame(Mp3Frame frame, byte[] dest, int destOffset); + + /// <summary> + /// Tell the decoder that we have repositioned + /// </summary> + void Reset(); + + /// <summary> + /// PCM format that we are converting into + /// </summary> + WaveFormat OutputFormat { get; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/IMp3FrameDecompressor.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/IMp3FrameDecompressor.cs.meta new file mode 100644 index 0000000..3138fcf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/IMp3FrameDecompressor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1fa554d3bdb10af1c82e1c4406311f4f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Id3v2Tag.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Id3v2Tag.cs new file mode 100644 index 0000000..9301e12 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Id3v2Tag.cs @@ -0,0 +1,238 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.IO; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// An ID3v2 Tag + /// </summary> + public class Id3v2Tag + { + private long tagStartPosition; + private long tagEndPosition; + private byte[] rawData; + + /// <summary> + /// Reads an ID3v2 tag from a stream + /// </summary> + public static Id3v2Tag ReadTag(Stream input) + { + try + { + return new Id3v2Tag(input); + } + catch (FormatException) + { + return null; + } + } + + #region Id3v2 Creation from key-value pairs + + /// <summary> + /// Creates a new ID3v2 tag from a collection of key-value pairs. + /// </summary> + /// <param name="tags">A collection of key-value pairs containing the tags to include in the ID3v2 tag.</param> + /// <returns>A new ID3v2 tag</returns> + public static Id3v2Tag Create(IEnumerable<KeyValuePair<string, string>> tags) + { + return Id3v2Tag.ReadTag(CreateId3v2TagStream(tags)); + } + + /// <summary> + /// Convert the frame size to a byte array. + /// </summary> + /// <param name="n">The frame body size.</param> + /// <returns></returns> + static byte[] FrameSizeToBytes(int n) + { + byte[] result = BitConverter.GetBytes(n); + Array.Reverse(result); + return result; + } + + /// <summary> + /// Creates an ID3v2 frame for the given key-value pair. + /// </summary> + /// <param name="key"></param> + /// <param name="value"></param> + /// <returns></returns> + static byte[] CreateId3v2Frame(string key, string value) + { + if (string.IsNullOrEmpty(key)) + { + throw new ArgumentNullException("key"); + } + + if (string.IsNullOrEmpty(value)) + { + throw new ArgumentNullException("value"); + } + + if (key.Length != 4) + { + throw new ArgumentOutOfRangeException("key", "key " + key + " must be 4 characters long"); + } + + const byte UnicodeEncoding = 01; // encode text in Unicode + byte[] UnicodeOrder = new byte[] { 0xff, 0xfe }; // Unicode byte order mark + byte[] language = new byte[] { 0, 0, 0 }; // language is empty (only used in COMM -> comment) + byte[] shortDescription = new byte[] { 0, 0 }; // short description is empty (only used in COMM -> comment) + + byte[] body; + if (key == "COMM") // comment + { + body = ByteArrayExtensions.Concat( + new byte[] { UnicodeEncoding }, + language, + shortDescription, + UnicodeOrder, + Encoding.Unicode.GetBytes(value)); + } + else + { + body = ByteArrayExtensions.Concat( + new byte[] { UnicodeEncoding }, + UnicodeOrder, + Encoding.Unicode.GetBytes(value)); + } + + return ByteArrayExtensions.Concat( + // needs review - have converted to UTF8 as Win 8 has no Encoding.ASCII, + // need to check what the rules are for ID3v2 tag identifiers + Encoding.UTF8.GetBytes(key), + FrameSizeToBytes(body.Length), + new byte[] { 0, 0 }, // flags + body); + } + + /// <summary> + /// Gets the Id3v2 Header size. The size is encoded so that only 7 bits per byte are actually used. + /// </summary> + /// <param name="size"></param> + /// <returns></returns> + static byte[] GetId3TagHeaderSize(int size) + { + byte[] result = new byte[4]; + for (int idx = result.Length - 1; idx >= 0; idx--) + { + result[idx] = (byte)(size % 128); + size = size / 128; + } + + return result; + } + + /// <summary> + /// Creates the Id3v2 tag header and returns is as a byte array. + /// </summary> + /// <param name="frames">The Id3v2 frames that will be included in the file. This is used to calculate the ID3v2 tag size.</param> + /// <returns></returns> + static byte[] CreateId3v2TagHeader(IEnumerable<byte[]> frames) + { + int size = 0; + foreach (byte[] frame in frames) + { + size += frame.Length; + } + + byte[] tagHeader = ByteArrayExtensions.Concat( + Encoding.UTF8.GetBytes("ID3"), + new byte[] { 3, 0 }, // version + new byte[] { 0 }, // flags + GetId3TagHeaderSize(size)); + return tagHeader; + } + + /// <summary> + /// Creates the Id3v2 tag for the given key-value pairs and returns it in the a stream. + /// </summary> + /// <param name="tags"></param> + /// <returns></returns> + static Stream CreateId3v2TagStream(IEnumerable<KeyValuePair<string, string>> tags) + { + List<byte[]> frames = new List<byte[]>(); + foreach (KeyValuePair<string, string> tag in tags) + { + frames.Add(CreateId3v2Frame(tag.Key, tag.Value)); + } + + byte[] header = CreateId3v2TagHeader(frames); + + MemoryStream ms = new MemoryStream(); + ms.Write(header, 0, header.Length); + foreach (byte[] frame in frames) + { + ms.Write(frame, 0, frame.Length); + } + + ms.Position = 0; + return ms; + } + + #endregion + + private Id3v2Tag(Stream input) + { + tagStartPosition = input.Position; + var reader = new BinaryReader(input); + byte[] headerBytes = reader.ReadBytes(10); + if ((headerBytes.Length >= 3) && + (headerBytes[0] == (byte)'I') && + (headerBytes[1] == (byte)'D') && + (headerBytes[2] == '3')) + { + + // http://www.id3.org/develop.html + // OK found an ID3 tag + // bytes 3 & 4 are ID3v2 version + + if ((headerBytes[5] & 0x40) == 0x40) + { + // extended header present + byte[] extendedHeader = reader.ReadBytes(4); + int extendedHeaderLength = extendedHeader[0] * (1 << 21); + extendedHeaderLength += extendedHeader[1] * (1 << 14); + extendedHeaderLength += extendedHeader[2] * (1 << 7); + extendedHeaderLength += extendedHeader[3]; + } + + // synchsafe + int dataLength = headerBytes[6] * (1 << 21); + dataLength += headerBytes[7] * (1 << 14); + dataLength += headerBytes[8] * (1 << 7); + dataLength += headerBytes[9]; + byte[] tagData = reader.ReadBytes(dataLength); + + if ((headerBytes[5] & 0x10) == 0x10) + { + // footer present + byte[] footer = reader.ReadBytes(10); + } + } + else + { + input.Position = tagStartPosition; + throw new FormatException("Not an ID3v2 tag"); + } + tagEndPosition = input.Position; + input.Position = tagStartPosition; + rawData = reader.ReadBytes((int)(tagEndPosition - tagStartPosition)); + + } + + /// <summary> + /// Raw data from this tag + /// </summary> + public byte[] RawData + { + get + { + return rawData; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Id3v2Tag.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Id3v2Tag.cs.meta new file mode 100644 index 0000000..49515e7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Id3v2Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 885b808a3099f0e53a8ddf5bd811c00d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Mp3Frame.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Mp3Frame.cs new file mode 100644 index 0000000..615f5aa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Mp3Frame.cs @@ -0,0 +1,278 @@ +using System; +using System.IO; + +namespace NAudio.Wave +{ + + /// <summary> + /// Represents an MP3 Frame + /// </summary> + public class Mp3Frame + { + private static readonly int[,,] bitRates = new int[,,] { + { + // MPEG Version 1 + { 0, 32, 64, 96, 128, 160, 192, 224, 256, 288, 320, 352, 384, 416, 448 }, // Layer 1 + { 0, 32, 48, 56, 64, 80, 96, 112, 128, 160, 192, 224, 256, 320, 384 }, // Layer 2 + { 0, 32, 40, 48, 56, 64, 80, 96, 112, 128, 160, 192, 224, 256, 320 }, // Layer 3 + }, + { + // MPEG Version 2 & 2.5 + { 0, 32, 48, 56, 64, 80, 96, 112, 128, 144, 160, 176, 192, 224, 256 }, // Layer 1 + { 0, 8, 16, 24, 32, 40, 48, 56, 64, 80, 96, 112, 128, 144, 160 }, // Layer 2 + { 0, 8, 16, 24, 32, 40, 48, 56, 64, 80, 96, 112, 128, 144, 160 }, // Layer 3 (same as layer 2) + } + }; + private static readonly int[,] samplesPerFrame = new int[,] { + { // MPEG Version 1 + 384, // Layer1 + 1152, // Layer2 + 1152 // Layer3 + }, + { // MPEG Version 2 & 2.5 + 384, // Layer1 + 1152, // Layer2 + 576 // Layer3 + } + }; + + private static readonly int[] sampleRatesVersion1 = new int[] {44100, 48000, 32000}; + private static readonly int[] sampleRatesVersion2 = new int[] {22050, 24000, 16000}; + private static readonly int[] sampleRatesVersion25 = new int[] {11025, 12000, 8000}; + + //private short crc; + private const int MaxFrameLength = 16*1024; + + /// <summary> + /// Reads an MP3 frame from a stream + /// </summary> + /// <param name="input">input stream</param> + /// <returns>A valid MP3 frame, or null if none found</returns> + public static Mp3Frame LoadFromStream(Stream input) + { + return LoadFromStream(input, true); + } + + /// <summary>Reads an MP3Frame from a stream</summary> + /// <remarks>http://mpgedit.org/mpgedit/mpeg_format/mpeghdr.htm has some good info + /// also see http://www.codeproject.com/KB/audio-video/mpegaudioinfo.aspx + /// </remarks> + /// <returns>A valid MP3 frame, or null if none found</returns> + public static Mp3Frame LoadFromStream(Stream input, bool readData) + { + var frame = new Mp3Frame(); + frame.FileOffset = input.Position; + byte[] headerBytes = new byte[4]; + int bytesRead = input.Read(headerBytes, 0, headerBytes.Length); + if (bytesRead < headerBytes.Length) + { + // reached end of stream, no more MP3 frames + return null; + } + while (!IsValidHeader(headerBytes, frame)) + { + // shift down by one and try again + headerBytes[0] = headerBytes[1]; + headerBytes[1] = headerBytes[2]; + headerBytes[2] = headerBytes[3]; + bytesRead = input.Read(headerBytes, 3, 1); + if (bytesRead < 1) + { + return null; + } + frame.FileOffset++; + } + /* no longer read the CRC since we include this in framelengthbytes + if (this.crcPresent) + this.crc = reader.ReadInt16();*/ + + int bytesRequired = frame.FrameLength - 4; + if (readData) + { + frame.RawData = new byte[frame.FrameLength]; + Array.Copy(headerBytes, frame.RawData, 4); + bytesRead = input.Read(frame.RawData, 4, bytesRequired); + if (bytesRead < bytesRequired) + { + // TODO: could have an option to suppress this, although it does indicate a corrupt file + // for now, caller should handle this exception + throw new EndOfStreamException("Unexpected end of stream before frame complete"); + } + } + else + { + // n.b. readData should not be false if input stream does not support seeking + input.Position += bytesRequired; + } + + return frame; + } + + + /// <summary> + /// Constructs an MP3 frame + /// </summary> + private Mp3Frame() + { + + } + + /// <summary> + /// checks if the four bytes represent a valid header, + /// if they are, will parse the values into Mp3Frame + /// </summary> + private static bool IsValidHeader(byte[] headerBytes, Mp3Frame frame) + { + if ((headerBytes[0] == 0xFF) && ((headerBytes[1] & 0xE0) == 0xE0)) + { + // TODO: could do with a bitstream class here + frame.MpegVersion = (MpegVersion) ((headerBytes[1] & 0x18) >> 3); + if (frame.MpegVersion == MpegVersion.Reserved) + { + //throw new FormatException("Unsupported MPEG Version"); + return false; + } + + frame.MpegLayer = (MpegLayer) ((headerBytes[1] & 0x06) >> 1); + + if (frame.MpegLayer == MpegLayer.Reserved) + { + return false; + } + int layerIndex = frame.MpegLayer == MpegLayer.Layer1 ? 0 : frame.MpegLayer == MpegLayer.Layer2 ? 1 : 2; + frame.CrcPresent = (headerBytes[1] & 0x01) == 0x00; + frame.BitRateIndex = (headerBytes[2] & 0xF0) >> 4; + if (frame.BitRateIndex == 15) + { + // invalid index + return false; + } + int versionIndex = frame.MpegVersion == Wave.MpegVersion.Version1 ? 0 : 1; + frame.BitRate = bitRates[versionIndex, layerIndex, frame.BitRateIndex]*1000; + if (frame.BitRate == 0) + { + return false; + } + int sampleFrequencyIndex = (headerBytes[2] & 0x0C) >> 2; + if (sampleFrequencyIndex == 3) + { + return false; + } + + if (frame.MpegVersion == MpegVersion.Version1) + { + frame.SampleRate = sampleRatesVersion1[sampleFrequencyIndex]; + } + else if (frame.MpegVersion == MpegVersion.Version2) + { + frame.SampleRate = sampleRatesVersion2[sampleFrequencyIndex]; + } + else + { + // mpegVersion == MpegVersion.Version25 + frame.SampleRate = sampleRatesVersion25[sampleFrequencyIndex]; + } + + bool padding = (headerBytes[2] & 0x02) == 0x02; + bool privateBit = (headerBytes[2] & 0x01) == 0x01; + frame.ChannelMode = (ChannelMode) ((headerBytes[3] & 0xC0) >> 6); + frame.ChannelExtension = (headerBytes[3] & 0x30) >> 4; + if (frame.ChannelExtension != 0 && frame.ChannelMode != ChannelMode.JointStereo) + { + return false; + } + + + frame.Copyright = (headerBytes[3] & 0x08) == 0x08; + bool original = (headerBytes[3] & 0x04) == 0x04; + int emphasis = (headerBytes[3] & 0x03); + + int nPadding = padding ? 1 : 0; + + frame.SampleCount = samplesPerFrame[versionIndex, layerIndex]; + int coefficient = frame.SampleCount/8; + if (frame.MpegLayer == MpegLayer.Layer1) + { + frame.FrameLength = (coefficient*frame.BitRate/frame.SampleRate + nPadding)*4; + } + else + { + frame.FrameLength = (coefficient*frame.BitRate)/frame.SampleRate + nPadding; + } + + if (frame.FrameLength > MaxFrameLength) + { + return false; + } + return true; + } + return false; + } + + /// <summary> + /// Sample rate of this frame + /// </summary> + public int SampleRate { get; private set; } + + /// <summary> + /// Frame length in bytes + /// </summary> + public int FrameLength { get; private set; } + + /// <summary> + /// Bit Rate + /// </summary> + public int BitRate { get; private set; } + + /// <summary> + /// Raw frame data (includes header bytes) + /// </summary> + public byte[] RawData { get; private set; } + + /// <summary> + /// MPEG Version + /// </summary> + public MpegVersion MpegVersion { get; private set; } + + /// <summary> + /// MPEG Layer + /// </summary> + public MpegLayer MpegLayer { get; private set; } + + /// <summary> + /// Channel Mode + /// </summary> + public ChannelMode ChannelMode { get; private set; } + + /// <summary> + /// The number of samples in this frame + /// </summary> + public int SampleCount { get; private set; } + + /// <summary> + /// The channel extension bits + /// </summary> + public int ChannelExtension { get; private set; } + + /// <summary> + /// The bitrate index (directly from the header) + /// </summary> + public int BitRateIndex { get; private set; } + + /// <summary> + /// Whether the Copyright bit is set + /// </summary> + public bool Copyright { get; private set; } + + /// <summary> + /// Whether a CRC is present + /// </summary> + public bool CrcPresent { get; private set; } + + + /// <summary> + /// Not part of the MP3 frame itself - indicates where in the stream we found this header + /// </summary> + public long FileOffset { get; private set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Mp3Frame.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Mp3Frame.cs.meta new file mode 100644 index 0000000..9686098 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/Mp3Frame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ddd4473ebace51cf7a0af87b52fc99bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegLayer.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegLayer.cs new file mode 100644 index 0000000..6235046 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegLayer.cs @@ -0,0 +1,25 @@ +namespace NAudio.Wave +{ + /// <summary> + /// MPEG Layer flags + /// </summary> + public enum MpegLayer + { + /// <summary> + /// Reserved + /// </summary> + Reserved, + /// <summary> + /// Layer 3 + /// </summary> + Layer3, + /// <summary> + /// Layer 2 + /// </summary> + Layer2, + /// <summary> + /// Layer 1 + /// </summary> + Layer1 + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegLayer.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegLayer.cs.meta new file mode 100644 index 0000000..f180c4c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegLayer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e2962ca896cb1e9daa5b1a31cd0b4461 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegVersion.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegVersion.cs new file mode 100644 index 0000000..7fde286 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegVersion.cs @@ -0,0 +1,25 @@ +namespace NAudio.Wave +{ + /// <summary> + /// MPEG Version Flags + /// </summary> + public enum MpegVersion + { + /// <summary> + /// Version 2.5 + /// </summary> + Version25, + /// <summary> + /// Reserved + /// </summary> + Reserved, + /// <summary> + /// Version 2 + /// </summary> + Version2, + /// <summary> + /// Version 1 + /// </summary> + Version1 + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegVersion.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegVersion.cs.meta new file mode 100644 index 0000000..7057570 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/MpegVersion.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 320265f8457c08b5ba324954599b5667 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/XingHeader.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/XingHeader.cs new file mode 100644 index 0000000..a55e7fa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/XingHeader.cs @@ -0,0 +1,194 @@ +using System; + +namespace NAudio.Wave +{ + /// <summary> + /// Represents a Xing VBR header + /// </summary> + public class XingHeader + { + [Flags] + enum XingHeaderOptions + { + Frames = 1, + Bytes = 2, + Toc = 4, + VbrScale = 8 + } + + private static int[] sr_table = { 44100, 48000, 32000, 99999 }; + private int vbrScale = -1; + private int startOffset; + private int endOffset; + + private int tocOffset = -1; + private int framesOffset = -1; + private int bytesOffset = -1; + private Mp3Frame frame; + + private static int ReadBigEndian(byte[] buffer, int offset) + { + int x; + // big endian extract + x = buffer[offset+0]; + x <<= 8; + x |= buffer[offset+1]; + x <<= 8; + x |= buffer[offset+2]; + x <<= 8; + x |= buffer[offset+3]; + + return x; + } + + private void WriteBigEndian(byte[] buffer, int offset, int value) + { + byte[] littleEndian = BitConverter.GetBytes(value); + for (int n = 0; n < 4; n++) + { + buffer[offset + 3 - n] = littleEndian[n]; + } + } + + /// <summary> + /// Load Xing Header + /// </summary> + /// <param name="frame">Frame</param> + /// <returns>Xing Header</returns> + public static XingHeader LoadXingHeader(Mp3Frame frame) + { + XingHeader xingHeader = new XingHeader(); + xingHeader.frame = frame; + int offset = 0; + + if (frame.MpegVersion == MpegVersion.Version1) + { + if (frame.ChannelMode != ChannelMode.Mono) + offset = 32 + 4; + else + offset = 17 + 4; + } + else if (frame.MpegVersion == MpegVersion.Version2) + { + if (frame.ChannelMode != ChannelMode.Mono) + offset = 17 + 4; + else + offset = 9 + 4; + } + else + { + return null; + // throw new FormatException("Unsupported MPEG Version"); + } + + if ((frame.RawData[offset + 0] == 'X') && + (frame.RawData[offset + 1] == 'i') && + (frame.RawData[offset + 2] == 'n') && + (frame.RawData[offset + 3] == 'g')) + { + xingHeader.startOffset = offset; + offset += 4; + } + else if ((frame.RawData[offset + 0] == 'I') && + (frame.RawData[offset + 1] == 'n') && + (frame.RawData[offset + 2] == 'f') && + (frame.RawData[offset + 3] == 'o')) + { + xingHeader.startOffset = offset; + offset += 4; + } + else + { + return null; + } + + XingHeaderOptions flags = (XingHeaderOptions)ReadBigEndian(frame.RawData, offset); + offset += 4; + + if ((flags & XingHeaderOptions.Frames) != 0) + { + xingHeader.framesOffset = offset; + offset += 4; + } + if ((flags & XingHeaderOptions.Bytes) != 0) + { + xingHeader.bytesOffset = offset; + offset += 4; + } + if ((flags & XingHeaderOptions.Toc) != 0) + { + xingHeader.tocOffset = offset; + offset += 100; + } + if ((flags & XingHeaderOptions.VbrScale) != 0) + { + xingHeader.vbrScale = ReadBigEndian(frame.RawData, offset); + offset += 4; + } + xingHeader.endOffset = offset; + return xingHeader; + } + + /// <summary> + /// Sees if a frame contains a Xing header + /// </summary> + private XingHeader() + { + } + + /// <summary> + /// Number of frames + /// </summary> + public int Frames + { + get + { + if(framesOffset == -1) + return -1; + return ReadBigEndian(frame.RawData, framesOffset); + } + set + { + if (framesOffset == -1) + throw new InvalidOperationException("Frames flag is not set"); + WriteBigEndian(frame.RawData, framesOffset, value); + } + } + + /// <summary> + /// Number of bytes + /// </summary> + public int Bytes + { + get + { + if(bytesOffset == -1) + return -1; + return ReadBigEndian(frame.RawData, bytesOffset); + } + set + { + if (framesOffset == -1) + throw new InvalidOperationException("Bytes flag is not set"); + WriteBigEndian(frame.RawData, bytesOffset, value); + } + } + + /// <summary> + /// VBR Scale property + /// </summary> + public int VbrScale + { + get { return vbrScale; } + } + + /// <summary> + /// The MP3 frame + /// </summary> + public Mp3Frame Mp3Frame + { + get { return frame; } + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/XingHeader.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/XingHeader.cs.meta new file mode 100644 index 0000000..cbc0292 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Mp3/XingHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 248dc08407c0be51d9cf681f9aa547aa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont.meta new file mode 100644 index 0000000..da700a9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: d694494830d5159c0a631ff056488570 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Generator.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Generator.cs new file mode 100644 index 0000000..ada096c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Generator.cs @@ -0,0 +1,82 @@ +namespace NAudio.SoundFont +{ + /// <summary> + /// Soundfont generator + /// </summary> + public class Generator + { + /// <summary> + /// Gets the generator type + /// </summary> + public GeneratorEnum GeneratorType { get; set; } + + /// <summary> + /// Generator amount as an unsigned short + /// </summary> + public ushort UInt16Amount { get; set; } + + /// <summary> + /// Generator amount as a signed short + /// </summary> + public short Int16Amount + { + get => (short)UInt16Amount; + set => UInt16Amount = (ushort)value; + } + + /// <summary> + /// Low byte amount + /// </summary> + public byte LowByteAmount + { + get + { + return (byte)(UInt16Amount & 0x00FF); + } + set + { + UInt16Amount &= 0xFF00; + UInt16Amount += value; + } + } + + /// <summary> + /// High byte amount + /// </summary> + public byte HighByteAmount + { + get + { + return (byte)((UInt16Amount & 0xFF00) >> 8); + } + set + { + UInt16Amount &= 0x00FF; + UInt16Amount += (ushort)(value << 8); + } + } + + /// <summary> + /// Instrument + /// </summary> + public Instrument Instrument { get; set; } + + /// <summary> + /// Sample Header + /// </summary> + public SampleHeader SampleHeader { get; set; } + + /// <summary> + /// <see cref="object.ToString"/> + /// </summary> + public override string ToString() + { + if (GeneratorType == GeneratorEnum.Instrument) + return $"Generator Instrument {Instrument.Name}"; + else if (GeneratorType == GeneratorEnum.SampleID) + return $"Generator SampleID {SampleHeader}"; + else + return $"Generator {GeneratorType} {UInt16Amount}"; + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Generator.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Generator.cs.meta new file mode 100644 index 0000000..d3842dd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Generator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2ca71a120b28b526da8fd94e7b335272 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorBuilder.cs new file mode 100644 index 0000000..b18abe4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorBuilder.cs @@ -0,0 +1,48 @@ +using System.IO; + +namespace NAudio.SoundFont +{ + internal class GeneratorBuilder : StructureBuilder<Generator> + { + public override Generator Read(BinaryReader br) + { + Generator g = new Generator(); + g.GeneratorType = (GeneratorEnum)br.ReadUInt16(); + g.UInt16Amount = br.ReadUInt16(); + data.Add(g); + return g; + } + + public override void Write(BinaryWriter bw, Generator o) + { + //Zone z = (Zone) o; + //bw.Write(p.---); + } + + public override int Length => 4; + + public Generator[] Generators => data.ToArray(); + + public void Load(Instrument[] instruments) + { + foreach (Generator g in Generators) + { + if (g.GeneratorType == GeneratorEnum.Instrument) + { + g.Instrument = instruments[g.UInt16Amount]; + } + } + } + + public void Load(SampleHeader[] sampleHeaders) + { + foreach (Generator g in Generators) + { + if (g.GeneratorType == GeneratorEnum.SampleID) + { + g.SampleHeader = sampleHeaders[g.UInt16Amount]; + } + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorBuilder.cs.meta new file mode 100644 index 0000000..361fe1f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bfa287d06e76883baabb9d8bdcf9f66b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorEnum.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorEnum.cs new file mode 100644 index 0000000..f4e4186 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorEnum.cs @@ -0,0 +1,133 @@ +using System; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Generator types + /// </summary> + public enum GeneratorEnum + { + /// <summary>Start address offset</summary> + StartAddressOffset = 0, + /// <summary>End address offset</summary> + EndAddressOffset, + /// <summary>Start loop address offset</summary> + StartLoopAddressOffset, + /// <summary>End loop address offset</summary> + EndLoopAddressOffset, + /// <summary>Start address coarse offset</summary> + StartAddressCoarseOffset, + /// <summary>Modulation LFO to pitch</summary> + ModulationLFOToPitch, + /// <summary>Vibrato LFO to pitch</summary> + VibratoLFOToPitch, + /// <summary>Modulation envelope to pitch</summary> + ModulationEnvelopeToPitch, + /// <summary>Initial filter cutoff frequency</summary> + InitialFilterCutoffFrequency, + /// <summary>Initial filter Q</summary> + InitialFilterQ, + /// <summary>Modulation LFO to filter Cutoff frequency</summary> + ModulationLFOToFilterCutoffFrequency, + /// <summary>Modulation envelope to filter cutoff frequency</summary> + ModulationEnvelopeToFilterCutoffFrequency, + /// <summary>End address coarse offset</summary> + EndAddressCoarseOffset, + /// <summary>Modulation LFO to volume</summary> + ModulationLFOToVolume, + /// <summary>Unused</summary> + Unused1, + /// <summary>Chorus effects send</summary> + ChorusEffectsSend, + /// <summary>Reverb effects send</summary> + ReverbEffectsSend, + /// <summary>Pan</summary> + Pan, + /// <summary>Unused</summary> + Unused2, + /// <summary>Unused</summary> + Unused3, + /// <summary>Unused</summary> + Unused4, + /// <summary>Delay modulation LFO</summary> + DelayModulationLFO, + /// <summary>Frequency modulation LFO</summary> + FrequencyModulationLFO, + /// <summary>Delay vibrato LFO</summary> + DelayVibratoLFO, + /// <summary>Frequency vibrato LFO</summary> + FrequencyVibratoLFO, + /// <summary>Delay modulation envelope</summary> + DelayModulationEnvelope, + /// <summary>Attack modulation envelope</summary> + AttackModulationEnvelope, + /// <summary>Hold modulation envelope</summary> + HoldModulationEnvelope, + /// <summary>Decay modulation envelope</summary> + DecayModulationEnvelope, + /// <summary>Sustain modulation envelop</summary> + SustainModulationEnvelope, + /// <summary>Release modulation envelope</summary> + ReleaseModulationEnvelope, + /// <summary>Key number to modulation envelope hold</summary> + KeyNumberToModulationEnvelopeHold, + /// <summary>Key number to modulation envelope decay</summary> + KeyNumberToModulationEnvelopeDecay, + /// <summary>Delay volume envelope</summary> + DelayVolumeEnvelope, + /// <summary>Attack volume envelope</summary> + AttackVolumeEnvelope, + /// <summary>Hold volume envelope</summary> + HoldVolumeEnvelope, + /// <summary>Decay volume envelope</summary> + DecayVolumeEnvelope, + /// <summary>Sustain volume envelope</summary> + SustainVolumeEnvelope, + /// <summary>Release volume envelope</summary> + ReleaseVolumeEnvelope, + /// <summary>Key number to volume envelope hold</summary> + KeyNumberToVolumeEnvelopeHold, + /// <summary>Key number to volume envelope decay</summary> + KeyNumberToVolumeEnvelopeDecay, + /// <summary>Instrument</summary> + Instrument, + /// <summary>Reserved</summary> + Reserved1, + /// <summary>Key range</summary> + KeyRange, + /// <summary>Velocity range</summary> + VelocityRange, + /// <summary>Start loop address coarse offset</summary> + StartLoopAddressCoarseOffset, + /// <summary>Key number</summary> + KeyNumber, + /// <summary>Velocity</summary> + Velocity, + /// <summary>Initial attenuation</summary> + InitialAttenuation, + /// <summary>Reserved</summary> + Reserved2, + /// <summary>End loop address coarse offset</summary> + EndLoopAddressCoarseOffset, + /// <summary>Coarse tune</summary> + CoarseTune, + /// <summary>Fine tune</summary> + FineTune, + /// <summary>Sample ID</summary> + SampleID, + /// <summary>Sample modes</summary> + SampleModes, + /// <summary>Reserved</summary> + Reserved3, + /// <summary>Scale tuning</summary> + ScaleTuning, + /// <summary>Exclusive class</summary> + ExclusiveClass, + /// <summary>Overriding root key</summary> + OverridingRootKey, + /// <summary>Unused</summary> + Unused5, + /// <summary>Unused</summary> + UnusedEnd + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorEnum.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorEnum.cs.meta new file mode 100644 index 0000000..dbeaad7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/GeneratorEnum.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9045c8a79ebbbca81b748bffc7e33e53 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InfoChunk.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InfoChunk.cs new file mode 100644 index 0000000..0b68b7a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InfoChunk.cs @@ -0,0 +1,152 @@ +using System; +using System.IO; + +// ReSharper disable once CheckNamespace +namespace NAudio.SoundFont +{ + /// <summary> + /// A soundfont info chunk + /// </summary> + public class InfoChunk + { + internal InfoChunk(RiffChunk chunk) + { + bool ifilPresent = false; + bool inamPresent = false; + if(chunk.ReadChunkID() != "INFO") + { + throw new InvalidDataException("Not an INFO chunk"); + } + //this.chunk = chunk; + RiffChunk c; + while((c = chunk.GetNextSubChunk()) != null) + { + switch(c.ChunkID) + { + case "ifil": + ifilPresent = true; + SoundFontVersion = c.GetDataAsStructure(new SFVersionBuilder()); + break; + case "isng": + WaveTableSoundEngine = c.GetDataAsString(); + break; + case "INAM": + inamPresent = true; + BankName = c.GetDataAsString(); + break; + case "irom": + DataROM = c.GetDataAsString(); + break; + case "iver": + ROMVersion = c.GetDataAsStructure(new SFVersionBuilder()); + break; + case "ICRD": + CreationDate = c.GetDataAsString(); + break; + case "IENG": + Author = c.GetDataAsString(); + break; + case "IPRD": + TargetProduct = c.GetDataAsString(); + break; + case "ICOP": + Copyright = c.GetDataAsString(); + break; + case "ICMT": + Comments = c.GetDataAsString(); + break; + case "ISFT": + Tools = c.GetDataAsString(); + break; + default: + throw new InvalidDataException($"Unknown chunk type {c.ChunkID}"); + } + } + if(!ifilPresent) + { + throw new InvalidDataException("Missing SoundFont version information"); + } + // n.b. issue #150 - it is valid for isng not to be present + if(!inamPresent) + { + throw new InvalidDataException("Missing SoundFont name information"); + } + } + + /// <summary> + /// SoundFont Version + /// </summary> + public SFVersion SoundFontVersion { get; } + + /// <summary> + /// WaveTable sound engine + /// </summary> + public string WaveTableSoundEngine { get; set; } + + /// <summary> + /// Bank name + /// </summary> + public string BankName { get; set; } + + /// <summary> + /// Data ROM + /// </summary> + // ReSharper disable once InconsistentNaming + public string DataROM { get; set; } + + /// <summary> + /// Creation Date + /// </summary> + public string CreationDate { get; set; } + + /// <summary> + /// Author + /// </summary> + public string Author { get; set; } + + /// <summary> + /// Target Product + /// </summary> + public string TargetProduct { get; set; } + + /// <summary> + /// Copyright + /// </summary> + public string Copyright { get; set; } + + /// <summary> + /// Comments + /// </summary> + public string Comments { get; set; } + + /// <summary> + /// Tools + /// </summary> + public string Tools { get; set; } + + /// <summary> + /// ROM Version + /// </summary> + // ReSharper disable once InconsistentNaming + public SFVersion ROMVersion { get; set; } + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() + { + return string.Format("Bank Name: {0}\r\nAuthor: {1}\r\nCopyright: {2}\r\nCreation Date: {3}\r\nTools: {4}\r\nComments: {5}\r\nSound Engine: {6}\r\nSoundFont Version: {7}\r\nTarget Product: {8}\r\nData ROM: {9}\r\nROM Version: {10}", + BankName, + Author, + Copyright, + CreationDate, + Tools, + "TODO-fix comments",//Comments, + WaveTableSoundEngine, + SoundFontVersion, + TargetProduct, + DataROM, + ROMVersion); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InfoChunk.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InfoChunk.cs.meta new file mode 100644 index 0000000..6634eae --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InfoChunk.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5d807dd257ae41af98fbca7ce19609be +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Instrument.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Instrument.cs new file mode 100644 index 0000000..68bf7d4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Instrument.cs @@ -0,0 +1,28 @@ +using System; + +namespace NAudio.SoundFont +{ + /// <summary> + /// SoundFont instrument + /// </summary> + public class Instrument + { + internal ushort startInstrumentZoneIndex; + internal ushort endInstrumentZoneIndex; + + /// <summary> + /// instrument name + /// </summary> + public string Name { get; set; } + + /// <summary> + /// Zones + /// </summary> + public Zone[] Zones { get; set; } + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() => Name; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Instrument.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Instrument.cs.meta new file mode 100644 index 0000000..ea6fda9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Instrument.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 915449e7cff4e8323baea718b9bbac9e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InstrumentBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InstrumentBuilder.cs new file mode 100644 index 0000000..74323d6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InstrumentBuilder.cs @@ -0,0 +1,54 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Instrument Builder + /// </summary> + internal class InstrumentBuilder : StructureBuilder<Instrument> + { + private Instrument lastInstrument = null; + + public override Instrument Read(BinaryReader br) + { + Instrument i = new Instrument(); + string s = Encoding.UTF8.GetString(br.ReadBytes(20), 0, 20); + if (s.IndexOf('\0') >= 0) + { + s = s.Substring(0, s.IndexOf('\0')); + } + i.Name = s; + i.startInstrumentZoneIndex = br.ReadUInt16(); + if (lastInstrument != null) + { + lastInstrument.endInstrumentZoneIndex = (ushort)(i.startInstrumentZoneIndex - 1); + } + data.Add(i); + lastInstrument = i; + return i; + } + + public override void Write(BinaryWriter bw, Instrument instrument) + { + } + + public override int Length => 22; + + public void LoadZones(Zone[] zones) + { + // don't do the last preset, which is simply EOP + for (int instrument = 0; instrument < data.Count - 1; instrument++) + { + Instrument i = data[instrument]; + i.Zones = new Zone[i.endInstrumentZoneIndex - i.startInstrumentZoneIndex + 1]; + Array.Copy(zones, i.startInstrumentZoneIndex, i.Zones, 0, i.Zones.Length); + } + // we can get rid of the EOP record now + data.RemoveAt(data.Count - 1); + } + + public Instrument[] Instruments => data.ToArray(); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InstrumentBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InstrumentBuilder.cs.meta new file mode 100644 index 0000000..2560d1d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/InstrumentBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6379aa530dfca04609a977236a9edde8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Modulator.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Modulator.cs new file mode 100644 index 0000000..a64abc3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Modulator.cs @@ -0,0 +1,58 @@ +using System; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Transform Types + /// </summary> + public enum TransformEnum + { + /// <summary> + /// Linear + /// </summary> + Linear = 0 + } + + /// <summary> + /// Modulator + /// </summary> + public class Modulator + { + + /// <summary> + /// Source Modulation data type + /// </summary> + public ModulatorType SourceModulationData { get; set; } + + /// <summary> + /// Destination generator type + /// </summary> + public GeneratorEnum DestinationGenerator { get; set; } + + /// <summary> + /// Amount + /// </summary> + public short Amount { get; set; } + + /// <summary> + /// Source Modulation Amount Type + /// </summary> + public ModulatorType SourceModulationAmount { get; set; } + + /// <summary> + /// Source Transform Type + /// </summary> + public TransformEnum SourceTransform { get; set; } + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() + { + return String.Format("Modulator {0} {1} {2} {3} {4}", + SourceModulationData, DestinationGenerator, + Amount, SourceModulationAmount, SourceTransform); + } + + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Modulator.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Modulator.cs.meta new file mode 100644 index 0000000..a4f49d6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Modulator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c6ccfafe60ae9edd1bc40c356bf01323 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorBuilder.cs new file mode 100644 index 0000000..69c83f6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorBuilder.cs @@ -0,0 +1,29 @@ +using System.IO; + +namespace NAudio.SoundFont +{ + class ModulatorBuilder : StructureBuilder<Modulator> + { + public override Modulator Read(BinaryReader br) + { + Modulator m = new Modulator(); + m.SourceModulationData = new ModulatorType(br.ReadUInt16()); + m.DestinationGenerator = (GeneratorEnum)br.ReadUInt16(); + m.Amount = br.ReadInt16(); + m.SourceModulationAmount = new ModulatorType(br.ReadUInt16()); + m.SourceTransform = (TransformEnum)br.ReadUInt16(); + data.Add(m); + return m; + } + + public override void Write(BinaryWriter bw, Modulator o) + { + //Zone z = (Zone) o; + //bw.Write(p.---); + } + + public override int Length => 10; + + public Modulator[] Modulators => data.ToArray(); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorBuilder.cs.meta new file mode 100644 index 0000000..670c438 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0396c63a18e17413c9973b063c6854ad +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorType.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorType.cs new file mode 100644 index 0000000..d5f566d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorType.cs @@ -0,0 +1,101 @@ +using System; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Controller Sources + /// </summary> + public enum ControllerSourceEnum + { + /// <summary> + /// No Controller + /// </summary> + NoController = 0, + /// <summary> + /// Note On Velocity + /// </summary> + NoteOnVelocity = 2, + /// <summary> + /// Note On Key Number + /// </summary> + NoteOnKeyNumber = 3, + /// <summary> + /// Poly Pressure + /// </summary> + PolyPressure = 10, + /// <summary> + /// Channel Pressure + /// </summary> + ChannelPressure = 13, + /// <summary> + /// Pitch Wheel + /// </summary> + PitchWheel = 14, + /// <summary> + /// Pitch Wheel Sensitivity + /// </summary> + PitchWheelSensitivity = 16 + } + + /// <summary> + /// Source Types + /// </summary> + public enum SourceTypeEnum + { + /// <summary> + /// Linear + /// </summary> + Linear, + /// <summary> + /// Concave + /// </summary> + Concave, + /// <summary> + /// Convex + /// </summary> + Convex, + /// <summary> + /// Switch + /// </summary> + Switch + } + + /// <summary> + /// Modulator Type + /// </summary> + public class ModulatorType + { + bool polarity; + bool direction; + bool midiContinuousController; + ControllerSourceEnum controllerSource; + SourceTypeEnum sourceType; + ushort midiContinuousControllerNumber; + + internal ModulatorType(ushort raw) + { + // TODO: map this to fields + polarity = ((raw & 0x0200) == 0x0200); + direction = ((raw & 0x0100) == 0x0100); + midiContinuousController = ((raw & 0x0080) == 0x0080); + sourceType = (SourceTypeEnum) ((raw & (0xFC00)) >> 10); + + controllerSource = (ControllerSourceEnum) (raw & 0x007F); + midiContinuousControllerNumber = (ushort) (raw & 0x007F); + + } + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + /// <returns></returns> + public override string ToString() + { + if(midiContinuousController) + return String.Format("{0} CC{1}",sourceType,midiContinuousControllerNumber); + else + return String.Format("{0} {1}",sourceType,controllerSource); + } + + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorType.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorType.cs.meta new file mode 100644 index 0000000..c74dbd8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ModulatorType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 25150aa1197fa1317b11c98e9f1e91e1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Preset.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Preset.cs new file mode 100644 index 0000000..216b91f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Preset.cs @@ -0,0 +1,45 @@ +using System; + +namespace NAudio.SoundFont +{ + /// <summary> + /// A SoundFont Preset + /// </summary> + public class Preset + { + internal ushort startPresetZoneIndex; + internal ushort endPresetZoneIndex; + internal uint library; + internal uint genre; + internal uint morphology; + + /// <summary> + /// Preset name + /// </summary> + public string Name { get; set; } + + /// <summary> + /// Patch Number + /// </summary> + public ushort PatchNumber { get; set; } + + /// <summary> + /// Bank number + /// 0 - 127, GM percussion bank is 128 + /// </summary> + public ushort Bank { get; set; } + + /// <summary> + /// Zones + /// </summary> + public Zone[] Zones { get; set; } + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() + { + return $"{Bank}-{PatchNumber} {Name}"; + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Preset.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Preset.cs.meta new file mode 100644 index 0000000..5cf7051 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Preset.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9a90b260280d942c590705acf46579b1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetBuilder.cs new file mode 100644 index 0000000..f025e95 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetBuilder.cs @@ -0,0 +1,54 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.SoundFont +{ + class PresetBuilder : StructureBuilder<Preset> + { + private Preset lastPreset = null; + + public override Preset Read(BinaryReader br) + { + Preset p = new Preset(); + string s = Encoding.UTF8.GetString(br.ReadBytes(20), 0, 20); + if (s.IndexOf('\0') >= 0) + { + s = s.Substring(0, s.IndexOf('\0')); + } + p.Name = s; + p.PatchNumber = br.ReadUInt16(); + p.Bank = br.ReadUInt16(); + p.startPresetZoneIndex = br.ReadUInt16(); + p.library = br.ReadUInt32(); + p.genre = br.ReadUInt32(); + p.morphology = br.ReadUInt32(); + if (lastPreset != null) + lastPreset.endPresetZoneIndex = (ushort)(p.startPresetZoneIndex - 1); + data.Add(p); + lastPreset = p; + return p; + } + + public override void Write(BinaryWriter bw, Preset preset) + { + } + + public override int Length => 38; + + public void LoadZones(Zone[] presetZones) + { + // don't do the last preset, which is simply EOP + for (int preset = 0; preset < data.Count - 1; preset++) + { + Preset p = data[preset]; + p.Zones = new Zone[p.endPresetZoneIndex - p.startPresetZoneIndex + 1]; + Array.Copy(presetZones, p.startPresetZoneIndex, p.Zones, 0, p.Zones.Length); + } + // we can get rid of the EOP record now + data.RemoveAt(data.Count - 1); + } + + public Preset[] Presets => data.ToArray(); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetBuilder.cs.meta new file mode 100644 index 0000000..9f60807 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5d27fa542277ee9c29061708d7b75f12 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetsChunk.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetsChunk.cs new file mode 100644 index 0000000..5e8aa29 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetsChunk.cs @@ -0,0 +1,118 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Class to read the SoundFont file presets chunk + /// </summary> + public class PresetsChunk + { + private PresetBuilder presetHeaders = new PresetBuilder(); + private ZoneBuilder presetZones = new ZoneBuilder(); + private ModulatorBuilder presetZoneModulators = new ModulatorBuilder(); + private GeneratorBuilder presetZoneGenerators = new GeneratorBuilder(); + private InstrumentBuilder instruments = new InstrumentBuilder(); + private ZoneBuilder instrumentZones = new ZoneBuilder(); + private ModulatorBuilder instrumentZoneModulators = new ModulatorBuilder(); + private GeneratorBuilder instrumentZoneGenerators = new GeneratorBuilder(); + private SampleHeaderBuilder sampleHeaders = new SampleHeaderBuilder(); + + internal PresetsChunk(RiffChunk chunk) + { + string header = chunk.ReadChunkID(); + if(header != "pdta") + { + throw new InvalidDataException(String.Format("Not a presets data chunk ({0})",header)); + } + + RiffChunk c; + while((c = chunk.GetNextSubChunk()) != null) + { + switch(c.ChunkID) { + case "PHDR": + case "phdr": + c.GetDataAsStructureArray(presetHeaders); + break; + case "PBAG": + case "pbag": + c.GetDataAsStructureArray(presetZones); + break; + case "PMOD": + case "pmod": + c.GetDataAsStructureArray(presetZoneModulators); + break; + case "PGEN": + case "pgen": + c.GetDataAsStructureArray(presetZoneGenerators); + break; + case "INST": + case "inst": + c.GetDataAsStructureArray(instruments); + break; + case "IBAG": + case "ibag": + c.GetDataAsStructureArray(instrumentZones); + break; + case "IMOD": + case "imod": + c.GetDataAsStructureArray(instrumentZoneModulators); + break; + case "IGEN": + case "igen": + c.GetDataAsStructureArray(instrumentZoneGenerators); + break; + case "SHDR": + case "shdr": + c.GetDataAsStructureArray(sampleHeaders); + break; + default: + throw new InvalidDataException(String.Format("Unknown chunk type {0}", c.ChunkID)); + } + } + + // now link things up + instrumentZoneGenerators.Load(sampleHeaders.SampleHeaders); + instrumentZones.Load(instrumentZoneModulators.Modulators,instrumentZoneGenerators.Generators); + instruments.LoadZones(instrumentZones.Zones); + presetZoneGenerators.Load(instruments.Instruments); + presetZones.Load(presetZoneModulators.Modulators,presetZoneGenerators.Generators); + presetHeaders.LoadZones(presetZones.Zones); + sampleHeaders.RemoveEOS(); + } + + /// <summary> + /// The Presets contained in this chunk + /// </summary> + public Preset[] Presets => presetHeaders.Presets; + + /// <summary> + /// The instruments contained in this chunk + /// </summary> + public Instrument[] Instruments => instruments.Instruments; + + /// <summary> + /// The sample headers contained in this chunk + /// </summary> + public SampleHeader[] SampleHeaders => sampleHeaders.SampleHeaders; + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() + { + StringBuilder sb = new StringBuilder(); + sb.Append("Preset Headers:\r\n"); + foreach(Preset p in presetHeaders.Presets) { + sb.AppendFormat("{0}\r\n",p); + } + sb.Append("Instruments:\r\n"); + foreach(Instrument i in instruments.Instruments) { + sb.AppendFormat("{0}\r\n",i); + } + return sb.ToString(); + } + } + +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetsChunk.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetsChunk.cs.meta new file mode 100644 index 0000000..14b5702 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/PresetsChunk.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c4c92ff17ffaf15a6ba356ea49291c42 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/RiffChunk.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/RiffChunk.cs new file mode 100644 index 0000000..bbb577d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/RiffChunk.cs @@ -0,0 +1,148 @@ +using System; +using System.IO; +using NAudio.Utils; + +namespace NAudio.SoundFont +{ + internal class RiffChunk + { + private string chunkID; + private BinaryReader riffFile; + + public static RiffChunk GetTopLevelChunk(BinaryReader file) + { + RiffChunk r = new RiffChunk(file); + r.ReadChunk(); + return r; + } + + private RiffChunk(BinaryReader file) + { + riffFile = file; + chunkID = "????"; + ChunkSize = 0; + DataOffset = 0; + } + + /// <summary> + /// just reads a chunk ID at the current position + /// </summary> + /// <returns>chunk ID</returns> + public string ReadChunkID() + { + byte[] cid = riffFile.ReadBytes(4); + if (cid.Length != 4) + { + throw new InvalidDataException("Couldn't read Chunk ID"); + } + return ByteEncoding.Instance.GetString(cid, 0, cid.Length); + } + + /// <summary> + /// reads a chunk at the current position + /// </summary> + private void ReadChunk() + { + this.chunkID = ReadChunkID(); + this.ChunkSize = riffFile.ReadUInt32(); //(uint) IPAddress.NetworkToHostOrder(riffFile.ReadUInt32()); + this.DataOffset = riffFile.BaseStream.Position; + } + + /// <summary> + /// creates a new riffchunk from current position checking that we're not + /// at the end of this chunk first + /// </summary> + /// <returns>the new chunk</returns> + public RiffChunk GetNextSubChunk() + { + if (riffFile.BaseStream.Position + 8 < DataOffset + ChunkSize) + { + RiffChunk chunk = new RiffChunk(riffFile); + chunk.ReadChunk(); + return chunk; + } + //Console.WriteLine("DEBUG Failed to GetNextSubChunk because Position is {0}, dataOffset{1}, chunkSize {2}",riffFile.BaseStream.Position,dataOffset,chunkSize); + return null; + } + + public byte[] GetData() + { + riffFile.BaseStream.Position = DataOffset; + byte[] data = riffFile.ReadBytes((int)ChunkSize); + if (data.Length != ChunkSize) + { + throw new InvalidDataException(String.Format("Couldn't read chunk's data Chunk: {0}, read {1} bytes", this, data.Length)); + } + return data; + } + + /// <summary> + /// useful for chunks that just contain a string + /// </summary> + /// <returns>chunk as string</returns> + public string GetDataAsString() + { + byte[] data = GetData(); + if (data == null) + return null; + return ByteEncoding.Instance.GetString(data, 0, data.Length); + } + + public T GetDataAsStructure<T>(StructureBuilder<T> s) + { + riffFile.BaseStream.Position = DataOffset; + if (s.Length != ChunkSize) + { + throw new InvalidDataException(String.Format("Chunk size is: {0} so can't read structure of: {1}", ChunkSize, s.Length)); + } + return s.Read(riffFile); + } + + public T[] GetDataAsStructureArray<T>(StructureBuilder<T> s) + { + riffFile.BaseStream.Position = DataOffset; + if (ChunkSize % s.Length != 0) + { + throw new InvalidDataException(String.Format("Chunk size is: {0} not a multiple of structure size: {1}", ChunkSize, s.Length)); + } + int structuresToRead = (int)(ChunkSize / s.Length); + T[] a = new T[structuresToRead]; + for (int n = 0; n < structuresToRead; n++) + { + a[n] = s.Read(riffFile); + } + return a; + } + + public string ChunkID + { + get + { + return chunkID; + } + set + { + if (value == null) + { + throw new ArgumentNullException("ChunkID may not be null"); + } + if (value.Length != 4) + { + throw new ArgumentException("ChunkID must be four characters"); + } + chunkID = value; + } + } + + public uint ChunkSize { get; private set; } + + public long DataOffset { get; private set; } + + public override string ToString() + { + return String.Format("RiffChunk ID: {0} Size: {1} Data Offset: {2}", ChunkID, ChunkSize, DataOffset); + } + + } + +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/RiffChunk.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/RiffChunk.cs.meta new file mode 100644 index 0000000..9bd5b83 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/RiffChunk.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cba7a5fa7b81267f7ac35507bc558285 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFSampleLink.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFSampleLink.cs new file mode 100644 index 0000000..29a886c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFSampleLink.cs @@ -0,0 +1,41 @@ +namespace NAudio.SoundFont +{ + /// <summary> + /// Sample Link Type + /// </summary> + public enum SFSampleLink : ushort + { + /// <summary> + /// Mono Sample + /// </summary> + MonoSample = 1, + /// <summary> + /// Right Sample + /// </summary> + RightSample = 2, + /// <summary> + /// Left Sample + /// </summary> + LeftSample = 4, + /// <summary> + /// Linked Sample + /// </summary> + LinkedSample = 8, + /// <summary> + /// ROM Mono Sample + /// </summary> + RomMonoSample = 0x8001, + /// <summary> + /// ROM Right Sample + /// </summary> + RomRightSample = 0x8002, + /// <summary> + /// ROM Left Sample + /// </summary> + RomLeftSample = 0x8004, + /// <summary> + /// ROM Linked Sample + /// </summary> + RomLinkedSample = 0x8008 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFSampleLink.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFSampleLink.cs.meta new file mode 100644 index 0000000..16aa323 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFSampleLink.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0712837ff2068d3399cb7284d8c502bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersion.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersion.cs new file mode 100644 index 0000000..c84a40a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersion.cs @@ -0,0 +1,22 @@ +using System; +using System.IO; + +namespace NAudio.SoundFont +{ + /// <summary> + /// SoundFont Version Structure + /// </summary> + public class SFVersion + { + + /// <summary> + /// Major Version + /// </summary> + public short Major { get; set; } + + /// <summary> + /// Minor Version + /// </summary> + public short Minor { get; set; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersion.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersion.cs.meta new file mode 100644 index 0000000..5e910de --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersion.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 837d52dfba90c0d07abbeb879c443b1b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersionBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersionBuilder.cs new file mode 100644 index 0000000..7ba3801 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersionBuilder.cs @@ -0,0 +1,36 @@ +using System.IO; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Builds a SoundFont version + /// </summary> + class SFVersionBuilder : StructureBuilder<SFVersion> + { + /// <summary> + /// Reads a SoundFont Version structure + /// </summary> + public override SFVersion Read(BinaryReader br) + { + SFVersion v = new SFVersion(); + v.Major = br.ReadInt16(); + v.Minor = br.ReadInt16(); + data.Add(v); + return v; + } + + /// <summary> + /// Writes a SoundFont Version structure + /// </summary> + public override void Write(BinaryWriter bw, SFVersion v) + { + bw.Write(v.Major); + bw.Write(v.Minor); + } + + /// <summary> + /// Gets the length of this structure + /// </summary> + public override int Length => 4; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersionBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersionBuilder.cs.meta new file mode 100644 index 0000000..381ab93 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SFVersionBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0d9dcf26575c0df0ba2283289eba689a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleDataChunk.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleDataChunk.cs new file mode 100644 index 0000000..d51d396 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleDataChunk.cs @@ -0,0 +1,20 @@ +using System.IO; + +namespace NAudio.SoundFont +{ + class SampleDataChunk + { + public SampleDataChunk(RiffChunk chunk) + { + string header = chunk.ReadChunkID(); + if (header != "sdta") + { + throw new InvalidDataException($"Not a sample data chunk ({header})"); + } + SampleData = chunk.GetData(); + } + + public byte[] SampleData { get; private set; } + } + +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleDataChunk.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleDataChunk.cs.meta new file mode 100644 index 0000000..b3c1946 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleDataChunk.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8eb4bd424684b93c4b2e4fa1cea68600 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeader.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeader.cs new file mode 100644 index 0000000..ce748bd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeader.cs @@ -0,0 +1,56 @@ +namespace NAudio.SoundFont +{ + /// <summary> + /// A SoundFont Sample Header + /// </summary> + public class SampleHeader + { + /// <summary> + /// The sample name + /// </summary> + public string SampleName; + /// <summary> + /// Start offset + /// </summary> + public uint Start; + /// <summary> + /// End offset + /// </summary> + public uint End; + /// <summary> + /// Start loop point + /// </summary> + public uint StartLoop; + /// <summary> + /// End loop point + /// </summary> + public uint EndLoop; + /// <summary> + /// Sample Rate + /// </summary> + public uint SampleRate; + /// <summary> + /// Original pitch + /// </summary> + public byte OriginalPitch; + /// <summary> + /// Pitch correction + /// </summary> + public sbyte PitchCorrection; + /// <summary> + /// Sample Link + /// </summary> + public ushort SampleLink; + /// <summary> + /// SoundFont Sample Link Type + /// </summary> + public SFSampleLink SFSampleLink; + + /// <summary> + /// <see cref="object.ToString"/> + /// </summary> + public override string ToString() => SampleName; + + } +} + diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeader.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeader.cs.meta new file mode 100644 index 0000000..007f61b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 205e21efcca43d7e083f98a57bdc5f91 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeaderBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeaderBuilder.cs new file mode 100644 index 0000000..ad0e4e8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeaderBuilder.cs @@ -0,0 +1,40 @@ +using System.IO; +using NAudio.Utils; + +namespace NAudio.SoundFont +{ + class SampleHeaderBuilder : StructureBuilder<SampleHeader> + { + public override SampleHeader Read(BinaryReader br) + { + SampleHeader sh = new SampleHeader(); + var s = br.ReadBytes(20); + + sh.SampleName = ByteEncoding.Instance.GetString(s, 0, s.Length); + sh.Start = br.ReadUInt32(); + sh.End = br.ReadUInt32(); + sh.StartLoop = br.ReadUInt32(); + sh.EndLoop = br.ReadUInt32(); + sh.SampleRate = br.ReadUInt32(); + sh.OriginalPitch = br.ReadByte(); + sh.PitchCorrection = br.ReadSByte(); + sh.SampleLink = br.ReadUInt16(); + sh.SFSampleLink = (SFSampleLink)br.ReadUInt16(); + data.Add(sh); + return sh; + } + + public override void Write(BinaryWriter bw, SampleHeader sampleHeader) + { + } + + public override int Length => 46; + + internal void RemoveEOS() + { + data.RemoveAt(data.Count - 1); + } + + public SampleHeader[] SampleHeaders => data.ToArray(); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeaderBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeaderBuilder.cs.meta new file mode 100644 index 0000000..b3540af --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleHeaderBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e7106a07c80ae5d04934a581d1da57fa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleMode.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleMode.cs new file mode 100644 index 0000000..82a3794 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleMode.cs @@ -0,0 +1,25 @@ +namespace NAudio.SoundFont +{ + /// <summary> + /// SoundFont sample modes + /// </summary> + public enum SampleMode + { + /// <summary> + /// No loop + /// </summary> + NoLoop, + /// <summary> + /// Loop Continuously + /// </summary> + LoopContinuously, + /// <summary> + /// Reserved no loop + /// </summary> + ReservedNoLoop, + /// <summary> + /// Loop and continue + /// </summary> + LoopAndContinue + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleMode.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleMode.cs.meta new file mode 100644 index 0000000..c2788a9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SampleMode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c74e89fe3c36a371396c4bdddf58bafd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SoundFont.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SoundFont.cs new file mode 100644 index 0000000..3b67769 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SoundFont.cs @@ -0,0 +1,100 @@ +using System; +using System.IO; + +namespace NAudio.SoundFont +{ + /// <summary> + /// Represents a SoundFont + /// </summary> + public class SoundFont + { + private InfoChunk info; + private PresetsChunk presetsChunk; + private SampleDataChunk sampleData; + + /// <summary> + /// Loads a SoundFont from a file + /// </summary> + /// <param name="fileName">Filename of the SoundFont</param> + public SoundFont(string fileName) : + this(new FileStream(fileName, FileMode.Open, FileAccess.Read)) + { + } + + /// <summary> + /// Loads a SoundFont from a stream + /// </summary> + /// <param name="sfFile">stream</param> + public SoundFont(Stream sfFile) + { + using (sfFile) // a bit ugly, done to get Win store to compile + { + RiffChunk riff = RiffChunk.GetTopLevelChunk(new BinaryReader(sfFile)); + if (riff.ChunkID == "RIFF") + { + string formHeader = riff.ReadChunkID(); + if (formHeader != "sfbk") + { + throw new InvalidDataException(String.Format("Not a SoundFont ({0})", formHeader)); + } + RiffChunk list = riff.GetNextSubChunk(); + if (list.ChunkID == "LIST") + { + //RiffChunk r = list.GetNextSubChunk(); + info = new InfoChunk(list); + + RiffChunk r = riff.GetNextSubChunk(); + sampleData = new SampleDataChunk(r); + + r = riff.GetNextSubChunk(); + presetsChunk = new PresetsChunk(r); + } + else + { + throw new InvalidDataException(String.Format("Not info list found ({0})", list.ChunkID)); + } + } + else + { + throw new InvalidDataException("Not a RIFF file"); + } + } + } + + /// <summary> + /// The File Info Chunk + /// </summary> + public InfoChunk FileInfo => info; + + /// <summary> + /// The Presets + /// </summary> + public Preset[] Presets => presetsChunk.Presets; + + /// <summary> + /// The Instruments + /// </summary> + public Instrument[] Instruments => presetsChunk.Instruments; + + /// <summary> + /// The Sample Headers + /// </summary> + public SampleHeader[] SampleHeaders => presetsChunk.SampleHeaders; + + /// <summary> + /// The Sample Data + /// </summary> + public byte[] SampleData => sampleData.SampleData; + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() + { + return String.Format("Info Chunk:\r\n{0}\r\nPresets Chunk:\r\n{1}", + info, presetsChunk); + } + + // TODO: save / save as function + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SoundFont.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SoundFont.cs.meta new file mode 100644 index 0000000..814cc4d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/SoundFont.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 055d03d2ee64244a7b30a27e8952f6b7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/StructureBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/StructureBuilder.cs new file mode 100644 index 0000000..05ee5b4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/StructureBuilder.cs @@ -0,0 +1,31 @@ +using System; +using System.Collections.Generic; +using System.IO; +namespace NAudio.SoundFont +{ + + /// <summary> + /// base class for structures that can read themselves + /// </summary> + internal abstract class StructureBuilder<T> + { + protected List<T> data; + + public StructureBuilder() + { + Reset(); + } + + public abstract T Read(BinaryReader br); + public abstract void Write(BinaryWriter bw, T o); + public abstract int Length { get; } + + public void Reset() + { + data = new List<T>(); + } + + public T[] Data => data.ToArray(); + } + +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/StructureBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/StructureBuilder.cs.meta new file mode 100644 index 0000000..c5c6651 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/StructureBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0f5ee50d32cbd966cba3b11d2668a53d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Zone.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Zone.cs new file mode 100644 index 0000000..fb374ce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Zone.cs @@ -0,0 +1,35 @@ +using System; + +namespace NAudio.SoundFont +{ + /// <summary> + /// A SoundFont zone + /// </summary> + public class Zone + { + internal ushort generatorIndex; + internal ushort modulatorIndex; + internal ushort generatorCount; + internal ushort modulatorCount; + + /// <summary> + /// <see cref="Object.ToString"/> + /// </summary> + public override string ToString() + { + return String.Format("Zone {0} Gens:{1} {2} Mods:{3}", generatorCount, generatorIndex, + modulatorCount, modulatorIndex); + } + + /// <summary> + /// Modulators for this Zone + /// </summary> + public Modulator[] Modulators { get; set; } + + /// <summary> + /// Generators for this Zone + /// </summary> + public Generator[] Generators { get; set; } + + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Zone.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Zone.cs.meta new file mode 100644 index 0000000..e464de8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/Zone.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c988c04fa9e4bff738159377090a7507 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ZoneBuilder.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ZoneBuilder.cs new file mode 100644 index 0000000..fdbd0e5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ZoneBuilder.cs @@ -0,0 +1,49 @@ +using System; +using System.IO; + +namespace NAudio.SoundFont +{ + class ZoneBuilder : StructureBuilder<Zone> + { + private Zone lastZone = null; + + public override Zone Read(BinaryReader br) + { + Zone z = new Zone(); + z.generatorIndex = br.ReadUInt16(); + z.modulatorIndex = br.ReadUInt16(); + if (lastZone != null) + { + lastZone.generatorCount = (ushort)(z.generatorIndex - lastZone.generatorIndex); + lastZone.modulatorCount = (ushort)(z.modulatorIndex - lastZone.modulatorIndex); + } + data.Add(z); + lastZone = z; + return z; + } + + public override void Write(BinaryWriter bw, Zone zone) + { + //bw.Write(p.---); + } + + public void Load(Modulator[] modulators, Generator[] generators) + { + // don't do the last zone, which is simply EOZ + for (int zone = 0; zone < data.Count - 1; zone++) + { + Zone z = (Zone)data[zone]; + z.Generators = new Generator[z.generatorCount]; + Array.Copy(generators, z.generatorIndex, z.Generators, 0, z.generatorCount); + z.Modulators = new Modulator[z.modulatorCount]; + Array.Copy(modulators, z.modulatorIndex, z.Modulators, 0, z.modulatorCount); + } + // we can get rid of the EOP record now + data.RemoveAt(data.Count - 1); + } + + public Zone[] Zones => data.ToArray(); + + public override int Length => 4; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ZoneBuilder.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ZoneBuilder.cs.meta new file mode 100644 index 0000000..635493e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/SoundFont/ZoneBuilder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e6e8f80eb7385a545877da8f0ab13353 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Wav.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Wav.meta new file mode 100644 index 0000000..f9777e8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Wav.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 69f1359ac9fe480c69db2035d02414ef +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Wav/WaveFileChunkReader.cs b/NAudio-2.2.1/NAudio.Core/FileFormats/Wav/WaveFileChunkReader.cs new file mode 100644 index 0000000..e57376d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Wav/WaveFileChunkReader.cs @@ -0,0 +1,175 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.IO; +using NAudio.Utils; +using NAudio.Wave; +using System.Diagnostics; + +namespace NAudio.FileFormats.Wav +{ + public class WaveFileChunkReader + { + private WaveFormat waveFormat; + private long dataChunkPosition; + private long dataChunkLength; + private List<RiffChunk> riffChunks; + private readonly bool strictMode; + private bool isRf64; + private readonly bool storeAllChunks; + private long riffSize; + + public WaveFileChunkReader() + { + storeAllChunks = true; + strictMode = false; + } + + public void ReadWaveHeader(Stream stream) + { + this.dataChunkPosition = -1; + this.waveFormat = null; + this.riffChunks = new List<RiffChunk>(); + this.dataChunkLength = 0; + + var br = new BinaryReader(stream); + ReadRiffHeader(br); + this.riffSize = br.ReadUInt32(); // read the file size (minus 8 bytes) + + if (br.ReadInt32() != ChunkIdentifier.ChunkIdentifierToInt32("WAVE")) + { + throw new FormatException("Not a WAVE file - no WAVE header"); + } + + if (isRf64) + { + ReadDs64Chunk(br); + } + + int dataChunkId = ChunkIdentifier.ChunkIdentifierToInt32("data"); + int formatChunkId = ChunkIdentifier.ChunkIdentifierToInt32("fmt "); + + // sometimes a file has more data than is specified after the RIFF header + long stopPosition = Math.Min(riffSize + 8, stream.Length); + + // this -8 is so we can be sure that there are at least 8 bytes for a chunk id and length + while (stream.Position <= stopPosition - 8) + { + Int32 chunkIdentifier = br.ReadInt32(); + var chunkLength = br.ReadUInt32(); + if (chunkIdentifier == dataChunkId) + { + dataChunkPosition = stream.Position; + if (!isRf64) // we already know the dataChunkLength if this is an RF64 file + { + dataChunkLength = chunkLength; + } + stream.Position += chunkLength; + } + else if (chunkIdentifier == formatChunkId) + { + if (chunkLength > Int32.MaxValue) + throw new InvalidDataException(string.Format("Format chunk length must be between 0 and {0}.", Int32.MaxValue)); + waveFormat = WaveFormat.FromFormatChunk(br, (int)chunkLength); + } + else + { + // check for invalid chunk length + if (chunkLength > stream.Length - stream.Position) + { + if (strictMode) + { + Debug.Assert(false, String.Format("Invalid chunk length {0}, pos: {1}. length: {2}", + chunkLength, stream.Position, stream.Length)); + } + // an exception will be thrown further down if we haven't got a format and data chunk yet, + // otherwise we will tolerate this file despite it having corrupt data at the end + break; + } + if (storeAllChunks) + { + if (chunkLength > Int32.MaxValue) + throw new InvalidDataException(string.Format("RiffChunk chunk length must be between 0 and {0}.", Int32.MaxValue)); + riffChunks.Add(GetRiffChunk(stream, chunkIdentifier, (int)chunkLength)); + } + stream.Position += chunkLength; + } + + // All Chunks have to be word aligned. + // https://www.tactilemedia.com/info/MCI_Control_Info.html + // "If the chunk size is an odd number of bytes, a pad byte with value zero is + // written after ckData. Word aligning improves access speed (for chunks resident in memory) + // and maintains compatibility with EA IFF. The ckSize value does not include the pad byte." + if (((chunkLength % 2) != 0) && (br.PeekChar() == 0)) + { + stream.Position++; + } + } + + if (waveFormat == null) + { + throw new FormatException("Invalid WAV file - No fmt chunk found"); + } + if (dataChunkPosition == -1) + { + throw new FormatException("Invalid WAV file - No data chunk found"); + } + } + + /// <summary> + /// http://tech.ebu.ch/docs/tech/tech3306-2009.pdf + /// </summary> + private void ReadDs64Chunk(BinaryReader reader) + { + int ds64ChunkId = ChunkIdentifier.ChunkIdentifierToInt32("ds64"); + int chunkId = reader.ReadInt32(); + if (chunkId != ds64ChunkId) + { + throw new FormatException("Invalid RF64 WAV file - No ds64 chunk found"); + } + int chunkSize = reader.ReadInt32(); + this.riffSize = reader.ReadInt64(); + this.dataChunkLength = reader.ReadInt64(); + long sampleCount = reader.ReadInt64(); // replaces the value in the fact chunk + reader.ReadBytes(chunkSize - 24); // get to the end of this chunk (should parse extra stuff later) + } + + private static RiffChunk GetRiffChunk(Stream stream, Int32 chunkIdentifier, Int32 chunkLength) + { + return new RiffChunk(chunkIdentifier, chunkLength, stream.Position); + } + + private void ReadRiffHeader(BinaryReader br) + { + int header = br.ReadInt32(); + if (header == ChunkIdentifier.ChunkIdentifierToInt32("RF64")) + { + this.isRf64 = true; + } + else if (header != ChunkIdentifier.ChunkIdentifierToInt32("RIFF")) + { + throw new FormatException("Not a WAVE file - no RIFF header"); + } + } + + /// <summary> + /// WaveFormat + /// </summary> + public WaveFormat WaveFormat { get { return this.waveFormat; } } + + /// <summary> + /// Data Chunk Position + /// </summary> + public long DataChunkPosition { get { return this.dataChunkPosition; } } + + /// <summary> + /// Data Chunk Length + /// </summary> + public long DataChunkLength { get { return this.dataChunkLength; } } + + /// <summary> + /// Riff Chunks + /// </summary> + public List<RiffChunk> RiffChunks { get { return this.riffChunks; } } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/FileFormats/Wav/WaveFileChunkReader.cs.meta b/NAudio-2.2.1/NAudio.Core/FileFormats/Wav/WaveFileChunkReader.cs.meta new file mode 100644 index 0000000..670e5d5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/FileFormats/Wav/WaveFileChunkReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cfd5fdfc493b0c827975a6e6db12fca9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Manufacturers.cs b/NAudio-2.2.1/NAudio.Core/Manufacturers.cs new file mode 100644 index 0000000..7a74660 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Manufacturers.cs @@ -0,0 +1,376 @@ +using System; + +namespace NAudio +{ + /// <summary> + /// Manufacturer codes from mmreg.h + /// </summary> + public enum Manufacturers + { + /// <summary>Microsoft Corporation</summary> + Microsoft = 1, + /// <summary>Creative Labs, Inc</summary> + Creative = 2, + /// <summary>Media Vision, Inc.</summary> + Mediavision = 3, + /// <summary>Fujitsu Corp.</summary> + Fujitsu = 4, + /// <summary>Artisoft, Inc.</summary> + Artisoft = 20, + /// <summary>Turtle Beach, Inc.</summary> + TurtleBeach = 21, + /// <summary>IBM Corporation</summary> + Ibm = 22, + /// <summary>Vocaltec LTD.</summary> + Vocaltec = 23, + /// <summary>Roland</summary> + Roland = 24, + /// <summary>DSP Solutions, Inc.</summary> + DspSolutions = 25, + /// <summary>NEC</summary> + Nec = 26, + /// <summary>ATI</summary> + Ati = 27, + /// <summary>Wang Laboratories, Inc</summary> + Wanglabs = 28, + /// <summary>Tandy Corporation</summary> + Tandy = 29, + /// <summary>Voyetra</summary> + Voyetra = 30, + /// <summary>Antex Electronics Corporation</summary> + Antex = 31, + /// <summary>ICL Personal Systems</summary> + IclPS = 32, + /// <summary>Intel Corporation</summary> + Intel = 33, + /// <summary>Advanced Gravis</summary> + Gravis = 34, + /// <summary>Video Associates Labs, Inc.</summary> + Val = 35, + /// <summary>InterActive Inc</summary> + Interactive = 36, + /// <summary>Yamaha Corporation of America</summary> + Yamaha = 37, + /// <summary>Everex Systems, Inc</summary> + Everex = 38, + /// <summary>Echo Speech Corporation</summary> + Echo = 39, + /// <summary>Sierra Semiconductor Corp</summary> + Sierra = 40, + /// <summary>Computer Aided Technologies</summary> + Cat = 41, + /// <summary>APPS Software International</summary> + Apps = 42, + /// <summary>DSP Group, Inc</summary> + DspGroup = 43, + /// <summary>microEngineering Labs</summary> + Melabs = 44, + /// <summary>Computer Friends, Inc.</summary> + ComputerFriends = 45, + /// <summary>ESS Technology</summary> + Ess = 46, + /// <summary>Audio, Inc.</summary> + Audiofile = 47, + /// <summary>Motorola, Inc.</summary> + Motorola = 48, + /// <summary>Canopus, co., Ltd.</summary> + Canopus = 49, + /// <summary>Seiko Epson Corporation</summary> + Epson = 50, + /// <summary>Truevision</summary> + Truevision = 51, + /// <summary>Aztech Labs, Inc.</summary> + Aztech = 52, + /// <summary>Videologic</summary> + Videologic = 53, + /// <summary>SCALACS</summary> + Scalacs = 54, + /// <summary>Korg Inc.</summary> + Korg = 55, + /// <summary>Audio Processing Technology</summary> + Apt = 56, + /// <summary>Integrated Circuit Systems, Inc.</summary> + Ics = 57, + /// <summary>Iterated Systems, Inc.</summary> + Iteratedsys = 58, + /// <summary>Metheus</summary> + Metheus = 59, + /// <summary>Logitech, Inc.</summary> + Logitech = 60, + /// <summary>Winnov, Inc.</summary> + Winnov = 61, + /// <summary>NCR Corporation</summary> + Ncr = 62, + /// <summary>EXAN</summary> + Exan = 63, + /// <summary>AST Research Inc.</summary> + Ast = 64, + /// <summary>Willow Pond Corporation</summary> + Willowpond = 65, + /// <summary>Sonic Foundry</summary> + Sonicfoundry = 66, + /// <summary>Vitec Multimedia</summary> + Vitec = 67, + /// <summary>MOSCOM Corporation</summary> + Moscom = 68, + /// <summary>Silicon Soft, Inc.</summary> + Siliconsoft = 69, + /// <summary>Supermac</summary> + Supermac = 73, + /// <summary>Audio Processing Technology</summary> + Audiopt = 74, + /// <summary>Speech Compression</summary> + Speechcomp = 76, + /// <summary>Ahead, Inc.</summary> + Ahead = 77, + /// <summary>Dolby Laboratories</summary> + Dolby = 78, + /// <summary>OKI</summary> + Oki = 79, + /// <summary>AuraVision Corporation</summary> + Auravision = 80, + /// <summary>Ing C. Olivetti &amp; C., S.p.A.</summary> + Olivetti = 81, + /// <summary>I/O Magic Corporation</summary> + Iomagic = 82, + /// <summary>Matsushita Electric Industrial Co., LTD.</summary> + Matsushita = 83, + /// <summary>Control Resources Limited</summary> + Controlres = 84, + /// <summary>Xebec Multimedia Solutions Limited</summary> + Xebec = 85, + /// <summary>New Media Corporation</summary> + Newmedia = 86, + /// <summary>Natural MicroSystems</summary> + Nms = 87, + /// <summary>Lyrrus Inc.</summary> + Lyrrus = 88, + /// <summary>Compusic</summary> + Compusic = 89, + /// <summary>OPTi Computers Inc.</summary> + Opti = 90, + /// <summary>Adlib Accessories Inc.</summary> + Adlacc = 91, + /// <summary>Compaq Computer Corp.</summary> + Compaq = 92, + /// <summary>Dialogic Corporation</summary> + Dialogic = 93, + /// <summary>InSoft, Inc.</summary> + Insoft = 94, + /// <summary>M.P. Technologies, Inc.</summary> + Mptus = 95, + /// <summary>Weitek</summary> + Weitek = 96, + /// <summary>Lernout &amp; Hauspie</summary> + LernoutAndHauspie = 97, + /// <summary>Quanta Computer Inc.</summary> + Qciar = 98, + /// <summary>Apple Computer, Inc.</summary> + Apple = 99, + /// <summary>Digital Equipment Corporation</summary> + Digital = 100, + /// <summary>Mark of the Unicorn</summary> + Motu = 101, + /// <summary>Workbit Corporation</summary> + Workbit = 102, + /// <summary>Ositech Communications Inc.</summary> + Ositech = 103, + /// <summary>miro Computer Products AG</summary> + Miro = 104, + /// <summary>Cirrus Logic</summary> + Cirruslogic = 105, + /// <summary>ISOLUTION B.V.</summary> + Isolution = 106, + /// <summary>Horizons Technology, Inc</summary> + Horizons = 107, + /// <summary>Computer Concepts Ltd</summary> + Concepts = 108, + /// <summary>Voice Technologies Group, Inc.</summary> + Vtg = 109, + /// <summary>Radius</summary> + Radius = 110, + /// <summary>Rockwell International</summary> + Rockwell = 111, + /// <summary>Co. XYZ for testing</summary> + Xyz = 112, + /// <summary>Opcode Systems</summary> + Opcode = 113, + /// <summary>Voxware Inc</summary> + Voxware = 114, + /// <summary>Northern Telecom Limited</summary> + NorthernTelecom = 115, + /// <summary>APICOM</summary> + Apicom = 116, + /// <summary>Grande Software</summary> + Grande = 117, + /// <summary>ADDX</summary> + Addx = 118, + /// <summary>Wildcat Canyon Software</summary> + Wildcat = 119, + /// <summary>Rhetorex Inc</summary> + Rhetorex = 120, + /// <summary>Brooktree Corporation</summary> + Brooktree = 121, + /// <summary>ENSONIQ Corporation</summary> + Ensoniq = 125, + /// <summary>FAST Multimedia AG</summary> + Fast = 126, + /// <summary>NVidia Corporation</summary> + Nvidia = 127, + /// <summary>OKSORI Co., Ltd.</summary> + Oksori = 128, + /// <summary>DiAcoustics, Inc.</summary> + Diacoustics = 129, + /// <summary>Gulbransen, Inc.</summary> + Gulbransen = 130, + /// <summary>Kay Elemetrics, Inc.</summary> + KayElemetrics = 131, + /// <summary>Crystal Semiconductor Corporation</summary> + Crystal = 132, + /// <summary>Splash Studios</summary> + SplashStudios = 133, + /// <summary>Quarterdeck Corporation</summary> + Quarterdeck = 134, + /// <summary>TDK Corporation</summary> + Tdk = 135, + /// <summary>Digital Audio Labs, Inc.</summary> + DigitalAudioLabs = 136, + /// <summary>Seer Systems, Inc.</summary> + Seersys = 137, + /// <summary>PictureTel Corporation</summary> + Picturetel = 138, + /// <summary>AT&amp;T Microelectronics</summary> + AttMicroelectronics = 139, + /// <summary>Osprey Technologies, Inc.</summary> + Osprey = 140, + /// <summary>Mediatrix Peripherals</summary> + Mediatrix = 141, + /// <summary>SounDesignS M.C.S. Ltd.</summary> + Soundesigns = 142, + /// <summary>A.L. Digital Ltd.</summary> + Aldigital = 143, + /// <summary>Spectrum Signal Processing, Inc.</summary> + SpectrumSignalProcessing = 144, + /// <summary>Electronic Courseware Systems, Inc.</summary> + Ecs = 145, + /// <summary>AMD</summary> + Amd = 146, + /// <summary>Core Dynamics</summary> + Coredynamics = 147, + /// <summary>CANAM Computers</summary> + Canam = 148, + /// <summary>Softsound, Ltd.</summary> + Softsound = 149, + /// <summary>Norris Communications, Inc.</summary> + Norris = 150, + /// <summary>Danka Data Devices</summary> + Ddd = 151, + /// <summary>EuPhonics</summary> + Euphonics = 152, + /// <summary>Precept Software, Inc.</summary> + Precept = 153, + /// <summary>Crystal Net Corporation</summary> + CrystalNet = 154, + /// <summary>Chromatic Research, Inc</summary> + Chromatic = 155, + /// <summary>Voice Information Systems, Inc</summary> + Voiceinfo = 156, + /// <summary>Vienna Systems</summary> + Viennasys = 157, + /// <summary>Connectix Corporation</summary> + Connectix = 158, + /// <summary>Gadget Labs LLC</summary> + Gadgetlabs = 159, + /// <summary>Frontier Design Group LLC</summary> + Frontier = 160, + /// <summary>Viona Development GmbH</summary> + Viona = 161, + /// <summary>Casio Computer Co., LTD</summary> + Casio = 162, + /// <summary>Diamond Multimedia</summary> + Diamondmm = 163, + /// <summary>S3</summary> + S3 = 164, + /// <summary>Fraunhofer</summary> + FraunhoferIis = 172, + + /* + public static String GetName(int manufacturerId) { + switch(manufacturerId) { + case Gravis: return "Advanced Gravis Computer Technology, Ltd."; + case Antex: return "Antex Electronics Corporation"; + case Apps: return "APPS Software"; + case Artisoft: return "Artisoft, Inc."; + case Ast: return "AST Research, Inc."; + case Ati: return "ATI Technologies, Inc."; + case Audiofile: return "Audio, Inc."; + case Apt: return "Audio Processing Technology"; + case Audiopt: return "Audio Processing Technology"; + case Auravision: return "Auravision Corporation"; + case Aztech: return "Aztech Labs, Inc."; + case Canopus: return "Canopus, Co., Ltd."; + case Compusic: return "Compusic"; + case Cat: return "Computer Aided Technology, Inc."; + case ComputerFriends: return "Computer Friends, Inc."; + case Controlres: return "Control Resources Corporation"; + case Creative: return "Creative Labs, Inc."; + case Dialogic: return "Dialogic Corporation"; + case Dolby: return "Dolby Laboratories, Inc."; + case DspGroup: return "DSP Group, Inc."; + case DspSolutions: return "DSP Solutions, Inc."; + case Echo: return "Echo Speech Corporation"; + case Ess: return "ESS Technology, Inc."; + case Everex: return "Everex Systems, Inc."; + case Exan: return "EXAN, Ltd."; + case Fujitsu: return "Fujitsu, Ltd."; + case Iomagic: return "I/O Magic Corporation"; + case IclPS: return "ICL Personal Systems"; + case Olivetti: return "Ing. C. Olivetti & C., S.p.A."; + case Ics: return "Integrated Circuit Systems, Inc."; + case Intel: return "Intel Corporation"; + case Interactive: return "InterActive, Inc."; + case Ibm: return "International Business Machines"; + case Iteratedsys: return "Iterated Systems, Inc."; + case Logitech: return "Logitech, Inc."; + case Lyrrus: return "Lyrrus, Inc."; + case Matsushita: return "Matsushita Electric Corporation of America"; + case Mediavision: return "Media Vision, Inc."; + case Metheus: return "Metheus Corporation"; + case Melabs: return "microEngineering Labs"; + case Microsoft: return "Microsoft Corporation"; + case Moscom: return "MOSCOM Corporation"; + case Motorola: return "Motorola, Inc."; + case Nms: return "Natural MicroSystems Corporation"; + case Ncr: return "NCR Corporation"; + case Nec: return "NEC Corporation"; + case Newmedia: return "New Media Corporation"; + case Oki: return "OKI"; + case Opti: return "OPTi, Inc."; + case Roland: return "Roland Corporation"; + case Scalacs: return "SCALACS"; + case Epson: return "Seiko Epson Corporation, Inc."; + case Sierra: return "Sierra Semiconductor Corporation"; + case Siliconsoft: return "Silicon Software, Inc."; + case Sonicfoundry: return "Sonic Foundry"; + case Speechcomp: return "Speech Compression"; + case Supermac: return "Supermac Technology, Inc."; + case Tandy: return "Tandy Corporation"; + case Korg: return "Toshihiko Okuhura, Korg, Inc."; + case Truevision: return "Truevision, Inc."; + case TurtleBeach: return "Turtle Beach Systems"; + case Val: return "Video Associates Labs, Inc."; + case Videologic: return "VideoLogic, Inc."; + case Vitec: return "Visual Information Technologies, Inc."; + case Vocaltec: return "VocalTec, Inc."; + case Voyetra: return "Voyetra Technologies"; + case Wanglabs: return "Wang Laboratories"; + case Willowpond: return "Willow Pond Corporation"; + case Winnov: return "Winnov, LP"; + case Xebec: return "Xebec Multimedia Solutions Limited"; + case Yamaha: return "Yamaha Corporation of America"; + default: return String.Format("Unknown Manufacturer ({0})",manufacturerId); + } + } + **/ + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Manufacturers.cs.meta b/NAudio-2.2.1/NAudio.Core/Manufacturers.cs.meta new file mode 100644 index 0000000..09893ee --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Manufacturers.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5afbacfabd5ebb284bac75eba86d67d5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/MmException.cs b/NAudio-2.2.1/NAudio.Core/MmException.cs new file mode 100644 index 0000000..26dd5d0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/MmException.cs @@ -0,0 +1,50 @@ +using System; + +namespace NAudio +{ + /// <summary> + /// Summary description for MmException. + /// </summary> + public class MmException : Exception + { + /// <summary> + /// Creates a new MmException + /// </summary> + /// <param name="result">The result returned by the Windows API call</param> + /// <param name="function">The name of the Windows API that failed</param> + public MmException(MmResult result, string function) + : base(ErrorMessage(result, function)) + { + Result = result; + Function = function; + } + + + private static string ErrorMessage(MmResult result, string function) + { + return $"{result} calling {function}"; + } + + /// <summary> + /// Helper function to automatically raise an exception on failure + /// </summary> + /// <param name="result">The result of the API call</param> + /// <param name="function">The API function name</param> + public static void Try(MmResult result, string function) + { + if (result != MmResult.NoError) + throw new MmException(result, function); + } + + /// <summary> + /// Returns the Windows API result + /// </summary> + public MmResult Result { get; } + + /// <summary> + /// The function being called + /// </summary> + public string Function { get; } + + } +} diff --git a/NAudio-2.2.1/NAudio.Core/MmException.cs.meta b/NAudio-2.2.1/NAudio.Core/MmException.cs.meta new file mode 100644 index 0000000..148b4b4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/MmException.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 61d7bb7a701c37af792b57af559ec511 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/MmResult.cs b/NAudio-2.2.1/NAudio.Core/MmResult.cs new file mode 100644 index 0000000..2b4c788 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/MmResult.cs @@ -0,0 +1,85 @@ +using System; + +namespace NAudio +{ + /// <summary> + /// Windows multimedia error codes from mmsystem.h. + /// </summary> + public enum MmResult + { + /// <summary>no error, MMSYSERR_NOERROR</summary> + NoError = 0, + /// <summary>unspecified error, MMSYSERR_ERROR</summary> + UnspecifiedError = 1, + /// <summary>device ID out of range, MMSYSERR_BADDEVICEID</summary> + BadDeviceId = 2, + /// <summary>driver failed enable, MMSYSERR_NOTENABLED</summary> + NotEnabled = 3, + /// <summary>device already allocated, MMSYSERR_ALLOCATED</summary> + AlreadyAllocated = 4, + /// <summary>device handle is invalid, MMSYSERR_INVALHANDLE</summary> + InvalidHandle = 5, + /// <summary>no device driver present, MMSYSERR_NODRIVER</summary> + NoDriver = 6, + /// <summary>memory allocation error, MMSYSERR_NOMEM</summary> + MemoryAllocationError = 7, + /// <summary>function isn't supported, MMSYSERR_NOTSUPPORTED</summary> + NotSupported = 8, + /// <summary>error value out of range, MMSYSERR_BADERRNUM</summary> + BadErrorNumber = 9, + /// <summary>invalid flag passed, MMSYSERR_INVALFLAG</summary> + InvalidFlag = 10, + /// <summary>invalid parameter passed, MMSYSERR_INVALPARAM</summary> + InvalidParameter = 11, + /// <summary>handle being used simultaneously on another thread (eg callback),MMSYSERR_HANDLEBUSY</summary> + HandleBusy = 12, + /// <summary>specified alias not found, MMSYSERR_INVALIDALIAS</summary> + InvalidAlias = 13, + /// <summary>bad registry database, MMSYSERR_BADDB</summary> + BadRegistryDatabase = 14, + /// <summary>registry key not found, MMSYSERR_KEYNOTFOUND</summary> + RegistryKeyNotFound = 15, + /// <summary>registry read error, MMSYSERR_READERROR</summary> + RegistryReadError = 16, + /// <summary>registry write error, MMSYSERR_WRITEERROR</summary> + RegistryWriteError = 17, + /// <summary>registry delete error, MMSYSERR_DELETEERROR</summary> + RegistryDeleteError = 18, + /// <summary>registry value not found, MMSYSERR_VALNOTFOUND</summary> + RegistryValueNotFound = 19, + /// <summary>driver does not call DriverCallback, MMSYSERR_NODRIVERCB</summary> + NoDriverCallback = 20, + /// <summary>more data to be returned, MMSYSERR_MOREDATA</summary> + MoreData = 21, + + /// <summary>unsupported wave format, WAVERR_BADFORMAT</summary> + WaveBadFormat = 32, + /// <summary>still something playing, WAVERR_STILLPLAYING</summary> + WaveStillPlaying = 33, + /// <summary>header not prepared, WAVERR_UNPREPARED</summary> + WaveHeaderUnprepared = 34, + /// <summary>device is synchronous, WAVERR_SYNC</summary> + WaveSync = 35, + + // ACM error codes, found in msacm.h + + /// <summary>Conversion not possible (ACMERR_NOTPOSSIBLE)</summary> + AcmNotPossible = 512, + /// <summary>Busy (ACMERR_BUSY)</summary> + AcmBusy = 513, + /// <summary>Header Unprepared (ACMERR_UNPREPARED)</summary> + AcmHeaderUnprepared = 514, + /// <summary>Cancelled (ACMERR_CANCELED)</summary> + AcmCancelled = 515, + + // Mixer error codes, found in mmresult.h + + /// <summary>invalid line (MIXERR_INVALLINE)</summary> + MixerInvalidLine = 1024, + /// <summary>invalid control (MIXERR_INVALCONTROL)</summary> + MixerInvalidControl = 1025, + /// <summary>invalid value (MIXERR_INVALVALUE)</summary> + MixerInvalidValue = 1026, + } + +} diff --git a/NAudio-2.2.1/NAudio.Core/MmResult.cs.meta b/NAudio-2.2.1/NAudio.Core/MmResult.cs.meta new file mode 100644 index 0000000..2eac4fd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/MmResult.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5a5737d65fafc6905841ede5a084e38a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/NAudio.Core.csproj b/NAudio-2.2.1/NAudio.Core/NAudio.Core.csproj new file mode 100644 index 0000000..64c7dd4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/NAudio.Core.csproj @@ -0,0 +1,28 @@ +<Project Sdk="Microsoft.NET.Sdk"> + + <PropertyGroup> + <TargetFramework>netstandard2.0</TargetFramework> + <Authors>Mark Heath</Authors> + <Version>2.2.1</Version> + <GeneratePackageOnBuild>true</GeneratePackageOnBuild> + <GenerateDocumentationFile>true</GenerateDocumentationFile> + <SignAssembly>true</SignAssembly> + <AssemblyOriginatorKeyFile>..\NAudioStrongNameKey.snk</AssemblyOriginatorKeyFile> + <PackageProjectUrl>https://github.com/naudio/NAudio</PackageProjectUrl> + <PackageTags>C# .NET audio sound</PackageTags> + <RepositoryUrl>https://github.com/naudio/NAudio</RepositoryUrl> + <Copyright>© Mark Heath 2023</Copyright> + <AllowUnsafeBlocks>true</AllowUnsafeBlocks> + <PackageLicenseExpression>MIT</PackageLicenseExpression> + <PackageIcon>naudio-icon.png</PackageIcon> + </PropertyGroup> + + <ItemGroup> + <None Include="..\naudio-icon.png"> + <Pack>True</Pack> + <PackagePath></PackagePath> + </None> + </ItemGroup> + + +</Project> diff --git a/NAudio-2.2.1/NAudio.Core/NAudio.Core.csproj.meta b/NAudio-2.2.1/NAudio.Core/NAudio.Core.csproj.meta new file mode 100644 index 0000000..be1966e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/NAudio.Core.csproj.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 5fed61e509c33c031be751e91ab0134c +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils.meta b/NAudio-2.2.1/NAudio.Core/Utils.meta new file mode 100644 index 0000000..e7b38eb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 4a4883c2f0a16350eaa05e0309365cc7 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/BufferHelpers.cs b/NAudio-2.2.1/NAudio.Core/Utils/BufferHelpers.cs new file mode 100644 index 0000000..9b7463b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/BufferHelpers.cs @@ -0,0 +1,38 @@ +namespace NAudio.Utils +{ + /// <summary> + /// Helper methods for working with audio buffers + /// </summary> + public static class BufferHelpers + { + /// <summary> + /// Ensures the buffer is big enough + /// </summary> + /// <param name="buffer"></param> + /// <param name="bytesRequired"></param> + /// <returns></returns> + public static byte[] Ensure(byte[] buffer, int bytesRequired) + { + if (buffer == null || buffer.Length < bytesRequired) + { + buffer = new byte[bytesRequired]; + } + return buffer; + } + + /// <summary> + /// Ensures the buffer is big enough + /// </summary> + /// <param name="buffer"></param> + /// <param name="samplesRequired"></param> + /// <returns></returns> + public static float[] Ensure(float[] buffer, int samplesRequired) + { + if (buffer == null || buffer.Length < samplesRequired) + { + buffer = new float[samplesRequired]; + } + return buffer; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/BufferHelpers.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/BufferHelpers.cs.meta new file mode 100644 index 0000000..c4b6dfe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/BufferHelpers.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 805d03493e343612b998fc931d4b14e6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/ByteArrayExtensions.cs b/NAudio-2.2.1/NAudio.Core/Utils/ByteArrayExtensions.cs new file mode 100644 index 0000000..13b937b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/ByteArrayExtensions.cs @@ -0,0 +1,81 @@ +using System; +using System.Text; + +namespace NAudio.Utils +{ + /// <summary> + /// these will become extension methods once we move to .NET 3.5 + /// </summary> + public static class ByteArrayExtensions + { + /// <summary> + /// Checks if the buffer passed in is entirely full of nulls + /// </summary> + public static bool IsEntirelyNull(byte[] buffer) + { + foreach (byte b in buffer) + if (b != 0) + return false; + return true; + } + + /// <summary> + /// Converts to a string containing the buffer described in hex + /// </summary> + public static string DescribeAsHex(byte[] buffer, string separator, int bytesPerLine) + { + StringBuilder sb = new StringBuilder(); + int n = 0; + foreach (byte b in buffer) + { + sb.AppendFormat("{0:X2}{1}", b, separator); + if (++n % bytesPerLine == 0) + sb.Append("\r\n"); + } + sb.Append("\r\n"); + return sb.ToString(); + } + + /// <summary> + /// Decodes the buffer using the specified encoding, stopping at the first null + /// </summary> + public static string DecodeAsString(byte[] buffer, int offset, int length, Encoding encoding) + { + for (int n = 0; n < length; n++) + { + if (buffer[offset + n] == 0) + length = n; + } + return encoding.GetString(buffer, offset, length); + } + + /// <summary> + /// Concatenates the given arrays into a single array. + /// </summary> + /// <param name="byteArrays">The arrays to concatenate</param> + /// <returns>The concatenated resulting array.</returns> + public static byte[] Concat(params byte[][] byteArrays) + { + int size = 0; + foreach (byte[] btArray in byteArrays) + { + size += btArray.Length; + } + + if (size <= 0) + { + return new byte[0]; + } + + byte[] result = new byte[size]; + int idx = 0; + foreach (byte[] btArray in byteArrays) + { + Array.Copy(btArray, 0, result, idx, btArray.Length); + idx += btArray.Length; + } + + return result; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/ByteArrayExtensions.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/ByteArrayExtensions.cs.meta new file mode 100644 index 0000000..ebaeb4d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/ByteArrayExtensions.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 484bbcc75ac9c874e964a420a3d9ec16 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/ByteEncoding.cs b/NAudio-2.2.1/NAudio.Core/Utils/ByteEncoding.cs new file mode 100644 index 0000000..48fc54a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/ByteEncoding.cs @@ -0,0 +1,86 @@ +using System; +using System.Text; + +namespace NAudio.Utils +{ + /// <summary> + /// An encoding for use with file types that have one byte per character + /// </summary> + public class ByteEncoding : Encoding + { + private ByteEncoding() + { + } + + /// <summary> + /// The one and only instance of this class + /// </summary> + public static readonly ByteEncoding Instance = new ByteEncoding(); + + /// <summary> + /// <see cref="Encoding.GetByteCount(char[],int,int)"/> + /// </summary> + public override int GetByteCount(char[] chars, int index, int count) + { + return count; + } + + /// <summary> + /// <see cref="Encoding.GetBytes(char[],int,int,byte[],int)"/> + /// </summary> + public override int GetBytes(char[] chars, int charIndex, int charCount, byte[] bytes, int byteIndex) + { + for (int n = 0; n < charCount; n++) + { + bytes[byteIndex + n] = (byte)chars[charIndex + n]; + } + return charCount; + } + + /// <summary> + /// <see cref="Encoding.GetCharCount(byte[],int,int)"/> + /// </summary> + public override int GetCharCount(byte[] bytes, int index, int count) + { + for (int n = 0; n < count; n++) + { + if (bytes[index + n] == 0) + return n; + } + return count; + } + + /// <summary> + /// <see cref="Encoding.GetChars(byte[],int,int,char[],int)"/> + /// </summary> + public override int GetChars(byte[] bytes, int byteIndex, int byteCount, char[] chars, int charIndex) + { + for (int n = 0; n < byteCount; n++) + { + var b = bytes[byteIndex + n]; + if (b == 0) + { + return n; + } + chars[charIndex + n] = (char)b; + } + return byteCount; + } + + /// <summary> + /// <see cref="Encoding.GetMaxCharCount"/> + /// </summary> + public override int GetMaxCharCount(int byteCount) + { + return byteCount; + } + + /// <summary> + /// <see cref="Encoding.GetMaxByteCount"/> + /// </summary> + public override int GetMaxByteCount(int charCount) + { + return charCount; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/ByteEncoding.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/ByteEncoding.cs.meta new file mode 100644 index 0000000..3228a07 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/ByteEncoding.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 31a6080421fbac3638b74e3384716d62 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/ChunkIdentifier.cs b/NAudio-2.2.1/NAudio.Core/Utils/ChunkIdentifier.cs new file mode 100644 index 0000000..e0042cb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/ChunkIdentifier.cs @@ -0,0 +1,25 @@ +using System; +using System.Linq; +using System.Text; + +namespace NAudio.Utils +{ + /// <summary> + /// Chunk Identifier helpers + /// </summary> + public class ChunkIdentifier + { + /// <summary> + /// Chunk identifier to Int32 (replaces mmioStringToFOURCC) + /// </summary> + /// <param name="s">four character chunk identifier</param> + /// <returns>Chunk identifier as int 32</returns> + public static int ChunkIdentifierToInt32(string s) + { + if (s.Length != 4) throw new ArgumentException("Must be a four character string"); + var bytes = Encoding.UTF8.GetBytes(s); + if (bytes.Length != 4) throw new ArgumentException("Must encode to exactly four bytes"); + return BitConverter.ToInt32(bytes, 0); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/ChunkIdentifier.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/ChunkIdentifier.cs.meta new file mode 100644 index 0000000..8909fca --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/ChunkIdentifier.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 371354566e021435ea77f634cd44595d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/CircularBuffer.cs b/NAudio-2.2.1/NAudio.Core/Utils/CircularBuffer.cs new file mode 100644 index 0000000..a4ba73e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/CircularBuffer.cs @@ -0,0 +1,157 @@ +using System; +using System.Diagnostics; + +namespace NAudio.Utils +{ + /// <summary> + /// A very basic circular buffer implementation + /// </summary> + public class CircularBuffer + { + private readonly byte[] buffer; + private readonly object lockObject; + private int writePosition; + private int readPosition; + private int byteCount; + + /// <summary> + /// Create a new circular buffer + /// </summary> + /// <param name="size">Max buffer size in bytes</param> + public CircularBuffer(int size) + { + buffer = new byte[size]; + lockObject = new object(); + } + + /// <summary> + /// Write data to the buffer + /// </summary> + /// <param name="data">Data to write</param> + /// <param name="offset">Offset into data</param> + /// <param name="count">Number of bytes to write</param> + /// <returns>number of bytes written</returns> + public int Write(byte[] data, int offset, int count) + { + lock (lockObject) + { + var bytesWritten = 0; + if (count > buffer.Length - byteCount) + { + count = buffer.Length - byteCount; + } + // write to end + int writeToEnd = Math.Min(buffer.Length - writePosition, count); + Array.Copy(data, offset, buffer, writePosition, writeToEnd); + writePosition += writeToEnd; + writePosition %= buffer.Length; + bytesWritten += writeToEnd; + if (bytesWritten < count) + { + Debug.Assert(writePosition == 0); + // must have wrapped round. Write to start + Array.Copy(data, offset + bytesWritten, buffer, writePosition, count - bytesWritten); + writePosition += (count - bytesWritten); + bytesWritten = count; + } + byteCount += bytesWritten; + return bytesWritten; + } + } + + /// <summary> + /// Read from the buffer + /// </summary> + /// <param name="data">Buffer to read into</param> + /// <param name="offset">Offset into read buffer</param> + /// <param name="count">Bytes to read</param> + /// <returns>Number of bytes actually read</returns> + public int Read(byte[] data, int offset, int count) + { + lock (lockObject) + { + if (count > byteCount) + { + count = byteCount; + } + int bytesRead = 0; + int readToEnd = Math.Min(buffer.Length - readPosition, count); + Array.Copy(buffer, readPosition, data, offset, readToEnd); + bytesRead += readToEnd; + readPosition += readToEnd; + readPosition %= buffer.Length; + + if (bytesRead < count) + { + // must have wrapped round. Read from start + Debug.Assert(readPosition == 0); + Array.Copy(buffer, readPosition, data, offset + bytesRead, count - bytesRead); + readPosition += (count - bytesRead); + bytesRead = count; + } + + byteCount -= bytesRead; + Debug.Assert(byteCount >= 0); + return bytesRead; + } + } + + /// <summary> + /// Maximum length of this circular buffer + /// </summary> + public int MaxLength => buffer.Length; + + /// <summary> + /// Number of bytes currently stored in the circular buffer + /// </summary> + public int Count + { + get + { + lock (lockObject) + { + return byteCount; + } + } + } + + /// <summary> + /// Resets the buffer + /// </summary> + public void Reset() + { + lock (lockObject) + { + ResetInner(); + } + } + + private void ResetInner() + { + byteCount = 0; + readPosition = 0; + writePosition = 0; + } + + /// <summary> + /// Advances the buffer, discarding bytes + /// </summary> + /// <param name="count">Bytes to advance</param> + public void Advance(int count) + { + lock (lockObject) + { + if (count >= byteCount) + { + ResetInner(); + } + else + { + byteCount -= count; + readPosition += count; + readPosition %= MaxLength; + } + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/CircularBuffer.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/CircularBuffer.cs.meta new file mode 100644 index 0000000..6a72d04 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/CircularBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4b93719906c7b03c8a1b1ebfca9bd248 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/Decibels.cs b/NAudio-2.2.1/NAudio.Core/Utils/Decibels.cs new file mode 100644 index 0000000..0e68d40 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/Decibels.cs @@ -0,0 +1,37 @@ +using System; + +namespace NAudio.Utils +{ + /// <summary> + /// A util class for conversions + /// </summary> + public class Decibels + { + // 20 / ln( 10 ) + private const double LOG_2_DB = 8.6858896380650365530225783783321; + + // ln( 10 ) / 20 + private const double DB_2_LOG = 0.11512925464970228420089957273422; + + /// <summary> + /// linear to dB conversion + /// </summary> + /// <param name="lin">linear value</param> + /// <returns>decibel value</returns> + public static double LinearToDecibels(double lin) + { + return Math.Log(lin) * LOG_2_DB; + } + + /// <summary> + /// dB to linear conversion + /// </summary> + /// <param name="dB">decibel value</param> + /// <returns>linear value</returns> + public static double DecibelsToLinear(double dB) + { + return Math.Exp(dB * DB_2_LOG); + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/Decibels.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/Decibels.cs.meta new file mode 100644 index 0000000..0a23d54 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/Decibels.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 40ae7d4a28a67ac3f80fd3acd70d4332 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionAttribute.cs b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionAttribute.cs new file mode 100644 index 0000000..6330368 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionAttribute.cs @@ -0,0 +1,33 @@ +using System; + +namespace NAudio.Utils +{ + /// <summary> + /// Allows us to add descriptions to interop members + /// </summary> + [AttributeUsage(AttributeTargets.Field)] + public class FieldDescriptionAttribute : Attribute + { + /// <summary> + /// The description + /// </summary> + public string Description { get; } + + /// <summary> + /// Field description + /// </summary> + public FieldDescriptionAttribute(string description) + { + Description = description; + } + + /// <summary> + /// String representation + /// </summary> + /// <returns></returns> + public override string ToString() + { + return Description; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionAttribute.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionAttribute.cs.meta new file mode 100644 index 0000000..e77cc44 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionAttribute.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5d998a838371c5f349726ca190ba4ff9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionHelper.cs b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionHelper.cs new file mode 100644 index 0000000..cf5f5ed --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionHelper.cs @@ -0,0 +1,37 @@ +using System; +using System.Reflection; + +namespace NAudio.Utils +{ + /// <summary> + /// Helper to get descriptions + /// </summary> + public static class FieldDescriptionHelper + { + /// <summary> + /// Describes the Guid by looking for a FieldDescription attribute on the specified class + /// </summary> + public static string Describe(Type t, Guid guid) + { + // when we go to .NET 3.5, use LINQ for this + foreach (var f in t + .GetFields(BindingFlags.Static | BindingFlags.Public)) + { + if (f.IsPublic && f.IsStatic && f.FieldType == typeof (Guid) && (Guid) f.GetValue(null) == guid) + { + foreach (var a in f.GetCustomAttributes(false)) + { + var d = a as FieldDescriptionAttribute; + if (d != null) + { + return d.Description; + } + } + // no attribute, return the name + return f.Name; + } + } + return guid.ToString(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionHelper.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionHelper.cs.meta new file mode 100644 index 0000000..47af9d1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/FieldDescriptionHelper.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 31feee3e181c4dc388fb1071282f79d2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/HResult.cs b/NAudio-2.2.1/NAudio.Core/Utils/HResult.cs new file mode 100644 index 0000000..09b459c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/HResult.cs @@ -0,0 +1,71 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Utils +{ + /// <summary> + /// HResult + /// </summary> + public static class HResult + { + /// <summary> + /// S_OK + /// </summary> + public const int S_OK = 0; + /// <summary> + /// S_FALSE + /// </summary> + public const int S_FALSE = 1; + /// <summary> + /// E_INVALIDARG (from winerror.h) + /// </summary> + public const int E_INVALIDARG = unchecked((int)0x80000003); + /// <summary> + /// MAKE_HRESULT macro + /// </summary> + public static int MAKE_HRESULT(int sev, int fac, int code) + { + return (int) (((uint)sev) << 31 | ((uint)fac) << 16 | ((uint)code)); + } + + const int FACILITY_AAF = 18; + const int FACILITY_ACS = 20; + const int FACILITY_BACKGROUNDCOPY = 32; + const int FACILITY_CERT = 11; + const int FACILITY_COMPLUS = 17; + const int FACILITY_CONFIGURATION = 33; + const int FACILITY_CONTROL = 10; + const int FACILITY_DISPATCH = 2; + const int FACILITY_DPLAY = 21; + const int FACILITY_HTTP = 25; + const int FACILITY_INTERNET = 12; + const int FACILITY_ITF = 4; + const int FACILITY_MEDIASERVER = 13; + const int FACILITY_MSMQ = 14; + const int FACILITY_NULL = 0; + const int FACILITY_RPC = 1; + const int FACILITY_SCARD = 16; + const int FACILITY_SECURITY = 9; + const int FACILITY_SETUPAPI = 15; + const int FACILITY_SSPI = 9; + const int FACILITY_STORAGE = 3; + const int FACILITY_SXS = 23; + const int FACILITY_UMI = 22; + const int FACILITY_URT = 19; + const int FACILITY_WIN32 = 7; + const int FACILITY_WINDOWS = 8; + const int FACILITY_WINDOWS_CE = 24; + + /// <summary> + /// Helper to deal with the fact that in Win Store apps, + /// the HResult property name has changed + /// </summary> + /// <param name="exception">COM Exception</param> + /// <returns>The HResult</returns> + public static int GetHResult(this COMException exception) + { + return exception.ErrorCode; + } + } + +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/HResult.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/HResult.cs.meta new file mode 100644 index 0000000..b5c4712 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/HResult.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4561599be2017d323a610393560f1aba +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/IEEE.cs b/NAudio-2.2.1/NAudio.Core/Utils/IEEE.cs new file mode 100644 index 0000000..f683275 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/IEEE.cs @@ -0,0 +1,146 @@ +using System; + + +namespace NAudio.Utils +{ + /// <summary> + /// Methods for converting between IEEE 80-bit extended double precision + /// and standard C# double precision. + /// </summary> + public static class IEEE + { + #region Helper Methods + private static double UnsignedToFloat(ulong u) + { + return (((double)((long)(u - 2147483647L - 1))) + 2147483648.0); + } + + private static double ldexp(double x, int exp) + { + return x * Math.Pow(2, exp); + } + + private static double frexp(double x, out int exp) + { + exp = (int)Math.Floor(Math.Log(x) / Math.Log(2)) + 1; + return 1 - (Math.Pow(2, exp) - x) / Math.Pow(2, exp); + } + + private static ulong FloatToUnsigned(double f) + { + return ((ulong)(((long)(f - 2147483648.0)) + 2147483647L) + 1); + } + #endregion + + #region ConvertToIeeeExtended + /// <summary> + /// Converts a C# double precision number to an 80-bit + /// IEEE extended double precision number (occupying 10 bytes). + /// </summary> + /// <param name="num">The double precision number to convert to IEEE extended.</param> + /// <returns>An array of 10 bytes containing the IEEE extended number.</returns> + public static byte[] ConvertToIeeeExtended(double num) + { + int sign; + int expon; + double fMant, fsMant; + ulong hiMant, loMant; + + if (num < 0) + { + sign = 0x8000; + num *= -1; + } + else + { + sign = 0; + } + + if (num == 0) + { + expon = 0; hiMant = 0; loMant = 0; + } + else + { + fMant = frexp(num, out expon); + if ((expon > 16384) || !(fMant < 1)) + { // Infinity or NaN + expon = sign | 0x7FFF; hiMant = 0; loMant = 0; // infinity + } + else + { // Finite + expon += 16382; + if (expon < 0) + { // denormalized + fMant = ldexp(fMant, expon); + expon = 0; + } + expon |= sign; + fMant = ldexp(fMant, 32); + fsMant = Math.Floor(fMant); + hiMant = FloatToUnsigned(fsMant); + fMant = ldexp(fMant - fsMant, 32); + fsMant = Math.Floor(fMant); + loMant = FloatToUnsigned(fsMant); + } + } + + byte[] bytes = new byte[10]; + + bytes[0] = (byte)(expon >> 8); + bytes[1] = (byte)(expon); + bytes[2] = (byte)(hiMant >> 24); + bytes[3] = (byte)(hiMant >> 16); + bytes[4] = (byte)(hiMant >> 8); + bytes[5] = (byte)(hiMant); + bytes[6] = (byte)(loMant >> 24); + bytes[7] = (byte)(loMant >> 16); + bytes[8] = (byte)(loMant >> 8); + bytes[9] = (byte)(loMant); + + return bytes; + } + #endregion + + #region ConvertFromIeeeExtended + /// <summary> + /// Converts an IEEE 80-bit extended precision number to a + /// C# double precision number. + /// </summary> + /// <param name="bytes">The 80-bit IEEE extended number (as an array of 10 bytes).</param> + /// <returns>A C# double precision number that is a close representation of the IEEE extended number.</returns> + public static double ConvertFromIeeeExtended(byte[] bytes) + { + if (bytes.Length != 10) throw new Exception("Incorrect length for IEEE extended."); + double f; + int expon; + uint hiMant, loMant; + + expon = ((bytes[0] & 0x7F) << 8) | bytes[1]; + hiMant = (uint)((bytes[2] << 24) | (bytes[3] << 16) | (bytes[4] << 8) | bytes[5]); + loMant = (uint)((bytes[6] << 24) | (bytes[7] << 16) | (bytes[8] << 8) | bytes[9]); + + if (expon == 0 && hiMant == 0 && loMant == 0) + { + f = 0; + } + else + { + if (expon == 0x7FFF) /* Infinity or NaN */ + { + f = double.NaN; + } + else + { + expon -= 16383; + f = ldexp(UnsignedToFloat(hiMant), expon -= 31); + f += ldexp(UnsignedToFloat(loMant), expon -= 32); + } + } + + if ((bytes[0] & 0x80) == 0x80) return -f; + else return f; + } + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/IEEE.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/IEEE.cs.meta new file mode 100644 index 0000000..d69074c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/IEEE.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3f4779abfe55a5129aed268985734ec3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/IgnoreDisposeStream.cs b/NAudio-2.2.1/NAudio.Core/Utils/IgnoreDisposeStream.cs new file mode 100644 index 0000000..591a31d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/IgnoreDisposeStream.cs @@ -0,0 +1,121 @@ +using System; +using System.IO; + +namespace NAudio.Utils +{ + /// <summary> + /// Pass-through stream that ignores Dispose + /// Useful for dealing with MemoryStreams that you want to re-use + /// </summary> + public class IgnoreDisposeStream : Stream + { + /// <summary> + /// The source stream all other methods fall through to + /// </summary> + public Stream SourceStream { get; private set; } + + /// <summary> + /// If true the Dispose will be ignored, if false, will pass through to the SourceStream + /// Set to true by default + /// </summary> + public bool IgnoreDispose { get; set; } + + /// <summary> + /// Creates a new IgnoreDisposeStream + /// </summary> + /// <param name="sourceStream">The source stream</param> + public IgnoreDisposeStream(Stream sourceStream) + { + SourceStream = sourceStream; + IgnoreDispose = true; + } + + /// <summary> + /// Can Read + /// </summary> + public override bool CanRead => SourceStream.CanRead; + + /// <summary> + /// Can Seek + /// </summary> + public override bool CanSeek => SourceStream.CanSeek; + + /// <summary> + /// Can write to the underlying stream + /// </summary> + public override bool CanWrite => SourceStream.CanWrite; + + /// <summary> + /// Flushes the underlying stream + /// </summary> + public override void Flush() + { + SourceStream.Flush(); + } + + /// <summary> + /// Gets the length of the underlying stream + /// </summary> + public override long Length => SourceStream.Length; + + /// <summary> + /// Gets or sets the position of the underlying stream + /// </summary> + public override long Position + { + get + { + return SourceStream.Position; + } + set + { + SourceStream.Position = value; + } + } + + /// <summary> + /// Reads from the underlying stream + /// </summary> + public override int Read(byte[] buffer, int offset, int count) + { + return SourceStream.Read(buffer, offset, count); + } + + /// <summary> + /// Seeks on the underlying stream + /// </summary> + public override long Seek(long offset, SeekOrigin origin) + { + return SourceStream.Seek(offset, origin); + } + + /// <summary> + /// Sets the length of the underlying stream + /// </summary> + public override void SetLength(long value) + { + SourceStream.SetLength(value); + } + + /// <summary> + /// Writes to the underlying stream + /// </summary> + public override void Write(byte[] buffer, int offset, int count) + { + SourceStream.Write(buffer, offset, count); + } + + /// <summary> + /// Dispose - by default (IgnoreDispose = true) will do nothing, + /// leaving the underlying stream undisposed + /// </summary> + protected override void Dispose(bool disposing) + { + if (!IgnoreDispose) + { + SourceStream.Dispose(); + SourceStream = null; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/IgnoreDisposeStream.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/IgnoreDisposeStream.cs.meta new file mode 100644 index 0000000..38e933d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/IgnoreDisposeStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bdce5dd33a333dec68928c040b88b8d5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/NativeMethods.cs b/NAudio-2.2.1/NAudio.Core/Utils/NativeMethods.cs new file mode 100644 index 0000000..5e70ed8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/NativeMethods.cs @@ -0,0 +1,30 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Utils +{ + /// <summary> + /// General purpose native methods for internal NAudio use + /// </summary> + public static class NativeMethods + { + /// <summary> + /// Loads a DLL + /// </summary> + [DllImport("kernel32.dll")] + public static extern IntPtr LoadLibrary(string dllToLoad); + + /// <summary> + /// Get procedure address + /// </summary> + [DllImport("kernel32.dll")] + public static extern IntPtr GetProcAddress(IntPtr hModule, string procedureName); + + + /// <summary> + /// Free a library + /// </summary> + [DllImport("kernel32.dll")] + public static extern bool FreeLibrary(IntPtr hModule); + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/NativeMethods.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/NativeMethods.cs.meta new file mode 100644 index 0000000..2f26e33 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/NativeMethods.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ee40aafc39873b89a92f23994072df89 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Utils/WavePositionExtensions.cs b/NAudio-2.2.1/NAudio.Core/Utils/WavePositionExtensions.cs new file mode 100644 index 0000000..c9eb92a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/WavePositionExtensions.cs @@ -0,0 +1,20 @@ +using System; +using NAudio.Wave; + +namespace NAudio.Utils +{ + /// <summary> + /// WavePosition extension methods + /// </summary> + public static class WavePositionExtensions + { + /// <summary> + /// Get Position as timespan + /// </summary> + public static TimeSpan GetPositionTimeSpan(this IWavePosition @this) + { + var pos = @this.GetPosition() / (@this.OutputWaveFormat.Channels * @this.OutputWaveFormat.BitsPerSample / 8); + return TimeSpan.FromMilliseconds(pos * 1000.0 / @this.OutputWaveFormat.SampleRate); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Utils/WavePositionExtensions.cs.meta b/NAudio-2.2.1/NAudio.Core/Utils/WavePositionExtensions.cs.meta new file mode 100644 index 0000000..3a44371 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Utils/WavePositionExtensions.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 18dcfe70f0a5b9404aed33a016d178b7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave.meta b/NAudio-2.2.1/NAudio.Core/Wave.meta new file mode 100644 index 0000000..4b39440 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 5545d72073d38ecd0ba1eb8431a619b0 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters.meta new file mode 100644 index 0000000..1211678 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 8c846a3ee00da3e73a82fe6cf130ea64 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/ISampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/ISampleChunkConverter.cs new file mode 100644 index 0000000..900579e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/ISampleChunkConverter.cs @@ -0,0 +1,14 @@ +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Sample provider interface to make WaveChannel32 extensible + /// Still a bit ugly, hence internal at the moment - and might even make these into + /// bit depth converting WaveProviders + /// </summary> + interface ISampleChunkConverter + { + bool Supports(WaveFormat format); + void LoadNextChunk(IWaveProvider sourceProvider, int samplePairsRequired); + bool GetNextSample(out float sampleLeft, out float sampleRight); + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/ISampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/ISampleChunkConverter.cs.meta new file mode 100644 index 0000000..274614a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/ISampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a03ef97975bed8f35b27c90824f2c16b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono16SampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono16SampleChunkConverter.cs new file mode 100644 index 0000000..1ea86ff --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono16SampleChunkConverter.cs @@ -0,0 +1,44 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class Mono16SampleChunkConverter : ISampleChunkConverter + { + private int sourceSample; + private byte[] sourceBuffer; + private WaveBuffer sourceWaveBuffer; + private int sourceSamples; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.Pcm && + waveFormat.BitsPerSample == 16 && + waveFormat.Channels == 1; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 2; + sourceSample = 0; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceWaveBuffer = new WaveBuffer(sourceBuffer); + sourceSamples = source.Read(sourceBuffer, 0, sourceBytesRequired) / 2; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (sourceSample < sourceSamples) + { + sampleLeft = sourceWaveBuffer.ShortBuffer[sourceSample++] / 32768.0f; + sampleRight = sampleLeft; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono16SampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono16SampleChunkConverter.cs.meta new file mode 100644 index 0000000..0f494d8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono16SampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 83d03fed2e2947e83805e1ded941f2ab +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono24SampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono24SampleChunkConverter.cs new file mode 100644 index 0000000..965bfbd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono24SampleChunkConverter.cs @@ -0,0 +1,43 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class Mono24SampleChunkConverter : ISampleChunkConverter + { + private int offset; + private byte[] sourceBuffer; + private int sourceBytes; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.Pcm && + waveFormat.BitsPerSample == 24 && + waveFormat.Channels == 1; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 3; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer,sourceBytesRequired); + sourceBytes = source.Read(sourceBuffer, 0, sourceBytesRequired); + offset = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (offset < sourceBytes) + { + sampleLeft = (((sbyte)sourceBuffer[offset + 2] << 16) | (sourceBuffer[offset + 1] << 8) | sourceBuffer[offset]) / 8388608f; + offset += 3; + sampleRight = sampleLeft; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono24SampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono24SampleChunkConverter.cs.meta new file mode 100644 index 0000000..c88a77e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono24SampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d2453fcf3da2a36df94e9b9c94a80fb0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono8SampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono8SampleChunkConverter.cs new file mode 100644 index 0000000..c5a4677 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono8SampleChunkConverter.cs @@ -0,0 +1,43 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class Mono8SampleChunkConverter : ISampleChunkConverter + { + private int offset; + private byte[] sourceBuffer; + private int sourceBytes; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.Pcm && + waveFormat.BitsPerSample == 8 && + waveFormat.Channels == 1; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceBytes = source.Read(sourceBuffer, 0, sourceBytesRequired); + offset = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (offset < sourceBytes) + { + sampleLeft = sourceBuffer[offset] / 256f; + offset++; + sampleRight = sampleLeft; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono8SampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono8SampleChunkConverter.cs.meta new file mode 100644 index 0000000..68da8cf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Mono8SampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 625e4cd6ff63faa69aeb03c64a3dd13e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/MonoFloatSampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/MonoFloatSampleChunkConverter.cs new file mode 100644 index 0000000..924c367 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/MonoFloatSampleChunkConverter.cs @@ -0,0 +1,43 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class MonoFloatSampleChunkConverter : ISampleChunkConverter + { + private int sourceSample; + private byte[] sourceBuffer; + private WaveBuffer sourceWaveBuffer; + private int sourceSamples; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.IeeeFloat && + waveFormat.Channels == 1; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 4; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceWaveBuffer = new WaveBuffer(sourceBuffer); + sourceSamples = source.Read(sourceBuffer, 0, sourceBytesRequired) / 4; + sourceSample = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (sourceSample < sourceSamples) + { + sampleLeft = sourceWaveBuffer.FloatBuffer[sourceSample++]; + sampleRight = sampleLeft; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/MonoFloatSampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/MonoFloatSampleChunkConverter.cs.meta new file mode 100644 index 0000000..97a02c7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/MonoFloatSampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 437fab9a23431babbb01d935f19601e5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo16SampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo16SampleChunkConverter.cs new file mode 100644 index 0000000..0fddc6d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo16SampleChunkConverter.cs @@ -0,0 +1,44 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class Stereo16SampleChunkConverter : ISampleChunkConverter + { + private int sourceSample; + private byte[] sourceBuffer; + private WaveBuffer sourceWaveBuffer; + private int sourceSamples; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.Pcm && + waveFormat.BitsPerSample == 16 && + waveFormat.Channels == 2; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 4; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceWaveBuffer = new WaveBuffer(sourceBuffer); + sourceSamples = source.Read(sourceBuffer, 0, sourceBytesRequired) / 2; + sourceSample = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (sourceSample < sourceSamples) + { + sampleLeft = sourceWaveBuffer.ShortBuffer[sourceSample++] / 32768.0f; + sampleRight = sourceWaveBuffer.ShortBuffer[sourceSample++] / 32768.0f; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo16SampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo16SampleChunkConverter.cs.meta new file mode 100644 index 0000000..b6c7fe0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo16SampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: eb63d6025268e431fb059e8ac2c8c657 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo24SampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo24SampleChunkConverter.cs new file mode 100644 index 0000000..cc8e0c3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo24SampleChunkConverter.cs @@ -0,0 +1,46 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class Stereo24SampleChunkConverter : ISampleChunkConverter + { + private int offset; + private byte[] sourceBuffer; + private int sourceBytes; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.Pcm && + waveFormat.BitsPerSample == 24 && + waveFormat.Channels == 2; + } + + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 6; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceBytes = source.Read(sourceBuffer, 0, sourceBytesRequired); + offset = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (offset < sourceBytes) + { + sampleLeft = (((sbyte)sourceBuffer[offset + 2] << 16) | (sourceBuffer[offset + 1] << 8) | sourceBuffer[offset]) / 8388608f; + offset += 3; + sampleRight = (((sbyte)sourceBuffer[offset + 2] << 16) | (sourceBuffer[offset + 1] << 8) | sourceBuffer[offset]) / 8388608f; + offset += 3; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo24SampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo24SampleChunkConverter.cs.meta new file mode 100644 index 0000000..4ad4c76 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo24SampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9fc9dfc3dea45eb56858b69bb637778a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo8SampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo8SampleChunkConverter.cs new file mode 100644 index 0000000..405515b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo8SampleChunkConverter.cs @@ -0,0 +1,42 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class Stereo8SampleChunkConverter : ISampleChunkConverter + { + private int offset; + private byte[] sourceBuffer; + private int sourceBytes; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.Pcm && + waveFormat.BitsPerSample == 8 && + waveFormat.Channels == 2; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceBytes = source.Read(sourceBuffer, 0, sourceBytesRequired); + offset = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (offset < sourceBytes) + { + sampleLeft = sourceBuffer[offset++] / 256f; + sampleRight = sourceBuffer[offset++] / 256f; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo8SampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo8SampleChunkConverter.cs.meta new file mode 100644 index 0000000..068c368 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/Stereo8SampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8c82db87017be790c844cdce7de932ff +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/StereoFloatSampleChunkConverter.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/StereoFloatSampleChunkConverter.cs new file mode 100644 index 0000000..5b975b0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/StereoFloatSampleChunkConverter.cs @@ -0,0 +1,43 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + class StereoFloatSampleChunkConverter : ISampleChunkConverter + { + private int sourceSample; + private byte[] sourceBuffer; + private WaveBuffer sourceWaveBuffer; + private int sourceSamples; + + public bool Supports(WaveFormat waveFormat) + { + return waveFormat.Encoding == WaveFormatEncoding.IeeeFloat && + waveFormat.Channels == 2; + } + + public void LoadNextChunk(IWaveProvider source, int samplePairsRequired) + { + int sourceBytesRequired = samplePairsRequired * 8; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + sourceWaveBuffer = new WaveBuffer(sourceBuffer); + sourceSamples = source.Read(sourceBuffer, 0, sourceBytesRequired) / 4; + sourceSample = 0; + } + + public bool GetNextSample(out float sampleLeft, out float sampleRight) + { + if (sourceSample < sourceSamples) + { + sampleLeft = sourceWaveBuffer.FloatBuffer[sourceSample++]; + sampleRight = sourceWaveBuffer.FloatBuffer[sourceSample++]; + return true; + } + else + { + sampleLeft = 0.0f; + sampleRight = 0.0f; + return false; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/StereoFloatSampleChunkConverter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/StereoFloatSampleChunkConverter.cs.meta new file mode 100644 index 0000000..9de826f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleChunkConverters/StereoFloatSampleChunkConverter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 392194e6d7ee3729b94218c9a74c7bf7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders.meta new file mode 100644 index 0000000..96c9185 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 59c9c4957c1914458a6c571c8ee50200 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/AdsrSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/AdsrSampleProvider.cs new file mode 100644 index 0000000..c2f3d92 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/AdsrSampleProvider.cs @@ -0,0 +1,90 @@ +using System; +using NAudio.Dsp; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// ADSR sample provider allowing you to specify attack, decay, sustain and release values + /// </summary> + public class AdsrSampleProvider : ISampleProvider + { + private readonly ISampleProvider source; + private readonly EnvelopeGenerator adsr; + private float attackSeconds; + private float releaseSeconds; + + /// <summary> + /// Creates a new AdsrSampleProvider with default values + /// </summary> + public AdsrSampleProvider(ISampleProvider source) + { + if (source.WaveFormat.Channels > 1) throw new ArgumentException("Currently only supports mono inputs"); + this.source = source; + adsr = new EnvelopeGenerator(); + AttackSeconds = 0.01f; + adsr.SustainLevel = 1.0f; + adsr.DecayRate = 0.0f * WaveFormat.SampleRate; + ReleaseSeconds = 0.3f; + adsr.Gate(true); + } + + /// <summary> + /// Attack time in seconds + /// </summary> + public float AttackSeconds + { + get + { + return attackSeconds; + } + set + { + attackSeconds = value; + adsr.AttackRate = attackSeconds * WaveFormat.SampleRate; + } + } + + /// <summary> + /// Release time in seconds + /// </summary> + public float ReleaseSeconds + { + get + { + return releaseSeconds; + } + set + { + releaseSeconds = value; + adsr.ReleaseRate = releaseSeconds * WaveFormat.SampleRate; + } + } + + /// <summary> + /// Reads audio from this sample provider + /// </summary> + public int Read(float[] buffer, int offset, int count) + { + if (adsr.State == EnvelopeGenerator.EnvelopeState.Idle) return 0; // we've finished + var samples = source.Read(buffer, offset, count); + for (int n = 0; n < samples; n++) + { + buffer[offset++] *= adsr.Process(); + } + return samples; + } + + /// <summary> + /// Enters the Release phase + /// </summary> + public void Stop() + { + adsr.Gate(false); + } + + /// <summary> + /// The output WaveFormat + /// </summary> + public WaveFormat WaveFormat { get { return source.WaveFormat; } } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/AdsrSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/AdsrSampleProvider.cs.meta new file mode 100644 index 0000000..b84c9a0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/AdsrSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d42c5bd3593a2256f996d0a08a1a8d80 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/ConcatenatingSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/ConcatenatingSampleProvider.cs new file mode 100644 index 0000000..4ec2f01 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/ConcatenatingSampleProvider.cs @@ -0,0 +1,49 @@ +using System; +using System.Collections.Generic; +using System.Linq; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Sample Provider to concatenate multiple sample providers together + /// </summary> + public class ConcatenatingSampleProvider : ISampleProvider + { + private readonly ISampleProvider[] providers; + private int currentProviderIndex; + + /// <summary> + /// Creates a new ConcatenatingSampleProvider + /// </summary> + /// <param name="providers">The source providers to play one after the other. Must all share the same sample rate and channel count</param> + public ConcatenatingSampleProvider(IEnumerable<ISampleProvider> providers) + { + if (providers == null) throw new ArgumentNullException(nameof(providers)); + this.providers = providers.ToArray(); + if (this.providers.Length == 0) throw new ArgumentException("Must provide at least one input", nameof(providers)); + if (this.providers.Any(p => p.WaveFormat.Channels != WaveFormat.Channels)) throw new ArgumentException("All inputs must have the same channel count", nameof(providers)); + if (this.providers.Any(p => p.WaveFormat.SampleRate != WaveFormat.SampleRate)) throw new ArgumentException("All inputs must have the same sample rate", nameof(providers)); + } + + /// <summary> + /// The WaveFormat of this Sample Provider + /// </summary> + public WaveFormat WaveFormat => providers[0].WaveFormat; + + /// <summary> + /// Read Samples from this sample provider + /// </summary> + public int Read(float[] buffer, int offset, int count) + { + var read = 0; + while (read < count && currentProviderIndex < providers.Length) + { + var needed = count - read; + var readThisTime = providers[currentProviderIndex].Read(buffer, offset + read, needed); + read += readThisTime; + if (readThisTime == 0) currentProviderIndex++; + } + return read; + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/ConcatenatingSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/ConcatenatingSampleProvider.cs.meta new file mode 100644 index 0000000..4b1f063 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/ConcatenatingSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 45daceb97bb82abed82468a84576e974 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/FadeInOutSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/FadeInOutSampleProvider.cs new file mode 100644 index 0000000..e589b6c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/FadeInOutSampleProvider.cs @@ -0,0 +1,146 @@ +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Sample Provider to allow fading in and out + /// </summary> + public class FadeInOutSampleProvider : ISampleProvider + { + enum FadeState + { + Silence, + FadingIn, + FullVolume, + FadingOut, + } + + private readonly object lockObject = new object(); + private readonly ISampleProvider source; + private int fadeSamplePosition; + private int fadeSampleCount; + private FadeState fadeState; + + /// <summary> + /// Creates a new FadeInOutSampleProvider + /// </summary> + /// <param name="source">The source stream with the audio to be faded in or out</param> + /// <param name="initiallySilent">If true, we start faded out</param> + public FadeInOutSampleProvider(ISampleProvider source, bool initiallySilent = false) + { + this.source = source; + fadeState = initiallySilent ? FadeState.Silence : FadeState.FullVolume; + } + + /// <summary> + /// Requests that a fade-in begins (will start on the next call to Read) + /// </summary> + /// <param name="fadeDurationInMilliseconds">Duration of fade in milliseconds</param> + public void BeginFadeIn(double fadeDurationInMilliseconds) + { + lock (lockObject) + { + fadeSamplePosition = 0; + fadeSampleCount = (int)((fadeDurationInMilliseconds * source.WaveFormat.SampleRate) / 1000); + fadeState = FadeState.FadingIn; + } + } + + /// <summary> + /// Requests that a fade-out begins (will start on the next call to Read) + /// </summary> + /// <param name="fadeDurationInMilliseconds">Duration of fade in milliseconds</param> + public void BeginFadeOut(double fadeDurationInMilliseconds) + { + lock (lockObject) + { + fadeSamplePosition = 0; + fadeSampleCount = (int)((fadeDurationInMilliseconds * source.WaveFormat.SampleRate) / 1000); + fadeState = FadeState.FadingOut; + } + } + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Buffer to read into</param> + /// <param name="offset">Offset within buffer to write to</param> + /// <param name="count">Number of samples desired</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + int sourceSamplesRead = source.Read(buffer, offset, count); + lock (lockObject) + { + if (fadeState == FadeState.FadingIn) + { + FadeIn(buffer, offset, sourceSamplesRead); + } + else if (fadeState == FadeState.FadingOut) + { + FadeOut(buffer, offset, sourceSamplesRead); + } + else if (fadeState == FadeState.Silence) + { + ClearBuffer(buffer, offset, count); + } + } + return sourceSamplesRead; + } + + private static void ClearBuffer(float[] buffer, int offset, int count) + { + for (int n = 0; n < count; n++) + { + buffer[n + offset] = 0; + } + } + + private void FadeOut(float[] buffer, int offset, int sourceSamplesRead) + { + int sample = 0; + while (sample < sourceSamplesRead) + { + float multiplier = 1.0f - (fadeSamplePosition / (float)fadeSampleCount); + for (int ch = 0; ch < source.WaveFormat.Channels; ch++) + { + buffer[offset + sample++] *= multiplier; + } + fadeSamplePosition++; + if (fadeSamplePosition > fadeSampleCount) + { + fadeState = FadeState.Silence; + // clear out the end + ClearBuffer(buffer, sample + offset, sourceSamplesRead - sample); + break; + } + } + } + + private void FadeIn(float[] buffer, int offset, int sourceSamplesRead) + { + int sample = 0; + while (sample < sourceSamplesRead) + { + float multiplier = (fadeSamplePosition / (float)fadeSampleCount); + for (int ch = 0; ch < source.WaveFormat.Channels; ch++) + { + buffer[offset + sample++] *= multiplier; + } + fadeSamplePosition++; + if (fadeSamplePosition > fadeSampleCount) + { + fadeState = FadeState.FullVolume; + // no need to multiply any more + break; + } + } + } + + /// <summary> + /// WaveFormat of this SampleProvider + /// </summary> + public WaveFormat WaveFormat + { + get { return source.WaveFormat; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/FadeInOutSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/FadeInOutSampleProvider.cs.meta new file mode 100644 index 0000000..4eca075 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/FadeInOutSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ef4e6e9b64f36e64db98acef7b5fada4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MeteringSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MeteringSampleProvider.cs new file mode 100644 index 0000000..c959149 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MeteringSampleProvider.cs @@ -0,0 +1,102 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Simple SampleProvider that passes through audio unchanged and raises + /// an event every n samples with the maximum sample value from the period + /// for metering purposes + /// </summary> + public class MeteringSampleProvider : ISampleProvider + { + private readonly ISampleProvider source; + + private readonly float[] maxSamples; + private int sampleCount; + private readonly int channels; + private readonly StreamVolumeEventArgs args; + + /// <summary> + /// Number of Samples per notification + /// </summary> + public int SamplesPerNotification { get; set; } + + /// <summary> + /// Raised periodically to inform the user of the max volume + /// </summary> + public event EventHandler<StreamVolumeEventArgs> StreamVolume; + + /// <summary> + /// Initialises a new instance of MeteringSampleProvider that raises 10 stream volume + /// events per second + /// </summary> + /// <param name="source">Source sample provider</param> + public MeteringSampleProvider(ISampleProvider source) : + this(source, source.WaveFormat.SampleRate / 10) + { + } + + /// <summary> + /// Initialises a new instance of MeteringSampleProvider + /// </summary> + /// <param name="source">source sampler provider</param> + /// <param name="samplesPerNotification">Number of samples between notifications</param> + public MeteringSampleProvider(ISampleProvider source, int samplesPerNotification) + { + this.source = source; + channels = source.WaveFormat.Channels; + maxSamples = new float[channels]; + SamplesPerNotification = samplesPerNotification; + args = new StreamVolumeEventArgs() { MaxSampleValues = maxSamples }; // create objects up front giving GC little to do + } + + /// <summary> + /// The WaveFormat of this sample provider + /// </summary> + public WaveFormat WaveFormat => source.WaveFormat; + + /// <summary> + /// Reads samples from this Sample Provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + int samplesRead = source.Read(buffer, offset, count); + // only bother if there is an event listener + if (StreamVolume != null) + { + for (int index = 0; index < samplesRead; index += channels) + { + for (int channel = 0; channel < channels; channel++) + { + float sampleValue = Math.Abs(buffer[offset + index + channel]); + maxSamples[channel] = Math.Max(maxSamples[channel], sampleValue); + } + sampleCount++; + if (sampleCount >= SamplesPerNotification) + { + StreamVolume(this, args); + sampleCount = 0; + // n.b. we avoid creating new instances of anything here + Array.Clear(maxSamples, 0, channels); + } + } + } + return samplesRead; + } + } + + /// <summary> + /// Event args for aggregated stream volume + /// </summary> + public class StreamVolumeEventArgs : EventArgs + { + /// <summary> + /// Max sample values array (one for each channel) + /// </summary> + public float[] MaxSampleValues { get; set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MeteringSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MeteringSampleProvider.cs.meta new file mode 100644 index 0000000..179fa84 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MeteringSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6092594cdd22ef3beb0d1d91ef9eb348 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MixingSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MixingSampleProvider.cs new file mode 100644 index 0000000..e1da2dd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MixingSampleProvider.cs @@ -0,0 +1,206 @@ +using System; +using System.Collections.Generic; +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// A sample provider mixer, allowing inputs to be added and removed + /// </summary> + public class MixingSampleProvider : ISampleProvider + { + private readonly List<ISampleProvider> sources; + private float[] sourceBuffer; + private const int MaxInputs = 1024; // protect ourselves against doing something silly + + /// <summary> + /// Creates a new MixingSampleProvider, with no inputs, but a specified WaveFormat + /// </summary> + /// <param name="waveFormat">The WaveFormat of this mixer. All inputs must be in this format</param> + public MixingSampleProvider(WaveFormat waveFormat) + { + if (waveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Mixer wave format must be IEEE float"); + } + sources = new List<ISampleProvider>(); + WaveFormat = waveFormat; + } + + /// <summary> + /// Creates a new MixingSampleProvider, based on the given inputs + /// </summary> + /// <param name="sources">Mixer inputs - must all have the same waveformat, and must + /// all be of the same WaveFormat. There must be at least one input</param> + public MixingSampleProvider(IEnumerable<ISampleProvider> sources) + { + this.sources = new List<ISampleProvider>(); + foreach (var source in sources) + { + AddMixerInput(source); + } + if (this.sources.Count == 0) + { + throw new ArgumentException("Must provide at least one input in this constructor"); + } + } + + /// <summary> + /// Returns the mixer inputs (read-only - use AddMixerInput to add an input + /// </summary> + public IEnumerable<ISampleProvider> MixerInputs => sources; + + /// <summary> + /// When set to true, the Read method always returns the number + /// of samples requested, even if there are no inputs, or if the + /// current inputs reach their end. Setting this to true effectively + /// makes this a never-ending sample provider, so take care if you plan + /// to write it out to a file. + /// </summary> + public bool ReadFully { get; set; } + + /// <summary> + /// Adds a WaveProvider as a Mixer input. + /// Must be PCM or IEEE float already + /// </summary> + /// <param name="mixerInput">IWaveProvider mixer input</param> + public void AddMixerInput(IWaveProvider mixerInput) + { + AddMixerInput(SampleProviderConverters.ConvertWaveProviderIntoSampleProvider(mixerInput)); + } + + /// <summary> + /// Adds a new mixer input + /// </summary> + /// <param name="mixerInput">Mixer input</param> + public void AddMixerInput(ISampleProvider mixerInput) + { + // we'll just call the lock around add since we are protecting against an AddMixerInput at + // the same time as a Read, rather than two AddMixerInput calls at the same time + lock (sources) + { + if (sources.Count >= MaxInputs) + { + throw new InvalidOperationException("Too many mixer inputs"); + } + sources.Add(mixerInput); + } + if (WaveFormat == null) + { + WaveFormat = mixerInput.WaveFormat; + } + else + { + if (WaveFormat.SampleRate != mixerInput.WaveFormat.SampleRate || + WaveFormat.Channels != mixerInput.WaveFormat.Channels) + { + throw new ArgumentException("All mixer inputs must have the same WaveFormat"); + } + } + } + + /// <summary> + /// Raised when a mixer input has been removed because it has ended + /// </summary> + public event EventHandler<SampleProviderEventArgs> MixerInputEnded; + + /// <summary> + /// Removes a mixer input + /// </summary> + /// <param name="mixerInput">Mixer input to remove</param> + public void RemoveMixerInput(ISampleProvider mixerInput) + { + lock (sources) + { + sources.Remove(mixerInput); + } + } + + /// <summary> + /// Removes all mixer inputs + /// </summary> + public void RemoveAllMixerInputs() + { + lock (sources) + { + sources.Clear(); + } + } + + /// <summary> + /// The output WaveFormat of this sample provider + /// </summary> + public WaveFormat WaveFormat { get; private set; } + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + int outputSamples = 0; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, count); + lock (sources) + { + int index = sources.Count - 1; + while (index >= 0) + { + var source = sources[index]; + int samplesRead = source.Read(sourceBuffer, 0, count); + int outIndex = offset; + for (int n = 0; n < samplesRead; n++) + { + if (n >= outputSamples) + { + buffer[outIndex++] = sourceBuffer[n]; + } + else + { + buffer[outIndex++] += sourceBuffer[n]; + } + } + outputSamples = Math.Max(samplesRead, outputSamples); + if (samplesRead < count) + { + MixerInputEnded?.Invoke(this, new SampleProviderEventArgs(source)); + sources.RemoveAt(index); + } + index--; + } + } + // optionally ensure we return a full buffer + if (ReadFully && outputSamples < count) + { + int outputIndex = offset + outputSamples; + while (outputIndex < offset + count) + { + buffer[outputIndex++] = 0; + } + outputSamples = count; + } + return outputSamples; + } + } + + /// <summary> + /// SampleProvider event args + /// </summary> + public class SampleProviderEventArgs : EventArgs + { + /// <summary> + /// Constructs a new SampleProviderEventArgs + /// </summary> + public SampleProviderEventArgs(ISampleProvider sampleProvider) + { + SampleProvider = sampleProvider; + } + + /// <summary> + /// The Sample Provider + /// </summary> + public ISampleProvider SampleProvider { get; private set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MixingSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MixingSampleProvider.cs.meta new file mode 100644 index 0000000..1074df4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MixingSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 66d3b89e042012baab766ec314d09c76 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MonoToStereoSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MonoToStereoSampleProvider.cs new file mode 100644 index 0000000..01ff738 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MonoToStereoSampleProvider.cs @@ -0,0 +1,74 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// No nonsense mono to stereo provider, no volume adjustment, + /// just copies input to left and right. + /// </summary> + public class MonoToStereoSampleProvider : ISampleProvider + { + private readonly ISampleProvider source; + private float[] sourceBuffer; + + /// <summary> + /// Initializes a new instance of MonoToStereoSampleProvider + /// </summary> + /// <param name="source">Source sample provider</param> + public MonoToStereoSampleProvider(ISampleProvider source) + { + LeftVolume = 1.0f; + RightVolume = 1.0f; + if (source.WaveFormat.Channels != 1) + { + throw new ArgumentException("Source must be mono"); + } + this.source = source; + WaveFormat = WaveFormat.CreateIeeeFloatWaveFormat(source.WaveFormat.SampleRate, 2); + } + + /// <summary> + /// WaveFormat of this provider + /// </summary> + public WaveFormat WaveFormat { get; } + + /// <summary> + /// Reads samples from this provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + var sourceSamplesRequired = count / 2; + var outIndex = offset; + EnsureSourceBuffer(sourceSamplesRequired); + var sourceSamplesRead = source.Read(sourceBuffer, 0, sourceSamplesRequired); + for (var n = 0; n < sourceSamplesRead; n++) + { + buffer[outIndex++] = sourceBuffer[n] * LeftVolume; + buffer[outIndex++] = sourceBuffer[n] * RightVolume; + } + return sourceSamplesRead * 2; + } + + /// <summary> + /// Multiplier for left channel (default is 1.0) + /// </summary> + public float LeftVolume { get; set; } + + /// <summary> + /// Multiplier for right channel (default is 1.0) + /// </summary> + public float RightVolume { get; set; } + + private void EnsureSourceBuffer(int count) + { + if (sourceBuffer == null || sourceBuffer.Length < count) + { + sourceBuffer = new float[count]; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MonoToStereoSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MonoToStereoSampleProvider.cs.meta new file mode 100644 index 0000000..4ba054e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MonoToStereoSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3dc6917d27749847ea1295b714885d45 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MultiplexingSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MultiplexingSampleProvider.cs new file mode 100644 index 0000000..38eaa62 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MultiplexingSampleProvider.cs @@ -0,0 +1,162 @@ +using System; +using System.Collections.Generic; +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Allows any number of inputs to be patched to outputs + /// Uses could include swapping left and right channels, turning mono into stereo, + /// feeding different input sources to different soundcard outputs etc + /// </summary> + public class MultiplexingSampleProvider : ISampleProvider + { + private readonly IList<ISampleProvider> inputs; + private readonly WaveFormat waveFormat; + private readonly int outputChannelCount; + private readonly int inputChannelCount; + private readonly List<int> mappings; + + /// <summary> + /// Creates a multiplexing sample provider, allowing re-patching of input channels to different + /// output channels + /// </summary> + /// <param name="inputs">Input sample providers. Must all be of the same sample rate, but can have any number of channels</param> + /// <param name="numberOfOutputChannels">Desired number of output channels.</param> + public MultiplexingSampleProvider(IEnumerable<ISampleProvider> inputs, int numberOfOutputChannels) + { + this.inputs = new List<ISampleProvider>(inputs); + outputChannelCount = numberOfOutputChannels; + + if (this.inputs.Count == 0) + { + throw new ArgumentException("You must provide at least one input"); + } + if (numberOfOutputChannels < 1) + { + throw new ArgumentException("You must provide at least one output"); + } + foreach (var input in this.inputs) + { + if (waveFormat == null) + { + if (input.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Only 32 bit float is supported"); + } + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(input.WaveFormat.SampleRate, numberOfOutputChannels); + } + else + { + if (input.WaveFormat.BitsPerSample != waveFormat.BitsPerSample) + { + throw new ArgumentException("All inputs must have the same bit depth"); + } + if (input.WaveFormat.SampleRate != waveFormat.SampleRate) + { + throw new ArgumentException("All inputs must have the same sample rate"); + } + } + inputChannelCount += input.WaveFormat.Channels; + } + + mappings = new List<int>(); + for (int n = 0; n < outputChannelCount; n++) + { + mappings.Add(n % inputChannelCount); + } + } + + /// <summary> + /// persistent temporary buffer to prevent creating work for garbage collector + /// </summary> + private float[] inputBuffer; + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Buffer to be filled with sample data</param> + /// <param name="offset">Offset into buffer to start writing to, usually 0</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + int sampleFramesRequested = count / outputChannelCount; + int inputOffset = 0; + int sampleFramesRead = 0; + // now we must read from all inputs, even if we don't need their data, so they stay in sync + foreach (var input in inputs) + { + int samplesRequired = sampleFramesRequested * input.WaveFormat.Channels; + inputBuffer = BufferHelpers.Ensure(inputBuffer, samplesRequired); + int samplesRead = input.Read(inputBuffer, 0, samplesRequired); + sampleFramesRead = Math.Max(sampleFramesRead, samplesRead / input.WaveFormat.Channels); + + for (int n = 0; n < input.WaveFormat.Channels; n++) + { + int inputIndex = inputOffset + n; + for (int outputIndex = 0; outputIndex < outputChannelCount; outputIndex++) + { + if (mappings[outputIndex] == inputIndex) + { + int inputBufferOffset = n; + int outputBufferOffset = offset + outputIndex; + int sample = 0; + while (sample < sampleFramesRequested && inputBufferOffset < samplesRead) + { + buffer[outputBufferOffset] = inputBuffer[inputBufferOffset]; + outputBufferOffset += outputChannelCount; + inputBufferOffset += input.WaveFormat.Channels; + sample++; + } + // clear the end + while (sample < sampleFramesRequested) + { + buffer[outputBufferOffset] = 0; + outputBufferOffset += outputChannelCount; + sample++; + } + } + } + } + inputOffset += input.WaveFormat.Channels; + } + + return sampleFramesRead * outputChannelCount; + } + + /// <summary> + /// The output WaveFormat for this SampleProvider + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Connects a specified input channel to an output channel + /// </summary> + /// <param name="inputChannel">Input Channel index (zero based). Must be less than InputChannelCount</param> + /// <param name="outputChannel">Output Channel index (zero based). Must be less than OutputChannelCount</param> + public void ConnectInputToOutput(int inputChannel, int outputChannel) + { + if (inputChannel < 0 || inputChannel >= InputChannelCount) + { + throw new ArgumentException("Invalid input channel"); + } + if (outputChannel < 0 || outputChannel >= OutputChannelCount) + { + throw new ArgumentException("Invalid output channel"); + } + mappings[outputChannel] = inputChannel; + } + + /// <summary> + /// The number of input channels. Note that this is not the same as the number of input wave providers. If you pass in + /// one stereo and one mono input provider, the number of input channels is three. + /// </summary> + public int InputChannelCount => inputChannelCount; + + /// <summary> + /// The number of output channels, as specified in the constructor. + /// </summary> + public int OutputChannelCount => outputChannelCount; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MultiplexingSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MultiplexingSampleProvider.cs.meta new file mode 100644 index 0000000..40479c1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/MultiplexingSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cf906b84f456a3677b86ad4cde765bc3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/NotifyingSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/NotifyingSampleProvider.cs new file mode 100644 index 0000000..78b8ebd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/NotifyingSampleProvider.cs @@ -0,0 +1,57 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Simple class that raises an event on every sample + /// </summary> + public class NotifyingSampleProvider : ISampleProvider, ISampleNotifier + { + private readonly ISampleProvider source; + // try not to give the garbage collector anything to deal with when playing live audio + private readonly SampleEventArgs sampleArgs = new SampleEventArgs(0, 0); + private readonly int channels; + + /// <summary> + /// Initializes a new instance of NotifyingSampleProvider + /// </summary> + /// <param name="source">Source Sample Provider</param> + public NotifyingSampleProvider(ISampleProvider source) + { + this.source = source; + channels = WaveFormat.Channels; + } + + /// <summary> + /// WaveFormat + /// </summary> + public WaveFormat WaveFormat => source.WaveFormat; + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="sampleCount">Number of samples desired</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int sampleCount) + { + int samplesRead = source.Read(buffer, offset, sampleCount); + if (Sample != null) + { + for (int n = 0; n < samplesRead; n += channels) + { + sampleArgs.Left = buffer[offset + n]; + sampleArgs.Right = channels > 1 ? buffer[offset + n + 1] : sampleArgs.Left; + Sample(this, sampleArgs); + } + } + return samplesRead; + } + + /// <summary> + /// Sample notifier + /// </summary> + public event EventHandler<SampleEventArgs> Sample; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/NotifyingSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/NotifyingSampleProvider.cs.meta new file mode 100644 index 0000000..bf80723 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/NotifyingSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e6074b4caa561016da629867edda491e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/OffsetSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/OffsetSampleProvider.cs new file mode 100644 index 0000000..e0f909c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/OffsetSampleProvider.cs @@ -0,0 +1,255 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Allows you to: + /// 1. insert a pre-delay of silence before the source begins + /// 2. skip over a certain amount of the beginning of the source + /// 3. only play a set amount from the source + /// 4. insert silence at the end after the source is complete + /// </summary> + public class OffsetSampleProvider : ISampleProvider + { + private readonly ISampleProvider sourceProvider; + private int phase; // 0 = not started yet, 1 = delay, 2 = skip, 3 = take, 4 = lead_out, 5 = end + private int phasePos; + private int delayBySamples; + private int skipOverSamples; + private int takeSamples; + private int leadOutSamples; + + private int TimeSpanToSamples(TimeSpan time) + { + var samples = (int)(time.TotalSeconds * WaveFormat.SampleRate) * WaveFormat.Channels; + return samples; + } + + private TimeSpan SamplesToTimeSpan(int samples) + { + return TimeSpan.FromSeconds((samples / WaveFormat.Channels) / (double)WaveFormat.SampleRate); + } + + /// <summary> + /// Number of samples of silence to insert before playing source + /// </summary> + public int DelayBySamples + { + get { return delayBySamples; } + set + { + if (phase != 0) + { + throw new InvalidOperationException("Can't set DelayBySamples after calling Read"); + } + if (value % WaveFormat.Channels != 0) + { + throw new ArgumentException("DelayBySamples must be a multiple of WaveFormat.Channels"); + } + delayBySamples = value; + } + } + + /// <summary> + /// Amount of silence to insert before playing + /// </summary> + public TimeSpan DelayBy + { + get { return SamplesToTimeSpan(delayBySamples); } + set { delayBySamples = TimeSpanToSamples(value); } + } + + /// <summary> + /// Number of samples in source to discard + /// </summary> + public int SkipOverSamples + { + get { return skipOverSamples; } + set + { + if (phase != 0) + { + throw new InvalidOperationException("Can't set SkipOverSamples after calling Read"); + } + if (value % WaveFormat.Channels != 0) + { + throw new ArgumentException("SkipOverSamples must be a multiple of WaveFormat.Channels"); + } + skipOverSamples = value; + } + } + + /// <summary> + /// Amount of audio to skip over from the source before beginning playback + /// </summary> + public TimeSpan SkipOver + { + get { return SamplesToTimeSpan(skipOverSamples); } + set { skipOverSamples = TimeSpanToSamples(value); } + } + + + /// <summary> + /// Number of samples to read from source (if 0, then read it all) + /// </summary> + public int TakeSamples + { + get { return takeSamples; } + set + { + if (phase != 0) + { + throw new InvalidOperationException("Can't set TakeSamples after calling Read"); + } + if (value % WaveFormat.Channels != 0) + { + throw new ArgumentException("TakeSamples must be a multiple of WaveFormat.Channels"); + } + takeSamples = value; + } + } + + /// <summary> + /// Amount of audio to take from the source (TimeSpan.Zero means play to end) + /// </summary> + public TimeSpan Take + { + get { return SamplesToTimeSpan(takeSamples); } + set { takeSamples = TimeSpanToSamples(value); } + } + + /// <summary> + /// Number of samples of silence to insert after playing source + /// </summary> + public int LeadOutSamples + { + get { return leadOutSamples; } + set + { + if (phase != 0) + { + throw new InvalidOperationException("Can't set LeadOutSamples after calling Read"); + } + if (value % WaveFormat.Channels != 0) + { + throw new ArgumentException("LeadOutSamples must be a multiple of WaveFormat.Channels"); + } + leadOutSamples = value; + } + } + + /// <summary> + /// Amount of silence to insert after playing source + /// </summary> + public TimeSpan LeadOut + { + get { return SamplesToTimeSpan(leadOutSamples); } + set { leadOutSamples = TimeSpanToSamples(value); } + } + + /// <summary> + /// Creates a new instance of offsetSampleProvider + /// </summary> + /// <param name="sourceProvider">The Source Sample Provider to read from</param> + public OffsetSampleProvider(ISampleProvider sourceProvider) + { + this.sourceProvider = sourceProvider; + } + + /// <summary> + /// The WaveFormat of this SampleProvider + /// </summary> + public WaveFormat WaveFormat + { + get { return sourceProvider.WaveFormat; } + } + + /// <summary> + /// Reads from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset within sample buffer to read to</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + int samplesRead = 0; + + if (phase == 0) // not started yet + { + phase++; + } + + if (phase == 1) // delay + { + int delaySamples = Math.Min(count, DelayBySamples - phasePos); + for (int n = 0; n < delaySamples; n++) + { + buffer[offset + n] = 0; + } + phasePos += delaySamples; + samplesRead += delaySamples; + if (phasePos >= DelayBySamples) + { + phase++; + phasePos = 0; + } + } + + if (phase == 2) // skip + { + if (SkipOverSamples > 0) + { + var skipBuffer = new float[WaveFormat.SampleRate * WaveFormat.Channels]; + // skip everything + int samplesSkipped = 0; + while (samplesSkipped < SkipOverSamples) + { + int samplesRequired = Math.Min(SkipOverSamples - samplesSkipped, skipBuffer.Length); + var read = sourceProvider.Read(skipBuffer, 0, samplesRequired); + if (read == 0) // source has ended while still in skip + { + break; + } + samplesSkipped += read; + } + } + phase++; + phasePos = 0; + } + + if (phase == 3) // take + { + int samplesRequired = count - samplesRead; + if (takeSamples != 0) + samplesRequired = Math.Min(samplesRequired, takeSamples - phasePos); + int read = sourceProvider.Read(buffer, offset + samplesRead, samplesRequired); + phasePos += read; + samplesRead += read; + if (read < samplesRequired || (takeSamples > 0 && phasePos >= takeSamples)) + { + phase++; + phasePos = 0; + } + } + + if (phase == 4) // lead out + { + int samplesRequired = Math.Min(count - samplesRead, LeadOutSamples - phasePos); + for (int n = 0; n < samplesRequired; n++) + { + buffer[offset + samplesRead + n] = 0; + } + phasePos += samplesRequired; + samplesRead += samplesRequired; + if (phasePos >= LeadOutSamples) + { + phase++; + phasePos = 0; + } + } + + return samplesRead; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/OffsetSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/OffsetSampleProvider.cs.meta new file mode 100644 index 0000000..2a859a9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/OffsetSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 28684c685cf828ce6b26303d51fddb79 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/PanningSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/PanningSampleProvider.cs new file mode 100644 index 0000000..a0c8350 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/PanningSampleProvider.cs @@ -0,0 +1,217 @@ +using System; +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts a mono sample provider to stereo, with a customisable pan strategy + /// </summary> + public class PanningSampleProvider : ISampleProvider + { + private readonly ISampleProvider source; + private float pan; + private float leftMultiplier; + private float rightMultiplier; + private readonly WaveFormat waveFormat; + private float[] sourceBuffer; + private IPanStrategy panStrategy; + + /// <summary> + /// Initialises a new instance of the PanningSampleProvider + /// </summary> + /// <param name="source">Source sample provider, must be mono</param> + public PanningSampleProvider(ISampleProvider source) + { + if (source.WaveFormat.Channels != 1) + { + throw new ArgumentException("Source sample provider must be mono"); + } + this.source = source; + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(source.WaveFormat.SampleRate, 2); + panStrategy = new SinPanStrategy(); + } + + /// <summary> + /// Pan value, must be between -1 (left) and 1 (right) + /// </summary> + public float Pan + { + get + { + return pan; + } + set + { + if (value < -1.0f || value > 1.0f) + { + throw new ArgumentOutOfRangeException(nameof(value), "Pan must be in the range -1 to 1"); + } + pan = value; + UpdateMultipliers(); + } + } + + /// <summary> + /// The pan strategy currently in use + /// </summary> + public IPanStrategy PanStrategy + { + get + { + return panStrategy; + } + set + { + panStrategy = value; + UpdateMultipliers(); + } + } + + private void UpdateMultipliers() + { + var multipliers = panStrategy.GetMultipliers(Pan); + leftMultiplier = multipliers.Left; + rightMultiplier = multipliers.Right; + } + + /// <summary> + /// The WaveFormat of this sample provider + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples desired</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + int sourceSamplesRequired = count / 2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceSamplesRequired); + int sourceSamplesRead = source.Read(sourceBuffer, 0, sourceSamplesRequired); + int outIndex = offset; + for (int n = 0; n < sourceSamplesRead; n++) + { + buffer[outIndex++] = leftMultiplier * sourceBuffer[n]; + buffer[outIndex++] = rightMultiplier * sourceBuffer[n]; + } + return sourceSamplesRead * 2; + } + } + + /// <summary> + /// Pair of floating point values, representing samples or multipliers + /// </summary> + public struct StereoSamplePair + { + /// <summary> + /// Left value + /// </summary> + public float Left { get; set; } + /// <summary> + /// Right value + /// </summary> + public float Right { get; set; } + } + + /// <summary> + /// Required Interface for a Panning Strategy + /// </summary> + public interface IPanStrategy + { + /// <summary> + /// Gets the left and right multipliers for a given pan value + /// </summary> + /// <param name="pan">Pan value from -1 to 1</param> + /// <returns>Left and right multipliers in a stereo sample pair</returns> + StereoSamplePair GetMultipliers(float pan); + } + + /// <summary> + /// Simplistic "balance" control - treating the mono input as if it was stereo + /// In the centre, both channels full volume. Opposite channel decays linearly + /// as balance is turned to to one side + /// </summary> + public class StereoBalanceStrategy : IPanStrategy + { + /// <summary> + /// Gets the left and right channel multipliers for this pan value + /// </summary> + /// <param name="pan">Pan value, between -1 and 1</param> + /// <returns>Left and right multipliers</returns> + public StereoSamplePair GetMultipliers(float pan) + { + float leftChannel = (pan <= 0) ? 1.0f : ((1 - pan) / 2.0f); + float rightChannel = (pan >= 0) ? 1.0f : ((pan + 1) / 2.0f); + // Console.WriteLine(pan + ": " + leftChannel + "," + rightChannel); + return new StereoSamplePair() { Left = leftChannel, Right = rightChannel }; + } + } + + + /// <summary> + /// Square Root Pan, thanks to Yuval Naveh + /// </summary> + public class SquareRootPanStrategy : IPanStrategy + { + /// <summary> + /// Gets the left and right channel multipliers for this pan value + /// </summary> + /// <param name="pan">Pan value, between -1 and 1</param> + /// <returns>Left and right multipliers</returns> + public StereoSamplePair GetMultipliers(float pan) + { + // -1..+1 -> 1..0 + float normPan = (-pan + 1) / 2; + float leftChannel = (float)Math.Sqrt(normPan); + float rightChannel = (float)Math.Sqrt(1 - normPan); + // Console.WriteLine(pan + ": " + leftChannel + "," + rightChannel); + return new StereoSamplePair() { Left = leftChannel, Right = rightChannel }; + } + } + + /// <summary> + /// Sinus Pan, thanks to Yuval Naveh + /// </summary> + public class SinPanStrategy : IPanStrategy + { + private const float HalfPi = (float)Math.PI / 2; + + /// <summary> + /// Gets the left and right channel multipliers for this pan value + /// </summary> + /// <param name="pan">Pan value, between -1 and 1</param> + /// <returns>Left and right multipliers</returns> + public StereoSamplePair GetMultipliers(float pan) + { + // -1..+1 -> 1..0 + float normPan = (-pan + 1) / 2; + float leftChannel = (float)Math.Sin(normPan * HalfPi); + float rightChannel = (float)Math.Cos(normPan * HalfPi); + // Console.WriteLine(pan + ": " + leftChannel + "," + rightChannel); + return new StereoSamplePair() { Left = leftChannel, Right = rightChannel }; + } + } + + /// <summary> + /// Linear Pan + /// </summary> + public class LinearPanStrategy : IPanStrategy + { + /// <summary> + /// Gets the left and right channel multipliers for this pan value + /// </summary> + /// <param name="pan">Pan value, between -1 and 1</param> + /// <returns>Left and right multipliers</returns> + public StereoSamplePair GetMultipliers(float pan) + { + // -1..+1 -> 1..0 + float normPan = (-pan + 1) / 2; + float leftChannel = normPan; + float rightChannel = 1 - normPan; + return new StereoSamplePair() { Left = leftChannel, Right = rightChannel }; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/PanningSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/PanningSampleProvider.cs.meta new file mode 100644 index 0000000..2742caf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/PanningSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6fbafe53926fbedc0b92735047b1b0c7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm16BitToSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm16BitToSampleProvider.cs new file mode 100644 index 0000000..ef2b5ca --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm16BitToSampleProvider.cs @@ -0,0 +1,40 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts an IWaveProvider containing 16 bit PCM to an + /// ISampleProvider + /// </summary> + public class Pcm16BitToSampleProvider : SampleProviderConverterBase + { + /// <summary> + /// Initialises a new instance of Pcm16BitToSampleProvider + /// </summary> + /// <param name="source">Source wave provider</param> + public Pcm16BitToSampleProvider(IWaveProvider source) + : base(source) + { + } + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Samples required</param> + /// <returns>Number of samples read</returns> + public override int Read(float[] buffer, int offset, int count) + { + int sourceBytesRequired = count * 2; + EnsureSourceBuffer(sourceBytesRequired); + int bytesRead = source.Read(sourceBuffer, 0, sourceBytesRequired); + int outIndex = offset; + for(int n = 0; n < bytesRead; n+=2) + { + buffer[outIndex++] = BitConverter.ToInt16(sourceBuffer, n) / 32768f; + } + return bytesRead / 2; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm16BitToSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm16BitToSampleProvider.cs.meta new file mode 100644 index 0000000..8acd53f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm16BitToSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 81fb3f4311d5b36af8a9dfa1f52f90e3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm24BitToSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm24BitToSampleProvider.cs new file mode 100644 index 0000000..36f16cb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm24BitToSampleProvider.cs @@ -0,0 +1,39 @@ +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts an IWaveProvider containing 24 bit PCM to an + /// ISampleProvider + /// </summary> + public class Pcm24BitToSampleProvider : SampleProviderConverterBase + { + /// <summary> + /// Initialises a new instance of Pcm24BitToSampleProvider + /// </summary> + /// <param name="source">Source Wave Provider</param> + public Pcm24BitToSampleProvider(IWaveProvider source) + : base(source) + { + + } + + /// <summary> + /// Reads floating point samples from this sample provider + /// </summary> + /// <param name="buffer">sample buffer</param> + /// <param name="offset">offset within sample buffer to write to</param> + /// <param name="count">number of samples required</param> + /// <returns>number of samples provided</returns> + public override int Read(float[] buffer, int offset, int count) + { + int sourceBytesRequired = count * 3; + EnsureSourceBuffer(sourceBytesRequired); + int bytesRead = source.Read(sourceBuffer, 0, sourceBytesRequired); + int outIndex = offset; + for (int n = 0; n < bytesRead; n += 3) + { + buffer[outIndex++] = (((sbyte)sourceBuffer[n + 2] << 16) | (sourceBuffer[n + 1] << 8) | sourceBuffer[n]) / 8388608f; + } + return bytesRead / 3; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm24BitToSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm24BitToSampleProvider.cs.meta new file mode 100644 index 0000000..3d9f0d5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm24BitToSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9f18ba798c5940be58149dd1b63d33c6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm32BitToSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm32BitToSampleProvider.cs new file mode 100644 index 0000000..e443ce8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm32BitToSampleProvider.cs @@ -0,0 +1,42 @@ +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts an IWaveProvider containing 32 bit PCM to an + /// ISampleProvider + /// </summary> + public class Pcm32BitToSampleProvider : SampleProviderConverterBase + { + /// <summary> + /// Initialises a new instance of Pcm32BitToSampleProvider + /// </summary> + /// <param name="source">Source Wave Provider</param> + public Pcm32BitToSampleProvider(IWaveProvider source) + : base(source) + { + + } + + /// <summary> + /// Reads floating point samples from this sample provider + /// </summary> + /// <param name="buffer">sample buffer</param> + /// <param name="offset">offset within sample buffer to write to</param> + /// <param name="count">number of samples required</param> + /// <returns>number of samples provided</returns> + public override int Read(float[] buffer, int offset, int count) + { + int sourceBytesRequired = count*4; + EnsureSourceBuffer(sourceBytesRequired); + int bytesRead = source.Read(sourceBuffer, 0, sourceBytesRequired); + int outIndex = offset; + for (int n = 0; n < bytesRead; n += 4) + { + buffer[outIndex++] = (((sbyte) sourceBuffer[n + 3] << 24 | + sourceBuffer[n + 2] << 16) | + (sourceBuffer[n + 1] << 8) | + sourceBuffer[n])/2147483648f; + } + return bytesRead/4; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm32BitToSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm32BitToSampleProvider.cs.meta new file mode 100644 index 0000000..fcf64ec --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm32BitToSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d533c57aba859386089eb3fb74dd16d4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm8BitToSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm8BitToSampleProvider.cs new file mode 100644 index 0000000..312bba0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm8BitToSampleProvider.cs @@ -0,0 +1,38 @@ +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts an IWaveProvider containing 8 bit PCM to an + /// ISampleProvider + /// </summary> + public class Pcm8BitToSampleProvider : SampleProviderConverterBase + { + /// <summary> + /// Initialises a new instance of Pcm8BitToSampleProvider + /// </summary> + /// <param name="source">Source wave provider</param> + public Pcm8BitToSampleProvider(IWaveProvider source) : + base(source) + { + } + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples to read</param> + /// <returns>Number of samples read</returns> + public override int Read(float[] buffer, int offset, int count) + { + int sourceBytesRequired = count; + EnsureSourceBuffer(sourceBytesRequired); + int bytesRead = source.Read(sourceBuffer, 0, sourceBytesRequired); + int outIndex = offset; + for (int n = 0; n < bytesRead; n++) + { + buffer[outIndex++] = sourceBuffer[n] / 128f - 1.0f; + } + return bytesRead; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm8BitToSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm8BitToSampleProvider.cs.meta new file mode 100644 index 0000000..5dcc447 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/Pcm8BitToSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d69c1eb0ab43fb9a4a9bea9c3bec66a8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SMBPitchShiftingSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SMBPitchShiftingSampleProvider.cs new file mode 100644 index 0000000..145f483 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SMBPitchShiftingSampleProvider.cs @@ -0,0 +1,151 @@ +using System; +using NAudio.Dsp; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Author: Freefall + /// Date: 05.08.16 + /// Based on: the port of Stephan M. Bernsee´s pitch shifting class + /// Port site: https://sites.google.com/site/mikescoderama/pitch-shifting + /// Test application and github site: https://github.com/Freefall63/NAudio-Pitchshifter + /// + /// NOTE: I strongly advice to add a Limiter for post-processing. + /// For my needs the FastAttackCompressor1175 provides acceptable results: + /// https://github.com/Jiyuu/SkypeFX/blob/master/JSNet/FastAttackCompressor1175.cs + /// + /// UPDATE: Added a simple Limiter based on the pydirac implementation. + /// https://github.com/echonest/remix/blob/master/external/pydirac225/source/Dirac_LE.cpp + /// + ///</summary> + public class SmbPitchShiftingSampleProvider : ISampleProvider + { + //Shifter objects + private readonly ISampleProvider sourceStream; + private readonly WaveFormat waveFormat; + private float pitch = 1f; + private readonly int fftSize; + private readonly long osamp; + private readonly SmbPitchShifter shifterLeft = new SmbPitchShifter(); + private readonly SmbPitchShifter shifterRight = new SmbPitchShifter(); + + //Limiter constants + const float LIM_THRESH = 0.95f; + const float LIM_RANGE = (1f - LIM_THRESH); + const float M_PI_2 = (float) (Math.PI/2); + + /// <summary> + /// Creates a new SMB Pitch Shifting Sample Provider with default settings + /// </summary> + /// <param name="sourceProvider">Source provider</param> + public SmbPitchShiftingSampleProvider(ISampleProvider sourceProvider) + : this(sourceProvider, 4096, 4L, 1f) + { + } + + /// <summary> + /// Creates a new SMB Pitch Shifting Sample Provider with custom settings + /// </summary> + /// <param name="sourceProvider">Source provider</param> + /// <param name="fftSize">FFT Size (any power of two &lt;= 4096: 4096, 2048, 1024, 512, ...)</param> + /// <param name="osamp">Oversampling (number of overlapping windows)</param> + /// <param name="initialPitch">Initial pitch (0.5f = octave down, 1.0f = normal, 2.0f = octave up)</param> + public SmbPitchShiftingSampleProvider(ISampleProvider sourceProvider, int fftSize, long osamp, + float initialPitch) + { + sourceStream = sourceProvider; + waveFormat = sourceProvider.WaveFormat; + this.fftSize = fftSize; + this.osamp = osamp; + PitchFactor = initialPitch; + } + + /// <summary> + /// Read from this sample provider + /// </summary> + public int Read(float[] buffer, int offset, int count) + { + int sampRead = sourceStream.Read(buffer, offset, count); + if (pitch == 1f) + { + //Nothing to do. + return sampRead; + } + if (waveFormat.Channels == 1) + { + var mono = new float[sampRead]; + var index = 0; + for (var sample = offset; sample <= sampRead + offset - 1; sample++) + { + mono[index] = buffer[sample]; + index += 1; + } + shifterLeft.PitchShift(pitch, sampRead, fftSize, osamp, waveFormat.SampleRate, mono); + index = 0; + for (var sample = offset; sample <= sampRead + offset - 1; sample++) + { + buffer[sample] = Limiter(mono[index]); + index += 1; + } + return sampRead; + } + if (waveFormat.Channels == 2) + { + var left = new float[(sampRead >> 1)]; + var right = new float[(sampRead >> 1)]; + var index = 0; + for (var sample = offset; sample <= sampRead + offset - 1; sample += 2) + { + left[index] = buffer[sample]; + right[index] = buffer[sample + 1]; + index += 1; + } + shifterLeft.PitchShift(pitch, sampRead >> 1, fftSize, osamp, waveFormat.SampleRate, left); + shifterRight.PitchShift(pitch, sampRead >> 1, fftSize, osamp, waveFormat.SampleRate, right); + index = 0; + for (var sample = offset; sample <= sampRead + offset - 1; sample += 2) + { + buffer[sample] = Limiter(left[index]); + buffer[sample + 1] = Limiter(right[index]); + index += 1; + } + return sampRead; + } + throw new Exception("Shifting of more than 2 channels is currently not supported."); + } + + /// <summary> + /// WaveFormat + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Pitch Factor (0.5f = octave down, 1.0f = normal, 2.0f = octave up) + /// </summary> + public float PitchFactor + { + get { return pitch; } + set { pitch = value; } + } + + private float Limiter(float sample) + { + float res; + if ((LIM_THRESH < sample)) + { + res = (sample - LIM_THRESH)/LIM_RANGE; + res = (float) ((Math.Atan(res)/M_PI_2)*LIM_RANGE + LIM_THRESH); + } + else if ((sample < -LIM_THRESH)) + { + res = -(sample + LIM_THRESH)/LIM_RANGE; + res = -(float) ((Math.Atan(res)/M_PI_2)*LIM_RANGE + LIM_THRESH); + } + else + { + res = sample; + } + return res; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SMBPitchShiftingSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SMBPitchShiftingSampleProvider.cs.meta new file mode 100644 index 0000000..69be5c4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SMBPitchShiftingSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 03d302c9649107c3a8efd7dde4d57186 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleChannel.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleChannel.cs new file mode 100644 index 0000000..360fa6a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleChannel.cs @@ -0,0 +1,83 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Utility class that takes an IWaveProvider input at any bit depth + /// and exposes it as an ISampleProvider. Can turn mono inputs into stereo, + /// and allows adjusting of volume + /// (The eventual successor to WaveChannel32) + /// This class also serves as an example of how you can link together several simple + /// Sample Providers to form a more useful class. + /// </summary> + public class SampleChannel : ISampleProvider + { + private readonly VolumeSampleProvider volumeProvider; + private readonly MeteringSampleProvider preVolumeMeter; + private readonly WaveFormat waveFormat; + + /// <summary> + /// Initialises a new instance of SampleChannel + /// </summary> + /// <param name="waveProvider">Source wave provider, must be PCM or IEEE</param> + public SampleChannel(IWaveProvider waveProvider) + : this(waveProvider, false) + { + + } + + /// <summary> + /// Initialises a new instance of SampleChannel + /// </summary> + /// <param name="waveProvider">Source wave provider, must be PCM or IEEE</param> + /// <param name="forceStereo">force mono inputs to become stereo</param> + public SampleChannel(IWaveProvider waveProvider, bool forceStereo) + { + ISampleProvider sampleProvider = SampleProviderConverters.ConvertWaveProviderIntoSampleProvider(waveProvider); + if (sampleProvider.WaveFormat.Channels == 1 && forceStereo) + { + sampleProvider = new MonoToStereoSampleProvider(sampleProvider); + } + waveFormat = sampleProvider.WaveFormat; + // let's put the meter before the volume (useful for drawing waveforms) + preVolumeMeter = new MeteringSampleProvider(sampleProvider); + volumeProvider = new VolumeSampleProvider(preVolumeMeter); + } + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="sampleCount">Number of samples desired</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int sampleCount) + { + return volumeProvider.Read(buffer, offset, sampleCount); + } + + /// <summary> + /// The WaveFormat of this Sample Provider + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Allows adjusting the volume, 1.0f = full volume + /// </summary> + public float Volume + { + get { return volumeProvider.Volume; } + set { volumeProvider.Volume = value; } + } + + /// <summary> + /// Raised periodically to inform the user of the max volume + /// (before the volume meter) + /// </summary> + public event EventHandler<StreamVolumeEventArgs> PreVolumeMeter + { + add { preVolumeMeter.StreamVolume += value; } + remove { preVolumeMeter.StreamVolume -= value; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleChannel.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleChannel.cs.meta new file mode 100644 index 0000000..685d0a0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleChannel.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 334d9cf849b338fd99ed853675797ffd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverterBase.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverterBase.cs new file mode 100644 index 0000000..24380e0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverterBase.cs @@ -0,0 +1,54 @@ +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Helper base class for classes converting to ISampleProvider + /// </summary> + public abstract class SampleProviderConverterBase : ISampleProvider + { + /// <summary> + /// Source Wave Provider + /// </summary> + protected IWaveProvider source; + private readonly WaveFormat waveFormat; + + /// <summary> + /// Source buffer (to avoid constantly creating small buffers during playback) + /// </summary> + protected byte[] sourceBuffer; + + /// <summary> + /// Initialises a new instance of SampleProviderConverterBase + /// </summary> + /// <param name="source">Source Wave provider</param> + public SampleProviderConverterBase(IWaveProvider source) + { + this.source = source; + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(source.WaveFormat.SampleRate, source.WaveFormat.Channels); + } + + /// <summary> + /// Wave format of this wave provider + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Reads samples from the source wave provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public abstract int Read(float[] buffer, int offset, int count); + + /// <summary> + /// Ensure the source buffer exists and is big enough + /// </summary> + /// <param name="sourceBytesRequired">Bytes required</param> + protected void EnsureSourceBuffer(int sourceBytesRequired) + { + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverterBase.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverterBase.cs.meta new file mode 100644 index 0000000..b76209c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverterBase.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6d8ae5e121f67c8d58ccccd7401a2ee1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverters.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverters.cs new file mode 100644 index 0000000..1ca088b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverters.cs @@ -0,0 +1,57 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Utility class for converting to SampleProvider + /// </summary> + static class SampleProviderConverters + { + /// <summary> + /// Helper function to go from IWaveProvider to a SampleProvider + /// Must already be PCM or IEEE float + /// </summary> + /// <param name="waveProvider">The WaveProvider to convert</param> + /// <returns>A sample provider</returns> + public static ISampleProvider ConvertWaveProviderIntoSampleProvider(IWaveProvider waveProvider) + { + ISampleProvider sampleProvider; + if (waveProvider.WaveFormat.Encoding == WaveFormatEncoding.Pcm) + { + // go to float + if (waveProvider.WaveFormat.BitsPerSample == 8) + { + sampleProvider = new Pcm8BitToSampleProvider(waveProvider); + } + else if (waveProvider.WaveFormat.BitsPerSample == 16) + { + sampleProvider = new Pcm16BitToSampleProvider(waveProvider); + } + else if (waveProvider.WaveFormat.BitsPerSample == 24) + { + sampleProvider = new Pcm24BitToSampleProvider(waveProvider); + } + else if (waveProvider.WaveFormat.BitsPerSample == 32) + { + sampleProvider = new Pcm32BitToSampleProvider(waveProvider); + } + else + { + throw new InvalidOperationException("Unsupported bit depth"); + } + } + else if (waveProvider.WaveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + if (waveProvider.WaveFormat.BitsPerSample == 64) + sampleProvider = new WaveToSampleProvider64(waveProvider); + else + sampleProvider = new WaveToSampleProvider(waveProvider); + } + else + { + throw new ArgumentException("Unsupported source encoding"); + } + return sampleProvider; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverters.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverters.cs.meta new file mode 100644 index 0000000..e10325f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleProviderConverters.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 612a115f95cfd4611b0bcfd0b8add160 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider.cs new file mode 100644 index 0000000..7550974 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider.cs @@ -0,0 +1,42 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Helper class for when you need to convert back to an IWaveProvider from + /// an ISampleProvider. Keeps it as IEEE float + /// </summary> + public class SampleToWaveProvider : IWaveProvider + { + private readonly ISampleProvider source; + + /// <summary> + /// Initializes a new instance of the WaveProviderFloatToWaveProvider class + /// </summary> + /// <param name="source">Source wave provider</param> + public SampleToWaveProvider(ISampleProvider source) + { + if (source.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Must be already floating point"); + } + this.source = source; + } + + /// <summary> + /// Reads from this provider + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + int samplesNeeded = count / 4; + var wb = new WaveBuffer(buffer); + int samplesRead = source.Read(wb.FloatBuffer, offset / 4, samplesNeeded); + return samplesRead * 4; + } + + /// <summary> + /// The waveformat of this WaveProvider (same as the source) + /// </summary> + public WaveFormat WaveFormat => source.WaveFormat; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider.cs.meta new file mode 100644 index 0000000..7c1657f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c49c46e7ded52b7029c132fef7a42070 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider16.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider16.cs new file mode 100644 index 0000000..d3f83b4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider16.cs @@ -0,0 +1,78 @@ +using System; +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts a sample provider to 16 bit PCM, optionally clipping and adjusting volume along the way + /// </summary> + public class SampleToWaveProvider16 : IWaveProvider + { + private readonly ISampleProvider sourceProvider; + private readonly WaveFormat waveFormat; + private volatile float volume; + private float[] sourceBuffer; + + /// <summary> + /// Converts from an ISampleProvider (IEEE float) to a 16 bit PCM IWaveProvider. + /// Number of channels and sample rate remain unchanged. + /// </summary> + /// <param name="sourceProvider">The input source provider</param> + public SampleToWaveProvider16(ISampleProvider sourceProvider) + { + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + throw new ArgumentException("Input source provider must be IEEE float", nameof(sourceProvider)); + if (sourceProvider.WaveFormat.BitsPerSample != 32) + throw new ArgumentException("Input source provider must be 32 bit", nameof(sourceProvider)); + + waveFormat = new WaveFormat(sourceProvider.WaveFormat.SampleRate, 16, sourceProvider.WaveFormat.Channels); + + this.sourceProvider = sourceProvider; + volume = 1.0f; + } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="destBuffer">The destination buffer</param> + /// <param name="offset">Offset into the destination buffer</param> + /// <param name="numBytes">Number of bytes read</param> + /// <returns>Number of bytes read.</returns> + public int Read(byte[] destBuffer, int offset, int numBytes) + { + int samplesRequired = numBytes / 2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, samplesRequired); + int sourceSamples = sourceProvider.Read(sourceBuffer, 0, samplesRequired); + var destWaveBuffer = new WaveBuffer(destBuffer); + + int destOffset = offset / 2; + for (int sample = 0; sample < sourceSamples; sample++) + { + // adjust volume + float sample32 = sourceBuffer[sample] * volume; + // clip + if (sample32 > 1.0f) + sample32 = 1.0f; + if (sample32 < -1.0f) + sample32 = -1.0f; + destWaveBuffer.ShortBuffer[destOffset++] = (short)(sample32 * 32767); + } + + return sourceSamples * 2; + } + + /// <summary> + /// <see cref="IWaveProvider.WaveFormat"/> + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Volume of this channel. 1.0 = full scale + /// </summary> + public float Volume + { + get { return volume; } + set { volume = value; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider16.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider16.cs.meta new file mode 100644 index 0000000..9127a23 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider16.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a7dc47f5c4eacbac58cfc8d397818c82 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider24.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider24.cs new file mode 100644 index 0000000..f0f5264 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider24.cs @@ -0,0 +1,85 @@ +using System; +using NAudio.Utils; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Converts a sample provider to 24 bit PCM, optionally clipping and adjusting volume along the way + /// </summary> + public class SampleToWaveProvider24 : IWaveProvider + { + private readonly ISampleProvider sourceProvider; + private readonly WaveFormat waveFormat; + private volatile float volume; + private float[] sourceBuffer; + + /// <summary> + /// Converts from an ISampleProvider (IEEE float) to a 16 bit PCM IWaveProvider. + /// Number of channels and sample rate remain unchanged. + /// </summary> + /// <param name="sourceProvider">The input source provider</param> + public SampleToWaveProvider24(ISampleProvider sourceProvider) + { + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + throw new ArgumentException("Input source provider must be IEEE float", "sourceProvider"); + if (sourceProvider.WaveFormat.BitsPerSample != 32) + throw new ArgumentException("Input source provider must be 32 bit", "sourceProvider"); + + waveFormat = new WaveFormat(sourceProvider.WaveFormat.SampleRate, 24, sourceProvider.WaveFormat.Channels); + + this.sourceProvider = sourceProvider; + volume = 1.0f; + } + + /// <summary> + /// Reads bytes from this wave stream, clipping if necessary + /// </summary> + /// <param name="destBuffer">The destination buffer</param> + /// <param name="offset">Offset into the destination buffer</param> + /// <param name="numBytes">Number of bytes read</param> + /// <returns>Number of bytes read.</returns> + public int Read(byte[] destBuffer, int offset, int numBytes) + { + var samplesRequired = numBytes / 3; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, samplesRequired); + var sourceSamples = sourceProvider.Read(sourceBuffer, 0, samplesRequired); + + int destOffset = offset; + for (var sample = 0; sample < sourceSamples; sample++) + { + // adjust volume + var sample32 = sourceBuffer[sample] * volume; + // clip + if (sample32 > 1.0f) + sample32 = 1.0f; + if (sample32 < -1.0f) + sample32 = -1.0f; + + var sample24 = (int) (sample32*8388607.0); + destBuffer[destOffset++] = (byte)(sample24); + destBuffer[destOffset++] = (byte)(sample24 >> 8); + destBuffer[destOffset++] = (byte)(sample24 >> 16); + } + + return sourceSamples * 3; + } + + /// <summary> + /// The Format of this IWaveProvider + /// <see cref="IWaveProvider.WaveFormat"/> + /// </summary> + public WaveFormat WaveFormat + { + get { return waveFormat; } + } + + /// <summary> + /// Volume of this channel. 1.0 = full scale, 0.0 to mute + /// </summary> + public float Volume + { + get { return volume; } + set { volume = value; } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider24.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider24.cs.meta new file mode 100644 index 0000000..d1cd0ae --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SampleToWaveProvider24.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 70f1e21d0a50fcef8a2a9f4ae9d6a9cc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SignalGenerator.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SignalGenerator.cs new file mode 100644 index 0000000..30cbad7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SignalGenerator.cs @@ -0,0 +1,282 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Signal Generator + /// Sin, Square, Triangle, SawTooth, White Noise, Pink Noise, Sweep. + /// </summary> + /// <remarks> + /// Posibility to change ISampleProvider + /// Example : + /// --------- + /// WaveOut _waveOutGene = new WaveOut(); + /// WaveGenerator wg = new SignalGenerator(); + /// wg.Type = ... + /// wg.Frequency = ... + /// wg ... + /// _waveOutGene.Init(wg); + /// _waveOutGene.Play(); + /// </remarks> + public class SignalGenerator : ISampleProvider + { + // Wave format + private readonly WaveFormat waveFormat; + + // Random Number for the White Noise & Pink Noise Generator + private readonly Random random = new Random(); + + private readonly double[] pinkNoiseBuffer = new double[7]; + + // Const Math + private const double TwoPi = 2*Math.PI; + + // Generator variable + private int nSample; + + // Sweep Generator variable + private double phi; + + /// <summary> + /// Initializes a new instance for the Generator (Default :: 44.1Khz, 2 channels, Sinus, Frequency = 440, Gain = 1) + /// </summary> + public SignalGenerator() + : this(44100, 2) + { + + } + + /// <summary> + /// Initializes a new instance for the Generator (UserDef SampleRate &amp; Channels) + /// </summary> + /// <param name="sampleRate">Desired sample rate</param> + /// <param name="channel">Number of channels</param> + public SignalGenerator(int sampleRate, int channel) + { + phi = 0; + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sampleRate, channel); + + // Default + Type = SignalGeneratorType.Sin; + Frequency = 440.0; + Gain = 1; + PhaseReverse = new bool[channel]; + SweepLengthSecs = 2; + } + + /// <summary> + /// The waveformat of this WaveProvider (same as the source) + /// </summary> + public WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Frequency for the Generator. (20.0 - 20000.0 Hz) + /// Sin, Square, Triangle, SawTooth, Sweep (Start Frequency). + /// </summary> + public double Frequency { get; set; } + + /// <summary> + /// Return Log of Frequency Start (Read only) + /// </summary> + public double FrequencyLog => Math.Log(Frequency); + + /// <summary> + /// End Frequency for the Sweep Generator. (Start Frequency in Frequency) + /// </summary> + public double FrequencyEnd { get; set; } + + /// <summary> + /// Return Log of Frequency End (Read only) + /// </summary> + public double FrequencyEndLog => Math.Log(FrequencyEnd); + + /// <summary> + /// Gain for the Generator. (0.0 to 1.0) + /// </summary> + public double Gain { get; set; } + + /// <summary> + /// Channel PhaseReverse + /// </summary> + public bool[] PhaseReverse { get; } + + /// <summary> + /// Type of Generator. + /// </summary> + public SignalGeneratorType Type { get; set; } + + /// <summary> + /// Length Seconds for the Sweep Generator. + /// </summary> + public double SweepLengthSecs { get; set; } + + /// <summary> + /// Reads from this provider. + /// </summary> + public int Read(float[] buffer, int offset, int count) + { + int outIndex = offset; + + // Generator current value + double multiple; + double sampleValue; + double sampleSaw; + + // Complete Buffer + for (int sampleCount = 0; sampleCount < count/waveFormat.Channels; sampleCount++) + { + switch (Type) + { + case SignalGeneratorType.Sin: + + // Sinus Generator + + multiple = TwoPi*Frequency/waveFormat.SampleRate; + sampleValue = Gain*Math.Sin(nSample*multiple); + + nSample++; + + break; + + + case SignalGeneratorType.Square: + + // Square Generator + + multiple = 2*Frequency/waveFormat.SampleRate; + sampleSaw = ((nSample*multiple)%2) - 1; + sampleValue = sampleSaw >= 0 ? Gain : -Gain; + + nSample++; + break; + + case SignalGeneratorType.Triangle: + + // Triangle Generator + + multiple = 2*Frequency/waveFormat.SampleRate; + sampleSaw = ((nSample*multiple)%2); + sampleValue = 2*sampleSaw; + if (sampleValue > 1) + sampleValue = 2 - sampleValue; + if (sampleValue < -1) + sampleValue = -2 - sampleValue; + + sampleValue *= Gain; + + nSample++; + break; + + case SignalGeneratorType.SawTooth: + + // SawTooth Generator + + multiple = 2*Frequency/waveFormat.SampleRate; + sampleSaw = ((nSample*multiple)%2) - 1; + sampleValue = Gain*sampleSaw; + + nSample++; + break; + + case SignalGeneratorType.White: + + // White Noise Generator + sampleValue = (Gain*NextRandomTwo()); + break; + + case SignalGeneratorType.Pink: + + // Pink Noise Generator + + double white = NextRandomTwo(); + pinkNoiseBuffer[0] = 0.99886*pinkNoiseBuffer[0] + white*0.0555179; + pinkNoiseBuffer[1] = 0.99332*pinkNoiseBuffer[1] + white*0.0750759; + pinkNoiseBuffer[2] = 0.96900*pinkNoiseBuffer[2] + white*0.1538520; + pinkNoiseBuffer[3] = 0.86650*pinkNoiseBuffer[3] + white*0.3104856; + pinkNoiseBuffer[4] = 0.55000*pinkNoiseBuffer[4] + white*0.5329522; + pinkNoiseBuffer[5] = -0.7616*pinkNoiseBuffer[5] - white*0.0168980; + double pink = pinkNoiseBuffer[0] + pinkNoiseBuffer[1] + pinkNoiseBuffer[2] + pinkNoiseBuffer[3] + pinkNoiseBuffer[4] + pinkNoiseBuffer[5] + pinkNoiseBuffer[6] + white*0.5362; + pinkNoiseBuffer[6] = white*0.115926; + sampleValue = (Gain*(pink/5)); + break; + + case SignalGeneratorType.Sweep: + + // Sweep Generator + double f = Math.Exp(FrequencyLog + (nSample*(FrequencyEndLog - FrequencyLog))/(SweepLengthSecs*waveFormat.SampleRate)); + + multiple = TwoPi*f/waveFormat.SampleRate; + phi += multiple; + sampleValue = Gain*(Math.Sin(phi)); + nSample++; + if (nSample > SweepLengthSecs*waveFormat.SampleRate) + { + nSample = 0; + phi = 0; + } + break; + + default: + sampleValue = 0.0; + break; + } + + // Phase Reverse Per Channel + for (int i = 0; i < waveFormat.Channels; i++) + { + if (PhaseReverse[i]) + buffer[outIndex++] = (float) -sampleValue; + else + buffer[outIndex++] = (float) sampleValue; + } + } + return count; + } + + /// <summary> + /// Private :: Random for WhiteNoise &amp; Pink Noise (Value form -1 to 1) + /// </summary> + /// <returns>Random value from -1 to +1</returns> + private double NextRandomTwo() + { + return 2*random.NextDouble() - 1; + } + + } + + /// <summary> + /// Signal Generator type + /// </summary> + public enum SignalGeneratorType + { + /// <summary> + /// Pink noise + /// </summary> + Pink, + /// <summary> + /// White noise + /// </summary> + White, + /// <summary> + /// Sweep + /// </summary> + Sweep, + /// <summary> + /// Sine wave + /// </summary> + Sin, + /// <summary> + /// Square wave + /// </summary> + Square, + /// <summary> + /// Triangle Wave + /// </summary> + Triangle, + /// <summary> + /// Sawtooth wave + /// </summary> + SawTooth, + } + +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SignalGenerator.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SignalGenerator.cs.meta new file mode 100644 index 0000000..da4dc07 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/SignalGenerator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d258ded653f698bee8c7c028c4705ed9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/StereoToMonoSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/StereoToMonoSampleProvider.cs new file mode 100644 index 0000000..f0a35e9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/StereoToMonoSampleProvider.cs @@ -0,0 +1,65 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Takes a stereo input and turns it to mono + /// </summary> + public class StereoToMonoSampleProvider : ISampleProvider + { + private readonly ISampleProvider sourceProvider; + private float[] sourceBuffer; + + /// <summary> + /// Creates a new mono ISampleProvider based on a stereo input + /// </summary> + /// <param name="sourceProvider">Stereo 16 bit PCM input</param> + public StereoToMonoSampleProvider(ISampleProvider sourceProvider) + { + LeftVolume = 0.5f; + RightVolume = 0.5f; + if (sourceProvider.WaveFormat.Channels != 2) + { + throw new ArgumentException("Source must be stereo"); + } + this.sourceProvider = sourceProvider; + WaveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sourceProvider.WaveFormat.SampleRate, 1); + } + + /// <summary> + /// 1.0 to mix the mono source entirely to the left channel + /// </summary> + public float LeftVolume { get; set; } + + /// <summary> + /// 1.0 to mix the mono source entirely to the right channel + /// </summary> + public float RightVolume { get; set; } + + /// <summary> + /// Output Wave Format + /// </summary> + public WaveFormat WaveFormat { get; } + + /// <summary> + /// Reads bytes from this SampleProvider + /// </summary> + public int Read(float[] buffer, int offset, int count) + { + var sourceSamplesRequired = count * 2; + if (sourceBuffer == null || sourceBuffer.Length < sourceSamplesRequired) sourceBuffer = new float[sourceSamplesRequired]; + + var sourceSamplesRead = sourceProvider.Read(sourceBuffer, 0, sourceSamplesRequired); + var destOffset = offset; + for (var sourceSample = 0; sourceSample < sourceSamplesRead; sourceSample += 2) + { + var left = sourceBuffer[sourceSample]; + var right = sourceBuffer[sourceSample + 1]; + var outSample = (left * LeftVolume) + (right * RightVolume); + + buffer[destOffset++] = outSample; + } + return sourceSamplesRead / 2; + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/StereoToMonoSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/StereoToMonoSampleProvider.cs.meta new file mode 100644 index 0000000..3c85706 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/StereoToMonoSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1c42345f609a5494a858cfb765a53d9a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/VolumeSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/VolumeSampleProvider.cs new file mode 100644 index 0000000..6deac08 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/VolumeSampleProvider.cs @@ -0,0 +1,50 @@ +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Very simple sample provider supporting adjustable gain + /// </summary> + public class VolumeSampleProvider : ISampleProvider + { + private readonly ISampleProvider source; + + /// <summary> + /// Initializes a new instance of VolumeSampleProvider + /// </summary> + /// <param name="source">Source Sample Provider</param> + public VolumeSampleProvider(ISampleProvider source) + { + this.source = source; + Volume = 1.0f; + } + + /// <summary> + /// WaveFormat + /// </summary> + public WaveFormat WaveFormat => source.WaveFormat; + + /// <summary> + /// Reads samples from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="sampleCount">Number of samples desired</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int sampleCount) + { + int samplesRead = source.Read(buffer, offset, sampleCount); + if (Volume != 1f) + { + for (int n = 0; n < sampleCount; n++) + { + buffer[offset + n] *= Volume; + } + } + return samplesRead; + } + + /// <summary> + /// Allows adjusting the volume, 1.0f = full volume + /// </summary> + public float Volume { get; set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/VolumeSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/VolumeSampleProvider.cs.meta new file mode 100644 index 0000000..125abce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/VolumeSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1860a5545ba93312c8d9a7ebf71684d8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider.cs new file mode 100644 index 0000000..813ffef --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider.cs @@ -0,0 +1,48 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Helper class turning an already 32 bit floating point IWaveProvider + /// into an ISampleProvider - hopefully not needed for most applications + /// </summary> + public class WaveToSampleProvider : SampleProviderConverterBase + { + /// <summary> + /// Initializes a new instance of the WaveToSampleProvider class + /// </summary> + /// <param name="source">Source wave provider, must be IEEE float</param> + public WaveToSampleProvider(IWaveProvider source) + : base(source) + { + if (source.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Must be already floating point"); + } + } + + /// <summary> + /// Reads from this provider + /// </summary> + public override int Read(float[] buffer, int offset, int count) + { + int bytesNeeded = count * 4; + EnsureSourceBuffer(bytesNeeded); + int bytesRead = source.Read(sourceBuffer, 0, bytesNeeded); + int samplesRead = bytesRead / 4; + int outputIndex = offset; + unsafe + { + fixed(byte* pBytes = &sourceBuffer[0]) + { + float* pFloat = (float*)pBytes; + for (int n = 0, i = 0; n < bytesRead; n += 4, i++) + { + buffer[outputIndex++] = *(pFloat + i); + } + } + } + return samplesRead; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider.cs.meta new file mode 100644 index 0000000..618a5da --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 95013b818c7c8e5a48cb01fc08f7d910 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider64.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider64.cs new file mode 100644 index 0000000..088c5f6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider64.cs @@ -0,0 +1,42 @@ +using System; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Helper class turning an already 64 bit floating point IWaveProvider + /// into an ISampleProvider - hopefully not needed for most applications + /// </summary> + public class WaveToSampleProvider64 : SampleProviderConverterBase + { + /// <summary> + /// Initializes a new instance of the WaveToSampleProvider class + /// </summary> + /// <param name="source">Source wave provider, must be IEEE float</param> + public WaveToSampleProvider64(IWaveProvider source) + : base(source) + { + if (source.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Must be already floating point"); + } + } + + /// <summary> + /// Reads from this provider + /// </summary> + public override int Read(float[] buffer, int offset, int count) + { + int bytesNeeded = count * 8; + EnsureSourceBuffer(bytesNeeded); + int bytesRead = source.Read(sourceBuffer, 0, bytesNeeded); + int samplesRead = bytesRead / 8; + int outputIndex = offset; + for (int n = 0; n < bytesRead; n += 8) + { + long sample64 = BitConverter.ToInt64(sourceBuffer, n); + buffer[outputIndex++] = (float)BitConverter.Int64BitsToDouble(sample64); + } + return samplesRead; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider64.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider64.cs.meta new file mode 100644 index 0000000..87c66d6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WaveToSampleProvider64.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2369c218857d9126383b7a828e8ac22c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WdlResamplingSampleProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WdlResamplingSampleProvider.cs new file mode 100644 index 0000000..5102765 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WdlResamplingSampleProvider.cs @@ -0,0 +1,57 @@ +using System; +using System.Linq; +using NAudio.Dsp; + +namespace NAudio.Wave.SampleProviders +{ + /// <summary> + /// Fully managed resampling sample provider, based on the WDL Resampler + /// </summary> + public class WdlResamplingSampleProvider : ISampleProvider + { + private readonly WdlResampler resampler; + private readonly WaveFormat outFormat; + private readonly ISampleProvider source; + private readonly int channels; + + /// <summary> + /// Constructs a new resampler + /// </summary> + /// <param name="source">Source to resample</param> + /// <param name="newSampleRate">Desired output sample rate</param> + public WdlResamplingSampleProvider(ISampleProvider source, int newSampleRate) + { + channels = source.WaveFormat.Channels; + outFormat = WaveFormat.CreateIeeeFloatWaveFormat(newSampleRate, channels); + this.source = source; + + resampler = new WdlResampler(); + resampler.SetMode(true, 2, false); + resampler.SetFilterParms(); + resampler.SetFeedMode(false); // output driven + resampler.SetRates(source.WaveFormat.SampleRate, newSampleRate); + } + + /// <summary> + /// Reads from this sample provider + /// </summary> + public int Read(float[] buffer, int offset, int count) + { + float[] inBuffer; + int inBufferOffset; + int framesRequested = count / channels; + int inNeeded = resampler.ResamplePrepare(framesRequested, outFormat.Channels, out inBuffer, out inBufferOffset); + int inAvailable = source.Read(inBuffer, inBufferOffset, inNeeded * channels) / channels; + int outAvailable = resampler.ResampleOut(buffer, offset, inAvailable, framesRequested, channels); + return outAvailable * channels; + } + + /// <summary> + /// Output WaveFormat + /// </summary> + public WaveFormat WaveFormat + { + get { return outFormat; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WdlResamplingSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WdlResamplingSampleProvider.cs.meta new file mode 100644 index 0000000..936b8e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/SampleProviders/WdlResamplingSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 99b24572c3b9b5b8fbe117e913e8db93 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveExtensionMethods.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveExtensionMethods.cs new file mode 100644 index 0000000..272d9c0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveExtensionMethods.cs @@ -0,0 +1,137 @@ +using System; +using NAudio.Wave.SampleProviders; + +namespace NAudio.Wave +{ + /// <summary> + /// Useful extension methods to make switching between WaveAndSampleProvider easier + /// </summary> + public static class WaveExtensionMethods + { + /// <summary> + /// Converts a WaveProvider into a SampleProvider (only works for PCM) + /// </summary> + /// <param name="waveProvider">WaveProvider to convert</param> + /// <returns></returns> + public static ISampleProvider ToSampleProvider(this IWaveProvider waveProvider) + { + return SampleProviderConverters.ConvertWaveProviderIntoSampleProvider(waveProvider); + } + + /// <summary> + /// Allows sending a SampleProvider directly to an IWavePlayer without needing to convert + /// back to an IWaveProvider + /// </summary> + /// <param name="wavePlayer">The WavePlayer</param> + /// <param name="sampleProvider"></param> + /// <param name="convertTo16Bit"></param> + public static void Init(this IWavePlayer wavePlayer, ISampleProvider sampleProvider, bool convertTo16Bit = false) + { + IWaveProvider provider = convertTo16Bit ? (IWaveProvider)new SampleToWaveProvider16(sampleProvider) : new SampleToWaveProvider(sampleProvider); + wavePlayer.Init(provider); + } + + /// <summary> + /// Turns WaveFormatExtensible into a standard waveformat if possible + /// </summary> + /// <param name="waveFormat">Input wave format</param> + /// <returns>A standard PCM or IEEE waveformat, or the original waveformat</returns> + public static WaveFormat AsStandardWaveFormat(this WaveFormat waveFormat) + { + var wfe = waveFormat as WaveFormatExtensible; + return wfe != null ? wfe.ToStandardWaveFormat() : waveFormat; + } + + /// <summary> + /// Converts a ISampleProvider to a IWaveProvider but still 32 bit float + /// </summary> + /// <param name="sampleProvider">SampleProvider to convert</param> + /// <returns>An IWaveProvider</returns> + public static IWaveProvider ToWaveProvider(this ISampleProvider sampleProvider) + { + return new SampleToWaveProvider(sampleProvider); + } + + /// <summary> + /// Converts a ISampleProvider to a IWaveProvider but and convert to 16 bit + /// </summary> + /// <param name="sampleProvider">SampleProvider to convert</param> + /// <returns>A 16 bit IWaveProvider</returns> + public static IWaveProvider ToWaveProvider16(this ISampleProvider sampleProvider) + { + return new SampleToWaveProvider16(sampleProvider); + } + + /// <summary> + /// Concatenates one Sample Provider on the end of another + /// </summary> + /// <param name="sampleProvider">The sample provider to play first</param> + /// <param name="next">The sample provider to play next</param> + /// <returns>A single sampleprovider to play one after the other</returns> + public static ISampleProvider FollowedBy(this ISampleProvider sampleProvider, ISampleProvider next) + { + return new ConcatenatingSampleProvider(new[] { sampleProvider, next}); + } + + /// <summary> + /// Concatenates one Sample Provider on the end of another with silence inserted + /// </summary> + /// <param name="sampleProvider">The sample provider to play first</param> + /// <param name="silenceDuration">Silence duration to insert between the two</param> + /// <param name="next">The sample provider to play next</param> + /// <returns>A single sample provider</returns> + public static ISampleProvider FollowedBy(this ISampleProvider sampleProvider, TimeSpan silenceDuration, ISampleProvider next) + { + var silenceAppended = new OffsetSampleProvider(sampleProvider) {LeadOut = silenceDuration}; + return new ConcatenatingSampleProvider(new[] { silenceAppended, next }); + } + + /// <summary> + /// Skips over a specified amount of time (by consuming source stream) + /// </summary> + /// <param name="sampleProvider">Source sample provider</param> + /// <param name="skipDuration">Duration to skip over</param> + /// <returns>A sample provider that skips over the specified amount of time</returns> + public static ISampleProvider Skip(this ISampleProvider sampleProvider, TimeSpan skipDuration) + { + return new OffsetSampleProvider(sampleProvider) { SkipOver = skipDuration}; + } + + /// <summary> + /// Takes a specified amount of time from the source stream + /// </summary> + /// <param name="sampleProvider">Source sample provider</param> + /// <param name="takeDuration">Duration to take</param> + /// <returns>A sample provider that reads up to the specified amount of time</returns> + public static ISampleProvider Take(this ISampleProvider sampleProvider, TimeSpan takeDuration) + { + return new OffsetSampleProvider(sampleProvider) { Take = takeDuration }; + } + + /// <summary> + /// Converts a Stereo Sample Provider to mono, allowing mixing of channel volume + /// </summary> + /// <param name="sourceProvider">Stereo Source Provider</param> + /// <param name="leftVol">Amount of left channel to mix in (0 = mute, 1 = full, 0.5 for mixing half from each channel)</param> + /// <param name="rightVol">Amount of right channel to mix in (0 = mute, 1 = full, 0.5 for mixing half from each channel)</param> + /// <returns>A mono SampleProvider</returns> + public static ISampleProvider ToMono(this ISampleProvider sourceProvider, float leftVol = 0.5f, float rightVol = 0.5f) + { + if(sourceProvider.WaveFormat.Channels == 1) return sourceProvider; + return new StereoToMonoSampleProvider(sourceProvider) {LeftVolume = leftVol, RightVolume = rightVol}; + } + + /// <summary> + /// Converts a Mono ISampleProvider to stereo + /// </summary> + /// <param name="sourceProvider">Mono Source Provider</param> + /// <param name="leftVol">Amount to mix to left channel (1.0 is full volume)</param> + /// <param name="rightVol">Amount to mix to right channel (1.0 is full volume)</param> + /// <returns></returns> + public static ISampleProvider ToStereo(this ISampleProvider sourceProvider, float leftVol = 1.0f, float rightVol = 1.0f) + { + if (sourceProvider.WaveFormat.Channels == 2) return sourceProvider; + return new MonoToStereoSampleProvider(sourceProvider) { LeftVolume = leftVol, RightVolume = rightVol }; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveExtensionMethods.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveExtensionMethods.cs.meta new file mode 100644 index 0000000..0a6b585 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveExtensionMethods.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c72633fbddc86e8e891f67ef1242f6b2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats.meta new file mode 100644 index 0000000..61f59a3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 2b38b6f06e66733d9a5b68a9434ca98c +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AdpcmWaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AdpcmWaveFormat.cs new file mode 100644 index 0000000..58845d4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AdpcmWaveFormat.cs @@ -0,0 +1,107 @@ +using System; +using System.Runtime.InteropServices; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Microsoft ADPCM + /// See http://icculus.org/SDL_sound/downloads/external_documentation/wavecomp.htm + /// </summary> + [StructLayout(LayoutKind.Sequential, Pack=2)] + public class AdpcmWaveFormat : WaveFormat + { + short samplesPerBlock; + short numCoeff; + // 7 pairs of coefficients + [MarshalAs(UnmanagedType.ByValArray, SizeConst = 14)] + short[] coefficients; + + /// <summary> + /// Empty constructor needed for marshalling from a pointer + /// </summary> + AdpcmWaveFormat() : this(8000,1) + { + } + + /// <summary> + /// Samples per block + /// </summary> + public int SamplesPerBlock => samplesPerBlock; + + /// <summary> + /// Number of coefficients + /// </summary> + public int NumCoefficients => numCoeff; + + /// <summary> + /// Coefficients + /// </summary> + public short[] Coefficients => coefficients; + + /// <summary> + /// Microsoft ADPCM + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="channels">Channels</param> + public AdpcmWaveFormat(int sampleRate, int channels) : + base(sampleRate,0,channels) + { + this.waveFormatTag = WaveFormatEncoding.Adpcm; + + // TODO: validate sampleRate, bitsPerSample + this.extraSize = 32; + switch(this.sampleRate) + { + case 8000: + case 11025: + blockAlign = 256; + break; + case 22050: + blockAlign = 512; + break; + case 44100: + default: + blockAlign = 1024; + break; + } + + this.bitsPerSample = 4; + this.samplesPerBlock = (short) ((((blockAlign - (7 * channels)) * 8) / (bitsPerSample * channels)) + 2); + this.averageBytesPerSecond = + ((this.SampleRate * blockAlign) / samplesPerBlock); + + // samplesPerBlock = blockAlign - (7 * channels)) * (2 / channels) + 2; + + + numCoeff = 7; + coefficients = new short[14] { + 256,0,512,-256,0,0,192,64,240,0,460,-208,392,-232 + }; + } + + /// <summary> + /// Serializes this wave format + /// </summary> + /// <param name="writer">Binary writer</param> + public override void Serialize(System.IO.BinaryWriter writer) + { + base.Serialize(writer); + writer.Write(samplesPerBlock); + writer.Write(numCoeff); + foreach (short coefficient in coefficients) + { + writer.Write(coefficient); + } + } + + /// <summary> + /// String Description of this WaveFormat + /// </summary> + public override string ToString() + { + return String.Format("Microsoft ADPCM {0} Hz {1} channels {2} bits per sample {3} samples per block", + this.SampleRate, this.channels, this.bitsPerSample, this.samplesPerBlock); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AdpcmWaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AdpcmWaveFormat.cs.meta new file mode 100644 index 0000000..afa1a1f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AdpcmWaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 688bfbb914df7d3ffa3355c5577e0f24 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AudioMediaSubtypes.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AudioMediaSubtypes.cs new file mode 100644 index 0000000..896450c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AudioMediaSubtypes.cs @@ -0,0 +1,341 @@ +using System; +// ReSharper disable InconsistentNaming + +namespace NAudio.Dmo +{ + /// <summary> + /// Audio Media Subtypes + /// </summary> + public class AudioMediaSubtypes + { + // https://msdn.microsoft.com/en-us/library/windows/desktop/dd317599(v=vs.85).aspx + + /// <summary> + /// PCM + /// </summary> + public static readonly Guid MEDIASUBTYPE_PCM = new Guid("00000001-0000-0010-8000-00AA00389B71"); // PCM audio. + /// <summary> + /// PCM Audio obsolete + /// </summary> + public static readonly Guid MEDIASUBTYPE_PCMAudioObsolete = new Guid("e436eb8a-524f-11ce-9f53-0020af0ba770"); // Obsolete. Do not use. + /// <summary> + /// MPEG1 Packet + /// </summary> + public static readonly Guid MEDIASUBTYPE_MPEG1Packet = new Guid("e436eb80-524f-11ce-9f53-0020af0ba770"); // MPEG1 Audio packet. + /// <summary> + /// MPEG1 Payload + /// </summary> + public static readonly Guid MEDIASUBTYPE_MPEG1Payload = new Guid("e436eb81-524f-11ce-9f53-0020af0ba770"); // MPEG1 Audio Payload. + /// <summary> + /// MPEG2 Audio + /// </summary> + public static readonly Guid MEDIASUBTYPE_MPEG2_AUDIO = new Guid("e06d802b-db46-11cf-b4d1-00805f6cbbea"); // MPEG-2 audio data + /// <summary> + /// DVD audio data + /// </summary> + public static readonly Guid MEDIASUBTYPE_DVD_LPCM_AUDIO = new Guid("e06d8032-db46-11cf-b4d1-00805f6cbbea"); // DVD audio data + /// <summary> + /// DRM Audio + /// </summary> + public static readonly Guid MEDIASUBTYPE_DRM_Audio = new Guid("00000009-0000-0010-8000-00aa00389b71"); // Corresponds to WAVE_FORMAT_DRM. + /// <summary> + /// IEEE Float + /// </summary> + public static readonly Guid MEDIASUBTYPE_IEEE_FLOAT = new Guid("00000003-0000-0010-8000-00aa00389b71"); // Corresponds to WAVE_FORMAT_IEEE_FLOAT + /// <summary> + /// Dolby AC3 + /// </summary> + public static readonly Guid MEDIASUBTYPE_DOLBY_AC3 = new Guid("e06d802c-db46-11cf-b4d1-00805f6cbbea"); // Dolby data + /// <summary> + /// Dolby AC3 SPDIF + /// </summary> + public static readonly Guid MEDIASUBTYPE_DOLBY_AC3_SPDIF = new Guid("00000092-0000-0010-8000-00aa00389b71"); // Dolby AC3 over SPDIF. + /// <summary> + /// RAW Sport + /// </summary> + public static readonly Guid MEDIASUBTYPE_RAW_SPORT = new Guid("00000240-0000-0010-8000-00aa00389b71"); // Equivalent to MEDIASUBTYPE_DOLBY_AC3_SPDIF. + /// <summary> + /// SPDIF TAG 241h + /// </summary> + public static readonly Guid MEDIASUBTYPE_SPDIF_TAG_241h = new Guid("00000241-0000-0010-8000-00aa00389b71"); // Equivalent to MEDIASUBTYPE_DOLBY_AC3_SPDIF. + + + // http://msdn.microsoft.com/en-us/library/dd757532%28VS.85%29.aspx + /// <summary> + /// I420 + /// </summary> + public static readonly Guid MEDIASUBTYPE_I420 = new Guid("30323449-0000-0010-8000-00AA00389B71"); + /// <summary> + /// IYUV + /// </summary> + public static readonly Guid MEDIASUBTYPE_IYUV = new Guid("56555949-0000-0010-8000-00AA00389B71"); + /// <summary> + /// RGB1 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB1 = new Guid("e436eb78-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// RGB24 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB24 = new Guid("e436eb7d-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// RGB32 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB32 = new Guid("e436eb7e-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// RGB4 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB4 = new Guid("e436eb79-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// RGB555 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB555 = new Guid("e436eb7c-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// RGB565 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB565 = new Guid("e436eb7b-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// RGB8 + /// </summary> + public static readonly Guid MEDIASUBTYPE_RGB8 = new Guid("e436eb7a-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// UYVY + /// </summary> + public static readonly Guid MEDIASUBTYPE_UYVY = new Guid("59565955-0000-0010-8000-00AA00389B71"); + /// <summary> + /// Video Image + /// </summary> + public static readonly Guid MEDIASUBTYPE_VIDEOIMAGE = new Guid("1d4a45f2-e5f6-4b44-8388-f0ae5c0e0c37"); + /// <summary> + /// YUY2 + /// </summary> + public static readonly Guid MEDIASUBTYPE_YUY2 = new Guid("32595559-0000-0010-8000-00AA00389B71"); + /// <summary> + /// YV12 + /// </summary> + public static readonly Guid MEDIASUBTYPE_YV12 = new Guid("31313259-0000-0010-8000-00AA00389B71"); + /// <summary> + /// YVU9 + /// </summary> + public static readonly Guid MEDIASUBTYPE_YVU9 = new Guid("39555659-0000-0010-8000-00AA00389B71"); + /// <summary> + /// YVYU + /// </summary> + public static readonly Guid MEDIASUBTYPE_YVYU = new Guid("55595659-0000-0010-8000-00AA00389B71"); + /// <summary> + /// MPEG2 Video + /// </summary> + public static readonly Guid WMFORMAT_MPEG2Video = new Guid("e06d80e3-db46-11cf-b4d1-00805f6cbbea"); + /// <summary> + /// SCcript + /// </summary> + public static readonly Guid WMFORMAT_Script = new Guid("5C8510F2-DEBE-4ca7-BBA5-F07A104F8DFF"); + /// <summary> + /// Video Info + /// </summary> + public static readonly Guid WMFORMAT_VideoInfo = new Guid("05589f80-c356-11ce-bf01-00aa0055595a"); + /// <summary> + /// WAVEFORMATEX + /// </summary> + public static readonly Guid WMFORMAT_WaveFormatEx = new Guid("05589f81-c356-11ce-bf01-00aa0055595a"); + /// <summary> + /// Webstream + /// </summary> + public static readonly Guid WMFORMAT_WebStream = new Guid("da1e6b13-8359-4050-b398-388e965bf00c"); + /// <summary> + /// ACELP net + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_ACELPnet = new Guid("00000130-0000-0010-8000-00AA00389B71"); + /// <summary> + /// Base + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_Base = new Guid("00000000-0000-0010-8000-00AA00389B71"); + /// <summary> + /// DRM + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_DRM = new Guid("00000009-0000-0010-8000-00AA00389B71"); + /// <summary> + /// MP3 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_MP3 = new Guid("00000055-0000-0010-8000-00AA00389B71"); + /// <summary> + /// MP43 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_MP43 = new Guid("3334504D-0000-0010-8000-00AA00389B71"); + /// <summary> + /// MP4S + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_MP4S = new Guid("5334504D-0000-0010-8000-00AA00389B71"); + /// <summary> + /// M4S2 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_M4S2 = new Guid("3253344D-0000-0010-8000-00AA00389B71"); + /// <summary> + /// P422 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_P422 = new Guid("32323450-0000-0010-8000-00AA00389B71"); + /// <summary> + /// MPEG2 Video + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_MPEG2_VIDEO = new Guid("e06d8026-db46-11cf-b4d1-00805f6cbbea"); + /// <summary> + /// MSS1 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_MSS1 = new Guid("3153534D-0000-0010-8000-00AA00389B71"); + /// <summary> + /// MSS2 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_MSS2 = new Guid("3253534D-0000-0010-8000-00AA00389B71"); + /// <summary> + /// PCM + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_PCM = new Guid("00000001-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WebStream + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WebStream = new Guid("776257d4-c627-41cb-8f81-7ac7ff1c40cc"); + /// <summary> + /// WM Audio Lossless + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMAudio_Lossless = new Guid("00000163-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WM Audio V2 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMAudioV2 = new Guid("00000161-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WM Audio V7 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMAudioV7 = new Guid("00000161-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WM Audio V8 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMAudioV8 = new Guid("00000161-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WM Audio V9 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMAudioV9 = new Guid("00000162-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMSP1 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMSP1 = new Guid("0000000A-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMV1 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMV1 = new Guid("31564D57-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMV2 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMV2 = new Guid("32564D57-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMV3 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMV3 = new Guid("33564D57-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMVA + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMVA = new Guid("41564D57-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMVP + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WMVP = new Guid("50564D57-0000-0010-8000-00AA00389B71"); + /// <summary> + /// WMVP2 + /// </summary> + public static readonly Guid WMMEDIASUBTYPE_WVP2 = new Guid("32505657-0000-0010-8000-00AA00389B71"); + /// <summary> + /// Audio + /// </summary> + public static readonly Guid WMMEDIATYPE_Audio = new Guid("73647561-0000-0010-8000-00AA00389B71"); + /// <summary> + /// File Transfer + /// </summary> + public static readonly Guid WMMEDIATYPE_FileTransfer = new Guid("D9E47579-930E-4427-ADFC-AD80F290E470"); + /// <summary> + /// Image + /// </summary> + public static readonly Guid WMMEDIATYPE_Image = new Guid("34A50FD8-8AA5-4386-81FE-A0EFE0488E31"); + /// <summary> + /// Script + /// </summary> + public static readonly Guid WMMEDIATYPE_Script = new Guid("73636d64-0000-0010-8000-00AA00389B71"); + /// <summary> + /// Text + /// </summary> + public static readonly Guid WMMEDIATYPE_Text = new Guid("9BBA1EA7-5AB2-4829-BA57-0940209BCF3E"); + /// <summary> + /// Video + /// </summary> + public static readonly Guid WMMEDIATYPE_Video = new Guid("73646976-0000-0010-8000-00AA00389B71"); + /// <summary> + /// Two strings + /// </summary> + public static readonly Guid WMSCRIPTTYPE_TwoStrings = new Guid("82f38a70-c29f-11d1-97ad-00a0c95ea850"); + + + // others? + /// <summary> + /// Wave + /// </summary> + public static readonly Guid MEDIASUBTYPE_WAVE = new Guid("e436eb8b-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// AU + /// </summary> + public static readonly Guid MEDIASUBTYPE_AU = new Guid("e436eb8c-524f-11ce-9f53-0020af0ba770"); + /// <summary> + /// AIFF + /// </summary> + public static readonly Guid MEDIASUBTYPE_AIFF = new Guid("e436eb8d-524f-11ce-9f53-0020af0ba770"); + + /// <summary> + /// Audio Subtypes + /// </summary> + public static readonly Guid[] AudioSubTypes = { + MEDIASUBTYPE_PCM, + MEDIASUBTYPE_PCMAudioObsolete, + MEDIASUBTYPE_MPEG1Packet, + MEDIASUBTYPE_MPEG1Payload, + MEDIASUBTYPE_MPEG2_AUDIO, + MEDIASUBTYPE_DVD_LPCM_AUDIO, + MEDIASUBTYPE_DRM_Audio, + MEDIASUBTYPE_IEEE_FLOAT, + MEDIASUBTYPE_DOLBY_AC3, + MEDIASUBTYPE_DOLBY_AC3_SPDIF, + MEDIASUBTYPE_RAW_SPORT, + MEDIASUBTYPE_SPDIF_TAG_241h, + WMMEDIASUBTYPE_MP3, + }; + + /// <summary> + /// Audio subtype names + /// </summary> + public static readonly string[] AudioSubTypeNames = { + "PCM", + "PCM Obsolete", + "MPEG1Packet", + "MPEG1Payload", + "MPEG2_AUDIO", + "DVD_LPCM_AUDIO", + "DRM_Audio", + "IEEE_FLOAT", + "DOLBY_AC3", + "DOLBY_AC3_SPDIF", + "RAW_SPORT", + "SPDIF_TAG_241h", + "MP3" + }; + + /// <summary> + /// Get Audio Subtype Name + /// </summary> + public static string GetAudioSubtypeName(Guid subType) + { + for (int index = 0; index < AudioSubTypes.Length; index++) + { + if (subType == AudioSubTypes[index]) + { + return AudioSubTypeNames[index]; + } + } + return subType.ToString(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AudioMediaSubtypes.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AudioMediaSubtypes.cs.meta new file mode 100644 index 0000000..8234f76 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/AudioMediaSubtypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 52c1de42c00dc986bbe51ad9579cfa85 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Gsm610WaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Gsm610WaveFormat.cs new file mode 100644 index 0000000..17e17e4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Gsm610WaveFormat.cs @@ -0,0 +1,47 @@ +using System; +using System.Runtime.InteropServices; +using System.IO; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// GSM 610 + /// </summary> + [StructLayout(LayoutKind.Sequential, Pack = 2)] + public class Gsm610WaveFormat : WaveFormat + { + private readonly short samplesPerBlock; + + /// <summary> + /// Creates a GSM 610 WaveFormat + /// For now hardcoded to 13kbps + /// </summary> + public Gsm610WaveFormat() + { + waveFormatTag = WaveFormatEncoding.Gsm610; + channels = 1; + averageBytesPerSecond = 1625; + bitsPerSample = 0; // must be zero + blockAlign = 65; + sampleRate = 8000; + + extraSize = 2; + samplesPerBlock = 320; + } + + /// <summary> + /// Samples per block + /// </summary> + public short SamplesPerBlock { get { return samplesPerBlock; } } + + /// <summary> + /// Writes this structure to a BinaryWriter + /// </summary> + public override void Serialize(BinaryWriter writer) + { + base.Serialize(writer); + writer.Write(samplesPerBlock); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Gsm610WaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Gsm610WaveFormat.cs.meta new file mode 100644 index 0000000..fe65206 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Gsm610WaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 17affe410545d7a92a79cbd01c31e7b2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/ImaAdpcmWaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/ImaAdpcmWaveFormat.cs new file mode 100644 index 0000000..75e22f2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/ImaAdpcmWaveFormat.cs @@ -0,0 +1,42 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// IMA/DVI ADPCM Wave Format + /// Work in progress + /// </summary> + [StructLayout(LayoutKind.Sequential, Pack = 2)] + public class ImaAdpcmWaveFormat : WaveFormat + { + short samplesPerBlock; + + /// <summary> + /// parameterless constructor for Marshalling + /// </summary> + ImaAdpcmWaveFormat() + { + } + + /// <summary> + /// Creates a new IMA / DVI ADPCM Wave Format + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="channels">Number of channels</param> + /// <param name="bitsPerSample">Bits Per Sample</param> + public ImaAdpcmWaveFormat(int sampleRate, int channels, int bitsPerSample) + { + this.waveFormatTag = WaveFormatEncoding.DviAdpcm; // can also be ImaAdpcm - they are the same + this.sampleRate = sampleRate; + this.channels = (short)channels; + this.bitsPerSample = (short)bitsPerSample; // TODO: can be 3 or 4 + this.extraSize = 2; + this.blockAlign = 0; //TODO + this.averageBytesPerSecond = 0; //TODO + this.samplesPerBlock = 0; // TODO + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/ImaAdpcmWaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/ImaAdpcmWaveFormat.cs.meta new file mode 100644 index 0000000..640894d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/ImaAdpcmWaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: da859204c2b5680399dd869de2d33520 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Mp3WaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Mp3WaveFormat.cs new file mode 100644 index 0000000..c36c0fd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Mp3WaveFormat.cs @@ -0,0 +1,88 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// MP3 WaveFormat, MPEGLAYER3WAVEFORMAT from mmreg.h + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 2)] + public class Mp3WaveFormat : WaveFormat + { + /// <summary> + /// Wave format ID (wID) + /// </summary> + public Mp3WaveFormatId id; + /// <summary> + /// Padding flags (fdwFlags) + /// </summary> + public Mp3WaveFormatFlags flags; + /// <summary> + /// Block Size (nBlockSize) + /// </summary> + public ushort blockSize; + /// <summary> + /// Frames per block (nFramesPerBlock) + /// </summary> + public ushort framesPerBlock; + /// <summary> + /// Codec Delay (nCodecDelay) + /// </summary> + public ushort codecDelay; + + private const short Mp3WaveFormatExtraBytes = 12; // MPEGLAYER3_WFX_EXTRA_BYTES + + /// <summary> + /// Creates a new MP3 WaveFormat + /// </summary> + public Mp3WaveFormat(int sampleRate, int channels, int blockSize, int bitRate) + { + waveFormatTag = WaveFormatEncoding.MpegLayer3; + this.channels = (short)channels; + this.averageBytesPerSecond = bitRate / 8; + this.bitsPerSample = 0; // must be zero + this.blockAlign = 1; // must be 1 + this.sampleRate = sampleRate; + + this.extraSize = Mp3WaveFormatExtraBytes; + this.id = Mp3WaveFormatId.Mpeg; + this.flags = Mp3WaveFormatFlags.PaddingIso; + this.blockSize = (ushort)blockSize; + this.framesPerBlock = 1; + this.codecDelay = 0; + } + } + + /// <summary> + /// Wave Format Padding Flags + /// </summary> + [Flags] + public enum Mp3WaveFormatFlags + { + /// <summary> + /// MPEGLAYER3_FLAG_PADDING_ISO + /// </summary> + PaddingIso = 0, + /// <summary> + /// MPEGLAYER3_FLAG_PADDING_ON + /// </summary> + PaddingOn = 1, + /// <summary> + /// MPEGLAYER3_FLAG_PADDING_OFF + /// </summary> + PaddingOff = 2, + } + + /// <summary> + /// Wave Format ID + /// </summary> + public enum Mp3WaveFormatId : ushort + { + /// <summary>MPEGLAYER3_ID_UNKNOWN</summary> + Unknown = 0, + /// <summary>MPEGLAYER3_ID_MPEG</summary> + Mpeg = 1, + /// <summary>MPEGLAYER3_ID_CONSTANTFRAMESIZE</summary> + ConstantFrameSize = 2 + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Mp3WaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Mp3WaveFormat.cs.meta new file mode 100644 index 0000000..1dcc9e8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/Mp3WaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9f1e5b808f488ea09a611f594b3f0de0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/OggWaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/OggWaveFormat.cs new file mode 100644 index 0000000..49f88d9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/OggWaveFormat.cs @@ -0,0 +1,14 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + //http://svn.xiph.org/tags/vorbisacm_20020708/src/vorbisacm/vorbisacm.h + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack=2)] + class OggWaveFormat : WaveFormat + { + //public short cbSize; + public uint dwVorbisACMVersion; + public uint dwLibVorbisVersion; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/OggWaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/OggWaveFormat.cs.meta new file mode 100644 index 0000000..f91e781 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/OggWaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: eb16dc9ab3ffc47e5aff31af04ef7d37 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/TrueSpeechWaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/TrueSpeechWaveFormat.cs new file mode 100644 index 0000000..61cae72 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/TrueSpeechWaveFormat.cs @@ -0,0 +1,45 @@ +using System.Runtime.InteropServices; +using System.IO; + +namespace NAudio.Wave +{ + /// <summary> + /// DSP Group TrueSpeech + /// </summary> + [StructLayout(LayoutKind.Sequential, Pack = 2)] + public class TrueSpeechWaveFormat : WaveFormat + { + [MarshalAs(UnmanagedType.ByValArray, SizeConst = 16)] + short[] unknown; + + /// <summary> + /// DSP Group TrueSpeech WaveFormat + /// </summary> + public TrueSpeechWaveFormat() + { + this.waveFormatTag = WaveFormatEncoding.DspGroupTrueSpeech; + this.channels = 1; + this.averageBytesPerSecond = 1067; + this.bitsPerSample = 1; + this.blockAlign = 32; + this.sampleRate = 8000; + + this.extraSize = 32; + this.unknown = new short[16]; + this.unknown[0] = 1; + this.unknown[1] = 0xF0; + } + + /// <summary> + /// Writes this structure to a BinaryWriter + /// </summary> + public override void Serialize(BinaryWriter writer) + { + base.Serialize(writer); + foreach (short val in unknown) + { + writer.Write(val); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/TrueSpeechWaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/TrueSpeechWaveFormat.cs.meta new file mode 100644 index 0000000..59cea41 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/TrueSpeechWaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 511a5d1b33520e13db819645e09c0889 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormat.cs new file mode 100644 index 0000000..6a5be4e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormat.cs @@ -0,0 +1,347 @@ +using System; +using System.IO; +using System.Runtime.InteropServices; +using System.Diagnostics; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// Represents a Wave file format + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet=CharSet.Ansi, Pack=2)] + public class WaveFormat + { + /// <summary>format type</summary> + protected WaveFormatEncoding waveFormatTag; + /// <summary>number of channels</summary> + protected short channels; + /// <summary>sample rate</summary> + protected int sampleRate; + /// <summary>for buffer estimation</summary> + protected int averageBytesPerSecond; + /// <summary>block size of data</summary> + protected short blockAlign; + /// <summary>number of bits per sample of mono data</summary> + protected short bitsPerSample; + /// <summary>number of following bytes</summary> + protected short extraSize; + + /// <summary> + /// Creates a new PCM 44.1Khz stereo 16 bit format + /// </summary> + public WaveFormat() : this(44100,16,2) + { + + } + + /// <summary> + /// Creates a new 16 bit wave format with the specified sample + /// rate and channel count + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="channels">Number of channels</param> + public WaveFormat(int sampleRate, int channels) + : this(sampleRate, 16, channels) + { + } + + /// <summary> + /// Gets the size of a wave buffer equivalent to the latency in milliseconds. + /// </summary> + /// <param name="milliseconds">The milliseconds.</param> + /// <returns></returns> + public int ConvertLatencyToByteSize(int milliseconds) + { + int bytes = (int) ((AverageBytesPerSecond/1000.0)*milliseconds); + if ((bytes%BlockAlign) != 0) + { + // Return the upper BlockAligned + bytes = bytes + BlockAlign - (bytes % BlockAlign); + } + return bytes; + } + + /// <summary> + /// Creates a WaveFormat with custom members + /// </summary> + /// <param name="tag">The encoding</param> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="channels">Number of channels</param> + /// <param name="averageBytesPerSecond">Average Bytes Per Second</param> + /// <param name="blockAlign">Block Align</param> + /// <param name="bitsPerSample">Bits Per Sample</param> + /// <returns></returns> + public static WaveFormat CreateCustomFormat(WaveFormatEncoding tag, int sampleRate, int channels, int averageBytesPerSecond, int blockAlign, int bitsPerSample) + { + WaveFormat waveFormat = new WaveFormat(); + waveFormat.waveFormatTag = tag; + waveFormat.channels = (short)channels; + waveFormat.sampleRate = sampleRate; + waveFormat.averageBytesPerSecond = averageBytesPerSecond; + waveFormat.blockAlign = (short)blockAlign; + waveFormat.bitsPerSample = (short)bitsPerSample; + waveFormat.extraSize = 0; + return waveFormat; + } + + /// <summary> + /// Creates an A-law wave format + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="channels">Number of Channels</param> + /// <returns>Wave Format</returns> + public static WaveFormat CreateALawFormat(int sampleRate, int channels) + { + return CreateCustomFormat(WaveFormatEncoding.ALaw, sampleRate, channels, sampleRate * channels, channels, 8); + } + + /// <summary> + /// Creates a Mu-law wave format + /// </summary> + /// <param name="sampleRate">Sample Rate</param> + /// <param name="channels">Number of Channels</param> + /// <returns>Wave Format</returns> + public static WaveFormat CreateMuLawFormat(int sampleRate, int channels) + { + return CreateCustomFormat(WaveFormatEncoding.MuLaw, sampleRate, channels, sampleRate * channels, channels, 8); + } + + /// <summary> + /// Creates a new PCM format with the specified sample rate, bit depth and channels + /// </summary> + public WaveFormat(int rate, int bits, int channels) + { + if (channels < 1) + { + throw new ArgumentOutOfRangeException(nameof(channels), "Channels must be 1 or greater"); + } + // minimum 16 bytes, sometimes 18 for PCM + waveFormatTag = WaveFormatEncoding.Pcm; + this.channels = (short)channels; + sampleRate = rate; + bitsPerSample = (short)bits; + extraSize = 0; + + blockAlign = (short)(channels * (bits / 8)); + averageBytesPerSecond = this.sampleRate * this.blockAlign; + } + + /// <summary> + /// Creates a new 32 bit IEEE floating point wave format + /// </summary> + /// <param name="sampleRate">sample rate</param> + /// <param name="channels">number of channels</param> + public static WaveFormat CreateIeeeFloatWaveFormat(int sampleRate, int channels) + { + var wf = new WaveFormat(); + wf.waveFormatTag = WaveFormatEncoding.IeeeFloat; + wf.channels = (short)channels; + wf.bitsPerSample = 32; + wf.sampleRate = sampleRate; + wf.blockAlign = (short) (4*channels); + wf.averageBytesPerSecond = sampleRate * wf.blockAlign; + wf.extraSize = 0; + return wf; + } + + /// <summary> + /// Helper function to retrieve a WaveFormat structure from a pointer + /// </summary> + /// <param name="pointer">WaveFormat structure</param> + /// <returns></returns> + public static WaveFormat MarshalFromPtr(IntPtr pointer) + { + var waveFormat = Marshal.PtrToStructure<WaveFormat>(pointer); + switch (waveFormat.Encoding) + { + case WaveFormatEncoding.Pcm: + // can't rely on extra size even being there for PCM so blank it to avoid reading + // corrupt data + waveFormat.extraSize = 0; + break; + case WaveFormatEncoding.Extensible: + waveFormat = Marshal.PtrToStructure<WaveFormatExtensible>(pointer); + break; + case WaveFormatEncoding.Adpcm: + waveFormat = Marshal.PtrToStructure<AdpcmWaveFormat>(pointer); + break; + case WaveFormatEncoding.Gsm610: + waveFormat = Marshal.PtrToStructure<Gsm610WaveFormat>(pointer); + break; + default: + if (waveFormat.ExtraSize > 0) + { + waveFormat = Marshal.PtrToStructure<WaveFormatExtraData>(pointer); + } + break; + } + return waveFormat; + } + + /// <summary> + /// Helper function to marshal WaveFormat to an IntPtr + /// </summary> + /// <param name="format">WaveFormat</param> + /// <returns>IntPtr to WaveFormat structure (needs to be freed by callee)</returns> + public static IntPtr MarshalToPtr(WaveFormat format) + { + int formatSize = Marshal.SizeOf(format); + IntPtr formatPointer = Marshal.AllocHGlobal(formatSize); + Marshal.StructureToPtr(format, formatPointer, false); + return formatPointer; + } + + /// <summary> + /// Reads in a WaveFormat (with extra data) from a fmt chunk (chunk identifier and + /// length should already have been read) + /// </summary> + /// <param name="br">Binary reader</param> + /// <param name="formatChunkLength">Format chunk length</param> + /// <returns>A WaveFormatExtraData</returns> + public static WaveFormat FromFormatChunk(BinaryReader br, int formatChunkLength) + { + var waveFormat = new WaveFormatExtraData(); + waveFormat.ReadWaveFormat(br, formatChunkLength); + waveFormat.ReadExtraData(br); + return waveFormat; + } + + private void ReadWaveFormat(BinaryReader br, int formatChunkLength) + { + if (formatChunkLength < 16) + throw new InvalidDataException("Invalid WaveFormat Structure"); + waveFormatTag = (WaveFormatEncoding)br.ReadUInt16(); + channels = br.ReadInt16(); + sampleRate = br.ReadInt32(); + averageBytesPerSecond = br.ReadInt32(); + blockAlign = br.ReadInt16(); + bitsPerSample = br.ReadInt16(); + if (formatChunkLength > 16) + { + extraSize = br.ReadInt16(); + if (extraSize != formatChunkLength - 18) + { + Debug.WriteLine("Format chunk mismatch"); + extraSize = (short)(formatChunkLength - 18); + } + } + } + + /// <summary> + /// Reads a new WaveFormat object from a stream + /// </summary> + /// <param name="br">A binary reader that wraps the stream</param> + public WaveFormat(BinaryReader br) + { + int formatChunkLength = br.ReadInt32(); + ReadWaveFormat(br, formatChunkLength); + } + + /// <summary> + /// Reports this WaveFormat as a string + /// </summary> + /// <returns>String describing the wave format</returns> + public override string ToString() + { + switch (waveFormatTag) + { + case WaveFormatEncoding.Pcm: + case WaveFormatEncoding.Extensible: + // extensible just has some extra bits after the PCM header + return $"{bitsPerSample} bit PCM: {sampleRate}Hz {channels} channels"; + case WaveFormatEncoding.IeeeFloat: + return $"{bitsPerSample} bit IEEFloat: {sampleRate}Hz {channels} channels"; + default: + return waveFormatTag.ToString(); + } + } + + /// <summary> + /// Compares with another WaveFormat object + /// </summary> + /// <param name="obj">Object to compare to</param> + /// <returns>True if the objects are the same</returns> + public override bool Equals(object obj) + { + var other = obj as WaveFormat; + if(other != null) + { + return waveFormatTag == other.waveFormatTag && + channels == other.channels && + sampleRate == other.sampleRate && + averageBytesPerSecond == other.averageBytesPerSecond && + blockAlign == other.blockAlign && + bitsPerSample == other.bitsPerSample; + } + return false; + } + + /// <summary> + /// Provides a Hashcode for this WaveFormat + /// </summary> + /// <returns>A hashcode</returns> + public override int GetHashCode() + { + return (int) waveFormatTag ^ + (int) channels ^ + sampleRate ^ + averageBytesPerSecond ^ + (int) blockAlign ^ + (int) bitsPerSample; + } + + /// <summary> + /// Returns the encoding type used + /// </summary> + public WaveFormatEncoding Encoding => waveFormatTag; + + /// <summary> + /// Writes this WaveFormat object to a stream + /// </summary> + /// <param name="writer">the output stream</param> + public virtual void Serialize(BinaryWriter writer) + { + writer.Write((int)(18 + extraSize)); // wave format length + writer.Write((short)Encoding); + writer.Write((short)Channels); + writer.Write((int)SampleRate); + writer.Write((int)AverageBytesPerSecond); + writer.Write((short)BlockAlign); + writer.Write((short)BitsPerSample); + writer.Write((short)extraSize); + } + + /// <summary> + /// Returns the number of channels (1=mono,2=stereo etc) + /// </summary> + public int Channels => channels; + + /// <summary> + /// Returns the sample rate (samples per second) + /// </summary> + public int SampleRate => sampleRate; + + /// <summary> + /// Returns the average number of bytes used per second + /// </summary> + public int AverageBytesPerSecond => averageBytesPerSecond; + + /// <summary> + /// Returns the block alignment + /// </summary> + public virtual int BlockAlign => blockAlign; + + /// <summary> + /// Returns the number of bits per sample (usually 16 or 32, sometimes 24 or 8) + /// Can be 0 for some codecs + /// </summary> + public int BitsPerSample => bitsPerSample; + + /// <summary> + /// Returns the number of extra bytes used by this waveformat. Often 0, + /// except for compressed formats which store extra data after the WAVEFORMATEX header + /// </summary> + public int ExtraSize => extraSize; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormat.cs.meta new file mode 100644 index 0000000..5ee8aac --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 20e0144840a68b4be942c08a8e04a563 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatCustomMarshaler.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatCustomMarshaler.cs new file mode 100644 index 0000000..bb84d19 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatCustomMarshaler.cs @@ -0,0 +1,69 @@ +using System; +using System.Runtime.InteropServices; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Custom marshaller for WaveFormat structures + /// </summary> + public sealed class WaveFormatCustomMarshaler : ICustomMarshaler + { + private static WaveFormatCustomMarshaler marshaler = null; + + /// <summary> + /// Gets the instance of this marshaller + /// </summary> + /// <param name="cookie"></param> + /// <returns></returns> + public static ICustomMarshaler GetInstance(string cookie) + { + if (marshaler == null) + { + marshaler = new WaveFormatCustomMarshaler(); + } + return marshaler; + } + + /// <summary> + /// Clean up managed data + /// </summary> + public void CleanUpManagedData(object ManagedObj) + { + + } + + /// <summary> + /// Clean up native data + /// </summary> + /// <param name="pNativeData"></param> + public void CleanUpNativeData(IntPtr pNativeData) + { + Marshal.FreeHGlobal(pNativeData); + } + + /// <summary> + /// Get native data size + /// </summary> + public int GetNativeDataSize() + { + throw new NotImplementedException(); + } + + /// <summary> + /// Marshal managed to native + /// </summary> + public IntPtr MarshalManagedToNative(object ManagedObj) + { + return WaveFormat.MarshalToPtr((WaveFormat)ManagedObj); + } + + /// <summary> + /// Marshal Native to Managed + /// </summary> + public object MarshalNativeToManaged(IntPtr pNativeData) + { + return WaveFormat.MarshalFromPtr(pNativeData); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatCustomMarshaler.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatCustomMarshaler.cs.meta new file mode 100644 index 0000000..9d0bc28 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatCustomMarshaler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f3967eabd2cd87dc88f3f9403726620e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatEncoding.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatEncoding.cs new file mode 100644 index 0000000..e1542db --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatEncoding.cs @@ -0,0 +1,434 @@ +using System; + +namespace NAudio.Wave +{ + /// <summary> + /// Summary description for WaveFormatEncoding. + /// </summary> + public enum WaveFormatEncoding : ushort + { + /// <summary>WAVE_FORMAT_UNKNOWN, Microsoft Corporation</summary> + Unknown = 0x0000, + + /// <summary>WAVE_FORMAT_PCM Microsoft Corporation</summary> + Pcm = 0x0001, + + /// <summary>WAVE_FORMAT_ADPCM Microsoft Corporation</summary> + Adpcm = 0x0002, + + /// <summary>WAVE_FORMAT_IEEE_FLOAT Microsoft Corporation</summary> + IeeeFloat = 0x0003, + + /// <summary>WAVE_FORMAT_VSELP Compaq Computer Corp.</summary> + Vselp = 0x0004, + + /// <summary>WAVE_FORMAT_IBM_CVSD IBM Corporation</summary> + IbmCvsd = 0x0005, + + /// <summary>WAVE_FORMAT_ALAW Microsoft Corporation</summary> + ALaw = 0x0006, + + /// <summary>WAVE_FORMAT_MULAW Microsoft Corporation</summary> + MuLaw = 0x0007, + + /// <summary>WAVE_FORMAT_DTS Microsoft Corporation</summary> + Dts = 0x0008, + + /// <summary>WAVE_FORMAT_DRM Microsoft Corporation</summary> + Drm = 0x0009, + + /// <summary>WAVE_FORMAT_WMAVOICE9 </summary> + WmaVoice9 = 0x000A, + + /// <summary>WAVE_FORMAT_OKI_ADPCM OKI</summary> + OkiAdpcm = 0x0010, + + /// <summary>WAVE_FORMAT_DVI_ADPCM Intel Corporation</summary> + DviAdpcm = 0x0011, + + /// <summary>WAVE_FORMAT_IMA_ADPCM Intel Corporation</summary> + ImaAdpcm = DviAdpcm, + + /// <summary>WAVE_FORMAT_MEDIASPACE_ADPCM Videologic</summary> + MediaspaceAdpcm = 0x0012, + + /// <summary>WAVE_FORMAT_SIERRA_ADPCM Sierra Semiconductor Corp </summary> + SierraAdpcm = 0x0013, + + /// <summary>WAVE_FORMAT_G723_ADPCM Antex Electronics Corporation </summary> + G723Adpcm = 0x0014, + + /// <summary>WAVE_FORMAT_DIGISTD DSP Solutions, Inc.</summary> + DigiStd = 0x0015, + + /// <summary>WAVE_FORMAT_DIGIFIX DSP Solutions, Inc.</summary> + DigiFix = 0x0016, + + /// <summary>WAVE_FORMAT_DIALOGIC_OKI_ADPCM Dialogic Corporation</summary> + DialogicOkiAdpcm = 0x0017, + + /// <summary>WAVE_FORMAT_MEDIAVISION_ADPCM Media Vision, Inc.</summary> + MediaVisionAdpcm = 0x0018, + + /// <summary>WAVE_FORMAT_CU_CODEC Hewlett-Packard Company </summary> + CUCodec = 0x0019, + + /// <summary>WAVE_FORMAT_YAMAHA_ADPCM Yamaha Corporation of America</summary> + YamahaAdpcm = 0x0020, + + /// <summary>WAVE_FORMAT_SONARC Speech Compression</summary> + SonarC = 0x0021, + + /// <summary>WAVE_FORMAT_DSPGROUP_TRUESPEECH DSP Group, Inc </summary> + DspGroupTrueSpeech = 0x0022, + + /// <summary>WAVE_FORMAT_ECHOSC1 Echo Speech Corporation</summary> + EchoSpeechCorporation1 = 0x0023, + + /// <summary>WAVE_FORMAT_AUDIOFILE_AF36, Virtual Music, Inc.</summary> + AudioFileAf36 = 0x0024, + + /// <summary>WAVE_FORMAT_APTX Audio Processing Technology</summary> + Aptx = 0x0025, + + /// <summary>WAVE_FORMAT_AUDIOFILE_AF10, Virtual Music, Inc.</summary> + AudioFileAf10 = 0x0026, + + /// <summary>WAVE_FORMAT_PROSODY_1612, Aculab plc</summary> + Prosody1612 = 0x0027, + + /// <summary>WAVE_FORMAT_LRC, Merging Technologies S.A. </summary> + Lrc = 0x0028, + + /// <summary>WAVE_FORMAT_DOLBY_AC2, Dolby Laboratories</summary> + DolbyAc2 = 0x0030, + + /// <summary>WAVE_FORMAT_GSM610, Microsoft Corporation</summary> + Gsm610 = 0x0031, + + /// <summary>WAVE_FORMAT_MSNAUDIO, Microsoft Corporation</summary> + MsnAudio = 0x0032, + + /// <summary>WAVE_FORMAT_ANTEX_ADPCME, Antex Electronics Corporation</summary> + AntexAdpcme = 0x0033, + + /// <summary>WAVE_FORMAT_CONTROL_RES_VQLPC, Control Resources Limited </summary> + ControlResVqlpc = 0x0034, + + /// <summary>WAVE_FORMAT_DIGIREAL, DSP Solutions, Inc. </summary> + DigiReal = 0x0035, + + /// <summary>WAVE_FORMAT_DIGIADPCM, DSP Solutions, Inc.</summary> + DigiAdpcm = 0x0036, + + /// <summary>WAVE_FORMAT_CONTROL_RES_CR10, Control Resources Limited</summary> + ControlResCr10 = 0x0037, + + /// <summary></summary> + WAVE_FORMAT_NMS_VBXADPCM = 0x0038, // Natural MicroSystems + /// <summary></summary> + WAVE_FORMAT_CS_IMAADPCM = 0x0039, // Crystal Semiconductor IMA ADPCM + /// <summary></summary> + WAVE_FORMAT_ECHOSC3 = 0x003A, // Echo Speech Corporation + /// <summary></summary> + WAVE_FORMAT_ROCKWELL_ADPCM = 0x003B, // Rockwell International + /// <summary></summary> + WAVE_FORMAT_ROCKWELL_DIGITALK = 0x003C, // Rockwell International + /// <summary></summary> + WAVE_FORMAT_XEBEC = 0x003D, // Xebec Multimedia Solutions Limited + /// <summary></summary> + WAVE_FORMAT_G721_ADPCM = 0x0040, // Antex Electronics Corporation + /// <summary></summary> + WAVE_FORMAT_G728_CELP = 0x0041, // Antex Electronics Corporation + /// <summary></summary> + WAVE_FORMAT_MSG723 = 0x0042, // Microsoft Corporation + /// <summary>WAVE_FORMAT_MPEG, Microsoft Corporation </summary> + Mpeg = 0x0050, + + /// <summary></summary> + WAVE_FORMAT_RT24 = 0x0052, // InSoft, Inc. + /// <summary></summary> + WAVE_FORMAT_PAC = 0x0053, // InSoft, Inc. + /// <summary>WAVE_FORMAT_MPEGLAYER3, ISO/MPEG Layer3 Format Tag </summary> + MpegLayer3 = 0x0055, + + /// <summary></summary> + WAVE_FORMAT_LUCENT_G723 = 0x0059, // Lucent Technologies + /// <summary></summary> + WAVE_FORMAT_CIRRUS = 0x0060, // Cirrus Logic + /// <summary></summary> + WAVE_FORMAT_ESPCM = 0x0061, // ESS Technology + /// <summary></summary> + WAVE_FORMAT_VOXWARE = 0x0062, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_CANOPUS_ATRAC = 0x0063, // Canopus, co., Ltd. + /// <summary></summary> + WAVE_FORMAT_G726_ADPCM = 0x0064, // APICOM + /// <summary></summary> + WAVE_FORMAT_G722_ADPCM = 0x0065, // APICOM + /// <summary></summary> + WAVE_FORMAT_DSAT_DISPLAY = 0x0067, // Microsoft Corporation + /// <summary></summary> + WAVE_FORMAT_VOXWARE_BYTE_ALIGNED = 0x0069, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_AC8 = 0x0070, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_AC10 = 0x0071, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_AC16 = 0x0072, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_AC20 = 0x0073, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_RT24 = 0x0074, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_RT29 = 0x0075, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_RT29HW = 0x0076, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_VR12 = 0x0077, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_VR18 = 0x0078, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_VOXWARE_TQ40 = 0x0079, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_SOFTSOUND = 0x0080, // Softsound, Ltd. + /// <summary></summary> + WAVE_FORMAT_VOXWARE_TQ60 = 0x0081, // Voxware Inc + /// <summary></summary> + WAVE_FORMAT_MSRT24 = 0x0082, // Microsoft Corporation + /// <summary></summary> + WAVE_FORMAT_G729A = 0x0083, // AT&T Labs, Inc. + /// <summary></summary> + WAVE_FORMAT_MVI_MVI2 = 0x0084, // Motion Pixels + /// <summary></summary> + WAVE_FORMAT_DF_G726 = 0x0085, // DataFusion Systems (Pty) (Ltd) + /// <summary></summary> + WAVE_FORMAT_DF_GSM610 = 0x0086, // DataFusion Systems (Pty) (Ltd) + /// <summary></summary> + WAVE_FORMAT_ISIAUDIO = 0x0088, // Iterated Systems, Inc. + /// <summary></summary> + WAVE_FORMAT_ONLIVE = 0x0089, // OnLive! Technologies, Inc. + /// <summary></summary> + WAVE_FORMAT_SBC24 = 0x0091, // Siemens Business Communications Sys + /// <summary></summary> + WAVE_FORMAT_DOLBY_AC3_SPDIF = 0x0092, // Sonic Foundry + /// <summary></summary> + WAVE_FORMAT_MEDIASONIC_G723 = 0x0093, // MediaSonic + /// <summary></summary> + WAVE_FORMAT_PROSODY_8KBPS = 0x0094, // Aculab plc + /// <summary></summary> + WAVE_FORMAT_ZYXEL_ADPCM = 0x0097, // ZyXEL Communications, Inc. + /// <summary></summary> + WAVE_FORMAT_PHILIPS_LPCBB = 0x0098, // Philips Speech Processing + /// <summary></summary> + WAVE_FORMAT_PACKED = 0x0099, // Studer Professional Audio AG + /// <summary></summary> + WAVE_FORMAT_MALDEN_PHONYTALK = 0x00A0, // Malden Electronics Ltd. + /// <summary>WAVE_FORMAT_GSM</summary> + Gsm = 0x00A1, + + /// <summary>WAVE_FORMAT_G729</summary> + G729 = 0x00A2, + + /// <summary>WAVE_FORMAT_G723</summary> + G723 = 0x00A3, + + /// <summary>WAVE_FORMAT_ACELP</summary> + Acelp = 0x00A4, + + /// <summary> + /// WAVE_FORMAT_RAW_AAC1 + /// </summary> + RawAac = 0x00FF, + /// <summary></summary> + WAVE_FORMAT_RHETOREX_ADPCM = 0x0100, // Rhetorex Inc. + /// <summary></summary> + WAVE_FORMAT_IRAT = 0x0101, // BeCubed Software Inc. + /// <summary></summary> + WAVE_FORMAT_VIVO_G723 = 0x0111, // Vivo Software + /// <summary></summary> + WAVE_FORMAT_VIVO_SIREN = 0x0112, // Vivo Software + /// <summary></summary> + WAVE_FORMAT_DIGITAL_G723 = 0x0123, // Digital Equipment Corporation + /// <summary></summary> + WAVE_FORMAT_SANYO_LD_ADPCM = 0x0125, // Sanyo Electric Co., Ltd. + /// <summary></summary> + WAVE_FORMAT_SIPROLAB_ACEPLNET = 0x0130, // Sipro Lab Telecom Inc. + /// <summary></summary> + WAVE_FORMAT_SIPROLAB_ACELP4800 = 0x0131, // Sipro Lab Telecom Inc. + /// <summary></summary> + WAVE_FORMAT_SIPROLAB_ACELP8V3 = 0x0132, // Sipro Lab Telecom Inc. + /// <summary></summary> + WAVE_FORMAT_SIPROLAB_G729 = 0x0133, // Sipro Lab Telecom Inc. + /// <summary></summary> + WAVE_FORMAT_SIPROLAB_G729A = 0x0134, // Sipro Lab Telecom Inc. + /// <summary></summary> + WAVE_FORMAT_SIPROLAB_KELVIN = 0x0135, // Sipro Lab Telecom Inc. + /// <summary></summary> + WAVE_FORMAT_G726ADPCM = 0x0140, // Dictaphone Corporation + /// <summary></summary> + WAVE_FORMAT_QUALCOMM_PUREVOICE = 0x0150, // Qualcomm, Inc. + /// <summary></summary> + WAVE_FORMAT_QUALCOMM_HALFRATE = 0x0151, // Qualcomm, Inc. + /// <summary></summary> + WAVE_FORMAT_TUBGSM = 0x0155, // Ring Zero Systems, Inc. + /// <summary></summary> + WAVE_FORMAT_MSAUDIO1 = 0x0160, // Microsoft Corporation + /// <summary> + /// Windows Media Audio, WAVE_FORMAT_WMAUDIO2, Microsoft Corporation + /// </summary> + WindowsMediaAudio = 0x0161, + + /// <summary> + /// Windows Media Audio Professional WAVE_FORMAT_WMAUDIO3, Microsoft Corporation + /// </summary> + WindowsMediaAudioProfessional = 0x0162, + + /// <summary> + /// Windows Media Audio Lossless, WAVE_FORMAT_WMAUDIO_LOSSLESS + /// </summary> + WindowsMediaAudioLosseless = 0x0163, + + /// <summary> + /// Windows Media Audio Professional over SPDIF WAVE_FORMAT_WMASPDIF (0x0164) + /// </summary> + WindowsMediaAudioSpdif = 0x0164, + + /// <summary></summary> + WAVE_FORMAT_UNISYS_NAP_ADPCM = 0x0170, // Unisys Corp. + /// <summary></summary> + WAVE_FORMAT_UNISYS_NAP_ULAW = 0x0171, // Unisys Corp. + /// <summary></summary> + WAVE_FORMAT_UNISYS_NAP_ALAW = 0x0172, // Unisys Corp. + /// <summary></summary> + WAVE_FORMAT_UNISYS_NAP_16K = 0x0173, // Unisys Corp. + /// <summary></summary> + WAVE_FORMAT_CREATIVE_ADPCM = 0x0200, // Creative Labs, Inc + /// <summary></summary> + WAVE_FORMAT_CREATIVE_FASTSPEECH8 = 0x0202, // Creative Labs, Inc + /// <summary></summary> + WAVE_FORMAT_CREATIVE_FASTSPEECH10 = 0x0203, // Creative Labs, Inc + /// <summary></summary> + WAVE_FORMAT_UHER_ADPCM = 0x0210, // UHER informatic GmbH + /// <summary></summary> + WAVE_FORMAT_QUARTERDECK = 0x0220, // Quarterdeck Corporation + /// <summary></summary> + WAVE_FORMAT_ILINK_VC = 0x0230, // I-link Worldwide + /// <summary></summary> + WAVE_FORMAT_RAW_SPORT = 0x0240, // Aureal Semiconductor + /// <summary></summary> + WAVE_FORMAT_ESST_AC3 = 0x0241, // ESS Technology, Inc. + /// <summary></summary> + WAVE_FORMAT_IPI_HSX = 0x0250, // Interactive Products, Inc. + /// <summary></summary> + WAVE_FORMAT_IPI_RPELP = 0x0251, // Interactive Products, Inc. + /// <summary></summary> + WAVE_FORMAT_CS2 = 0x0260, // Consistent Software + /// <summary></summary> + WAVE_FORMAT_SONY_SCX = 0x0270, // Sony Corp. + /// <summary></summary> + WAVE_FORMAT_FM_TOWNS_SND = 0x0300, // Fujitsu Corp. + /// <summary></summary> + WAVE_FORMAT_BTV_DIGITAL = 0x0400, // Brooktree Corporation + /// <summary></summary> + WAVE_FORMAT_QDESIGN_MUSIC = 0x0450, // QDesign Corporation + /// <summary></summary> + WAVE_FORMAT_VME_VMPCM = 0x0680, // AT&T Labs, Inc. + /// <summary></summary> + WAVE_FORMAT_TPC = 0x0681, // AT&T Labs, Inc. + /// <summary></summary> + WAVE_FORMAT_OLIGSM = 0x1000, // Ing C. Olivetti & C., S.p.A. + /// <summary></summary> + WAVE_FORMAT_OLIADPCM = 0x1001, // Ing C. Olivetti & C., S.p.A. + /// <summary></summary> + WAVE_FORMAT_OLICELP = 0x1002, // Ing C. Olivetti & C., S.p.A. + /// <summary></summary> + WAVE_FORMAT_OLISBC = 0x1003, // Ing C. Olivetti & C., S.p.A. + /// <summary></summary> + WAVE_FORMAT_OLIOPR = 0x1004, // Ing C. Olivetti & C., S.p.A. + /// <summary></summary> + WAVE_FORMAT_LH_CODEC = 0x1100, // Lernout & Hauspie + /// <summary></summary> + WAVE_FORMAT_NORRIS = 0x1400, // Norris Communications, Inc. + /// <summary></summary> + WAVE_FORMAT_SOUNDSPACE_MUSICOMPRESS = 0x1500, // AT&T Labs, Inc. + + /// <summary> + /// Advanced Audio Coding (AAC) audio in Audio Data Transport Stream (ADTS) format. + /// The format block is a WAVEFORMATEX structure with wFormatTag equal to WAVE_FORMAT_MPEG_ADTS_AAC. + /// </summary> + /// <remarks> + /// The WAVEFORMATEX structure specifies the core AAC-LC sample rate and number of channels, + /// prior to applying spectral band replication (SBR) or parametric stereo (PS) tools, if present. + /// No additional data is required after the WAVEFORMATEX structure. + /// </remarks> + /// <see>http://msdn.microsoft.com/en-us/library/dd317599%28VS.85%29.aspx</see> + MPEG_ADTS_AAC = 0x1600, + + /// <summary></summary> + /// <remarks>Source wmCodec.h</remarks> + MPEG_RAW_AAC = 0x1601, + + /// <summary> + /// MPEG-4 audio transport stream with a synchronization layer (LOAS) and a multiplex layer (LATM). + /// The format block is a WAVEFORMATEX structure with wFormatTag equal to WAVE_FORMAT_MPEG_LOAS. + /// </summary> + /// <remarks> + /// The WAVEFORMATEX structure specifies the core AAC-LC sample rate and number of channels, + /// prior to applying spectral SBR or PS tools, if present. + /// No additional data is required after the WAVEFORMATEX structure. + /// </remarks> + /// <see>http://msdn.microsoft.com/en-us/library/dd317599%28VS.85%29.aspx</see> + MPEG_LOAS = 0x1602, + + /// <summary>NOKIA_MPEG_ADTS_AAC</summary> + /// <remarks>Source wmCodec.h</remarks> + NOKIA_MPEG_ADTS_AAC = 0x1608, + + /// <summary>NOKIA_MPEG_RAW_AAC</summary> + /// <remarks>Source wmCodec.h</remarks> + NOKIA_MPEG_RAW_AAC = 0x1609, + + /// <summary>VODAFONE_MPEG_ADTS_AAC</summary> + /// <remarks>Source wmCodec.h</remarks> + VODAFONE_MPEG_ADTS_AAC = 0x160A, + + /// <summary>VODAFONE_MPEG_RAW_AAC</summary> + /// <remarks>Source wmCodec.h</remarks> + VODAFONE_MPEG_RAW_AAC = 0x160B, + + /// <summary> + /// High-Efficiency Advanced Audio Coding (HE-AAC) stream. + /// The format block is an HEAACWAVEFORMAT structure. + /// </summary> + /// <see>http://msdn.microsoft.com/en-us/library/dd317599%28VS.85%29.aspx</see> + MPEG_HEAAC = 0x1610, + + /// <summary>WAVE_FORMAT_DVM</summary> + WAVE_FORMAT_DVM = 0x2000, // FAST Multimedia AG + + // others - not from MS headers + /// <summary>WAVE_FORMAT_VORBIS1 "Og" Original stream compatible</summary> + Vorbis1 = 0x674f, + + /// <summary>WAVE_FORMAT_VORBIS2 "Pg" Have independent header</summary> + Vorbis2 = 0x6750, + + /// <summary>WAVE_FORMAT_VORBIS3 "Qg" Have no codebook header</summary> + Vorbis3 = 0x6751, + + /// <summary>WAVE_FORMAT_VORBIS1P "og" Original stream compatible</summary> + Vorbis1P = 0x676f, + + /// <summary>WAVE_FORMAT_VORBIS2P "pg" Have independent headere</summary> + Vorbis2P = 0x6770, + + /// <summary>WAVE_FORMAT_VORBIS3P "qg" Have no codebook header</summary> + Vorbis3P = 0x6771, + + /// <summary>WAVE_FORMAT_EXTENSIBLE</summary> + Extensible = 0xFFFE, // Microsoft + /// <summary></summary> + WAVE_FORMAT_DEVELOPMENT = 0xFFFF, + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatEncoding.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatEncoding.cs.meta new file mode 100644 index 0000000..da0dd94 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatEncoding.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9d1490161606b9a658571079c28a7e44 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtensible.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtensible.cs new file mode 100644 index 0000000..3a1b308 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtensible.cs @@ -0,0 +1,94 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Dmo; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveFormatExtensible + /// http://www.microsoft.com/whdc/device/audio/multichaud.mspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 2)] + public class WaveFormatExtensible : WaveFormat + { + short wValidBitsPerSample; // bits of precision, or is wSamplesPerBlock if wBitsPerSample==0 + int dwChannelMask; // which channels are present in stream + Guid subFormat; + + /// <summary> + /// Parameterless constructor for marshalling + /// </summary> + WaveFormatExtensible() + { + } + + /// <summary> + /// Creates a new WaveFormatExtensible for PCM or IEEE + /// </summary> + public WaveFormatExtensible(int rate, int bits, int channels) + : base(rate, bits, channels) + { + waveFormatTag = WaveFormatEncoding.Extensible; + extraSize = 22; + wValidBitsPerSample = (short) bits; + for (int n = 0; n < channels; n++) + { + dwChannelMask |= (1 << n); + } + if (bits == 32) + { + // KSDATAFORMAT_SUBTYPE_IEEE_FLOAT + subFormat = AudioMediaSubtypes.MEDIASUBTYPE_IEEE_FLOAT; + } + else + { + // KSDATAFORMAT_SUBTYPE_PCM + subFormat = AudioMediaSubtypes.MEDIASUBTYPE_PCM; + } + + } + + /// <summary> + /// WaveFormatExtensible for PCM or floating point can be awkward to work with + /// This creates a regular WaveFormat structure representing the same audio format + /// Returns the WaveFormat unchanged for non PCM or IEEE float + /// </summary> + /// <returns></returns> + public WaveFormat ToStandardWaveFormat() + { + if (subFormat == AudioMediaSubtypes.MEDIASUBTYPE_IEEE_FLOAT && bitsPerSample == 32) + return CreateIeeeFloatWaveFormat(sampleRate, channels); + if (subFormat == AudioMediaSubtypes.MEDIASUBTYPE_PCM) + return new WaveFormat(sampleRate,bitsPerSample,channels); + return this; + //throw new InvalidOperationException("Not a recognised PCM or IEEE float format"); + } + + /// <summary> + /// SubFormat (may be one of AudioMediaSubtypes) + /// </summary> + public Guid SubFormat { get { return subFormat; } } + + /// <summary> + /// Serialize + /// </summary> + /// <param name="writer"></param> + public override void Serialize(System.IO.BinaryWriter writer) + { + base.Serialize(writer); + writer.Write(wValidBitsPerSample); + writer.Write(dwChannelMask); + byte[] guid = subFormat.ToByteArray(); + writer.Write(guid, 0, guid.Length); + } + + /// <summary> + /// String representation + /// </summary> + public override string ToString() + { + return $"WAVE_FORMAT_EXTENSIBLE {AudioMediaSubtypes.GetAudioSubtypeName(subFormat)} " + + $"{SampleRate}Hz {Channels} channels {BitsPerSample} bit"; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtensible.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtensible.cs.meta new file mode 100644 index 0000000..a6d0661 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtensible.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0ee2bcf6013d2eed49e35d24a685a0b3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtraData.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtraData.cs new file mode 100644 index 0000000..de882e5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtraData.cs @@ -0,0 +1,59 @@ +using System; +using System.Runtime.InteropServices; +using System.IO; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// This class used for marshalling from unmanaged code + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 2)] + public class WaveFormatExtraData : WaveFormat + { + // try with 100 bytes for now, increase if necessary + [MarshalAs(UnmanagedType.ByValArray, SizeConst = 100)] + private byte[] extraData = new byte[100]; + + /// <summary> + /// Allows the extra data to be read + /// </summary> + public byte[] ExtraData => extraData; + + /// <summary> + /// parameterless constructor for marshalling + /// </summary> + internal WaveFormatExtraData() + { + } + + /// <summary> + /// Reads this structure from a BinaryReader + /// </summary> + public WaveFormatExtraData(BinaryReader reader) + : base(reader) + { + ReadExtraData(reader); + } + + internal void ReadExtraData(BinaryReader reader) + { + if (this.extraSize > 0) + { + reader.Read(extraData, 0, extraSize); + } + } + + /// <summary> + /// Writes this structure to a BinaryWriter + /// </summary> + public override void Serialize(BinaryWriter writer) + { + base.Serialize(writer); + if (extraSize > 0) + { + writer.Write(extraData, 0, extraSize); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtraData.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtraData.cs.meta new file mode 100644 index 0000000..718cfdf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WaveFormatExtraData.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5cdc08d0635e235ca904afe27648a574 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WmaWaveFormat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WmaWaveFormat.cs new file mode 100644 index 0000000..3b75fb6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WmaWaveFormat.cs @@ -0,0 +1,35 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.WaveFormats +{ + /// <summary> + /// The WMA wave format. + /// May not be much use because WMA codec is a DirectShow DMO not an ACM + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 2)] + class WmaWaveFormat : WaveFormat + { + short wValidBitsPerSample; // bits of precision + int dwChannelMask; // which channels are present in stream + int dwReserved1; + int dwReserved2; + short wEncodeOptions; + short wReserved3; + + public WmaWaveFormat(int sampleRate, int bitsPerSample, int channels) + : base(sampleRate,bitsPerSample,channels) + { + wValidBitsPerSample = (short) bitsPerSample; + if (channels == 1) + dwChannelMask = 1; + else if (channels == 2) + dwChannelMask = 3; + + // WMAUDIO3 is Pro + this.waveFormatTag = WaveFormatEncoding.WindowsMediaAudio; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WmaWaveFormat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WmaWaveFormat.cs.meta new file mode 100644 index 0000000..ef9729a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveFormats/WmaWaveFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ca78fbc4850c6fe1c8fa6f2e9467c117 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs.meta new file mode 100644 index 0000000..5048cfa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 12d1e21cc51f27961bbbdae33dc219ca +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/CaptureState.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/CaptureState.cs new file mode 100644 index 0000000..6849b1b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/CaptureState.cs @@ -0,0 +1,27 @@ +// for consistency this should be in NAudio.Wave namespace, but left as it is for backwards compatibility +// ReSharper disable once CheckNamespace +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Represents state of a capture device + /// </summary> + public enum CaptureState + { + /// <summary> + /// Not recording + /// </summary> + Stopped, + /// <summary> + /// Beginning to record + /// </summary> + Starting, + /// <summary> + /// Recording in progress + /// </summary> + Capturing, + /// <summary> + /// Requesting stop + /// </summary> + Stopping + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/CaptureState.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/CaptureState.cs.meta new file mode 100644 index 0000000..8d8ef11 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/CaptureState.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 57be7ed148101e3eab854c0b5cd06159 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/IWaveIn.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/IWaveIn.cs new file mode 100644 index 0000000..7209f7f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/IWaveIn.cs @@ -0,0 +1,36 @@ +using System; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Generic interface for wave recording + /// </summary> + public interface IWaveIn : IDisposable + { + /// <summary> + /// Recording WaveFormat + /// </summary> + WaveFormat WaveFormat { get; set; } + + /// <summary> + /// Start Recording + /// </summary> + void StartRecording(); + + /// <summary> + /// Stop Recording + /// </summary> + void StopRecording(); + + /// <summary> + /// Indicates recorded data is available + /// </summary> + event EventHandler<WaveInEventArgs> DataAvailable; + + /// <summary> + /// Indicates that all recorded data has now been received. + /// </summary> + event EventHandler<StoppedEventArgs> RecordingStopped; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/IWaveIn.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/IWaveIn.cs.meta new file mode 100644 index 0000000..cdb8e2d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/IWaveIn.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 150e887b50a3e8c56a8bd1ec58cf04be +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/WaveInEventArgs.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/WaveInEventArgs.cs new file mode 100644 index 0000000..3c2d51f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/WaveInEventArgs.cs @@ -0,0 +1,41 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Event Args for WaveInStream event + /// </summary> + public class WaveInEventArgs : EventArgs + { + private byte[] buffer; + private int bytes; + + /// <summary> + /// Creates new WaveInEventArgs + /// </summary> + public WaveInEventArgs(byte[] buffer, int bytes) + { + this.buffer = buffer; + this.bytes = bytes; + } + + /// <summary> + /// Buffer containing recorded data. Note that it might not be completely + /// full. <seealso cref="BytesRecorded"/> + /// </summary> + public byte[] Buffer + { + get { return buffer; } + } + + /// <summary> + /// The number of recorded bytes in Buffer. <seealso cref="Buffer"/> + /// </summary> + public int BytesRecorded + { + get { return bytes; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/WaveInEventArgs.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/WaveInEventArgs.cs.meta new file mode 100644 index 0000000..94ba47b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveInputs/WaveInEventArgs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4d30a3b14ac4946338a12b514a86af9f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs.meta new file mode 100644 index 0000000..962a81f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: ce0f5123666b54e4fadd0abc7733531e +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/AiffFileWriter.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/AiffFileWriter.cs new file mode 100644 index 0000000..8cf56d7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/AiffFileWriter.cs @@ -0,0 +1,376 @@ +using System; +using System.IO; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// This class writes audio data to a .aif file on disk + /// </summary> + public class AiffFileWriter : Stream + { + private Stream outStream; + private BinaryWriter writer; + private long dataSizePos; + private long commSampleCountPos; + private long dataChunkSize = 8; + private WaveFormat format; + private string filename; + + /// <summary> + /// Creates an Aiff file by reading all the data from a WaveProvider + /// BEWARE: the WaveProvider MUST return 0 from its Read method when it is finished, + /// or the Aiff File will grow indefinitely. + /// </summary> + /// <param name="filename">The filename to use</param> + /// <param name="sourceProvider">The source WaveProvider</param> + public static void CreateAiffFile(string filename, WaveStream sourceProvider) + { + using (var writer = new AiffFileWriter(filename, sourceProvider.WaveFormat)) + { + byte[] buffer = new byte[16384]; + + while (sourceProvider.Position < sourceProvider.Length) + { + int count = Math.Min((int)(sourceProvider.Length - sourceProvider.Position), buffer.Length); + int bytesRead = sourceProvider.Read(buffer, 0, count); + + if (bytesRead == 0) + { + // end of source provider + break; + } + + writer.Write(buffer, 0, bytesRead); + } + } + } + + /// <summary> + /// AiffFileWriter that actually writes to a stream + /// </summary> + /// <param name="outStream">Stream to be written to</param> + /// <param name="format">Wave format to use</param> + public AiffFileWriter(Stream outStream, WaveFormat format) + { + this.outStream = outStream; + this.format = format; + this.writer = new BinaryWriter(outStream, System.Text.Encoding.UTF8); + this.writer.Write(System.Text.Encoding.UTF8.GetBytes("FORM")); + this.writer.Write((int)0); // placeholder + this.writer.Write(System.Text.Encoding.UTF8.GetBytes("AIFF")); + + CreateCommChunk(); + WriteSsndChunkHeader(); + } + + /// <summary> + /// Creates a new AiffFileWriter + /// </summary> + /// <param name="filename">The filename to write to</param> + /// <param name="format">The Wave Format of the output data</param> + public AiffFileWriter(string filename, WaveFormat format) + : this(new FileStream(filename, FileMode.Create, FileAccess.Write, FileShare.Read), format) + { + this.filename = filename; + } + + private void WriteSsndChunkHeader() + { + this.writer.Write(System.Text.Encoding.UTF8.GetBytes("SSND")); + dataSizePos = this.outStream.Position; + this.writer.Write((int)0); // placeholder + this.writer.Write((int)0); // zero offset + this.writer.Write(SwapEndian((int)format.BlockAlign)); + } + + private byte[] SwapEndian(short n) + { + return new byte[] { (byte)(n >> 8), (byte)(n & 0xff) }; + } + + private byte[] SwapEndian(int n) + { + return new byte[] { (byte)((n >> 24) & 0xff), (byte)((n >> 16) & 0xff), (byte)((n >> 8) & 0xff), (byte)(n & 0xff), }; + } + + private void CreateCommChunk() + { + this.writer.Write(System.Text.Encoding.UTF8.GetBytes("COMM")); + this.writer.Write(SwapEndian((int)18)); + this.writer.Write(SwapEndian((short)format.Channels)); + commSampleCountPos = this.outStream.Position; ; + this.writer.Write((int)0); // placeholder for total number of samples + this.writer.Write(SwapEndian((short)format.BitsPerSample)); + this.writer.Write(IEEE.ConvertToIeeeExtended(format.SampleRate)); + } + + /// <summary> + /// The aiff file name or null if not applicable + /// </summary> + public string Filename + { + get { return filename; } + } + + /// <summary> + /// Number of bytes of audio in the data chunk + /// </summary> + public override long Length + { + get { return dataChunkSize; } + } + + /// <summary> + /// WaveFormat of this aiff file + /// </summary> + public WaveFormat WaveFormat + { + get { return format; } + } + + /// <summary> + /// Returns false: Cannot read from a AiffFileWriter + /// </summary> + public override bool CanRead + { + get { return false; } + } + + /// <summary> + /// Returns true: Can write to a AiffFileWriter + /// </summary> + public override bool CanWrite + { + get { return true; } + } + + /// <summary> + /// Returns false: Cannot seek within a AiffFileWriter + /// </summary> + public override bool CanSeek + { + get { return false; } + } + + /// <summary> + /// Read is not supported for a AiffFileWriter + /// </summary> + public override int Read(byte[] buffer, int offset, int count) + { + throw new InvalidOperationException("Cannot read from an AiffFileWriter"); + } + + /// <summary> + /// Seek is not supported for a AiffFileWriter + /// </summary> + public override long Seek(long offset, SeekOrigin origin) + { + throw new InvalidOperationException("Cannot seek within an AiffFileWriter"); + } + + /// <summary> + /// SetLength is not supported for AiffFileWriter + /// </summary> + /// <param name="value"></param> + public override void SetLength(long value) + { + throw new InvalidOperationException("Cannot set length of an AiffFileWriter"); + } + + /// <summary> + /// Gets the Position in the AiffFile (i.e. number of bytes written so far) + /// </summary> + public override long Position + { + get { return dataChunkSize; } + set { throw new InvalidOperationException("Repositioning an AiffFileWriter is not supported"); } + } + + /// <summary> + /// Appends bytes to the AiffFile (assumes they are already in the correct format) + /// </summary> + /// <param name="data">the buffer containing the wave data</param> + /// <param name="offset">the offset from which to start writing</param> + /// <param name="count">the number of bytes to write</param> + public override void Write(byte[] data, int offset, int count) + { + byte[] swappedData = new byte[data.Length]; + + int align = format.BitsPerSample / 8; + + for (int i = 0; i < data.Length; i++) + { + int pos = (int)Math.Floor((double)i / align) * align + (align - (i % align) - 1); + swappedData[i] = data[pos]; + } + + outStream.Write(swappedData, offset, count); + dataChunkSize += count; + } + + private byte[] value24 = new byte[3]; // keep this around to save us creating it every time + + /// <summary> + /// Writes a single sample to the Aiff file + /// </summary> + /// <param name="sample">the sample to write (assumed floating point with 1.0f as max value)</param> + public void WriteSample(float sample) + { + if (WaveFormat.BitsPerSample == 16) + { + writer.Write(SwapEndian((Int16)(Int16.MaxValue * sample))); + dataChunkSize += 2; + } + else if (WaveFormat.BitsPerSample == 24) + { + var value = BitConverter.GetBytes((Int32)(Int32.MaxValue * sample)); + value24[2] = value[1]; + value24[1] = value[2]; + value24[0] = value[3]; + writer.Write(value24); + dataChunkSize += 3; + } + else if (WaveFormat.BitsPerSample == 32 && WaveFormat.Encoding == NAudio.Wave.WaveFormatEncoding.Extensible) + { + writer.Write(SwapEndian(UInt16.MaxValue * (Int32)sample)); + dataChunkSize += 4; + } + else + { + throw new InvalidOperationException("Only 16, 24 or 32 bit PCM or IEEE float audio data supported"); + } + } + + /// <summary> + /// Writes 32 bit floating point samples to the Aiff file + /// They will be converted to the appropriate bit depth depending on the WaveFormat of the AIF file + /// </summary> + /// <param name="samples">The buffer containing the floating point samples</param> + /// <param name="offset">The offset from which to start writing</param> + /// <param name="count">The number of floating point samples to write</param> + public void WriteSamples(float[] samples, int offset, int count) + { + for (int n = 0; n < count; n++) + { + WriteSample(samples[offset + n]); + } + } + + /// <summary> + /// Writes 16 bit samples to the Aiff file + /// </summary> + /// <param name="samples">The buffer containing the 16 bit samples</param> + /// <param name="offset">The offset from which to start writing</param> + /// <param name="count">The number of 16 bit samples to write</param> + public void WriteSamples(short[] samples, int offset, int count) + { + // 16 bit PCM data + if (WaveFormat.BitsPerSample == 16) + { + for (int sample = 0; sample < count; sample++) + { + writer.Write(SwapEndian(samples[sample + offset])); + } + dataChunkSize += (count * 2); + } + // 24 bit PCM data + else if (WaveFormat.BitsPerSample == 24) + { + byte[] value; + for (int sample = 0; sample < count; sample++) + { + value = BitConverter.GetBytes(UInt16.MaxValue * (Int32)samples[sample + offset]); + value24[2] = value[1]; + value24[1] = value[2]; + value24[0] = value[3]; + writer.Write(value24); + } + dataChunkSize += (count * 3); + } + // 32 bit PCM data + else if (WaveFormat.BitsPerSample == 32 && WaveFormat.Encoding == WaveFormatEncoding.Extensible) + { + for (int sample = 0; sample < count; sample++) + { + writer.Write(SwapEndian(UInt16.MaxValue * (Int32)samples[sample + offset])); + } + dataChunkSize += (count * 4); + } + else + { + throw new InvalidOperationException("Only 16, 24 or 32 bit PCM audio data supported"); + } + } + + /// <summary> + /// Ensures data is written to disk + /// </summary> + public override void Flush() + { + writer.Flush(); + } + + #region IDisposable Members + + /// <summary> + /// Actually performs the close,making sure the header contains the correct data + /// </summary> + /// <param name="disposing">True if called from <see>Dispose</see></param> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (outStream != null) + { + try + { + UpdateHeader(writer); + } + finally + { + // in a finally block as we don't want the FileStream to run its disposer in + // the GC thread if the code above caused an IOException (e.g. due to disk full) + outStream.Dispose(); // will close the underlying base stream + outStream = null; + } + } + } + } + + /// <summary> + /// Updates the header with file size information + /// </summary> + protected virtual void UpdateHeader(BinaryWriter writer) + { + this.Flush(); + writer.Seek(4, SeekOrigin.Begin); + writer.Write(SwapEndian((int)(outStream.Length - 8))); + UpdateCommChunk(writer); + UpdateSsndChunk(writer); + } + + private void UpdateCommChunk(BinaryWriter writer) + { + writer.Seek((int)commSampleCountPos, SeekOrigin.Begin); + writer.Write(SwapEndian((int)(dataChunkSize * 8 / format.BitsPerSample / format.Channels))); + } + + private void UpdateSsndChunk(BinaryWriter writer) + { + writer.Seek((int)dataSizePos, SeekOrigin.Begin); + writer.Write(SwapEndian((int)dataChunkSize)); + } + + /// <summary> + /// Finaliser - should only be called if the user forgot to close this AiffFileWriter + /// </summary> + ~AiffFileWriter() + { + System.Diagnostics.Debug.Assert(false, "AiffFileWriter was not disposed"); + Dispose(false); + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/AiffFileWriter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/AiffFileWriter.cs.meta new file mode 100644 index 0000000..ee9b4b2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/AiffFileWriter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d2d2a3c7a425faf15bbbd22dc448bca9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BextChunkInfo.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BextChunkInfo.cs new file mode 100644 index 0000000..afd5495 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BextChunkInfo.cs @@ -0,0 +1,67 @@ +using System; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// https://tech.ebu.ch/docs/tech/tech3285.pdf + /// </summary> + public class BextChunkInfo + { + /// <summary> + /// Constructs a new BextChunkInfo + /// </summary> + public BextChunkInfo() + { + //UniqueMaterialIdentifier = Guid.NewGuid().ToString(); + Reserved = new byte[190]; + } + + /// <summary> + /// Description (max 256 chars) + /// </summary> + public string Description { get; set; } + /// <summary> + /// Originator (max 32 chars) + /// </summary> + public string Originator { get; set; } + /// <summary> + /// Originator Reference (max 32 chars) + /// </summary> + public string OriginatorReference { get; set; } + /// <summary> + /// Originator Date Time + /// </summary> + public DateTime OriginationDateTime { get; set; } + /// <summary> + /// Origination Date as string + /// </summary> + public string OriginationDate => OriginationDateTime.ToString("yyyy-MM-dd"); + /// <summary> + /// Origination as time + /// </summary> + public string OriginationTime => OriginationDateTime.ToString("HH:mm:ss"); + /// <summary> + /// Time reference (first sample count since midnight) + /// </summary> + public long TimeReference { get; set; } + /// <summary> + /// version 2 has loudness stuff which we don't know so using version 1 + /// </summary> + public ushort Version => 1; + /// <summary> + /// 64 bytes http://en.wikipedia.org/wiki/UMID + /// </summary> + public string UniqueMaterialIdentifier { get; set; } + /// <summary> + /// for version 2 = 180 bytes (10 before are loudness values), using version 1 = 190 bytes + /// </summary> + public byte[] Reserved { get; } + /// <summary> + /// Coding history arbitrary length string at end of structure + /// http://www.ebu.ch/CMSimages/fr/tec_text_r98-1999_tcm7-4709.pdf + /// A=PCM,F=48000,W=16,M=stereo,T=original,CR/LF + /// </summary> + public string CodingHistory { get; set; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BextChunkInfo.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BextChunkInfo.cs.meta new file mode 100644 index 0000000..7306ee9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BextChunkInfo.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d71853733d8bd6258b3502de4734f0b2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BwfWriter.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BwfWriter.cs new file mode 100644 index 0000000..a3970a4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BwfWriter.cs @@ -0,0 +1,150 @@ +using System; +using System.Diagnostics; +using System.IO; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Broadcast WAVE File Writer + /// </summary> + public class BwfWriter : IDisposable + { + private readonly WaveFormat format; + private readonly BinaryWriter writer; + private readonly long dataChunkSizePosition; + private long dataLength; + private bool isDisposed; + + /// <summary> + /// Createa a new BwfWriter + /// </summary> + /// <param name="filename">Rarget filename</param> + /// <param name="format">WaveFormat</param> + /// <param name="bextChunkInfo">Chunk information</param> + public BwfWriter(string filename, WaveFormat format, BextChunkInfo bextChunkInfo) + { + this.format = format; + writer = new BinaryWriter(File.OpenWrite(filename)); + writer.Write(Encoding.UTF8.GetBytes("RIFF")); // will be updated to RF64 if large + writer.Write(0); // placeholder + writer.Write(Encoding.UTF8.GetBytes("WAVE")); + + writer.Write(Encoding.UTF8.GetBytes("JUNK")); // ds64 + writer.Write(28); // ds64 size + writer.Write(0L); // RIFF size + writer.Write(0L); // data size + writer.Write(0L); // sampleCount size + writer.Write(0); // table length + // TABLE appears here - to store the sizes of other huge chunks other than + + // write the broadcast audio extension + writer.Write(Encoding.UTF8.GetBytes("bext")); + var codingHistory = Encoding.ASCII.GetBytes(bextChunkInfo.CodingHistory ?? ""); + var bextLength = 602 + codingHistory.Length; + if (bextLength % 2 != 0) + bextLength++; + writer.Write(bextLength); // bext size + var bextStart = writer.BaseStream.Position; + writer.Write(GetAsBytes(bextChunkInfo.Description, 256)); + writer.Write(GetAsBytes(bextChunkInfo.Originator, 32)); + writer.Write(GetAsBytes(bextChunkInfo.OriginatorReference, 32)); + writer.Write(GetAsBytes(bextChunkInfo.OriginationDate, 10)); + writer.Write(GetAsBytes(bextChunkInfo.OriginationTime, 8)); + writer.Write(bextChunkInfo.TimeReference); // 8 bytes long + writer.Write(bextChunkInfo.Version); // 2 bytes long + writer.Write(GetAsBytes(bextChunkInfo.UniqueMaterialIdentifier, 64)); + writer.Write(bextChunkInfo.Reserved); // for version 1 this is 190 bytes + writer.Write(codingHistory); + if (codingHistory.Length % 2 != 0) + writer.Write((byte)0); + Debug.Assert(writer.BaseStream.Position == bextStart + bextLength, "Invalid bext chunk size"); + + // write the format chunk + writer.Write(Encoding.UTF8.GetBytes("fmt ")); + format.Serialize(writer); + + writer.Write(Encoding.UTF8.GetBytes("data")); + dataChunkSizePosition = writer.BaseStream.Position; + writer.Write(-1); // will be overwritten unless this is RF64 + // now finally the data chunk + } + + /// <summary> + /// Write audio data to this BWF + /// </summary> + public void Write(byte[] buffer, int offset, int count) + { + if (isDisposed) throw new ObjectDisposedException("This BWF Writer already disposed"); + writer.Write(buffer, offset, count); + dataLength += count; + } + + /// <summary> + /// Flush writer, and fix up header sizes + /// </summary> + public void Flush() + { + if (isDisposed) throw new ObjectDisposedException("This BWF Writer already disposed"); + writer.Flush(); + FixUpChunkSizes(true); // here to ensure WAV file created is always playable after Flush + } + + private void FixUpChunkSizes(bool restorePosition) + { + var pos = writer.BaseStream.Position; + var isLarge = dataLength > Int32.MaxValue; + var riffSize = writer.BaseStream.Length - 8; + if (isLarge) + { + var bytesPerSample = (format.BitsPerSample / 8) * format.Channels; + writer.BaseStream.Position = 0; + writer.Write(Encoding.UTF8.GetBytes("RF64")); + writer.Write(-1); + writer.BaseStream.Position += 4; // skip over WAVE + writer.Write(Encoding.UTF8.GetBytes("ds64")); + writer.BaseStream.Position += 4; // skip over ds64 chunk size + writer.Write(riffSize); + writer.Write(dataLength); + writer.Write(dataLength / bytesPerSample); + + // data chunk size can stay as -1 + } + else + { + // fix up the RIFF size + writer.BaseStream.Position = 4; + writer.Write((uint)riffSize); + // fix up the data chunk size + writer.BaseStream.Position = dataChunkSizePosition; + writer.Write((uint)dataLength); + } + if (restorePosition) + { + writer.BaseStream.Position = pos; + } + + } + + /// <summary> + /// Disposes this writer + /// </summary> + public void Dispose() + { + if (!isDisposed) + { + FixUpChunkSizes(false); + writer.Dispose(); + isDisposed = true; + } + } + + private static byte[] GetAsBytes(string message, int byteSize) + { + var outputBuffer = new byte[byteSize]; + var encoded = Encoding.ASCII.GetBytes(message ?? ""); + Array.Copy(encoded, outputBuffer, Math.Min(encoded.Length, byteSize)); + return outputBuffer; + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BwfWriter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BwfWriter.cs.meta new file mode 100644 index 0000000..168051d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/BwfWriter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1011aa0b7ec8e3f8ba5ba60617e4f213 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/CueWaveFileWriter.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/CueWaveFileWriter.cs new file mode 100644 index 0000000..b866d01 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/CueWaveFileWriter.cs @@ -0,0 +1,67 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.IO; + +namespace NAudio.Wave +{ + /// <summary> + /// A wave file writer that adds cue support + /// </summary> + public class CueWaveFileWriter : WaveFileWriter + { + private CueList cues = null; + + /// <summary> + /// Writes a wave file, including a cues chunk + /// </summary> + public CueWaveFileWriter(string fileName, WaveFormat waveFormat) + : base (fileName, waveFormat) + { + } + + /// <summary> + /// Adds a cue to the Wave file + /// </summary> + /// <param name="position">Sample position</param> + /// <param name="label">Label text</param> + public void AddCue(int position, string label) + { + if (cues == null) + { + cues = new CueList(); + } + cues.Add(new Cue(position, label)); + } + + private void WriteCues(BinaryWriter w) + { + // write the cue chunks to the end of the stream + if (cues != null) + { + byte[] cueChunks = cues.GetRiffChunks(); + int cueChunksSize = cueChunks.Length; + w.Seek(0, SeekOrigin.End); + + if (w.BaseStream.Length % 2 == 1) + { + w.Write((Byte)0x00); + } + + w.Write(cues.GetRiffChunks(), 0, cueChunksSize); + w.Seek(4, SeekOrigin.Begin); + w.Write((int)(w.BaseStream.Length - 8)); + } + } + + /// <summary> + /// Updates the header, and writes the cues out + /// </summary> + protected override void UpdateHeader(BinaryWriter writer) + { + base.UpdateHeader(writer); + WriteCues(writer); + } + } +} + diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/CueWaveFileWriter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/CueWaveFileWriter.cs.meta new file mode 100644 index 0000000..144ee29 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/CueWaveFileWriter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c437de1d2248fcaadb9bf3f9d203824d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/DirectSoundOut.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/DirectSoundOut.cs new file mode 100644 index 0000000..0c14e3f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/DirectSoundOut.cs @@ -0,0 +1,940 @@ +using System; +using System.Runtime.InteropServices; +using System.Security; +using System.Threading; +using System.Collections.Generic; +using System.Diagnostics; + +namespace NAudio.Wave +{ + /// <summary> + /// NativeDirectSoundOut using DirectSound COM interop. + /// Contact author: Alexandre Mutel - alexandre_mutel at yahoo.fr + /// Modified by: Graham "Gee" Plumb + /// </summary> + public class DirectSoundOut : IWavePlayer + { + /// <summary> + /// Playback Stopped + /// </summary> + public event EventHandler<StoppedEventArgs> PlaybackStopped; + + private PlaybackState playbackState; + private WaveFormat waveFormat; + private int samplesTotalSize; + private int samplesFrameSize; + private int nextSamplesWriteIndex; + private int desiredLatency; + private Guid device; + private byte[] samples; + private IWaveProvider waveStream = null; + private IDirectSound directSound = null; + private IDirectSoundBuffer primarySoundBuffer = null; + private IDirectSoundBuffer secondaryBuffer = null; + private EventWaitHandle frameEventWaitHandle1; + private EventWaitHandle frameEventWaitHandle2; + private EventWaitHandle endEventWaitHandle; + private Thread notifyThread; + private SynchronizationContext syncContext; + private long bytesPlayed; + + // Used purely for locking + private Object m_LockObject = new Object(); + + /// <summary> + /// Gets the DirectSound output devices in the system + /// </summary> + public static IEnumerable<DirectSoundDeviceInfo> Devices + { + get { + devices = new List<DirectSoundDeviceInfo>(); + DirectSoundEnumerate(new DSEnumCallback(EnumCallback), IntPtr.Zero); + return devices; + } + } + + private static List<DirectSoundDeviceInfo> devices; + + private static bool EnumCallback(IntPtr lpGuid, IntPtr lpcstrDescription, IntPtr lpcstrModule, IntPtr lpContext) + { + var device = new DirectSoundDeviceInfo(); + if (lpGuid == IntPtr.Zero) + { + device.Guid = Guid.Empty; + } + else + { + byte[] guidBytes = new byte[16]; + Marshal.Copy(lpGuid, guidBytes, 0, 16); + device.Guid = new Guid(guidBytes); + } + device.Description = Marshal.PtrToStringAnsi(lpcstrDescription); + if (lpcstrModule != null) + { + device.ModuleName = Marshal.PtrToStringAnsi(lpcstrModule); + } + devices.Add(device); + return true; + } + + + /// <summary> + /// Initializes a new instance of the <see cref="DirectSoundOut"/> class. + /// </summary> + public DirectSoundOut() + : this(DSDEVID_DefaultPlayback) + { + } + + /// <summary> + /// Initializes a new instance of the <see cref="DirectSoundOut"/> class. + /// </summary> + public DirectSoundOut(Guid device) + : this(device, 40) + { + } + + /// <summary> + /// Initializes a new instance of the <see cref="DirectSoundOut"/> class. + /// </summary> + public DirectSoundOut(int latency) + : this(DSDEVID_DefaultPlayback, latency) + { + } + + /// <summary> + /// Initializes a new instance of the <see cref="DirectSoundOut"/> class. + /// (40ms seems to work under Vista). + /// </summary> + /// <param name="latency">The latency.</param> + /// <param name="device">Selected device</param> + public DirectSoundOut(Guid device, int latency) + { + if (device == Guid.Empty) + { + device = DSDEVID_DefaultPlayback; + } + this.device = device; + this.desiredLatency = latency; + this.syncContext = SynchronizationContext.Current; + } + + /// <summary> + /// Releases unmanaged resources and performs other cleanup operations before the + /// <see cref="DirectSoundOut"/> is reclaimed by garbage collection. + /// </summary> + ~DirectSoundOut() + { + Dispose(); + } + + /// <summary> + /// Begin playback + /// </summary> + public void Play() + { + if (playbackState == PlaybackState.Stopped) + { + // ------------------------------------------------------------------------------------- + // Thread that process samples + // ------------------------------------------------------------------------------------- + notifyThread = new Thread(new ThreadStart(PlaybackThreadFunc)); + // put this back to highest when we are confident we don't have any bugs in the thread proc + notifyThread.Priority = ThreadPriority.Normal; + notifyThread.IsBackground = true; + notifyThread.Start(); + } + + lock (m_LockObject) + { + playbackState = PlaybackState.Playing; + } + } + + /// <summary> + /// Stop playback + /// </summary> + public void Stop() + { + // Try and tidy up nicely + if (Monitor.TryEnter(m_LockObject, 50)) + { + playbackState = PlaybackState.Stopped; + Monitor.Exit(m_LockObject); + } + else + { + // No joy - abort the thread! + if (notifyThread != null) + { + notifyThread.Abort(); + notifyThread = null; + } + } + } + + /// <summary> + /// Pause Playback + /// </summary> + public void Pause() + { + lock (m_LockObject) + { + playbackState = PlaybackState.Paused; + } + } + + /// <summary> + /// Gets the current position in bytes from the wave output device. + /// (n.b. this is not the same thing as the position within your reader + /// stream) + /// </summary> + /// <returns>Position in bytes</returns> + public long GetPosition() + { + if (playbackState != Wave.PlaybackState.Stopped) + { + var sbuf = secondaryBuffer; + if (sbuf != null) + { + uint currentPlayCursor, currentWriteCursor; + sbuf.GetCurrentPosition(out currentPlayCursor, out currentWriteCursor); + return currentPlayCursor + bytesPlayed; + } + } + return 0; + } + + /// <summary> + /// Gets the current position from the wave output device. + /// </summary> + public TimeSpan PlaybackPosition + { + get + { + // bytes played in this stream + var pos = GetPosition(); + + // samples played in this stream + pos /= waveFormat.Channels * waveFormat.BitsPerSample / 8; + + // ms played in this stream + return TimeSpan.FromMilliseconds(pos * 1000.0 / waveFormat.SampleRate); + } + } + + + /// <summary> + /// Initialise playback + /// </summary> + /// <param name="waveProvider">The waveprovider to be played</param> + public void Init(IWaveProvider waveProvider) + { + this.waveStream = waveProvider; + this.waveFormat = waveProvider.WaveFormat; + } + + private void InitializeDirectSound() + { + // Open DirectSound + lock (this.m_LockObject) + { + Debug.Assert(directSound == null); + DirectSoundCreate(ref device, out directSound, IntPtr.Zero); + + if (directSound != null) + { + // Set Cooperative Level to PRIORITY (priority level can call the SetFormat and Compact methods) + directSound.SetCooperativeLevel(GetDesktopWindow(), DirectSoundCooperativeLevel.DSSCL_PRIORITY); + + // ------------------------------------------------------------------------------------- + // Create PrimaryBuffer + // ------------------------------------------------------------------------------------- + + // Fill BufferDescription for PrimaryBuffer + BufferDescription bufferDesc = new BufferDescription(); + bufferDesc.dwSize = Marshal.SizeOf(bufferDesc); + bufferDesc.dwBufferBytes = 0; + bufferDesc.dwFlags = DirectSoundBufferCaps.DSBCAPS_PRIMARYBUFFER; + bufferDesc.dwReserved = 0; + bufferDesc.lpwfxFormat = IntPtr.Zero; + bufferDesc.guidAlgo = Guid.Empty; + + object soundBufferObj; + // Create PrimaryBuffer + directSound.CreateSoundBuffer(bufferDesc, out soundBufferObj, IntPtr.Zero); + primarySoundBuffer = (IDirectSoundBuffer)soundBufferObj; + + // Play & Loop on the PrimarySound Buffer + primarySoundBuffer.Play(0, 0, DirectSoundPlayFlags.DSBPLAY_LOOPING); + + // ------------------------------------------------------------------------------------- + // Create SecondaryBuffer + // ------------------------------------------------------------------------------------- + + // A frame of samples equals to Desired Latency + samplesFrameSize = MsToBytes(desiredLatency); + + // Fill BufferDescription for SecondaryBuffer + BufferDescription bufferDesc2 = new BufferDescription(); + bufferDesc2.dwSize = Marshal.SizeOf(bufferDesc2); + bufferDesc2.dwBufferBytes = (uint)(samplesFrameSize * 2); + bufferDesc2.dwFlags = DirectSoundBufferCaps.DSBCAPS_GETCURRENTPOSITION2 + | DirectSoundBufferCaps.DSBCAPS_CTRLPOSITIONNOTIFY + | DirectSoundBufferCaps.DSBCAPS_GLOBALFOCUS + | DirectSoundBufferCaps.DSBCAPS_CTRLVOLUME + | DirectSoundBufferCaps.DSBCAPS_STICKYFOCUS + | DirectSoundBufferCaps.DSBCAPS_GETCURRENTPOSITION2; + bufferDesc2.dwReserved = 0; + GCHandle handleOnWaveFormat = GCHandle.Alloc(waveFormat, GCHandleType.Pinned); // Ptr to waveFormat + bufferDesc2.lpwfxFormat = handleOnWaveFormat.AddrOfPinnedObject(); // set Ptr to waveFormat + bufferDesc2.guidAlgo = Guid.Empty; + + // Create SecondaryBuffer + directSound.CreateSoundBuffer(bufferDesc2, out soundBufferObj, IntPtr.Zero); + secondaryBuffer = (IDirectSoundBuffer)soundBufferObj; + handleOnWaveFormat.Free(); + + // Get effective SecondaryBuffer size + BufferCaps dsbCaps = new BufferCaps(); + dsbCaps.dwSize = Marshal.SizeOf(dsbCaps); + secondaryBuffer.GetCaps(dsbCaps); + + nextSamplesWriteIndex = 0; + samplesTotalSize = dsbCaps.dwBufferBytes; + samples = new byte[samplesTotalSize]; + System.Diagnostics.Debug.Assert(samplesTotalSize == (2 * samplesFrameSize), "Invalid SamplesTotalSize vs SamplesFrameSize"); + + // ------------------------------------------------------------------------------------- + // Create double buffering notification. + // Use DirectSoundNotify at Position [0, 1/2] and Stop Position (0xFFFFFFFF) + // ------------------------------------------------------------------------------------- + IDirectSoundNotify notify = (IDirectSoundNotify)soundBufferObj; + + frameEventWaitHandle1 = new EventWaitHandle(false, EventResetMode.AutoReset); + frameEventWaitHandle2 = new EventWaitHandle(false, EventResetMode.AutoReset); + endEventWaitHandle = new EventWaitHandle(false, EventResetMode.AutoReset); + + DirectSoundBufferPositionNotify[] notifies = new DirectSoundBufferPositionNotify[3]; + notifies[0] = new DirectSoundBufferPositionNotify(); + notifies[0].dwOffset = 0; + notifies[0].hEventNotify = frameEventWaitHandle1.SafeWaitHandle.DangerousGetHandle(); + + notifies[1] = new DirectSoundBufferPositionNotify(); + notifies[1].dwOffset = (uint)samplesFrameSize; + notifies[1].hEventNotify = frameEventWaitHandle2.SafeWaitHandle.DangerousGetHandle(); + + notifies[2] = new DirectSoundBufferPositionNotify(); + notifies[2].dwOffset = 0xFFFFFFFF; + notifies[2].hEventNotify = endEventWaitHandle.SafeWaitHandle.DangerousGetHandle(); + + notify.SetNotificationPositions(3, notifies); + } + } + } + + /// <summary> + /// Current playback state + /// </summary> + /// <value></value> + public PlaybackState PlaybackState + { + get { return playbackState; } + } + + /// <summary> + /// The volume 1.0 is full scale + /// </summary> + /// <value></value> + public float Volume + { + get + { + return 1.0f; + //return 1 + (secondaryBuffer.GetVolume()) / 10000.0f; + } + set + { + if (value != 1.0f) + { + throw new InvalidOperationException("Setting volume not supported on DirectSoundOut, adjust the volume on your WaveProvider instead"); + } + //int intVol = (int)((value - 1) * 10000.0f); + //secondaryBuffer.SetVolume(intVol); + } + } + + /// <inheritdoc/> + public WaveFormat OutputWaveFormat => waveFormat; + + /// <summary> + /// Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources. + /// </summary> + public void Dispose() + { + Stop(); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Determines whether the SecondaryBuffer is lost. + /// </summary> + /// <returns> + /// <c>true</c> if [is buffer lost]; otherwise, <c>false</c>. + /// </returns> + private bool IsBufferLost() + { + return (secondaryBuffer.GetStatus() & DirectSoundBufferStatus.DSBSTATUS_BUFFERLOST) != 0 ? true : false; + } + + /// <summary> + /// Convert ms to bytes size according to WaveFormat + /// </summary> + /// <param name="ms">The ms</param> + /// <returns>number of byttes</returns> + private int MsToBytes(int ms) + { + int bytes = ms * (waveFormat.AverageBytesPerSecond / 1000); + bytes -= bytes % waveFormat.BlockAlign; + return bytes; + } + + /// <summary> + /// Processes the samples in a separate thread. + /// </summary> + private void PlaybackThreadFunc() + { + // Used to determine if playback is halted + bool lPlaybackHalted = false; + bool firstBufferStarted = false; + bytesPlayed = 0; + + Exception exception = null; + // Incase the thread is killed + try + { + InitializeDirectSound(); + int lResult = 1; + + if (PlaybackState == PlaybackState.Stopped) + { + secondaryBuffer.SetCurrentPosition(0); + nextSamplesWriteIndex = 0; + lResult = Feed(samplesTotalSize); + } + + // Incase the previous Feed method returns 0 + if (lResult > 0) + { + lock (m_LockObject) + { + playbackState = PlaybackState.Playing; + } + + secondaryBuffer.Play(0, 0, DirectSoundPlayFlags.DSBPLAY_LOOPING); + + var waitHandles = new WaitHandle[] { frameEventWaitHandle1, frameEventWaitHandle2, endEventWaitHandle }; + + bool lContinuePlayback = true; + while (PlaybackState != PlaybackState.Stopped && lContinuePlayback) + { + // Wait for signals on frameEventWaitHandle1 (Position 0), frameEventWaitHandle2 (Position 1/2) + int indexHandle = WaitHandle.WaitAny(waitHandles, 3 * desiredLatency, false); + + // TimeOut is ok + if (indexHandle != WaitHandle.WaitTimeout) + { + // Buffer is Stopped + if (indexHandle == 2) + { + // (Gee) - Not sure whether to stop playback in this case or not! + StopPlayback(); + lPlaybackHalted = true; + lContinuePlayback = false; + } + else + { + if (indexHandle == 0) + { + // we're at the beginning of the buffer... + if (firstBufferStarted) + { + // because this notification is based on the *playback" cursor, this should be reasonably accurate + bytesPlayed += samplesFrameSize * 2; + } + } + else + { + firstBufferStarted = true; + } + + indexHandle = (indexHandle == 0) ? 1 : 0; + nextSamplesWriteIndex = indexHandle * samplesFrameSize; + + // Only carry on playing if we can! + if (Feed(samplesFrameSize) == 0) + { + StopPlayback(); + lPlaybackHalted = true; + lContinuePlayback = false; + } + } + } + else + { + // Timed out! + StopPlayback(); + lPlaybackHalted = true; + lContinuePlayback = false; + // report this as an error in the Playback Stopped + // seems to happen when device is unplugged + throw new Exception("DirectSound buffer timeout"); + } + } + } + } + catch (Exception e) + { + // Do nothing (except report error) + Debug.WriteLine(e.ToString()); + exception = e; + } + finally + { + if (!lPlaybackHalted) + { + try + { + StopPlayback(); + } + catch (Exception e) + { + Debug.WriteLine(e.ToString()); + // don't overwrite the original reason we exited the playback loop + if (exception == null) exception = e; + } + } + + lock (m_LockObject) + { + playbackState = PlaybackState.Stopped; + } + + bytesPlayed = 0; + + // Fire playback stopped event + RaisePlaybackStopped(exception); + } + } + + private void RaisePlaybackStopped(Exception e) + { + var handler = PlaybackStopped; + if (handler != null) + { + if (this.syncContext == null) + { + handler(this, new StoppedEventArgs(e)); + } + else + { + syncContext.Post(state => handler(this, new StoppedEventArgs(e)), null); + } + } + } + + + /// <summary> + /// Stop playback + /// </summary> + private void StopPlayback() + { + lock (this.m_LockObject) + { + if (secondaryBuffer != null) + { + CleanUpSecondaryBuffer(); + + secondaryBuffer.Stop(); + Marshal.ReleaseComObject(secondaryBuffer); + secondaryBuffer = null; + } + if (primarySoundBuffer != null) + { + primarySoundBuffer.Stop(); + Marshal.ReleaseComObject(primarySoundBuffer); + primarySoundBuffer = null; + } + if (directSound != null) + { + Marshal.ReleaseComObject(directSound); + directSound = null; + } + } + } + + /// <summary> + /// Clean up the SecondaryBuffer + /// </summary> + /// <remarks> + /// <para> + /// In DirectSound, when playback is started, + /// the rest of the sound that was played last time is played back as noise. + /// This happens even if the secondary buffer is completely silenced, + /// so it seems that the buffer in the primary buffer or higher is not cleared. + /// </para> + /// <para> + /// To solve this problem fill the secondary buffer with silence data when stop playback. + /// </para> + /// </remarks> + private void CleanUpSecondaryBuffer() + { + if (secondaryBuffer != null) + { + byte[] silence = new byte[samplesTotalSize]; + + // Lock the SecondaryBuffer + IntPtr wavBuffer1; + int nbSamples1; + IntPtr wavBuffer2; + int nbSamples2; + secondaryBuffer.Lock(0, (uint)samplesTotalSize, + out wavBuffer1, out nbSamples1, + out wavBuffer2, out nbSamples2, + DirectSoundBufferLockFlag.None); + + // Copy silence data to the SecondaryBuffer + if (wavBuffer1 != IntPtr.Zero) + { + Marshal.Copy(silence, 0, wavBuffer1, nbSamples1); + if (wavBuffer2 != IntPtr.Zero) + { + Marshal.Copy(silence, 0, wavBuffer1, nbSamples1); + } + } + + // Unlock the SecondaryBuffer + secondaryBuffer.Unlock(wavBuffer1, nbSamples1, wavBuffer2, nbSamples2); + } + } + + + /// <summary> + /// Feeds the SecondaryBuffer with the WaveStream + /// </summary> + /// <param name="bytesToCopy">number of bytes to feed</param> + private int Feed(int bytesToCopy) + { + int bytesRead = bytesToCopy; + + // Restore the buffer if lost + if (IsBufferLost()) + { + secondaryBuffer.Restore(); + } + + // Clear the bufferSamples if in Paused + if (playbackState == PlaybackState.Paused) + { + Array.Clear(samples, 0, samples.Length); + } + else + { + // Read data from stream (Should this be inserted between the lock / unlock?) + bytesRead = waveStream.Read(samples, 0, bytesToCopy); + + if (bytesRead == 0) + { + Array.Clear(samples, 0, samples.Length); + return 0; + } + } + + // Lock a portion of the SecondaryBuffer (starting from 0 or 1/2 the buffer) + IntPtr wavBuffer1; + int nbSamples1; + IntPtr wavBuffer2; + int nbSamples2; + secondaryBuffer.Lock(nextSamplesWriteIndex, (uint)bytesRead, // (uint)bytesToCopy, + out wavBuffer1, out nbSamples1, + out wavBuffer2, out nbSamples2, + DirectSoundBufferLockFlag.None); + + // Copy back to the SecondaryBuffer + if (wavBuffer1 != IntPtr.Zero) + { + Marshal.Copy(samples, 0, wavBuffer1, nbSamples1); + if (wavBuffer2 != IntPtr.Zero) + { + Marshal.Copy(samples, 0, wavBuffer1, nbSamples1); + } + } + + // Unlock the SecondaryBuffer + secondaryBuffer.Unlock(wavBuffer1, nbSamples1, wavBuffer2, nbSamples2); + + return bytesRead; + } + + + //---------------------------------------------------------------------------------------------- + // Minimal Native DirectSound COM interop interfaces + //---------------------------------------------------------------------------------------------- +#region Native DirectSound COM Interface + + [StructLayout(LayoutKind.Sequential, Pack = 2)] + internal class BufferDescription + { + public int dwSize; + [MarshalAs(UnmanagedType.U4)] + public DirectSoundBufferCaps dwFlags; + public uint dwBufferBytes; + public int dwReserved; + public IntPtr lpwfxFormat; + public Guid guidAlgo; + } + + [StructLayout(LayoutKind.Sequential, Pack = 2)] + internal class BufferCaps + { + public int dwSize; + public int dwFlags; + public int dwBufferBytes; + public int dwUnlockTransferRate; + public int dwPlayCpuOverhead; + } + + internal enum DirectSoundCooperativeLevel : uint + { + DSSCL_NORMAL = 0x00000001, + DSSCL_PRIORITY = 0x00000002, + DSSCL_EXCLUSIVE = 0x00000003, + DSSCL_WRITEPRIMARY = 0x00000004 + } + + [FlagsAttribute] + internal enum DirectSoundPlayFlags : uint + { + DSBPLAY_LOOPING = 0x00000001, + DSBPLAY_LOCHARDWARE = 0x00000002, + DSBPLAY_LOCSOFTWARE = 0x00000004, + DSBPLAY_TERMINATEBY_TIME = 0x00000008, + DSBPLAY_TERMINATEBY_DISTANCE = 0x000000010, + DSBPLAY_TERMINATEBY_PRIORITY = 0x000000020 + } + + internal enum DirectSoundBufferLockFlag : uint + { + None = 0, + FromWriteCursor = 0x00000001, + EntireBuffer = 0x00000002 + } + + [FlagsAttribute] + internal enum DirectSoundBufferStatus : uint + { + DSBSTATUS_PLAYING = 0x00000001, + DSBSTATUS_BUFFERLOST = 0x00000002, + DSBSTATUS_LOOPING = 0x00000004, + DSBSTATUS_LOCHARDWARE = 0x00000008, + DSBSTATUS_LOCSOFTWARE = 0x00000010, + DSBSTATUS_TERMINATED = 0x00000020 + } + + [FlagsAttribute] + internal enum DirectSoundBufferCaps : uint + { + DSBCAPS_PRIMARYBUFFER = 0x00000001, + DSBCAPS_STATIC = 0x00000002, + DSBCAPS_LOCHARDWARE = 0x00000004, + DSBCAPS_LOCSOFTWARE = 0x00000008, + DSBCAPS_CTRL3D = 0x00000010, + DSBCAPS_CTRLFREQUENCY = 0x00000020, + DSBCAPS_CTRLPAN = 0x00000040, + DSBCAPS_CTRLVOLUME = 0x00000080, + DSBCAPS_CTRLPOSITIONNOTIFY = 0x00000100, + DSBCAPS_CTRLFX = 0x00000200, + DSBCAPS_STICKYFOCUS = 0x00004000, + DSBCAPS_GLOBALFOCUS = 0x00008000, + DSBCAPS_GETCURRENTPOSITION2 = 0x00010000, + DSBCAPS_MUTE3DATMAXDISTANCE = 0x00020000, + DSBCAPS_LOCDEFER = 0x00040000 + } + + [StructLayout(LayoutKind.Sequential)] + internal struct DirectSoundBufferPositionNotify + { + public UInt32 dwOffset; + public IntPtr hEventNotify; + } + + /// <summary> + /// IDirectSound interface + /// </summary> + [ComImport, + Guid("279AFA83-4981-11CE-A521-0020AF0BE560"), + SuppressUnmanagedCodeSecurity, + InterfaceType(ComInterfaceType.InterfaceIsIUnknown) + ] + internal interface IDirectSound + { + //STDMETHOD(CreateSoundBuffer) (THIS_ LPCDSBUFFERDESC pcDSBufferDesc, LPDIRECTSOUNDBUFFER *ppDSBuffer, LPUNKNOWN pUnkOuter) PURE; + void CreateSoundBuffer([In] BufferDescription desc, [Out, MarshalAs(UnmanagedType.Interface)] out object dsDSoundBuffer, IntPtr pUnkOuter); + //STDMETHOD(GetCaps) (THIS_ LPDSCAPS pDSCaps) PURE; + void GetCaps(IntPtr caps); + //STDMETHOD(DuplicateSoundBuffer) (THIS_ LPDIRECTSOUNDBUFFER pDSBufferOriginal, LPDIRECTSOUNDBUFFER *ppDSBufferDuplicate) PURE; + void DuplicateSoundBuffer([In, MarshalAs(UnmanagedType.Interface)] IDirectSoundBuffer bufferOriginal, [In, MarshalAs(UnmanagedType.Interface)] IDirectSoundBuffer bufferDuplicate); + //STDMETHOD(SetCooperativeLevel) (THIS_ HWND hwnd, DWORD dwLevel) PURE; + void SetCooperativeLevel(IntPtr HWND, [In, MarshalAs(UnmanagedType.U4)] DirectSoundCooperativeLevel dwLevel); + //STDMETHOD(Compact) (THIS) PURE; + void Compact(); + //STDMETHOD(GetSpeakerConfig) (THIS_ LPDWORD pdwSpeakerConfig) PURE; + void GetSpeakerConfig(IntPtr pdwSpeakerConfig); + //STDMETHOD(SetSpeakerConfig) (THIS_ DWORD dwSpeakerConfig) PURE; + void SetSpeakerConfig(uint pdwSpeakerConfig); + //STDMETHOD(Initialize) (THIS_ LPCGUID pcGuidDevice) PURE; + void Initialize([In, MarshalAs(UnmanagedType.LPStruct)] Guid guid); + } + + /// <summary> + /// IDirectSoundBuffer interface + /// </summary> + [ComImport, + Guid("279AFA85-4981-11CE-A521-0020AF0BE560"), + SuppressUnmanagedCodeSecurity, + InterfaceType(ComInterfaceType.InterfaceIsIUnknown) + ] + internal interface IDirectSoundBuffer + { + // STDMETHOD(GetCaps) (THIS_ LPDSBCAPS pDSBufferCaps) PURE; + void GetCaps([MarshalAs(UnmanagedType.LPStruct)] BufferCaps pBufferCaps); + // STDMETHOD(GetCurrentPosition) (THIS_ LPDWORD pdwCurrentPlayCursor, LPDWORD pdwCurrentWriteCursor) PURE; + void GetCurrentPosition([Out] out uint currentPlayCursor, [Out] out uint currentWriteCursor); + // STDMETHOD(GetFormat) (THIS_ LPWAVEFORMATEX pwfxFormat, DWORD dwSizeAllocated, LPDWORD pdwSizeWritten) PURE; + void GetFormat(); + // STDMETHOD(GetVolume) (THIS_ LPLONG plVolume) PURE; + [return: MarshalAs(UnmanagedType.I4)] + int GetVolume(); + // STDMETHOD(GetPan) (THIS_ LPLONG plPan) PURE; + void GetPan([Out] out uint pan); + // STDMETHOD(GetFrequency) (THIS_ LPDWORD pdwFrequency) PURE; + [return: MarshalAs(UnmanagedType.I4)] + int GetFrequency(); + // STDMETHOD(GetStatus) (THIS_ LPDWORD pdwStatus) PURE; + [return: MarshalAs(UnmanagedType.U4)] + DirectSoundBufferStatus GetStatus(); + // STDMETHOD(Initialize) (THIS_ LPDIRECTSOUND pDirectSound, LPCDSBUFFERDESC pcDSBufferDesc) PURE; + void Initialize([In, MarshalAs(UnmanagedType.Interface)] IDirectSound directSound, [In] BufferDescription desc); + // STDMETHOD(Lock) (THIS_ DWORD dwOffset, DWORD dwBytes, LPVOID *ppvAudioPtr1, LPDWORD pdwAudioBytes1, + // LPVOID *ppvAudioPtr2, LPDWORD pdwAudioBytes2, DWORD dwFlags) PURE; + void Lock(int dwOffset, uint dwBytes, [Out] out IntPtr audioPtr1, [Out] out int audioBytes1, [Out] out IntPtr audioPtr2, [Out] out int audioBytes2, [MarshalAs(UnmanagedType.U4)] DirectSoundBufferLockFlag dwFlags); + // STDMETHOD(Play) (THIS_ DWORD dwReserved1, DWORD dwPriority, DWORD dwFlags) PURE; + void Play(uint dwReserved1, uint dwPriority, [In, MarshalAs(UnmanagedType.U4)] DirectSoundPlayFlags dwFlags); + // STDMETHOD(SetCurrentPosition) (THIS_ DWORD dwNewPosition) PURE; + void SetCurrentPosition(uint dwNewPosition); + // STDMETHOD(SetFormat) (THIS_ LPCWAVEFORMATEX pcfxFormat) PURE; + void SetFormat([In] WaveFormat pcfxFormat); + // STDMETHOD(SetVolume) (THIS_ LONG lVolume) PURE; + void SetVolume(int volume); + // STDMETHOD(SetPan) (THIS_ LONG lPan) PURE; + void SetPan(uint pan); + // STDMETHOD(SetFrequency) (THIS_ DWORD dwFrequency) PURE; + void SetFrequency(uint frequency); + // STDMETHOD(Stop) (THIS) PURE; + void Stop(); + // STDMETHOD(Unlock) (THIS_ LPVOID pvAudioPtr1, DWORD dwAudioBytes1, LPVOID pvAudioPtr2, DWORD dwAudioBytes2) PURE; + void Unlock(IntPtr pvAudioPtr1, int dwAudioBytes1, IntPtr pvAudioPtr2, int dwAudioBytes2); + // STDMETHOD(Restore) (THIS) PURE; + void Restore(); + } + + /// <summary> + /// IDirectSoundNotify interface + /// </summary> + [ComImport, + Guid("b0210783-89cd-11d0-af08-00a0c925cd16"), + SuppressUnmanagedCodeSecurity, + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + internal interface IDirectSoundNotify + { + void SetNotificationPositions(UInt32 dwPositionNotifies, [In, MarshalAs(UnmanagedType.LPArray)] DirectSoundBufferPositionNotify[] pcPositionNotifies); + } + + /// <summary> + /// Instanciate DirectSound from the DLL + /// </summary> + /// <param name="GUID">The GUID.</param> + /// <param name="directSound">The direct sound.</param> + /// <param name="pUnkOuter">The p unk outer.</param> + [DllImport("dsound.dll", EntryPoint = "DirectSoundCreate", SetLastError = true, CharSet = CharSet.Unicode, ExactSpelling = true, CallingConvention = CallingConvention.StdCall)] + static extern void DirectSoundCreate(ref Guid GUID, [Out, MarshalAs(UnmanagedType.Interface)] out IDirectSound directSound, IntPtr pUnkOuter); + + + /// <summary> + /// DirectSound default playback device GUID + /// </summary> + public static readonly Guid DSDEVID_DefaultPlayback = new Guid("DEF00000-9C6D-47ED-AAF1-4DDA8F2B5C03"); + + /// <summary> + /// DirectSound default capture device GUID + /// </summary> + public static readonly Guid DSDEVID_DefaultCapture = new Guid("DEF00001-9C6D-47ED-AAF1-4DDA8F2B5C03"); + + /// <summary> + /// DirectSound default device for voice playback + /// </summary> + public static readonly Guid DSDEVID_DefaultVoicePlayback = new Guid("DEF00002-9C6D-47ED-AAF1-4DDA8F2B5C03"); + + /// <summary> + /// DirectSound default device for voice capture + /// </summary> + public static readonly Guid DSDEVID_DefaultVoiceCapture = new Guid("DEF00003-9C6D-47ED-AAF1-4DDA8F2B5C03"); + + /// <summary> + /// The DSEnumCallback function is an application-defined callback function that enumerates the DirectSound drivers. + /// The system calls this function in response to the application's call to the DirectSoundEnumerate or DirectSoundCaptureEnumerate function. + /// </summary> + /// <param name="lpGuid">Address of the GUID that identifies the device being enumerated, or NULL for the primary device. This value can be passed to the DirectSoundCreate8 or DirectSoundCaptureCreate8 function to create a device object for that driver. </param> + /// <param name="lpcstrDescription">Address of a null-terminated string that provides a textual description of the DirectSound device. </param> + /// <param name="lpcstrModule">Address of a null-terminated string that specifies the module name of the DirectSound driver corresponding to this device. </param> + /// <param name="lpContext">Address of application-defined data. This is the pointer passed to DirectSoundEnumerate or DirectSoundCaptureEnumerate as the lpContext parameter. </param> + /// <returns>Returns TRUE to continue enumerating drivers, or FALSE to stop.</returns> + delegate bool DSEnumCallback(IntPtr lpGuid, IntPtr lpcstrDescription, IntPtr lpcstrModule, IntPtr lpContext); + + /// <summary> + /// The DirectSoundEnumerate function enumerates the DirectSound drivers installed in the system. + /// </summary> + /// <param name="lpDSEnumCallback">callback function</param> + /// <param name="lpContext">User context</param> + [DllImport("dsound.dll", EntryPoint = "DirectSoundEnumerateA", SetLastError = true, CharSet = CharSet.Unicode, ExactSpelling = true, CallingConvention = CallingConvention.StdCall)] + static extern void DirectSoundEnumerate(DSEnumCallback lpDSEnumCallback, IntPtr lpContext); + + /// <summary> + /// Gets the HANDLE of the desktop window. + /// </summary> + /// <returns>HANDLE of the Desktop window</returns> + [DllImport("user32.dll")] + private static extern IntPtr GetDesktopWindow(); +#endregion + } + + /// <summary> + /// Class for enumerating DirectSound devices + /// </summary> + public class DirectSoundDeviceInfo + { + /// <summary> + /// The device identifier + /// </summary> + public Guid Guid { get; set; } + /// <summary> + /// Device description + /// </summary> + public string Description { get; set; } + /// <summary> + /// Device module name + /// </summary> + public string ModuleName { get; set; } + } + +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/DirectSoundOut.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/DirectSoundOut.cs.meta new file mode 100644 index 0000000..d63ac9a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/DirectSoundOut.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7fe45ee6d993dd8baab8b4ad691677f4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveBuffer.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveBuffer.cs new file mode 100644 index 0000000..3b841e9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveBuffer.cs @@ -0,0 +1,70 @@ +namespace NAudio.Wave +{ + /// <summary> + /// IWaveBuffer interface use to store wave datas. + /// Data can be manipulated with arrays (<see cref="ByteBuffer"/>,<see cref="FloatBuffer"/>, + /// <see cref="ShortBuffer"/>,<see cref="IntBuffer"/> ) that are pointing to the same memory buffer. + /// This is a requirement for all subclasses. + /// + /// Use the associated Count property based on the type of buffer to get the number of data in the + /// buffer. + /// + /// <see cref="WaveBuffer"/> for the standard implementation using C# unions. + /// </summary> + public interface IWaveBuffer + { + /// <summary> + /// Gets the byte buffer. + /// </summary> + /// <value>The byte buffer.</value> + byte[] ByteBuffer { get; } + + /// <summary> + /// Gets the float buffer. + /// </summary> + /// <value>The float buffer.</value> + float[] FloatBuffer { get; } + + /// <summary> + /// Gets the short buffer. + /// </summary> + /// <value>The short buffer.</value> + short[] ShortBuffer { get; } + + /// <summary> + /// Gets the int buffer. + /// </summary> + /// <value>The int buffer.</value> + int[] IntBuffer { get; } + + /// <summary> + /// Gets the max size in bytes of the byte buffer.. + /// </summary> + /// <value>Maximum number of bytes in the buffer.</value> + int MaxSize { get; } + + /// <summary> + /// Gets the byte buffer count. + /// </summary> + /// <value>The byte buffer count.</value> + int ByteBufferCount { get; } + + /// <summary> + /// Gets the float buffer count. + /// </summary> + /// <value>The float buffer count.</value> + int FloatBufferCount { get;} + + /// <summary> + /// Gets the short buffer count. + /// </summary> + /// <value>The short buffer count.</value> + int ShortBufferCount { get; } + + /// <summary> + /// Gets the int buffer count. + /// </summary> + /// <value>The int buffer count.</value> + int IntBufferCount { get; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveBuffer.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveBuffer.cs.meta new file mode 100644 index 0000000..05330f1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 97c01ab014dc1ea5cab017cd5aabef82 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWavePlayer.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWavePlayer.cs new file mode 100644 index 0000000..8593331 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWavePlayer.cs @@ -0,0 +1,72 @@ +using System; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Represents the interface to a device that can play a WaveFile + /// </summary> + public interface IWavePlayer : IDisposable + { + /// <summary> + /// Begin playback + /// </summary> + void Play(); + + /// <summary> + /// Stop playback + /// </summary> + void Stop(); + + /// <summary> + /// Pause Playback + /// </summary> + void Pause(); + + /// <summary> + /// Initialise playback + /// </summary> + /// <param name="waveProvider">The waveprovider to be played</param> + void Init(IWaveProvider waveProvider); + + /// <summary> + /// The volume + /// 1.0f is full scale + /// Note that not all implementations necessarily support volume changes + /// </summary> + float Volume { get; set; } + + /// <summary> + /// Current playback state + /// </summary> + PlaybackState PlaybackState { get; } + + /// <summary> + /// Indicates that playback has gone into a stopped state due to + /// reaching the end of the input stream or an error has been encountered during playback + /// </summary> + event EventHandler<StoppedEventArgs> PlaybackStopped; + + /// <summary> + /// The WaveFormat this device is using for playback + /// </summary> + WaveFormat OutputWaveFormat { get; } + } + + /// <summary> + /// Interface for IWavePlayers that can report position + /// </summary> + public interface IWavePosition + { + /// <summary> + /// Position (in terms of bytes played - does not necessarily translate directly to the position within the source audio file) + /// </summary> + /// <returns>Position in bytes</returns> + long GetPosition(); + + /// <summary> + /// Gets a <see cref="Wave.WaveFormat"/> instance indicating the format the hardware is using. + /// </summary> + WaveFormat OutputWaveFormat { get; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWavePlayer.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWavePlayer.cs.meta new file mode 100644 index 0000000..98efbab --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWavePlayer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 709bf3b24e2f0ef7f9cbe9b2b500866f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProvider.cs new file mode 100644 index 0000000..99469bf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProvider.cs @@ -0,0 +1,25 @@ +using System; + +namespace NAudio.Wave +{ + /// <summary> + /// Generic interface for all WaveProviders. + /// </summary> + public interface IWaveProvider + { + /// <summary> + /// Gets the WaveFormat of this WaveProvider. + /// </summary> + /// <value>The wave format.</value> + WaveFormat WaveFormat { get; } + + /// <summary> + /// Fill the specified buffer with wave data. + /// </summary> + /// <param name="buffer">The buffer to fill of wave data.</param> + /// <param name="offset">Offset into buffer</param> + /// <param name="count">The number of bytes to read</param> + /// <returns>the number of bytes written to the buffer.</returns> + int Read(byte[] buffer, int offset, int count); + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProvider.cs.meta new file mode 100644 index 0000000..97ff6fe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 01869402f29c6485cb8f6e6832a5a303 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProviderFloat.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProviderFloat.cs new file mode 100644 index 0000000..db88a9d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProviderFloat.cs @@ -0,0 +1,28 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Like IWaveProvider, but makes it much simpler to put together a 32 bit floating + /// point mixing engine + /// </summary> + public interface ISampleProvider + { + /// <summary> + /// Gets the WaveFormat of this Sample Provider. + /// </summary> + /// <value>The wave format.</value> + WaveFormat WaveFormat { get; } + + /// <summary> + /// Fill the specified buffer with 32 bit floating point samples + /// </summary> + /// <param name="buffer">The buffer to fill with samples.</param> + /// <param name="offset">Offset into buffer</param> + /// <param name="count">The number of samples to read</param> + /// <returns>the number of samples written to the buffer.</returns> + int Read(float[] buffer, int offset, int count); + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProviderFloat.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProviderFloat.cs.meta new file mode 100644 index 0000000..7528045 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/IWaveProviderFloat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cddb85b592809353aa33da48e1a84a66 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/PlaybackState.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/PlaybackState.cs new file mode 100644 index 0000000..7989f20 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/PlaybackState.cs @@ -0,0 +1,25 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Playback State + /// </summary> + public enum PlaybackState + { + /// <summary> + /// Stopped + /// </summary> + Stopped, + /// <summary> + /// Playing + /// </summary> + Playing, + /// <summary> + /// Paused + /// </summary> + Paused + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/PlaybackState.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/PlaybackState.cs.meta new file mode 100644 index 0000000..fb7adb5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/PlaybackState.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b4d6c88f33a49050b9b16d8e568806aa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/StoppedEventArgs.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/StoppedEventArgs.cs new file mode 100644 index 0000000..9b883f7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/StoppedEventArgs.cs @@ -0,0 +1,28 @@ +using System; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Stopped Event Args + /// </summary> + public class StoppedEventArgs : EventArgs + { + private readonly Exception exception; + + /// <summary> + /// Initializes a new instance of StoppedEventArgs + /// </summary> + /// <param name="exception">An exception to report (null if no exception)</param> + public StoppedEventArgs(Exception exception = null) + { + this.exception = exception; + } + + /// <summary> + /// An exception. Will be null if the playback or record operation stopped due to + /// the user requesting stop or reached the end of the input audio + /// </summary> + public Exception Exception => exception; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/StoppedEventArgs.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/StoppedEventArgs.cs.meta new file mode 100644 index 0000000..1b9d13d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/StoppedEventArgs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 75e4d113592ca0e7c800c56228781d88 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveBuffer.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveBuffer.cs new file mode 100644 index 0000000..7e5ea99 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveBuffer.cs @@ -0,0 +1,242 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveBuffer class use to store wave datas. Data can be manipulated with arrays + /// (<see cref="ByteBuffer"/>,<see cref="FloatBuffer"/>,<see cref="ShortBuffer"/>,<see cref="IntBuffer"/> ) that are pointing to the + /// same memory buffer. Use the associated Count property based on the type of buffer to get the number of + /// data in the buffer. + /// Implicit casting is now supported to float[], byte[], int[], short[]. + /// You must not use Length on returned arrays. + /// + /// n.b. FieldOffset is 8 now to allow it to work natively on 64 bit + /// </summary> + [StructLayout(LayoutKind.Explicit, Pack = 2)] + public class WaveBuffer : IWaveBuffer + { + /// <summary> + /// Number of Bytes + /// </summary> + [FieldOffset(0)] + public int numberOfBytes; + [FieldOffset(8)] + private byte[] byteBuffer; + [FieldOffset(8)] + private float[] floatBuffer; + [FieldOffset(8)] + private short[] shortBuffer; + [FieldOffset(8)] + private int[] intBuffer; + + /// <summary> + /// Initializes a new instance of the <see cref="WaveBuffer"/> class. + /// </summary> + /// <param name="sizeToAllocateInBytes">The number of bytes. The size of the final buffer will be aligned on 4 Bytes (upper bound)</param> + public WaveBuffer(int sizeToAllocateInBytes) + { + int aligned4Bytes = sizeToAllocateInBytes%4; + sizeToAllocateInBytes = (aligned4Bytes == 0) ? sizeToAllocateInBytes : sizeToAllocateInBytes + 4 - aligned4Bytes; + // Allocating the byteBuffer is co-allocating the floatBuffer and the intBuffer + byteBuffer = new byte[sizeToAllocateInBytes]; + numberOfBytes = 0; + } + + /// <summary> + /// Initializes a new instance of the <see cref="WaveBuffer"/> class binded to a specific byte buffer. + /// </summary> + /// <param name="bufferToBoundTo">A byte buffer to bound the WaveBuffer to.</param> + public WaveBuffer(byte[] bufferToBoundTo) + { + BindTo(bufferToBoundTo); + } + + /// <summary> + /// Binds this WaveBuffer instance to a specific byte buffer. + /// </summary> + /// <param name="bufferToBoundTo">A byte buffer to bound the WaveBuffer to.</param> + public void BindTo(byte[] bufferToBoundTo) + { + /* WaveBuffer assumes the caller knows what they are doing. We will let this pass + * if ( (bufferToBoundTo.Length % 4) != 0 ) + { + throw new ArgumentException("The byte buffer to bound must be 4 bytes aligned"); + }*/ + byteBuffer = bufferToBoundTo; + numberOfBytes = 0; + } + + /// <summary> + /// Performs an implicit conversion from <see cref="NAudio.Wave.WaveBuffer"/> to <see cref="System.Byte"/>. + /// </summary> + /// <param name="waveBuffer">The wave buffer.</param> + /// <returns>The result of the conversion.</returns> + public static implicit operator byte[](WaveBuffer waveBuffer) + { + return waveBuffer.byteBuffer; + } + + /// <summary> + /// Performs an implicit conversion from <see cref="NAudio.Wave.WaveBuffer"/> to <see cref="System.Single"/>. + /// </summary> + /// <param name="waveBuffer">The wave buffer.</param> + /// <returns>The result of the conversion.</returns> + public static implicit operator float[](WaveBuffer waveBuffer) + { + return waveBuffer.floatBuffer; + } + + /// <summary> + /// Performs an implicit conversion from <see cref="NAudio.Wave.WaveBuffer"/> to <see cref="System.Int32"/>. + /// </summary> + /// <param name="waveBuffer">The wave buffer.</param> + /// <returns>The result of the conversion.</returns> + public static implicit operator int[](WaveBuffer waveBuffer) + { + return waveBuffer.intBuffer; + } + + /// <summary> + /// Performs an implicit conversion from <see cref="NAudio.Wave.WaveBuffer"/> to <see cref="System.Int16"/>. + /// </summary> + /// <param name="waveBuffer">The wave buffer.</param> + /// <returns>The result of the conversion.</returns> + public static implicit operator short[](WaveBuffer waveBuffer) + { + return waveBuffer.shortBuffer; + } + + /// <summary> + /// Gets the byte buffer. + /// </summary> + /// <value>The byte buffer.</value> + public byte[] ByteBuffer + { + get { return byteBuffer; } + } + + /// <summary> + /// Gets the float buffer. + /// </summary> + /// <value>The float buffer.</value> + public float[] FloatBuffer + { + get { return floatBuffer; } + } + + /// <summary> + /// Gets the short buffer. + /// </summary> + /// <value>The short buffer.</value> + public short[] ShortBuffer + { + get { return shortBuffer; } + } + + /// <summary> + /// Gets the int buffer. + /// </summary> + /// <value>The int buffer.</value> + public int[] IntBuffer + { + get { return intBuffer; } + } + + + /// <summary> + /// Gets the max size in bytes of the byte buffer.. + /// </summary> + /// <value>Maximum number of bytes in the buffer.</value> + public int MaxSize + { + get { return byteBuffer.Length; } + } + + /// <summary> + /// Gets or sets the byte buffer count. + /// </summary> + /// <value>The byte buffer count.</value> + public int ByteBufferCount + { + get { return numberOfBytes; } + set + { + numberOfBytes = CheckValidityCount("ByteBufferCount", value, 1); + } + } + /// <summary> + /// Gets or sets the float buffer count. + /// </summary> + /// <value>The float buffer count.</value> + public int FloatBufferCount + { + get { return numberOfBytes / 4; } + set + { + numberOfBytes = CheckValidityCount("FloatBufferCount", value, 4); + } + } + /// <summary> + /// Gets or sets the short buffer count. + /// </summary> + /// <value>The short buffer count.</value> + public int ShortBufferCount + { + get { return numberOfBytes / 2; } + set + { + numberOfBytes = CheckValidityCount("ShortBufferCount", value, 2); + } + } + /// <summary> + /// Gets or sets the int buffer count. + /// </summary> + /// <value>The int buffer count.</value> + public int IntBufferCount + { + get { return numberOfBytes / 4; } + set + { + numberOfBytes = CheckValidityCount("IntBufferCount", value, 4); + } + } + + /// <summary> + /// Clears the associated buffer. + /// </summary> + public void Clear() + { + Array.Clear(byteBuffer, 0, byteBuffer.Length); + } + + /// <summary> + /// Copy this WaveBuffer to a destination buffer up to ByteBufferCount bytes. + /// </summary> + public void Copy(Array destinationArray) + { + Array.Copy(byteBuffer, destinationArray, numberOfBytes); + } + + /// <summary> + /// Checks the validity of the count parameters. + /// </summary> + /// <param name="argName">Name of the arg.</param> + /// <param name="value">The value.</param> + /// <param name="sizeOfValue">The size of value.</param> + private int CheckValidityCount(string argName, int value, int sizeOfValue) + { + int newNumberOfBytes = value * sizeOfValue; + if ( (newNumberOfBytes % 4) != 0 ) + { + throw new ArgumentOutOfRangeException(argName, String.Format("{0} cannot set a count ({1}) that is not 4 bytes aligned ", argName, newNumberOfBytes)); + } + + if (value < 0 || value > (byteBuffer.Length / sizeOfValue)) + { + throw new ArgumentOutOfRangeException(argName, String.Format("{0} cannot set a count that exceed max count {1}", argName, byteBuffer.Length / sizeOfValue)); + } + return newNumberOfBytes; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveBuffer.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveBuffer.cs.meta new file mode 100644 index 0000000..d868b6e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 93f05635aa1735b7ca64dcdb08b2429b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveFileWriter.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveFileWriter.cs new file mode 100644 index 0000000..a6b99d8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveFileWriter.cs @@ -0,0 +1,443 @@ +using System; +using System.IO; +using NAudio.Wave.SampleProviders; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// This class writes WAV data to a .wav file on disk + /// </summary> + public class WaveFileWriter : Stream + { + private Stream outStream; + private readonly BinaryWriter writer; + private long dataSizePos; + private long factSampleCountPos; + private long dataChunkSize; + private readonly WaveFormat format; + private readonly string filename; + + /// <summary> + /// Creates a 16 bit Wave File from an ISampleProvider + /// BEWARE: the source provider must not return data indefinitely + /// </summary> + /// <param name="filename">The filename to write to</param> + /// <param name="sourceProvider">The source sample provider</param> + public static void CreateWaveFile16(string filename, ISampleProvider sourceProvider) + { + CreateWaveFile(filename, new SampleToWaveProvider16(sourceProvider)); + } + + /// <summary> + /// Creates a Wave file by reading all the data from a WaveProvider + /// BEWARE: the WaveProvider MUST return 0 from its Read method when it is finished, + /// or the Wave File will grow indefinitely. + /// </summary> + /// <param name="filename">The filename to use</param> + /// <param name="sourceProvider">The source WaveProvider</param> + public static void CreateWaveFile(string filename, IWaveProvider sourceProvider) + { + using (var writer = new WaveFileWriter(filename, sourceProvider.WaveFormat)) + { + var buffer = new byte[sourceProvider.WaveFormat.AverageBytesPerSecond * 4]; + while (true) + { + int bytesRead = sourceProvider.Read(buffer, 0, buffer.Length); + if (bytesRead == 0) + { + // end of source provider + break; + } + // Write will throw exception if WAV file becomes too large + writer.Write(buffer, 0, bytesRead); + } + } + } + + /// <summary> + /// Writes to a stream by reading all the data from a WaveProvider + /// BEWARE: the WaveProvider MUST return 0 from its Read method when it is finished, + /// or the Wave File will grow indefinitely. + /// </summary> + /// <param name="outStream">The stream the method will output to</param> + /// <param name="sourceProvider">The source WaveProvider</param> + public static void WriteWavFileToStream(Stream outStream, IWaveProvider sourceProvider) + { + using (var writer = new WaveFileWriter(new IgnoreDisposeStream(outStream), sourceProvider.WaveFormat)) + { + var buffer = new byte[sourceProvider.WaveFormat.AverageBytesPerSecond * 4]; + while(true) + { + var bytesRead = sourceProvider.Read(buffer, 0, buffer.Length); + if (bytesRead == 0) + { + // end of source provider + outStream.Flush(); + break; + } + + writer.Write(buffer, 0, bytesRead); + } + } + } + + /// <summary> + /// WaveFileWriter that actually writes to a stream + /// </summary> + /// <param name="outStream">Stream to be written to</param> + /// <param name="format">Wave format to use</param> + public WaveFileWriter(Stream outStream, WaveFormat format) + { + this.outStream = outStream; + this.format = format; + writer = new BinaryWriter(outStream, System.Text.Encoding.UTF8); + writer.Write(System.Text.Encoding.UTF8.GetBytes("RIFF")); + writer.Write((int)0); // placeholder + writer.Write(System.Text.Encoding.UTF8.GetBytes("WAVE")); + + writer.Write(System.Text.Encoding.UTF8.GetBytes("fmt ")); + format.Serialize(writer); + + CreateFactChunk(); + WriteDataChunkHeader(); + } + + /// <summary> + /// Creates a new WaveFileWriter + /// </summary> + /// <param name="filename">The filename to write to</param> + /// <param name="format">The Wave Format of the output data</param> + public WaveFileWriter(string filename, WaveFormat format) + : this(new FileStream(filename, FileMode.Create, FileAccess.Write, FileShare.Read), format) + { + this.filename = filename; + } + + private void WriteDataChunkHeader() + { + writer.Write(System.Text.Encoding.UTF8.GetBytes("data")); + dataSizePos = outStream.Position; + writer.Write((int)0); // placeholder + } + + private void CreateFactChunk() + { + if (HasFactChunk()) + { + writer.Write(System.Text.Encoding.UTF8.GetBytes("fact")); + writer.Write((int)4); + factSampleCountPos = outStream.Position; + writer.Write((int)0); // number of samples + } + } + + private bool HasFactChunk() + { + return format.Encoding != WaveFormatEncoding.Pcm && + format.BitsPerSample != 0; + } + + /// <summary> + /// The wave file name or null if not applicable + /// </summary> + public string Filename => filename; + + /// <summary> + /// Number of bytes of audio in the data chunk + /// </summary> + public override long Length => dataChunkSize; + + /// <summary> + /// Total time (calculated from Length and average bytes per second) + /// </summary> + public TimeSpan TotalTime => TimeSpan.FromSeconds((double)Length / WaveFormat.AverageBytesPerSecond); + + /// <summary> + /// WaveFormat of this wave file + /// </summary> + public WaveFormat WaveFormat => format; + + /// <summary> + /// Returns false: Cannot read from a WaveFileWriter + /// </summary> + public override bool CanRead => false; + + /// <summary> + /// Returns true: Can write to a WaveFileWriter + /// </summary> + public override bool CanWrite => true; + + /// <summary> + /// Returns false: Cannot seek within a WaveFileWriter + /// </summary> + public override bool CanSeek => false; + + /// <summary> + /// Read is not supported for a WaveFileWriter + /// </summary> + public override int Read(byte[] buffer, int offset, int count) + { + throw new InvalidOperationException("Cannot read from a WaveFileWriter"); + } + + /// <summary> + /// Seek is not supported for a WaveFileWriter + /// </summary> + public override long Seek(long offset, SeekOrigin origin) + { + throw new InvalidOperationException("Cannot seek within a WaveFileWriter"); + } + + /// <summary> + /// SetLength is not supported for WaveFileWriter + /// </summary> + /// <param name="value"></param> + public override void SetLength(long value) + { + throw new InvalidOperationException("Cannot set length of a WaveFileWriter"); + } + + /// <summary> + /// Gets the Position in the WaveFile (i.e. number of bytes written so far) + /// </summary> + public override long Position + { + get => dataChunkSize; + set => throw new InvalidOperationException("Repositioning a WaveFileWriter is not supported"); + } + + /// <summary> + /// Appends bytes to the WaveFile (assumes they are already in the correct format) + /// </summary> + /// <param name="data">the buffer containing the wave data</param> + /// <param name="offset">the offset from which to start writing</param> + /// <param name="count">the number of bytes to write</param> + [Obsolete("Use Write instead")] + public void WriteData(byte[] data, int offset, int count) + { + Write(data, offset, count); + } + + /// <summary> + /// Appends bytes to the WaveFile (assumes they are already in the correct format) + /// </summary> + /// <param name="data">the buffer containing the wave data</param> + /// <param name="offset">the offset from which to start writing</param> + /// <param name="count">the number of bytes to write</param> + public override void Write(byte[] data, int offset, int count) + { + if (outStream.Length + count > UInt32.MaxValue) + throw new ArgumentException("WAV file too large", nameof(count)); + outStream.Write(data, offset, count); + dataChunkSize += count; + } + + private readonly byte[] value24 = new byte[3]; // keep this around to save us creating it every time + + /// <summary> + /// Writes a single sample to the Wave file + /// </summary> + /// <param name="sample">the sample to write (assumed floating point with 1.0f as max value)</param> + public void WriteSample(float sample) + { + if (WaveFormat.BitsPerSample == 16) + { + writer.Write((Int16)(Int16.MaxValue * sample)); + dataChunkSize += 2; + } + else if (WaveFormat.BitsPerSample == 24) + { + var value = BitConverter.GetBytes((Int32)(Int32.MaxValue * sample)); + value24[0] = value[1]; + value24[1] = value[2]; + value24[2] = value[3]; + writer.Write(value24); + dataChunkSize += 3; + } + else if (WaveFormat.BitsPerSample == 32 && WaveFormat.Encoding == WaveFormatEncoding.Extensible) + { + writer.Write(UInt16.MaxValue * (Int32)sample); + dataChunkSize += 4; + } + else if (WaveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + writer.Write(sample); + dataChunkSize += 4; + } + else + { + throw new InvalidOperationException("Only 16, 24 or 32 bit PCM or IEEE float audio data supported"); + } + } + + /// <summary> + /// Writes 32 bit floating point samples to the Wave file + /// They will be converted to the appropriate bit depth depending on the WaveFormat of the WAV file + /// </summary> + /// <param name="samples">The buffer containing the floating point samples</param> + /// <param name="offset">The offset from which to start writing</param> + /// <param name="count">The number of floating point samples to write</param> + public void WriteSamples(float[] samples, int offset, int count) + { + for (int n = 0; n < count; n++) + { + WriteSample(samples[offset + n]); + } + } + + /// <summary> + /// Writes 16 bit samples to the Wave file + /// </summary> + /// <param name="samples">The buffer containing the 16 bit samples</param> + /// <param name="offset">The offset from which to start writing</param> + /// <param name="count">The number of 16 bit samples to write</param> + [Obsolete("Use WriteSamples instead")] + public void WriteData(short[] samples, int offset, int count) + { + WriteSamples(samples, offset, count); + } + + + /// <summary> + /// Writes 16 bit samples to the Wave file + /// </summary> + /// <param name="samples">The buffer containing the 16 bit samples</param> + /// <param name="offset">The offset from which to start writing</param> + /// <param name="count">The number of 16 bit samples to write</param> + public void WriteSamples(short[] samples, int offset, int count) + { + // 16 bit PCM data + if (WaveFormat.BitsPerSample == 16) + { + for (int sample = 0; sample < count; sample++) + { + writer.Write(samples[sample + offset]); + } + dataChunkSize += (count * 2); + } + // 24 bit PCM data + else if (WaveFormat.BitsPerSample == 24) + { + for (int sample = 0; sample < count; sample++) + { + var value = BitConverter.GetBytes(UInt16.MaxValue * (Int32)samples[sample + offset]); + value24[0] = value[1]; + value24[1] = value[2]; + value24[2] = value[3]; + writer.Write(value24); + } + dataChunkSize += (count * 3); + } + // 32 bit PCM data + else if (WaveFormat.BitsPerSample == 32 && WaveFormat.Encoding == WaveFormatEncoding.Extensible) + { + for (int sample = 0; sample < count; sample++) + { + writer.Write(UInt16.MaxValue * (Int32)samples[sample + offset]); + } + dataChunkSize += (count * 4); + } + // IEEE float data + else if (WaveFormat.BitsPerSample == 32 && WaveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + for (int sample = 0; sample < count; sample++) + { + writer.Write((float)samples[sample + offset] / (float)(Int16.MaxValue + 1)); + } + dataChunkSize += (count * 4); + } + else + { + throw new InvalidOperationException("Only 16, 24 or 32 bit PCM or IEEE float audio data supported"); + } + } + + /// <summary> + /// Ensures data is written to disk + /// Also updates header, so that WAV file will be valid up to the point currently written + /// </summary> + public override void Flush() + { + var pos = writer.BaseStream.Position; + UpdateHeader(writer); + writer.BaseStream.Position = pos; + } + + #region IDisposable Members + + /// <summary> + /// Actually performs the close,making sure the header contains the correct data + /// </summary> + /// <param name="disposing">True if called from <see>Dispose</see></param> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (outStream != null) + { + try + { + UpdateHeader(writer); + } + finally + { + // in a finally block as we don't want the FileStream to run its disposer in + // the GC thread if the code above caused an IOException (e.g. due to disk full) + outStream.Dispose(); // will close the underlying base stream + outStream = null; + } + } + } + } + + /// <summary> + /// Updates the header with file size information + /// </summary> + protected virtual void UpdateHeader(BinaryWriter writer) + { + writer.Flush(); + UpdateRiffChunk(writer); + UpdateFactChunk(writer); + UpdateDataChunk(writer); + } + + private void UpdateDataChunk(BinaryWriter writer) + { + writer.Seek((int)dataSizePos, SeekOrigin.Begin); + writer.Write((UInt32)dataChunkSize); + } + + private void UpdateRiffChunk(BinaryWriter writer) + { + writer.Seek(4, SeekOrigin.Begin); + writer.Write((UInt32)(outStream.Length - 8)); + } + + private void UpdateFactChunk(BinaryWriter writer) + { + if (HasFactChunk()) + { + int bitsPerSample = (format.BitsPerSample * format.Channels); + if (bitsPerSample != 0) + { + writer.Seek((int)factSampleCountPos, SeekOrigin.Begin); + + writer.Write((int)((dataChunkSize * 8) / bitsPerSample)); + } + } + } + + /// <summary> + /// Finaliser - should only be called if the user forgot to close this WaveFileWriter + /// </summary> + ~WaveFileWriter() + { + System.Diagnostics.Debug.Assert(false, "WaveFileWriter was not disposed"); + Dispose(false); + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveFileWriter.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveFileWriter.cs.meta new file mode 100644 index 0000000..b8d1b1a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveOutputs/WaveFileWriter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a57e342c9900d722c9ed655fdd396bd6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders.meta new file mode 100644 index 0000000..4f25685 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 600d210b55771aa73a6e2493d62b3b0e +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/BufferedWaveProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/BufferedWaveProvider.cs new file mode 100644 index 0000000..bcba8d9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/BufferedWaveProvider.cs @@ -0,0 +1,136 @@ +using System; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Provides a buffered store of samples + /// Read method will return queued samples or fill buffer with zeroes + /// Now backed by a circular buffer + /// </summary> + public class BufferedWaveProvider : IWaveProvider + { + private CircularBuffer circularBuffer; + private readonly WaveFormat waveFormat; + + /// <summary> + /// Creates a new buffered WaveProvider + /// </summary> + /// <param name="waveFormat">WaveFormat</param> + public BufferedWaveProvider(WaveFormat waveFormat) + { + this.waveFormat = waveFormat; + BufferLength = waveFormat.AverageBytesPerSecond * 5; + ReadFully = true; + } + + /// <summary> + /// If true, always read the amount of data requested, padding with zeroes if necessary + /// By default is set to true + /// </summary> + public bool ReadFully { get; set; } + + /// <summary> + /// Buffer length in bytes + /// </summary> + public int BufferLength { get; set; } + + /// <summary> + /// Buffer duration + /// </summary> + public TimeSpan BufferDuration + { + get + { + return TimeSpan.FromSeconds((double)BufferLength / WaveFormat.AverageBytesPerSecond); + } + set + { + BufferLength = (int)(value.TotalSeconds * WaveFormat.AverageBytesPerSecond); + } + } + + /// <summary> + /// If true, when the buffer is full, start throwing away data + /// if false, AddSamples will throw an exception when buffer is full + /// </summary> + public bool DiscardOnBufferOverflow { get; set; } + + /// <summary> + /// The number of buffered bytes + /// </summary> + public int BufferedBytes + { + get + { + return circularBuffer == null ? 0 : circularBuffer.Count; + } + } + + /// <summary> + /// Buffered Duration + /// </summary> + public TimeSpan BufferedDuration + { + get { return TimeSpan.FromSeconds((double)BufferedBytes / WaveFormat.AverageBytesPerSecond); } + } + + /// <summary> + /// Gets the WaveFormat + /// </summary> + public WaveFormat WaveFormat + { + get { return waveFormat; } + } + + /// <summary> + /// Adds samples. Takes a copy of buffer, so that buffer can be reused if necessary + /// </summary> + public void AddSamples(byte[] buffer, int offset, int count) + { + // create buffer here to allow user to customise buffer length + if (circularBuffer == null) + { + circularBuffer = new CircularBuffer(BufferLength); + } + + var written = circularBuffer.Write(buffer, offset, count); + if (written < count && !DiscardOnBufferOverflow) + { + throw new InvalidOperationException("Buffer full"); + } + } + + /// <summary> + /// Reads from this WaveProvider + /// Will always return count bytes, since we will zero-fill the buffer if not enough available + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + int read = 0; + if (circularBuffer != null) // not yet created + { + read = circularBuffer.Read(buffer, offset, count); + } + if (ReadFully && read < count) + { + // zero the end of the buffer + Array.Clear(buffer, offset + read, count - read); + read = count; + } + return read; + } + + /// <summary> + /// Discards all audio from the buffer + /// </summary> + public void ClearBuffer() + { + if (circularBuffer != null) + { + circularBuffer.Reset(); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/BufferedWaveProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/BufferedWaveProvider.cs.meta new file mode 100644 index 0000000..a173647 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/BufferedWaveProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d9cd706c7d00d67b7ad963996b47b64e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MixingWaveProvider32.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MixingWaveProvider32.cs new file mode 100644 index 0000000..45a32f5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MixingWaveProvider32.cs @@ -0,0 +1,154 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveProvider that can mix together multiple 32 bit floating point input provider + /// All channels must have the same number of inputs and same sample rate + /// n.b. Work in Progress - not tested yet + /// </summary> + public class MixingWaveProvider32 : IWaveProvider + { + private List<IWaveProvider> inputs; + private WaveFormat waveFormat; + private int bytesPerSample; + + /// <summary> + /// Creates a new MixingWaveProvider32 + /// </summary> + public MixingWaveProvider32() + { + this.waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(44100, 2); + this.bytesPerSample = 4; + this.inputs = new List<IWaveProvider>(); + } + + /// <summary> + /// Creates a new 32 bit MixingWaveProvider32 + /// </summary> + /// <param name="inputs">inputs - must all have the same format.</param> + /// <exception cref="ArgumentException">Thrown if the input streams are not 32 bit floating point, + /// or if they have different formats to each other</exception> + public MixingWaveProvider32(IEnumerable<IWaveProvider> inputs) + : this() + { + foreach (var input in inputs) + { + AddInputStream(input); + } + } + + /// <summary> + /// Add a new input to the mixer + /// </summary> + /// <param name="waveProvider">The wave input to add</param> + public void AddInputStream(IWaveProvider waveProvider) + { + if (waveProvider.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + throw new ArgumentException("Must be IEEE floating point", "waveProvider.WaveFormat"); + if (waveProvider.WaveFormat.BitsPerSample != 32) + throw new ArgumentException("Only 32 bit audio currently supported", "waveProvider.WaveFormat"); + + if (inputs.Count == 0) + { + // first one - set the format + int sampleRate = waveProvider.WaveFormat.SampleRate; + int channels = waveProvider.WaveFormat.Channels; + this.waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sampleRate, channels); + } + else + { + if (!waveProvider.WaveFormat.Equals(waveFormat)) + throw new ArgumentException("All incoming channels must have the same format", "waveProvider.WaveFormat"); + } + + lock (inputs) + { + this.inputs.Add(waveProvider); + } + } + + /// <summary> + /// Remove an input from the mixer + /// </summary> + /// <param name="waveProvider">waveProvider to remove</param> + public void RemoveInputStream(IWaveProvider waveProvider) + { + lock (inputs) + { + this.inputs.Remove(waveProvider); + } + } + + /// <summary> + /// The number of inputs to this mixer + /// </summary> + public int InputCount + { + get { return this.inputs.Count; } + } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="buffer">buffer to read into</param> + /// <param name="offset">offset into buffer</param> + /// <param name="count">number of bytes required</param> + /// <returns>Number of bytes read.</returns> + /// <exception cref="ArgumentException">Thrown if an invalid number of bytes requested</exception> + public int Read(byte[] buffer, int offset, int count) + { + if (count % bytesPerSample != 0) + throw new ArgumentException("Must read an whole number of samples", "count"); + + // blank the buffer + Array.Clear(buffer, offset, count); + int bytesRead = 0; + + // sum the channels in + byte[] readBuffer = new byte[count]; + lock (inputs) + { + foreach (var input in inputs) + { + int readFromThisStream = input.Read(readBuffer, 0, count); + // don't worry if input stream returns less than we requested - may indicate we have got to the end + bytesRead = Math.Max(bytesRead, readFromThisStream); + if (readFromThisStream > 0) + { + Sum32BitAudio(buffer, offset, readBuffer, readFromThisStream); + } + } + } + return bytesRead; + } + + /// <summary> + /// Actually performs the mixing + /// </summary> + static unsafe void Sum32BitAudio(byte[] destBuffer, int offset, byte[] sourceBuffer, int bytesRead) + { + fixed (byte* pDestBuffer = &destBuffer[offset], + pSourceBuffer = &sourceBuffer[0]) + { + float* pfDestBuffer = (float*)pDestBuffer; + float* pfReadBuffer = (float*)pSourceBuffer; + int samplesRead = bytesRead / 4; + for (int n = 0; n < samplesRead; n++) + { + pfDestBuffer[n] += pfReadBuffer[n]; + } + } + } + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public WaveFormat WaveFormat + { + get { return this.waveFormat; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MixingWaveProvider32.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MixingWaveProvider32.cs.meta new file mode 100644 index 0000000..9092552 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MixingWaveProvider32.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 29fb07c137f64c3c98d063eed3a17415 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MonoToStereoProvider16.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MonoToStereoProvider16.cs new file mode 100644 index 0000000..65cb32c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MonoToStereoProvider16.cs @@ -0,0 +1,75 @@ +using System; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// Converts from mono to stereo, allowing freedom to route all, some, or none of the incoming signal to left or right channels + /// </summary> + public class MonoToStereoProvider16 : IWaveProvider + { + private readonly IWaveProvider sourceProvider; + private byte[] sourceBuffer; + + /// <summary> + /// Creates a new stereo waveprovider based on a mono input + /// </summary> + /// <param name="sourceProvider">Mono 16 bit PCM input</param> + public MonoToStereoProvider16(IWaveProvider sourceProvider) + { + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.Pcm) + { + throw new ArgumentException("Source must be PCM"); + } + if (sourceProvider.WaveFormat.Channels != 1) + { + throw new ArgumentException("Source must be Mono"); + } + if (sourceProvider.WaveFormat.BitsPerSample != 16) + { + throw new ArgumentException("Source must be 16 bit"); + } + this.sourceProvider = sourceProvider; + WaveFormat = new WaveFormat(sourceProvider.WaveFormat.SampleRate, 2); + RightVolume = 1.0f; + LeftVolume = 1.0f; + } + + /// <summary> + /// 1.0 to copy the mono stream to the left channel without adjusting volume + /// </summary> + public float LeftVolume { get; set; } + + /// <summary> + /// 1.0 to copy the mono stream to the right channel without adjusting volume + /// </summary> + public float RightVolume { get; set; } + + /// <summary> + /// Output Wave Format + /// </summary> + public WaveFormat WaveFormat { get; } + + /// <summary> + /// Reads bytes from this WaveProvider + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + var sourceBytesRequired = count / 2; + sourceBuffer = BufferHelpers.Ensure(this.sourceBuffer, sourceBytesRequired); + var sourceWaveBuffer = new WaveBuffer(sourceBuffer); + var destWaveBuffer = new WaveBuffer(buffer); + + var sourceBytesRead = sourceProvider.Read(sourceBuffer, 0, sourceBytesRequired); + var samplesRead = sourceBytesRead / 2; + var destOffset = offset / 2; + for (var sample = 0; sample < samplesRead; sample++) + { + short sampleVal = sourceWaveBuffer.ShortBuffer[sample]; + destWaveBuffer.ShortBuffer[destOffset++] = (short)(LeftVolume * sampleVal); + destWaveBuffer.ShortBuffer[destOffset++] = (short)(RightVolume * sampleVal); + } + return samplesRead * 4; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MonoToStereoProvider16.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MonoToStereoProvider16.cs.meta new file mode 100644 index 0000000..5ba81e6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MonoToStereoProvider16.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8a3b258c622ed082ba8f90675e296ff1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MultiplexingWaveProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MultiplexingWaveProvider.cs new file mode 100644 index 0000000..7edf6bf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MultiplexingWaveProvider.cs @@ -0,0 +1,185 @@ +using System; +using System.Collections.Generic; +using System.Linq; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Allows any number of inputs to be patched to outputs + /// Uses could include swapping left and right channels, turning mono into stereo, + /// feeding different input sources to different soundcard outputs etc + /// </summary> + public class MultiplexingWaveProvider : IWaveProvider + { + private readonly IList<IWaveProvider> inputs; + private readonly int outputChannelCount; + private readonly int inputChannelCount; + private readonly List<int> mappings; + private readonly int bytesPerSample; + + /// <summary> + /// Creates a multiplexing wave provider, allowing re-patching of input channels to different + /// output channels. Number of outputs is equal to total number of channels in inputs + /// </summary> + /// <param name="inputs">Input wave providers. Must all be of the same format, but can have any number of channels</param> + public MultiplexingWaveProvider(IEnumerable<IWaveProvider> inputs) : this(inputs, -1) + { + + } + + /// <summary> + /// Creates a multiplexing wave provider, allowing re-patching of input channels to different + /// output channels + /// </summary> + /// <param name="inputs">Input wave providers. Must all be of the same format, but can have any number of channels</param> + /// <param name="numberOfOutputChannels">Desired number of output channels. (-1 means use total number of input channels)</param> + public MultiplexingWaveProvider(IEnumerable<IWaveProvider> inputs, int numberOfOutputChannels) + { + this.inputs = new List<IWaveProvider>(inputs); + + outputChannelCount = numberOfOutputChannels == -1 ? this.inputs.Sum(i => i.WaveFormat.Channels) : numberOfOutputChannels; + + if (this.inputs.Count == 0) + { + throw new ArgumentException("You must provide at least one input"); + } + if (outputChannelCount < 1) + { + throw new ArgumentException("You must provide at least one output"); + } + foreach (var input in this.inputs) + { + if (WaveFormat == null) + { + if (input.WaveFormat.Encoding == WaveFormatEncoding.Pcm) + { + WaveFormat = new WaveFormat(input.WaveFormat.SampleRate, input.WaveFormat.BitsPerSample, outputChannelCount); + } + else if (input.WaveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + WaveFormat = WaveFormat.CreateIeeeFloatWaveFormat(input.WaveFormat.SampleRate, outputChannelCount); + } + else + { + throw new ArgumentException("Only PCM and 32 bit float are supported"); + } + } + else + { + if (input.WaveFormat.BitsPerSample != WaveFormat.BitsPerSample) + { + throw new ArgumentException("All inputs must have the same bit depth"); + } + if (input.WaveFormat.SampleRate != WaveFormat.SampleRate) + { + throw new ArgumentException("All inputs must have the same sample rate"); + } + } + inputChannelCount += input.WaveFormat.Channels; + } + bytesPerSample = WaveFormat.BitsPerSample / 8; + + mappings = new List<int>(); + for (int n = 0; n < outputChannelCount; n++) + { + mappings.Add(n % inputChannelCount); + } + } + + /// <summary> + /// persistent temporary buffer to prevent creating work for garbage collector + /// </summary> + private byte[] inputBuffer; + + /// <summary> + /// Reads data from this WaveProvider + /// </summary> + /// <param name="buffer">Buffer to be filled with sample data</param> + /// <param name="offset">Offset to write to within buffer, usually 0</param> + /// <param name="count">Number of bytes required</param> + /// <returns>Number of bytes read</returns> + public int Read(byte[] buffer, int offset, int count) + { + int outputBytesPerFrame = bytesPerSample * outputChannelCount; + int sampleFramesRequested = count / outputBytesPerFrame; + int inputOffset = 0; + int sampleFramesRead = 0; + // now we must read from all inputs, even if we don't need their data, so they stay in sync + foreach (var input in inputs) + { + int inputBytesPerFrame = bytesPerSample * input.WaveFormat.Channels; + int bytesRequired = sampleFramesRequested * inputBytesPerFrame; + inputBuffer = BufferHelpers.Ensure(inputBuffer, bytesRequired); + int bytesRead = input.Read(inputBuffer, 0, bytesRequired); + sampleFramesRead = Math.Max(sampleFramesRead, bytesRead / inputBytesPerFrame); + + for (int n = 0; n < input.WaveFormat.Channels; n++) + { + int inputIndex = inputOffset + n; + for (int outputIndex = 0; outputIndex < outputChannelCount; outputIndex++) + { + if (mappings[outputIndex] == inputIndex) + { + int inputBufferOffset = n * bytesPerSample; + int outputBufferOffset = offset + outputIndex * bytesPerSample; + int sample = 0; + while (sample < sampleFramesRequested && inputBufferOffset < bytesRead) + { + Array.Copy(inputBuffer, inputBufferOffset, buffer, outputBufferOffset, bytesPerSample); + outputBufferOffset += outputBytesPerFrame; + inputBufferOffset += inputBytesPerFrame; + sample++; + } + // clear the end + while (sample < sampleFramesRequested) + { + Array.Clear(buffer, outputBufferOffset, bytesPerSample); + outputBufferOffset += outputBytesPerFrame; + sample++; + } + } + } + } + inputOffset += input.WaveFormat.Channels; + } + + return sampleFramesRead * outputBytesPerFrame; + } + + /// <summary> + /// The WaveFormat of this WaveProvider + /// </summary> + public WaveFormat WaveFormat { get; } + + /// <summary> + /// Connects a specified input channel to an output channel + /// </summary> + /// <param name="inputChannel">Input Channel index (zero based). Must be less than InputChannelCount</param> + /// <param name="outputChannel">Output Channel index (zero based). Must be less than OutputChannelCount</param> + public void ConnectInputToOutput(int inputChannel, int outputChannel) + { + if (inputChannel < 0 || inputChannel >= InputChannelCount) + { + throw new ArgumentException("Invalid input channel"); + } + if (outputChannel < 0 || outputChannel >= OutputChannelCount) + { + throw new ArgumentException("Invalid output channel"); + } + mappings[outputChannel] = inputChannel; + } + + /// <summary> + /// The number of input channels. Note that this is not the same as the number of input wave providers. If you pass in + /// one stereo and one mono input provider, the number of input channels is three. + /// </summary> + public int InputChannelCount => inputChannelCount; + + /// <summary> + /// The number of output channels, as specified in the constructor. + /// </summary> + public int OutputChannelCount => outputChannelCount; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MultiplexingWaveProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MultiplexingWaveProvider.cs.meta new file mode 100644 index 0000000..87ed7ec --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/MultiplexingWaveProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 04da46248fb6f35049508cc32d9d2079 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/SilenceWaveProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/SilenceWaveProvider.cs new file mode 100644 index 0000000..1e18794 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/SilenceWaveProvider.cs @@ -0,0 +1,33 @@ +using System; +using System.Linq; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Silence producing wave provider + /// Useful for playing silence when doing a WASAPI Loopback Capture + /// </summary> + public class SilenceProvider : IWaveProvider + { + /// <summary> + /// Creates a new silence producing wave provider + /// </summary> + /// <param name="wf">Desired WaveFormat (should be PCM / IEE float</param> + public SilenceProvider(WaveFormat wf) { WaveFormat = wf; } + + /// <summary> + /// Read silence from into the buffer + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + Array.Clear(buffer, offset, count); + return count; + } + + /// <summary> + /// WaveFormat of this silence producing wave provider + /// </summary> + public WaveFormat WaveFormat { get; private set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/SilenceWaveProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/SilenceWaveProvider.cs.meta new file mode 100644 index 0000000..c12eebe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/SilenceWaveProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fd86b60f18db5fe0ea9f96278327423f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/StereoToMonoProvider16.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/StereoToMonoProvider16.cs new file mode 100644 index 0000000..eca352e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/StereoToMonoProvider16.cs @@ -0,0 +1,81 @@ +using System; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Takes a stereo 16 bit input and turns it mono, allowing you to select left or right channel only or mix them together + /// </summary> + public class StereoToMonoProvider16 : IWaveProvider + { + private readonly IWaveProvider sourceProvider; + private byte[] sourceBuffer; + + /// <summary> + /// Creates a new mono waveprovider based on a stereo input + /// </summary> + /// <param name="sourceProvider">Stereo 16 bit PCM input</param> + public StereoToMonoProvider16(IWaveProvider sourceProvider) + { + LeftVolume = 0.5f; + RightVolume = 0.5f; + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.Pcm) + { + throw new ArgumentException("Source must be PCM"); + } + if (sourceProvider.WaveFormat.Channels != 2) + { + throw new ArgumentException("Source must be stereo"); + } + if (sourceProvider.WaveFormat.BitsPerSample != 16) + { + throw new ArgumentException("Source must be 16 bit"); + } + this.sourceProvider = sourceProvider; + WaveFormat = new WaveFormat(sourceProvider.WaveFormat.SampleRate, 1); + } + + /// <summary> + /// 1.0 to mix the mono source entirely to the left channel + /// </summary> + public float LeftVolume { get; set; } + + /// <summary> + /// 1.0 to mix the mono source entirely to the right channel + /// </summary> + public float RightVolume { get; set; } + + /// <summary> + /// Output Wave Format + /// </summary> + public WaveFormat WaveFormat { get; private set; } + + /// <summary> + /// Reads bytes from this WaveProvider + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + int sourceBytesRequired = count * 2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + WaveBuffer sourceWaveBuffer = new WaveBuffer(sourceBuffer); + WaveBuffer destWaveBuffer = new WaveBuffer(buffer); + + int sourceBytesRead = sourceProvider.Read(sourceBuffer, 0, sourceBytesRequired); + int samplesRead = sourceBytesRead / 2; + int destOffset = offset / 2; + for (int sample = 0; sample < samplesRead; sample+=2) + { + short left = sourceWaveBuffer.ShortBuffer[sample]; + short right = sourceWaveBuffer.ShortBuffer[sample+1]; + float outSample = (left * LeftVolume) + (right * RightVolume); + // hard limiting + if (outSample > Int16.MaxValue) outSample = Int16.MaxValue; + if (outSample < Int16.MinValue) outSample = Int16.MinValue; + + destWaveBuffer.ShortBuffer[destOffset++] = (short)outSample; + } + return sourceBytesRead / 2; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/StereoToMonoProvider16.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/StereoToMonoProvider16.cs.meta new file mode 100644 index 0000000..e7a3aae --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/StereoToMonoProvider16.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 311d2a85336781bf7b64386cd6956e61 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/VolumeWaveProvider16.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/VolumeWaveProvider16.cs new file mode 100644 index 0000000..2a9650c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/VolumeWaveProvider16.cs @@ -0,0 +1,86 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Helper class allowing us to modify the volume of a 16 bit stream without converting to IEEE float + /// </summary> + public class VolumeWaveProvider16 : IWaveProvider + { + private readonly IWaveProvider sourceProvider; + private float volume; + + /// <summary> + /// Constructs a new VolumeWaveProvider16 + /// </summary> + /// <param name="sourceProvider">Source provider, must be 16 bit PCM</param> + public VolumeWaveProvider16(IWaveProvider sourceProvider) + { + this.Volume = 1.0f; + this.sourceProvider = sourceProvider; + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.Pcm) + throw new ArgumentException("Expecting PCM input"); + if (sourceProvider.WaveFormat.BitsPerSample != 16) + throw new ArgumentException("Expecting 16 bit"); + } + + /// <summary> + /// Gets or sets volume. + /// 1.0 is full scale, 0.0 is silence, anything over 1.0 will amplify but potentially clip + /// </summary> + public float Volume + { + get { return volume; } + set { volume = value; } + } + + /// <summary> + /// WaveFormat of this WaveProvider + /// </summary> + public WaveFormat WaveFormat + { + get { return sourceProvider.WaveFormat; } + } + + /// <summary> + /// Read bytes from this WaveProvider + /// </summary> + /// <param name="buffer">Buffer to read into</param> + /// <param name="offset">Offset within buffer to read to</param> + /// <param name="count">Bytes desired</param> + /// <returns>Bytes read</returns> + public int Read(byte[] buffer, int offset, int count) + { + // always read from the source + int bytesRead = sourceProvider.Read(buffer, offset, count); + if (this.volume == 0.0f) + { + for (int n = 0; n < bytesRead; n++) + { + buffer[offset++] = 0; + } + } + else if (this.volume != 1.0f) + { + for (int n = 0; n < bytesRead; n += 2) + { + short sample = (short)((buffer[offset + 1] << 8) | buffer[offset]); + var newSample = sample * this.volume; + sample = (short)newSample; + // clip if necessary + if (this.Volume > 1.0f) + { + if (newSample > Int16.MaxValue) sample = Int16.MaxValue; + else if (newSample < Int16.MinValue) sample = Int16.MinValue; + } + + buffer[offset++] = (byte)(sample & 0xFF); + buffer[offset++] = (byte)(sample >> 8); + } + } + return bytesRead; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/VolumeWaveProvider16.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/VolumeWaveProvider16.cs.meta new file mode 100644 index 0000000..068227d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/VolumeWaveProvider16.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: be83288562473106da43d7cbe3f34789 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/Wave16toFloatProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/Wave16toFloatProvider.cs new file mode 100644 index 0000000..dd8e249 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/Wave16toFloatProvider.cs @@ -0,0 +1,78 @@ +using System; +using System.Collections.Generic; +using System.Text; +using NAudio.Wave; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// Converts 16 bit PCM to IEEE float, optionally adjusting volume along the way + /// </summary> + public class Wave16ToFloatProvider : IWaveProvider + { + private IWaveProvider sourceProvider; + private readonly WaveFormat waveFormat; + private volatile float volume; + private byte[] sourceBuffer; + + /// <summary> + /// Creates a new Wave16toFloatProvider + /// </summary> + /// <param name="sourceProvider">the source provider</param> + public Wave16ToFloatProvider(IWaveProvider sourceProvider) + { + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.Pcm) + throw new ArgumentException("Only PCM supported"); + if (sourceProvider.WaveFormat.BitsPerSample != 16) + throw new ArgumentException("Only 16 bit audio supported"); + + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sourceProvider.WaveFormat.SampleRate, sourceProvider.WaveFormat.Channels); + + this.sourceProvider = sourceProvider; + this.volume = 1.0f; + } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="destBuffer">The destination buffer</param> + /// <param name="offset">Offset into the destination buffer</param> + /// <param name="numBytes">Number of bytes read</param> + /// <returns>Number of bytes read.</returns> + public int Read(byte[] destBuffer, int offset, int numBytes) + { + int sourceBytesRequired = numBytes / 2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + int sourceBytesRead = sourceProvider.Read(sourceBuffer, offset, sourceBytesRequired); + WaveBuffer sourceWaveBuffer = new WaveBuffer(sourceBuffer); + WaveBuffer destWaveBuffer = new WaveBuffer(destBuffer); + + int sourceSamples = sourceBytesRead / 2; + int destOffset = offset / 4; + for (int sample = 0; sample < sourceSamples; sample++) + { + destWaveBuffer.FloatBuffer[destOffset++] = (sourceWaveBuffer.ShortBuffer[sample] / 32768f) * volume; + } + + return sourceSamples * 4; + } + + /// <summary> + /// <see cref="IWaveProvider.WaveFormat"/> + /// </summary> + public WaveFormat WaveFormat + { + get { return waveFormat; } + } + + /// <summary> + /// Volume of this channel. 1.0 = full scale + /// </summary> + public float Volume + { + get { return volume; } + set { volume = value; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/Wave16toFloatProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/Wave16toFloatProvider.cs.meta new file mode 100644 index 0000000..c4bbece --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/Wave16toFloatProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bb90871d6f5e13a21866ebf770b2a064 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveFloatTo16Provider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveFloatTo16Provider.cs new file mode 100644 index 0000000..6e3f6e5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveFloatTo16Provider.cs @@ -0,0 +1,85 @@ +using System; +using System.Collections.Generic; +using System.Text; +using NAudio.Wave; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// Converts IEEE float to 16 bit PCM, optionally clipping and adjusting volume along the way + /// </summary> + public class WaveFloatTo16Provider : IWaveProvider + { + private readonly IWaveProvider sourceProvider; + private readonly WaveFormat waveFormat; + private volatile float volume; + private byte[] sourceBuffer; + + /// <summary> + /// Creates a new WaveFloatTo16Provider + /// </summary> + /// <param name="sourceProvider">the source provider</param> + public WaveFloatTo16Provider(IWaveProvider sourceProvider) + { + if (sourceProvider.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + throw new ArgumentException("Input wave provider must be IEEE float", "sourceProvider"); + if (sourceProvider.WaveFormat.BitsPerSample != 32) + throw new ArgumentException("Input wave provider must be 32 bit", "sourceProvider"); + + waveFormat = new WaveFormat(sourceProvider.WaveFormat.SampleRate, 16, sourceProvider.WaveFormat.Channels); + + this.sourceProvider = sourceProvider; + this.volume = 1.0f; + } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="destBuffer">The destination buffer</param> + /// <param name="offset">Offset into the destination buffer</param> + /// <param name="numBytes">Number of bytes read</param> + /// <returns>Number of bytes read.</returns> + public int Read(byte[] destBuffer, int offset, int numBytes) + { + int sourceBytesRequired = numBytes * 2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, sourceBytesRequired); + int sourceBytesRead = sourceProvider.Read(sourceBuffer, 0, sourceBytesRequired); + WaveBuffer sourceWaveBuffer = new WaveBuffer(sourceBuffer); + WaveBuffer destWaveBuffer = new WaveBuffer(destBuffer); + + int sourceSamples = sourceBytesRead / 4; + int destOffset = offset / 2; + for (int sample = 0; sample < sourceSamples; sample++) + { + // adjust volume + float sample32 = sourceWaveBuffer.FloatBuffer[sample] * volume; + // clip + if (sample32 > 1.0f) + sample32 = 1.0f; + if (sample32 < -1.0f) + sample32 = -1.0f; + destWaveBuffer.ShortBuffer[destOffset++] = (short)(sample32 * 32767); + } + + return sourceSamples * 2; + } + + /// <summary> + /// <see cref="IWaveProvider.WaveFormat"/> + /// </summary> + public WaveFormat WaveFormat + { + get { return waveFormat; } + } + + /// <summary> + /// Volume of this channel. 1.0 = full scale + /// </summary> + public float Volume + { + get { return volume; } + set { volume = value; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveFloatTo16Provider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveFloatTo16Provider.cs.meta new file mode 100644 index 0000000..3fd838b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveFloatTo16Provider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ca7ce275ae68592f798779e711632d96 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveInProvider.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveInProvider.cs new file mode 100644 index 0000000..c1d62ec --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveInProvider.cs @@ -0,0 +1,41 @@ +namespace NAudio.Wave +{ + /// <summary> + /// Buffered WaveProvider taking source data from WaveIn + /// </summary> + public class WaveInProvider : IWaveProvider + { + private readonly IWaveIn waveIn; + private readonly BufferedWaveProvider bufferedWaveProvider; + + /// <summary> + /// Creates a new WaveInProvider + /// n.b. Should make sure the WaveFormat is set correctly on IWaveIn before calling + /// </summary> + /// <param name="waveIn">The source of wave data</param> + public WaveInProvider(IWaveIn waveIn) + { + this.waveIn = waveIn; + waveIn.DataAvailable += OnDataAvailable; + bufferedWaveProvider = new BufferedWaveProvider(WaveFormat); + } + + private void OnDataAvailable(object sender, WaveInEventArgs e) + { + bufferedWaveProvider.AddSamples(e.Buffer, 0, e.BytesRecorded); + } + + /// <summary> + /// Reads data from the WaveInProvider + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + return bufferedWaveProvider.Read(buffer, offset, count); + } + + /// <summary> + /// The WaveFormat + /// </summary> + public WaveFormat WaveFormat => waveIn.WaveFormat; + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveInProvider.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveInProvider.cs.meta new file mode 100644 index 0000000..9c0f822 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveInProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 02f80e84002fc1614916883da07a21b2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider16.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider16.cs new file mode 100644 index 0000000..af9f678 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider16.cs @@ -0,0 +1,67 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Base class for creating a 16 bit wave provider + /// </summary> + public abstract class WaveProvider16 : IWaveProvider + { + private WaveFormat waveFormat; + + /// <summary> + /// Initializes a new instance of the WaveProvider16 class + /// defaulting to 44.1kHz mono + /// </summary> + public WaveProvider16() + : this(44100, 1) + { + } + + /// <summary> + /// Initializes a new instance of the WaveProvider16 class with the specified + /// sample rate and number of channels + /// </summary> + public WaveProvider16(int sampleRate, int channels) + { + SetWaveFormat(sampleRate, channels); + } + + /// <summary> + /// Allows you to specify the sample rate and channels for this WaveProvider + /// (should be initialised before you pass it to a wave player) + /// </summary> + public void SetWaveFormat(int sampleRate, int channels) + { + this.waveFormat = new WaveFormat(sampleRate, 16, channels); + } + + /// <summary> + /// Implements the Read method of IWaveProvider by delegating to the abstract + /// Read method taking a short array + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + WaveBuffer waveBuffer = new WaveBuffer(buffer); + int samplesRequired = count / 2; + int samplesRead = Read(waveBuffer.ShortBuffer, offset / 2, samplesRequired); + return samplesRead * 2; + } + + /// <summary> + /// Method to override in derived classes + /// Supply the requested number of samples into the buffer + /// </summary> + public abstract int Read(short[] buffer, int offset, int sampleCount); + + /// <summary> + /// The Wave Format + /// </summary> + public WaveFormat WaveFormat + { + get { return waveFormat; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider16.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider16.cs.meta new file mode 100644 index 0000000..406b459 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider16.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7c4b7c76dc6cab69f839ca6072e4838b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider32.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider32.cs new file mode 100644 index 0000000..b9d9e07 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider32.cs @@ -0,0 +1,69 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Base class for creating a 32 bit floating point wave provider + /// Can also be used as a base class for an ISampleProvider that can + /// be plugged straight into anything requiring an IWaveProvider + /// </summary> + public abstract class WaveProvider32 : IWaveProvider, ISampleProvider + { + private WaveFormat waveFormat; + + /// <summary> + /// Initializes a new instance of the WaveProvider32 class + /// defaulting to 44.1kHz mono + /// </summary> + public WaveProvider32() + : this(44100, 1) + { + } + + /// <summary> + /// Initializes a new instance of the WaveProvider32 class with the specified + /// sample rate and number of channels + /// </summary> + public WaveProvider32(int sampleRate, int channels) + { + SetWaveFormat(sampleRate, channels); + } + + /// <summary> + /// Allows you to specify the sample rate and channels for this WaveProvider + /// (should be initialised before you pass it to a wave player) + /// </summary> + public void SetWaveFormat(int sampleRate, int channels) + { + this.waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sampleRate, channels); + } + + /// <summary> + /// Implements the Read method of IWaveProvider by delegating to the abstract + /// Read method taking a float array + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + WaveBuffer waveBuffer = new WaveBuffer(buffer); + int samplesRequired = count / 4; + int samplesRead = Read(waveBuffer.FloatBuffer, offset / 4, samplesRequired); + return samplesRead * 4; + } + + /// <summary> + /// Method to override in derived classes + /// Supply the requested number of samples into the buffer + /// </summary> + public abstract int Read(float[] buffer, int offset, int sampleCount); + + /// <summary> + /// The Wave Format + /// </summary> + public WaveFormat WaveFormat + { + get { return waveFormat; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider32.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider32.cs.meta new file mode 100644 index 0000000..2d033d0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveProvider32.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b64b302e84a8fc2a5b14990c7b66aaab +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveRecorder.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveRecorder.cs new file mode 100644 index 0000000..442ef43 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveRecorder.cs @@ -0,0 +1,57 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Utility class to intercept audio from an IWaveProvider and + /// save it to disk + /// </summary> + public class WaveRecorder : IWaveProvider, IDisposable + { + private WaveFileWriter writer; + private IWaveProvider source; + + /// <summary> + /// Constructs a new WaveRecorder + /// </summary> + /// <param name="destination">The location to write the WAV file to</param> + /// <param name="source">The Source Wave Provider</param> + public WaveRecorder(IWaveProvider source, string destination) + { + this.source = source; + this.writer = new WaveFileWriter(destination, source.WaveFormat); + } + + /// <summary> + /// Read simply returns what the source returns, but writes to disk along the way + /// </summary> + public int Read(byte[] buffer, int offset, int count) + { + int bytesRead = source.Read(buffer, offset, count); + writer.Write(buffer, offset, bytesRead); + return bytesRead; + } + + /// <summary> + /// The WaveFormat + /// </summary> + public WaveFormat WaveFormat + { + get { return source.WaveFormat; } + } + + /// <summary> + /// Closes the WAV file + /// </summary> + public void Dispose() + { + if (writer != null) + { + writer.Dispose(); + writer = null; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveRecorder.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveRecorder.cs.meta new file mode 100644 index 0000000..c697d99 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveProviders/WaveRecorder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 56d35f5495266bb93be0a219f7d5c587 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams.meta new file mode 100644 index 0000000..5f7fd61 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 4095ea49265422cb38f98bd7e228597e +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/AiffFileReader.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/AiffFileReader.cs new file mode 100644 index 0000000..c782b31 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/AiffFileReader.cs @@ -0,0 +1,324 @@ +using System; +using System.IO; +using System.Collections.Generic; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary>A read-only stream of AIFF data based on an aiff file + /// with an associated WaveFormat + /// originally contributed to NAudio by Giawa + /// </summary> + public class AiffFileReader : WaveStream + { + private readonly WaveFormat waveFormat; + private readonly bool ownInput; + private readonly long dataPosition; + private readonly int dataChunkLength; + private readonly List<AiffChunk> chunks = new List<AiffChunk>(); + private Stream waveStream; + private readonly object lockObject = new object(); + + /// <summary>Supports opening a AIF file</summary> + /// <remarks>The AIF is of similar nastiness to the WAV format. + /// This supports basic reading of uncompressed PCM AIF files, + /// with 8, 16, 24 and 32 bit PCM data. + /// </remarks> + public AiffFileReader(String aiffFile) : + this(File.OpenRead(aiffFile)) + { + ownInput = true; + } + + /// <summary> + /// Creates an Aiff File Reader based on an input stream + /// </summary> + /// <param name="inputStream">The input stream containing a AIF file including header</param> + public AiffFileReader(Stream inputStream) + { + waveStream = inputStream; + ReadAiffHeader(waveStream, out waveFormat, out dataPosition, out dataChunkLength, chunks); + Position = 0; + } + + /// <summary> + /// Ensures valid AIFF header and then finds data offset. + /// </summary> + /// <param name="stream">The stream, positioned at the start of audio data</param> + /// <param name="format">The format found</param> + /// <param name="dataChunkPosition">The position of the data chunk</param> + /// <param name="dataChunkLength">The length of the data chunk</param> + /// <param name="chunks">Additional chunks found</param> + public static void ReadAiffHeader(Stream stream, out WaveFormat format, out long dataChunkPosition, out int dataChunkLength, List<AiffChunk> chunks) + { + dataChunkPosition = -1; + format = null; + BinaryReader br = new BinaryReader(stream); + + if (ReadChunkName(br) != "FORM") + { + throw new FormatException("Not an AIFF file - no FORM header."); + } + uint fileSize = ConvertInt(br.ReadBytes(4)); + string formType = ReadChunkName(br); + if (formType != "AIFC" && formType != "AIFF") + { + throw new FormatException("Not an AIFF file - no AIFF/AIFC header."); + } + + dataChunkLength = 0; + + while (br.BaseStream.Position < br.BaseStream.Length) + { + AiffChunk nextChunk = ReadChunkHeader(br); + if (nextChunk.ChunkName == "\0\0\0\0") break; + + if (br.BaseStream.Position + nextChunk.ChunkLength > br.BaseStream.Length) + { + break; + } + if (nextChunk.ChunkName == "COMM") + { + short numChannels = ConvertShort(br.ReadBytes(2)); + uint numSampleFrames = ConvertInt(br.ReadBytes(4)); + short sampleSize = ConvertShort(br.ReadBytes(2)); + double sampleRate = IEEE.ConvertFromIeeeExtended(br.ReadBytes(10)); + + format = new WaveFormat((int)sampleRate, (int)sampleSize, (int)numChannels); + + if (nextChunk.ChunkLength > 18 && formType == "AIFC") + { + // In an AIFC file, the compression format is tacked on to the COMM chunk + string compress = new string(br.ReadChars(4)).ToLower(); + if (compress != "none") throw new FormatException("Compressed AIFC is not supported."); + br.ReadBytes((int)nextChunk.ChunkLength - 22); + } + else br.ReadBytes((int)nextChunk.ChunkLength - 18); + } + else if (nextChunk.ChunkName == "SSND") + { + uint offset = ConvertInt(br.ReadBytes(4)); + uint blockSize = ConvertInt(br.ReadBytes(4)); + dataChunkPosition = nextChunk.ChunkStart + 16 + offset; + dataChunkLength = (int)nextChunk.ChunkLength - 8; + br.BaseStream.Position += (nextChunk.ChunkLength - 8); + } + else + { + if (chunks != null) + { + chunks.Add(nextChunk); + } + br.BaseStream.Position += nextChunk.ChunkLength; + } + + + } + + if (format == null) + { + throw new FormatException("Invalid AIFF file - No COMM chunk found."); + } + if (dataChunkPosition == -1) + { + throw new FormatException("Invalid AIFF file - No SSND chunk found."); + } + } + + /// <summary> + /// Cleans up the resources associated with this AiffFileReader + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + // Release managed resources. + if (waveStream != null) + { + // only dispose our source if we created it + if (ownInput) + { + waveStream.Dispose(); + } + waveStream = null; + } + } + else + { + System.Diagnostics.Debug.Assert(false, "AiffFileReader was not disposed"); + } + // Release unmanaged resources. + // Set large fields to null. + // Call Dispose on your base class. + base.Dispose(disposing); + } + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override long Length => dataChunkLength; + + /// <summary> + /// Number of Samples (if possible to calculate) + /// </summary> + public long SampleCount + { + get + { + if (waveFormat.Encoding == WaveFormatEncoding.Pcm || + waveFormat.Encoding == WaveFormatEncoding.Extensible || + waveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + return dataChunkLength / BlockAlign; + } + else + { + throw new FormatException("Sample count is calculated only for the standard encodings"); + } + } + } + + /// <summary> + /// Position in the AIFF file + /// <see cref="Stream.Position"/> + /// </summary> + public override long Position + { + get + { + return waveStream.Position - dataPosition; + } + set + { + lock (lockObject) + { + value = Math.Min(value, Length); + // make sure we don't get out of sync + value -= (value % waveFormat.BlockAlign); + waveStream.Position = value + dataPosition; + } + } + } + + + /// <summary> + /// Reads bytes from the AIFF File + /// <see cref="Stream.Read"/> + /// </summary> + public override int Read(byte[] array, int offset, int count) + { + if (count % waveFormat.BlockAlign != 0) + { + throw new ArgumentException( + $"Must read complete blocks: requested {count}, block align is {WaveFormat.BlockAlign}"); + } + lock (lockObject) + { + // sometimes there is more junk at the end of the file past the data chunk + if (Position + count > dataChunkLength) + { + count = dataChunkLength - (int) Position; + } + + // Need to fix the endianness since intel expect little endian, and apple is big endian. + byte[] buffer = new byte[count]; + int length = waveStream.Read(buffer, offset, count); + + int bytesPerSample = WaveFormat.BitsPerSample/8; + for (int i = 0; i < length; i += bytesPerSample) + { + if (WaveFormat.BitsPerSample == 8) + { + array[i] = buffer[i]; + } + else if (WaveFormat.BitsPerSample == 16) + { + array[i + 0] = buffer[i + 1]; + array[i + 1] = buffer[i]; + } + else if (WaveFormat.BitsPerSample == 24) + { + array[i + 0] = buffer[i + 2]; + array[i + 1] = buffer[i + 1]; + array[i + 2] = buffer[i + 0]; + } + else if (WaveFormat.BitsPerSample == 32) + { + array[i + 0] = buffer[i + 3]; + array[i + 1] = buffer[i + 2]; + array[i + 2] = buffer[i + 1]; + array[i + 3] = buffer[i + 0]; + } + else throw new FormatException("Unsupported PCM format."); + } + + return length; + } + } + +#region Endian Helpers + private static uint ConvertInt(byte[] buffer) + { + if (buffer.Length != 4) throw new Exception("Incorrect length for long."); + return (uint)((buffer[0] << 24) | (buffer[1] << 16) | (buffer[2] << 8) | buffer[3]); + } + + private static short ConvertShort(byte[] buffer) + { + if (buffer.Length != 2) throw new Exception("Incorrect length for int."); + return (short)((buffer[0] << 8) | buffer[1]); + } +#endregion + + +#region AiffChunk + /// <summary> + /// AIFF Chunk + /// </summary> + public struct AiffChunk + { + /// <summary> + /// Chunk Name + /// </summary> + public string ChunkName; + + /// <summary> + /// Chunk Length + /// </summary> + public uint ChunkLength; + + /// <summary> + /// Chunk start + /// </summary> + public uint ChunkStart; + + /// <summary> + /// Creates a new AIFF Chunk + /// </summary> + public AiffChunk(uint start, string name, uint length) + { + ChunkStart = start; + ChunkName = name; + ChunkLength = length + (uint)(length % 2 == 1 ? 1 : 0); + } + } + + private static AiffChunk ReadChunkHeader(BinaryReader br) + { + var chunk = new AiffChunk((uint)br.BaseStream.Position, ReadChunkName(br), ConvertInt(br.ReadBytes(4))); + return chunk; + } + + private static string ReadChunkName(BinaryReader br) + { + return new string(br.ReadChars(4)); + } +#endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/AiffFileReader.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/AiffFileReader.cs.meta new file mode 100644 index 0000000..2fa0745 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/AiffFileReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1a1851104bdd2bfa68d09461399768d5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/BlockAlignReductionStream.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/BlockAlignReductionStream.cs new file mode 100644 index 0000000..08a2881 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/BlockAlignReductionStream.cs @@ -0,0 +1,173 @@ +using System; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Helper stream that lets us read from compressed audio files with large block alignment + /// as though we could read any amount and reposition anywhere + /// </summary> + public class BlockAlignReductionStream : WaveStream + { + private WaveStream sourceStream; + private long position; + private readonly CircularBuffer circularBuffer; + private long bufferStartPosition; + private byte[] sourceBuffer; + private readonly object lockObject = new object(); + + /// <summary> + /// Creates a new BlockAlignReductionStream + /// </summary> + /// <param name="sourceStream">the input stream</param> + public BlockAlignReductionStream(WaveStream sourceStream) + { + this.sourceStream = sourceStream; + circularBuffer = new CircularBuffer(sourceStream.WaveFormat.AverageBytesPerSecond * 4); + } + + private byte[] GetSourceBuffer(int size) + { + if (sourceBuffer == null || sourceBuffer.Length < size) + { + // let's give ourselves some leeway + sourceBuffer = new byte[size * 2]; + } + return sourceBuffer; + } + + /// <summary> + /// Block alignment of this stream + /// </summary> + public override int BlockAlign + { + get + { + // can position to sample level + return (WaveFormat.BitsPerSample / 8) * WaveFormat.Channels; + } + } + + /// <summary> + /// Wave Format + /// </summary> + public override WaveFormat WaveFormat + { + get { return sourceStream.WaveFormat; } + } + + /// <summary> + /// Length of this Stream + /// </summary> + public override long Length + { + get { return sourceStream.Length; } + } + + /// <summary> + /// Current position within stream + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + lock (lockObject) + { + if (position != value) + { + if (position % BlockAlign != 0) + throw new ArgumentException("Position must be block aligned"); + long sourcePosition = value - (value % sourceStream.BlockAlign); + if (sourceStream.Position != sourcePosition) + { + sourceStream.Position = sourcePosition; + circularBuffer.Reset(); + bufferStartPosition = sourceStream.Position; + } + position = value; + } + } + } + } + + private long BufferEndPosition + { + get + { + + return bufferStartPosition + circularBuffer.Count; + } + } + + /// <summary> + /// Disposes this WaveStream + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (sourceStream != null) + { + sourceStream.Dispose(); + sourceStream = null; + } + } + else + { + System.Diagnostics.Debug.Assert(false, "BlockAlignReductionStream was not Disposed"); + } + base.Dispose(disposing); + } + + /// <summary> + /// Reads data from this stream + /// </summary> + /// <param name="buffer"></param> + /// <param name="offset"></param> + /// <param name="count"></param> + /// <returns></returns> + public override int Read(byte[] buffer, int offset, int count) + { + lock (lockObject) + { + // 1. attempt to fill the circular buffer with enough data to meet our request + while (BufferEndPosition < position + count) + { + int sourceReadCount = count; + if (sourceReadCount % sourceStream.BlockAlign != 0) + { + sourceReadCount = (count + sourceStream.BlockAlign) - (count % sourceStream.BlockAlign); + } + + int sourceRead = sourceStream.Read(GetSourceBuffer(sourceReadCount), 0, sourceReadCount); + circularBuffer.Write(GetSourceBuffer(sourceReadCount), 0, sourceRead); + if (sourceRead == 0) + { + // assume we have run out of data + break; + } + } + + // 2. discard any unnecessary stuff from the start + if (bufferStartPosition < position) + { + circularBuffer.Advance((int)(position - bufferStartPosition)); + bufferStartPosition = position; + } + + // 3. now whatever is in the buffer we can return + int bytesRead = circularBuffer.Read(buffer, offset, count); + position += bytesRead; + // anything left in buffer is at start position + bufferStartPosition = position; + + return bytesRead; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/BlockAlignReductionStream.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/BlockAlignReductionStream.cs.meta new file mode 100644 index 0000000..4231751 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/BlockAlignReductionStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b03e330f4cfd559c59ede2792c76a09f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueList.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueList.cs new file mode 100644 index 0000000..9b2a08f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueList.cs @@ -0,0 +1,279 @@ +using System; +using System.Collections.Generic; +using System.IO; +using System.Text; +using System.Text.RegularExpressions; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Holds information on a cue: a labeled position within a Wave file + /// </summary> + public class Cue + { + /// <summary> + /// Cue position in samples + /// </summary> + public int Position { get; } + /// <summary> + /// Label of the cue + /// </summary> + public string Label { get; } + + /// <summary> + /// Creates a Cue based on a sample position and label + /// </summary> + /// <param name="position"></param> + /// <param name="label"></param> + public Cue(int position, string label) + { + Position = position; + Label = label??string.Empty; + } + } + + /// <summary> + /// Holds a list of cues + /// </summary> + /// <remarks> + /// The specs for reading and writing cues from the cue and list RIFF chunks + /// are from http://www.sonicspot.com/guide/wavefiles.html and http://www.wotsit.org/ + /// ------------------------------ + /// The cues are stored like this: + /// ------------------------------ + /// struct CuePoint + /// { + /// Int32 dwIdentifier; + /// Int32 dwPosition; + /// Int32 fccChunk; + /// Int32 dwChunkStart; + /// Int32 dwBlockStart; + /// Int32 dwSampleOffset; + /// } + /// + /// struct CueChunk + /// { + /// Int32 chunkID; + /// Int32 chunkSize; + /// Int32 dwCuePoints; + /// CuePoint[] points; + /// } + /// ------------------------------ + /// Labels look like this: + /// ------------------------------ + /// struct ListHeader + /// { + /// Int32 listID; /* 'list' */ + /// Int32 chunkSize; /* includes the Type ID below */ + /// Int32 typeID; /* 'adtl' */ + /// } + /// + /// struct LabelChunk + /// { + /// Int32 chunkID; + /// Int32 chunkSize; + /// Int32 dwIdentifier; + /// Char[] dwText; /* Encoded with extended ASCII */ + /// } LabelChunk; + /// </remarks> + public class CueList + { + private readonly List<Cue> cues = new List<Cue>(); + /// <summary> + /// Creates an empty cue list + /// </summary> + public CueList() + { + + } + + /// <summary> + /// Adds an item to the list + /// </summary> + /// <param name="cue">Cue</param> + public void Add(Cue cue) + { + cues.Add(cue); + } + + /// <summary> + /// Gets sample positions for the embedded cues + /// </summary> + /// <returns>Array containing the cue positions</returns> + public int[] CuePositions + { + get + { + int[] positions = new int[cues.Count]; + for (int i = 0; i < cues.Count; i++) + { + positions[i] = cues[i].Position; + } + return positions; + } + } + + /// <summary> + /// Gets labels for the embedded cues + /// </summary> + /// <returns>Array containing the labels</returns> + public string[] CueLabels + { + get + { + string[] labels = new string[cues.Count]; + for (int i = 0; i < cues.Count; i++) + { + labels[i] = cues[i].Label; + } + return labels; + } + } + + /// <summary> + /// Creates a cue list from the cue RIFF chunk and the list RIFF chunk + /// </summary> + /// <param name="cueChunkData">The data contained in the cue chunk</param> + /// <param name="listChunkData">The data contained in the list chunk</param> + internal CueList(byte[] cueChunkData, byte[] listChunkData) + { + int cueCount = BitConverter.ToInt32(cueChunkData, 0); + Dictionary<int, int> cueIndex = new Dictionary<int, int>(); + int[] positions = new int[cueCount]; + int cue = 0; + + for (int p = 4; cueChunkData.Length - p >= 24; p += 24, cue++) + { + cueIndex[BitConverter.ToInt32(cueChunkData, p)] = cue; + positions[cue] = BitConverter.ToInt32(cueChunkData, p + 20); + } + + string[] labels = new string[cueCount]; + int labelLength = 0; + + var labelChunkId = ChunkIdentifier.ChunkIdentifierToInt32("labl"); + for (int p = 4; listChunkData.Length - p >= 16; p += labelLength + labelLength % 2 + 12) + { + if (BitConverter.ToInt32(listChunkData, p) == labelChunkId) + { + labelLength = BitConverter.ToInt32(listChunkData, p + 4) - 4; + var cueId = BitConverter.ToInt32(listChunkData, p + 8); + cue = cueIndex[cueId]; + labels[cue] = Encoding.UTF8.GetString(listChunkData, p + 12, labelLength - 1); + } + } + + for (int i = 0; i < cueCount; i++) + { + cues.Add(new Cue(positions[i], labels[i])); + } + } + + /// <summary> + /// Gets the cues as the concatenated cue and list RIFF chunks. + /// </summary> + /// <returns>RIFF chunks containing the cue data</returns> + internal byte[] GetRiffChunks() + { + if (Count == 0) + { + return null; + } + var cueChunkLength = 12 + 24 * Count; + var listChunkLength = 12; + for (int i = 0; i < Count; i++) + { + var labelChunkLength = Encoding.UTF8.GetBytes(this[i].Label).Length + 1; + listChunkLength += labelChunkLength + labelChunkLength % 2 + 12; + } + + byte[] chunks = new byte[cueChunkLength + listChunkLength]; + var cueChunkId = ChunkIdentifier.ChunkIdentifierToInt32("cue "); + int dataChunkId = ChunkIdentifier.ChunkIdentifierToInt32("data"); + int listChunkId = ChunkIdentifier.ChunkIdentifierToInt32("LIST"); + int adtlTypeId = ChunkIdentifier.ChunkIdentifierToInt32("adtl"); + int labelChunkId = ChunkIdentifier.ChunkIdentifierToInt32("labl"); + + using (var stream = new MemoryStream(chunks)) + { + using (var writer = new BinaryWriter(stream)) + { + writer.Write(cueChunkId); + writer.Write(cueChunkLength - 8); + writer.Write(Count); + for (int cue = 0; cue < Count; cue++) + { + int position = this[cue].Position; + + writer.Write(cue); + writer.Write(position); + writer.Write(dataChunkId); + writer.Seek(8, SeekOrigin.Current); + writer.Write(position); + } + writer.Write(listChunkId); + writer.Write(listChunkLength - 8); + writer.Write(adtlTypeId); + for (int cue = 0; cue < Count; cue++) + { + var labelArray = Encoding.UTF8.GetBytes(this[cue].Label); + writer.Write(labelChunkId); + writer.Write(labelArray.Length + 1 + 4); + writer.Write(cue); + writer.Write(labelArray); + if (labelArray.Length % 2 == 0) + { + writer.Seek(2, SeekOrigin.Current); + } + else + { + writer.Seek(1, SeekOrigin.Current); + } + } + } + } + return chunks; + } + + /// <summary> + /// Number of cues + /// </summary> + public int Count => cues.Count; + + /// <summary> + /// Accesses the cue at the specified index + /// </summary> + /// <param name="index"></param> + /// <returns></returns> + public Cue this[int index] => cues[index]; + + /// <summary> + /// Checks if the cue and list chunks exist and if so, creates a cue list + /// </summary> + internal static CueList FromChunks(WaveFileReader reader) + { + CueList cueList = null; + byte[] cueChunkData = null; + byte[] listChunkData = null; + + foreach (RiffChunk chunk in reader.ExtraChunks) + { + if (chunk.IdentifierAsString.ToLower() == "cue ") + { + cueChunkData = reader.GetChunkData(chunk); + } + else if (chunk.IdentifierAsString.ToLower() == "list") + { + listChunkData = reader.GetChunkData(chunk); + } + } + if (cueChunkData != null && listChunkData != null) + { + cueList = new CueList(cueChunkData, listChunkData); + } + return cueList; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueList.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueList.cs.meta new file mode 100644 index 0000000..b2dcbc7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueList.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 358ee4691aea281f2ba1fb0101b512ab +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueWaveFileReader.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueWaveFileReader.cs new file mode 100644 index 0000000..2695a18 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueWaveFileReader.cs @@ -0,0 +1,47 @@ +using System; +using System.IO; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// A wave file reader supporting cue reading + /// </summary> + public class CueWaveFileReader : WaveFileReader + { + private CueList cues; + + /// <summary> + /// Loads a wavefile and supports reading cues + /// </summary> + /// <param name="fileName"></param> + public CueWaveFileReader(string fileName) + : base(fileName) + { + } + + /// <summary> + /// Loads a wave from a stream and supports reading cues + /// </summary> + /// <param name="inputStream"></param> + public CueWaveFileReader(Stream inputStream) + : base(inputStream) + { + } + + /// <summary> + /// Cue List (can be null if cues not present) + /// </summary> + public CueList Cues + { + get + { + if (cues == null) + { + cues = CueList.FromChunks(this); + } + return cues; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueWaveFileReader.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueWaveFileReader.cs.meta new file mode 100644 index 0000000..d2da9a3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/CueWaveFileReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7703ccb590a6fdfba8d9d575ae5b417e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/ISampleNotifier.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/ISampleNotifier.cs new file mode 100644 index 0000000..7e76e2e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/ISampleNotifier.cs @@ -0,0 +1,40 @@ +using System; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// An interface for WaveStreams which can report notification of individual samples + /// </summary> + public interface ISampleNotifier + { + /// <summary> + /// A sample has been detected + /// </summary> + event EventHandler<SampleEventArgs> Sample; + } + + /// <summary> + /// Sample event arguments + /// </summary> + public class SampleEventArgs : EventArgs + { + /// <summary> + /// Left sample + /// </summary> + public float Left { get; set; } + /// <summary> + /// Right sample + /// </summary> + public float Right { get; set; } + + /// <summary> + /// Constructor + /// </summary> + public SampleEventArgs(float left, float right) + { + Left = left; + Right = right; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/ISampleNotifier.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/ISampleNotifier.cs.meta new file mode 100644 index 0000000..1cbf0b2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/ISampleNotifier.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7fe616dd078daa99285b2a2291feb506 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Mp3FileReaderBase.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Mp3FileReaderBase.cs new file mode 100644 index 0000000..3d6bc4a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Mp3FileReaderBase.cs @@ -0,0 +1,461 @@ +using System; +using System.IO; +using System.Collections.Generic; +using System.Diagnostics; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + class Mp3Index + { + public long FilePosition { get; set; } + public long SamplePosition { get; set; } + public int SampleCount { get; set; } + public int ByteCount { get; set; } + } + + /// <summary> + /// Class for reading from MP3 files + /// </summary> + public class Mp3FileReaderBase : WaveStream + { + private readonly WaveFormat waveFormat; + private Stream mp3Stream; + private readonly long mp3DataLength; + private readonly long dataStartPosition; + + /// <summary> + /// The MP3 wave format (n.b. NOT the output format of this stream - see the WaveFormat property) + /// </summary> + public Mp3WaveFormat Mp3WaveFormat { get; private set; } + + private readonly XingHeader xingHeader; + private readonly bool ownInputStream; + + private List<Mp3Index> tableOfContents; + private int tocIndex; + + private long totalSamples; + private readonly int bytesPerSample; + private readonly int bytesPerDecodedFrame; + + private IMp3FrameDecompressor decompressor; + + private readonly byte[] decompressBuffer; + private int decompressBufferOffset; + private int decompressLeftovers; + private bool repositionedFlag; + + private long position; // decompressed data position tracker + + private readonly object repositionLock = new object(); + + + /// <summary>Supports opening a MP3 file</summary> + /// <param name="mp3FileName">MP3 File name</param> + /// <param name="frameDecompressorBuilder">Factory method to build a frame decompressor</param> + public Mp3FileReaderBase(string mp3FileName, FrameDecompressorBuilder frameDecompressorBuilder) + : this(File.OpenRead(mp3FileName), frameDecompressorBuilder, true) + { + } + + + + /// <summary> + /// Opens MP3 from a stream rather than a file + /// Will not dispose of this stream itself + /// </summary> + /// <param name="inputStream">The incoming stream containing MP3 data</param> + /// <param name="frameDecompressorBuilder">Factory method to build a frame decompressor</param> + public Mp3FileReaderBase(Stream inputStream, FrameDecompressorBuilder frameDecompressorBuilder) + : this(inputStream, frameDecompressorBuilder, false) + { + + } + + protected Mp3FileReaderBase(Stream inputStream, FrameDecompressorBuilder frameDecompressorBuilder, bool ownInputStream) + { + if (inputStream == null) throw new ArgumentNullException(nameof(inputStream)); + if (frameDecompressorBuilder == null) throw new ArgumentNullException(nameof(frameDecompressorBuilder)); + this.ownInputStream = ownInputStream; + try + { + mp3Stream = inputStream; + Id3v2Tag = Id3v2Tag.ReadTag(mp3Stream); + + dataStartPosition = mp3Stream.Position; + var firstFrame = Mp3Frame.LoadFromStream(mp3Stream); + if (firstFrame == null) + throw new InvalidDataException("Invalid MP3 file - no MP3 Frames Detected"); + double bitRate = firstFrame.BitRate; + xingHeader = XingHeader.LoadXingHeader(firstFrame); + // If the header exists, we can skip over it when decoding the rest of the file + if (xingHeader != null) dataStartPosition = mp3Stream.Position; + + // workaround for a longstanding issue with some files failing to load + // because they report a spurious sample rate change + var secondFrame = Mp3Frame.LoadFromStream(mp3Stream); + if (secondFrame != null && + (secondFrame.SampleRate != firstFrame.SampleRate || + secondFrame.ChannelMode != firstFrame.ChannelMode)) + { + // assume that the first frame was some kind of VBR/LAME header that we failed to recognise properly + dataStartPosition = secondFrame.FileOffset; + // forget about the first frame, the second one is the first one we really care about + firstFrame = secondFrame; + } + + mp3DataLength = mp3Stream.Length - dataStartPosition; + + // try for an ID3v1 tag as well + mp3Stream.Position = mp3Stream.Length - 128; + byte[] tag = new byte[128]; + mp3Stream.Read(tag, 0, 128); + if (tag[0] == 'T' && tag[1] == 'A' && tag[2] == 'G') + { + Id3v1Tag = tag; + mp3DataLength -= 128; + } + + mp3Stream.Position = dataStartPosition; + + // create a temporary MP3 format before we know the real bitrate + Mp3WaveFormat = new Mp3WaveFormat(firstFrame.SampleRate, + firstFrame.ChannelMode == ChannelMode.Mono ? 1 : 2, firstFrame.FrameLength, (int) bitRate); + + CreateTableOfContents(); + tocIndex = 0; + + // [Bit rate in Kilobits/sec] = [Length in kbits] / [time in seconds] + // = [Length in bits ] / [time in milliseconds] + + // Note: in audio, 1 kilobit = 1000 bits. + // Calculated as a double to minimize rounding errors + bitRate = (mp3DataLength*8.0/TotalSeconds()); + + mp3Stream.Position = dataStartPosition; + + // now we know the real bitrate we can create an accurate MP3 WaveFormat + Mp3WaveFormat = new Mp3WaveFormat(firstFrame.SampleRate, + firstFrame.ChannelMode == ChannelMode.Mono ? 1 : 2, firstFrame.FrameLength, (int) bitRate); + decompressor = frameDecompressorBuilder(Mp3WaveFormat); + waveFormat = decompressor.OutputFormat; + bytesPerSample = (decompressor.OutputFormat.BitsPerSample)/8*decompressor.OutputFormat.Channels; + // no MP3 frames have more than 1152 samples in them + bytesPerDecodedFrame = 1152 * bytesPerSample; + // some MP3s I seem to get double + decompressBuffer = new byte[bytesPerDecodedFrame * 2]; + } + catch (Exception) + { + if (ownInputStream) inputStream.Dispose(); + throw; + } + } + + /// <summary> + /// Function that can create an MP3 Frame decompressor + /// </summary> + /// <param name="mp3Format">A WaveFormat object describing the MP3 file format</param> + /// <returns>An MP3 Frame decompressor</returns> + public delegate IMp3FrameDecompressor FrameDecompressorBuilder(WaveFormat mp3Format); + + private void CreateTableOfContents() + { + try + { + // Just a guess at how many entries we'll need so the internal array need not resize very much + // 400 bytes per frame is probably a good enough approximation. + tableOfContents = new List<Mp3Index>((int)(mp3DataLength / 400)); + Mp3Frame frame; + do + { + var index = new Mp3Index(); + index.FilePosition = mp3Stream.Position; + index.SamplePosition = totalSamples; + frame = ReadNextFrame(false); + if (frame != null) + { + ValidateFrameFormat(frame); + + totalSamples += frame.SampleCount; + index.SampleCount = frame.SampleCount; + index.ByteCount = (int)(mp3Stream.Position - index.FilePosition); + tableOfContents.Add(index); + } + } while (frame != null); + } + catch (EndOfStreamException) + { + // not necessarily a problem + } + } + + private void ValidateFrameFormat(Mp3Frame frame) + { + if (frame.SampleRate != Mp3WaveFormat.SampleRate) + { + string message = + String.Format( + "Got a frame at sample rate {0}, in an MP3 with sample rate {1}. Mp3FileReader does not support sample rate changes.", + frame.SampleRate, Mp3WaveFormat.SampleRate); + throw new InvalidOperationException(message); + } + int channels = frame.ChannelMode == ChannelMode.Mono ? 1 : 2; + if (channels != Mp3WaveFormat.Channels) + { + string message = + String.Format( + "Got a frame with channel mode {0}, in an MP3 with {1} channels. Mp3FileReader does not support changes to channel count.", + frame.ChannelMode, Mp3WaveFormat.Channels); + throw new InvalidOperationException(message); + } + } + + /// <summary> + /// Gets the total length of this file in milliseconds. + /// </summary> + private double TotalSeconds() + { + return (double)totalSamples / Mp3WaveFormat.SampleRate; + } + + /// <summary> + /// ID3v2 tag if present + /// </summary> + // ReSharper disable once InconsistentNaming + public Id3v2Tag Id3v2Tag { get; } + + /// <summary> + /// ID3v1 tag if present + /// </summary> + // ReSharper disable once InconsistentNaming + public byte[] Id3v1Tag { get; } + + /// <summary> + /// Reads the next mp3 frame + /// </summary> + /// <returns>Next mp3 frame, or null if EOF</returns> + public Mp3Frame ReadNextFrame() + { + var frame = ReadNextFrame(true); + if (frame != null) position += frame.SampleCount*bytesPerSample; + return frame; + } + + /// <summary> + /// Reads the next mp3 frame + /// </summary> + /// <returns>Next mp3 frame, or null if EOF</returns> + private Mp3Frame ReadNextFrame(bool readData) + { + Mp3Frame frame = null; + try + { + frame = Mp3Frame.LoadFromStream(mp3Stream, readData); + if (frame != null) + { + tocIndex++; + } + } + catch (EndOfStreamException) + { + // suppress for now - it means we unexpectedly got to the end of the stream + // half way through + } + return frame; + } + + /// <summary> + /// This is the length in bytes of data available to be read out from the Read method + /// (i.e. the decompressed MP3 length) + /// n.b. this may return 0 for files whose length is unknown + /// </summary> + public override long Length => totalSamples * bytesPerSample; + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// <see cref="Stream.Position"/> + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + lock (repositionLock) + { + value = Math.Max(Math.Min(value, Length), 0); + var samplePosition = value / bytesPerSample; + Mp3Index mp3Index = null; + for (int index = 0; index < tableOfContents.Count; index++) + { + if (tableOfContents[index].SamplePosition + tableOfContents[index].SampleCount > samplePosition) + { + mp3Index = tableOfContents[index]; + tocIndex = index; + break; + } + } + + decompressBufferOffset = 0; + decompressLeftovers = 0; + repositionedFlag = true; + + if (mp3Index != null) + { + // perform the reposition + mp3Stream.Position = mp3Index.FilePosition; + + // set the offset into the buffer (that is yet to be populated in Read()) + var frameOffset = samplePosition - mp3Index.SamplePosition; + if (frameOffset > 0) + { + decompressBufferOffset = (int)frameOffset * bytesPerSample; + } + } + else + { + // we are repositioning to the end of the data + mp3Stream.Position = mp3DataLength + dataStartPosition; + } + + position = value; + } + } + } + + /// <summary> + /// Reads decompressed PCM data from our MP3 file. + /// </summary> + public override int Read(byte[] sampleBuffer, int offset, int numBytes) + { + int bytesRead = 0; + lock (repositionLock) + { + if (decompressLeftovers != 0) + { + int toCopy = Math.Min(decompressLeftovers, numBytes); + Array.Copy(decompressBuffer, decompressBufferOffset, sampleBuffer, offset, toCopy); + decompressLeftovers -= toCopy; + if (decompressLeftovers == 0) + { + decompressBufferOffset = 0; + } + else + { + decompressBufferOffset += toCopy; + } + bytesRead += toCopy; + offset += toCopy; + } + + int targetTocIndex = tocIndex; // the frame index that contains the requested data + + if (repositionedFlag) + { + decompressor.Reset(); + + // Seek back a few frames of the stream to get the reset decoder decode a few + // warm-up frames before reading the requested data. Without the warm-up phase, + // the first half of the frame after the reset is attenuated and does not resemble + // the data as it would be when reading sequentially from the beginning, because + // the decoder is missing the required overlap from the previous frame. + tocIndex = Math.Max(0, tocIndex - 3); // no warm-up at the beginning of the stream + mp3Stream.Position = tableOfContents[tocIndex].FilePosition; + + repositionedFlag = false; + } + + while (bytesRead < numBytes) + { + Mp3Frame frame = ReadNextFrame(true); // internal read - should not advance position + if (frame != null) + { + int decompressed = decompressor.DecompressFrame(frame, decompressBuffer, 0); + + if (tocIndex <= targetTocIndex || decompressed == 0) + { + // The first frame after a reset usually does not immediately yield decoded samples. + // Because the next instructions will fail if a buffer offset is set and the frame + // decoding didn't return data, we skip the part. + // We skip the following instructions also after decoding a warm-up frame. + continue; + } + // Two special cases can happen here: + // 1. We are interested in the first frame of the stream, but need to read the second frame too + // for the decoder to return decoded data + // 2. We are interested in the second frame of the stream, but because reading the first frame + // as warm-up didn't yield any data (because the decoder needs two frames to return data), we + // get data from the first and second frame. + // This case needs special handling, and we have to purge the data of the first frame. + else if (tocIndex == targetTocIndex + 1 && decompressed == bytesPerDecodedFrame * 2) + { + // Purge the first frame's data + Array.Copy(decompressBuffer, bytesPerDecodedFrame, decompressBuffer, 0, bytesPerDecodedFrame); + decompressed = bytesPerDecodedFrame; + } + + int toCopy = Math.Min(decompressed - decompressBufferOffset, numBytes - bytesRead); + Array.Copy(decompressBuffer, decompressBufferOffset, sampleBuffer, offset, toCopy); + if ((toCopy + decompressBufferOffset) < decompressed) + { + decompressBufferOffset = toCopy + decompressBufferOffset; + decompressLeftovers = decompressed - decompressBufferOffset; + } + else + { + // no lefovers + decompressBufferOffset = 0; + decompressLeftovers = 0; + } + offset += toCopy; + bytesRead += toCopy; + } + else + { + break; + } + } + } + Debug.Assert(bytesRead <= numBytes, "MP3 File Reader read too much"); + position += bytesRead; + return bytesRead; + } + + /// <summary> + /// Xing header if present + /// </summary> + public XingHeader XingHeader => xingHeader; + + /// <summary> + /// Disposes this WaveStream + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (mp3Stream != null) + { + if (ownInputStream) + { + mp3Stream.Dispose(); + } + mp3Stream = null; + } + if (decompressor != null) + { + decompressor.Dispose(); + decompressor = null; + } + } + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Mp3FileReaderBase.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Mp3FileReaderBase.cs.meta new file mode 100644 index 0000000..b366add --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Mp3FileReaderBase.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3332b96b8c40d397886a20e46fbae91f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RawSourceWaveStream.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RawSourceWaveStream.cs new file mode 100644 index 0000000..55ecb12 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RawSourceWaveStream.cs @@ -0,0 +1,81 @@ +using System; +using System.IO; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// WaveStream that simply passes on data from its source stream + /// (e.g. a MemoryStream) + /// </summary> + public class RawSourceWaveStream : WaveStream + { + private readonly Stream sourceStream; + private readonly WaveFormat waveFormat; + + /// <summary> + /// Initialises a new instance of RawSourceWaveStream + /// </summary> + /// <param name="sourceStream">The source stream containing raw audio</param> + /// <param name="waveFormat">The waveformat of the audio in the source stream</param> + public RawSourceWaveStream(Stream sourceStream, WaveFormat waveFormat) + { + this.sourceStream = sourceStream; + this.waveFormat = waveFormat; + } + + /// <summary> + /// Initialises a new instance of RawSourceWaveStream + /// </summary> + /// <param name="byteStream">The buffer containing raw audio</param> + /// <param name="offset">Offset in the source buffer to read from</param> + /// <param name="count">Number of bytes to read in the buffer</param> + /// <param name="waveFormat">The waveformat of the audio in the source stream</param> + public RawSourceWaveStream(byte[] byteStream, int offset, int count, WaveFormat waveFormat) + { + sourceStream = new MemoryStream(byteStream, offset, count); + this.waveFormat = waveFormat; + } + + /// <summary> + /// The WaveFormat of this stream + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// The length in bytes of this stream (if supported) + /// </summary> + public override long Length => sourceStream.Length; + + /// <summary> + /// The current position in this stream + /// </summary> + public override long Position + { + get + { + return sourceStream.Position; + } + set + { + sourceStream.Position = value - (value % waveFormat.BlockAlign); + } + } + + /// <summary> + /// Reads data from the stream + /// </summary> + public override int Read(byte[] buffer, int offset, int count) + { + try + { + return sourceStream.Read(buffer, offset, count); + } + catch (EndOfStreamException) + { + return 0; + } + } + } +} + diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RawSourceWaveStream.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RawSourceWaveStream.cs.meta new file mode 100644 index 0000000..05ea023 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RawSourceWaveStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d4c837e9f00c9ff0e9510945165c5505 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RiffChunk.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RiffChunk.cs new file mode 100644 index 0000000..78fe60e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RiffChunk.cs @@ -0,0 +1,42 @@ +using System; +using System.Text; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Holds information about a RIFF file chunk + /// </summary> + public class RiffChunk + { + /// <summary> + /// Creates a RiffChunk object + /// </summary> + public RiffChunk(int identifier, int length, long streamPosition) + { + Identifier = identifier; + Length = length; + StreamPosition = streamPosition; + } + + /// <summary> + /// The chunk identifier + /// </summary> + public int Identifier { get; } + + /// <summary> + /// The chunk identifier converted to a string + /// </summary> + public string IdentifierAsString => Encoding.UTF8.GetString(BitConverter.GetBytes(Identifier)); + + /// <summary> + /// The chunk length + /// </summary> + public int Length { get; private set; } + + /// <summary> + /// The stream position this chunk is located at + /// </summary> + public long StreamPosition { get; private set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RiffChunk.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RiffChunk.cs.meta new file mode 100644 index 0000000..8dced5b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/RiffChunk.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2ca36425d317e7399aeb29747f50219b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/SimpleCompressorStream.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/SimpleCompressorStream.cs new file mode 100644 index 0000000..81e0fb6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/SimpleCompressorStream.cs @@ -0,0 +1,145 @@ +using NAudio.Dsp; + +namespace NAudio.Wave +{ + /// <summary> + /// A simple compressor + /// </summary> + public class SimpleCompressorEffect : ISampleProvider + { + private readonly ISampleProvider sourceStream; + private readonly SimpleCompressor simpleCompressor; + private readonly int channels; + private readonly object lockObject = new object(); + + /// <summary> + /// Create a new simple compressor stream + /// </summary> + /// <param name="sourceStream">Source stream</param> + public SimpleCompressorEffect(ISampleProvider sourceStream) + { + this.sourceStream = sourceStream; + channels = sourceStream.WaveFormat.Channels; + simpleCompressor = new SimpleCompressor(5.0, 10.0, sourceStream.WaveFormat.SampleRate); + simpleCompressor.Threshold = 16; + simpleCompressor.Ratio = 6; + simpleCompressor.MakeUpGain = 16; + + } + + /// <summary> + /// Make-up Gain + /// </summary> + public double MakeUpGain + { + get => simpleCompressor.MakeUpGain; + set + { + lock (lockObject) + { + simpleCompressor.MakeUpGain = value; + } + } + } + + /// <summary> + /// Threshold + /// </summary> + public double Threshold + { + get => simpleCompressor.Threshold; + set + { + lock (lockObject) + { + simpleCompressor.Threshold = value; + } + } + } + + /// <summary> + /// Ratio + /// </summary> + public double Ratio + { + get => simpleCompressor.Ratio; + set + { + lock (lockObject) + { + simpleCompressor.Ratio = value; + } + } + } + + /// <summary> + /// Attack time + /// </summary> + public double Attack + { + get => simpleCompressor.Attack; + set + { + lock (lockObject) + { + simpleCompressor.Attack = value; + } + } + } + + /// <summary> + /// Release time + /// </summary> + public double Release + { + get => simpleCompressor.Release; + set + { + lock (lockObject) + { + simpleCompressor.Release = value; + } + } + } + + /// <summary> + /// Turns gain on or off + /// </summary> + public bool Enabled { get; set; } + + /// <summary> + /// Gets the WaveFormat of this stream + /// </summary> + public WaveFormat WaveFormat => sourceStream.WaveFormat; + + + /// <summary> + /// Reads bytes from this stream + /// </summary> + /// <param name="array">Buffer to read into</param> + /// <param name="offset">Offset in array to read into</param> + /// <param name="count">Number of bytes to read</param> + /// <returns>Number of bytes read</returns> + public int Read(float[] array, int offset, int count) + { + lock (lockObject) + { + int samplesRead = sourceStream.Read(array, offset, count); + if (Enabled) + { + for (int sample = 0; sample < samplesRead; sample+=channels) + { + double in1 = array[offset+sample]; + double in2 = (channels == 1) ? 0 : array[offset+sample+1]; + simpleCompressor.Process(ref in1, ref in2); + array[offset + sample] = (float)in1; + if (channels > 1) + array[offset + sample + 1] = (float)in2; + } + } + return samplesRead; + } + } + } +} + diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/SimpleCompressorStream.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/SimpleCompressorStream.cs.meta new file mode 100644 index 0000000..d47c420 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/SimpleCompressorStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d38a1ead5cdd67ab49b53c86686d7d14 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Wave32To16Stream.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Wave32To16Stream.cs new file mode 100644 index 0000000..41e6ba2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Wave32To16Stream.cs @@ -0,0 +1,180 @@ +using System; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// WaveStream that converts 32 bit audio back down to 16 bit, clipping if necessary + /// </summary> + public class Wave32To16Stream : WaveStream + { + private WaveStream sourceStream; + private readonly WaveFormat waveFormat; + private readonly long length; + private long position; + private bool clip; + private float volume; + private readonly object lockObject = new object(); + + /// <summary> + /// The <see cref="Read"/> method reuses the same buffer to prevent + /// unnecessary allocations. + /// </summary> + private byte[] sourceBuffer; + + /// <summary> + /// Creates a new Wave32To16Stream + /// </summary> + /// <param name="sourceStream">the source stream</param> + public Wave32To16Stream(WaveStream sourceStream) + { + if (sourceStream.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + throw new ArgumentException("Only 32 bit Floating point supported"); + if (sourceStream.WaveFormat.BitsPerSample != 32) + throw new ArgumentException("Only 32 bit Floating point supported"); + + waveFormat = new WaveFormat(sourceStream.WaveFormat.SampleRate, 16, sourceStream.WaveFormat.Channels); + volume = 1.0f; + this.sourceStream = sourceStream; + length = sourceStream.Length / 2; + position = sourceStream.Position / 2; + } + + /// <summary> + /// Sets the volume for this stream. 1.0f is full scale + /// </summary> + public float Volume + { + get + { + return volume; + } + set + { + volume = value; + } + } + + /// <summary> + /// <see cref="WaveStream.BlockAlign"/> + /// </summary> + public override int BlockAlign => sourceStream.BlockAlign / 2; + + + /// <summary> + /// Returns the stream length + /// </summary> + public override long Length => length; + + /// <summary> + /// Gets or sets the current position in the stream + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + lock (lockObject) + { + // make sure we don't get out of sync + value -= (value % BlockAlign); + sourceStream.Position = value * 2; + position = value; + } + } + } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="destBuffer">Destination buffer</param> + /// <param name="offset">Offset into destination buffer</param> + /// <param name="numBytes"></param> + /// <returns>Number of bytes read.</returns> + public override int Read(byte[] destBuffer, int offset, int numBytes) + { + lock (lockObject) + { + int count = numBytes*2; + sourceBuffer = BufferHelpers.Ensure(sourceBuffer, count); + int bytesRead = sourceStream.Read(sourceBuffer, 0, count); + Convert32To16(destBuffer, offset, sourceBuffer, bytesRead); + position += (bytesRead/2); + return bytesRead/2; + } + } + + /// <summary> + /// Conversion to 16 bit and clipping + /// </summary> + private unsafe void Convert32To16(byte[] destBuffer, int offset, byte[] source, int bytesRead) + { + fixed (byte* pDestBuffer = &destBuffer[offset], + pSourceBuffer = &source[0]) + { + short* psDestBuffer = (short*)pDestBuffer; + float* pfSourceBuffer = (float*)pSourceBuffer; + + int samplesRead = bytesRead / 4; + for (int n = 0; n < samplesRead; n++) + { + float sampleVal = pfSourceBuffer[n] * volume; + if (sampleVal > 1.0f) + { + psDestBuffer[n] = short.MaxValue; + clip = true; + } + else if (sampleVal < -1.0f) + { + psDestBuffer[n] = short.MinValue; + clip = true; + } + else + { + psDestBuffer[n] = (short)(sampleVal * 32767); + } + } + } + } + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Clip indicator. Can be reset. + /// </summary> + public bool Clip + { + get + { + return clip; + } + set + { + clip = value; + } + } + + /// <summary> + /// Disposes this WaveStream + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (sourceStream != null) + { + sourceStream.Dispose(); + sourceStream = null; + } + } + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Wave32To16Stream.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Wave32To16Stream.cs.meta new file mode 100644 index 0000000..66326b3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/Wave32To16Stream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1ce30a69521443a9c84bb58e72c27c71 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveChannel32.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveChannel32.cs new file mode 100644 index 0000000..b1b85f3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveChannel32.cs @@ -0,0 +1,269 @@ +using System; +using NAudio.Wave.SampleProviders; + +namespace NAudio.Wave +{ + /// <summary> + /// Represents Channel for the WaveMixerStream + /// 32 bit output and 16 bit input + /// It's output is always stereo + /// The input stream can be panned + /// </summary> + public class WaveChannel32 : WaveStream, ISampleNotifier + { + private WaveStream sourceStream; + private readonly WaveFormat waveFormat; + private readonly long length; + private readonly int destBytesPerSample; + private readonly int sourceBytesPerSample; + private volatile float volume; + private volatile float pan; + private long position; + private readonly ISampleChunkConverter sampleProvider; + private readonly object lockObject = new object(); + + /// <summary> + /// Creates a new WaveChannel32 + /// </summary> + /// <param name="sourceStream">the source stream</param> + /// <param name="volume">stream volume (1 is 0dB)</param> + /// <param name="pan">pan control (-1 to 1)</param> + public WaveChannel32(WaveStream sourceStream, float volume, float pan) + { + PadWithZeroes = true; + + var providers = new ISampleChunkConverter[] + { + new Mono8SampleChunkConverter(), + new Stereo8SampleChunkConverter(), + new Mono16SampleChunkConverter(), + new Stereo16SampleChunkConverter(), + new Mono24SampleChunkConverter(), + new Stereo24SampleChunkConverter(), + new MonoFloatSampleChunkConverter(), + new StereoFloatSampleChunkConverter(), + }; + foreach (var provider in providers) + { + if (provider.Supports(sourceStream.WaveFormat)) + { + this.sampleProvider = provider; + break; + } + } + + if (this.sampleProvider == null) + { + throw new ArgumentException("Unsupported sourceStream format"); + } + + // always outputs stereo 32 bit + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sourceStream.WaveFormat.SampleRate, 2); + destBytesPerSample = 8; // includes stereo factoring + + this.sourceStream = sourceStream; + this.volume = volume; + this.pan = pan; + sourceBytesPerSample = sourceStream.WaveFormat.Channels * sourceStream.WaveFormat.BitsPerSample / 8; + + length = SourceToDest(sourceStream.Length); + position = 0; + } + + private long SourceToDest(long sourceBytes) + { + return (sourceBytes / sourceBytesPerSample) * destBytesPerSample; + } + + private long DestToSource(long destBytes) + { + return (destBytes / destBytesPerSample) * sourceBytesPerSample; + } + + /// <summary> + /// Creates a WaveChannel32 with default settings + /// </summary> + /// <param name="sourceStream">The source stream</param> + public WaveChannel32(WaveStream sourceStream) + : + this(sourceStream, 1.0f, 0.0f) + { + } + + /// <summary> + /// Gets the block alignment for this WaveStream + /// </summary> + public override int BlockAlign => (int)SourceToDest(sourceStream.BlockAlign); + + /// <summary> + /// Returns the stream length + /// </summary> + public override long Length => length; + + /// <summary> + /// Gets or sets the current position in the stream + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + lock (lockObject) + { + // make sure we don't get out of sync + value -= (value % BlockAlign); + if (value < 0) + { + sourceStream.Position = 0; + } + else + { + sourceStream.Position = DestToSource(value); + } + // source stream may not have accepted the reposition we gave it + position = SourceToDest(sourceStream.Position); + } + } + } + + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="destBuffer">The destination buffer</param> + /// <param name="offset">Offset into the destination buffer</param> + /// <param name="numBytes">Number of bytes read</param> + /// <returns>Number of bytes read.</returns> + public override int Read(byte[] destBuffer, int offset, int numBytes) + { + lock (lockObject) + { + int bytesWritten = 0; + WaveBuffer destWaveBuffer = new WaveBuffer(destBuffer); + + // 1. fill with silence + if (position < 0) + { + bytesWritten = (int) Math.Min(numBytes, 0 - position); + for (int n = 0; n < bytesWritten; n++) + destBuffer[n + offset] = 0; + } + if (bytesWritten < numBytes) + { + sampleProvider.LoadNextChunk(sourceStream, (numBytes - bytesWritten)/8); + float left, right; + + int outIndex = (offset/4) + bytesWritten/4; + while (this.sampleProvider.GetNextSample(out left, out right) && bytesWritten < numBytes) + { + // implement better panning laws. + left = (pan <= 0) ? left : (left*(1 - pan)/2.0f); + right = (pan >= 0) ? right : (right*(pan + 1)/2.0f); + left *= volume; + right *= volume; + destWaveBuffer.FloatBuffer[outIndex++] = left; + destWaveBuffer.FloatBuffer[outIndex++] = right; + bytesWritten += 8; + if (Sample != null) RaiseSample(left, right); + } + } + // 3. Fill out with zeroes + if (PadWithZeroes && bytesWritten < numBytes) + { + Array.Clear(destBuffer, offset + bytesWritten, numBytes - bytesWritten); + bytesWritten = numBytes; + } + position += bytesWritten; + return bytesWritten; + } + } + + /// <summary> + /// If true, Read always returns the number of bytes requested + /// </summary> + public bool PadWithZeroes { get; set; } + + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Volume of this channel. 1.0 = full scale + /// </summary> + public float Volume + { + get { return volume; } + set { volume = value; } + } + + /// <summary> + /// Pan of this channel (from -1 to 1) + /// </summary> + public float Pan + { + get { return pan; } + set { pan = value; } + } + + /// <summary> + /// Determines whether this channel has any data to play + /// to allow optimisation to not read, but bump position forward + /// </summary> + public override bool HasData(int count) + { + // Check whether the source stream has data. + bool sourceHasData = sourceStream.HasData(count); + + if (sourceHasData) + { + if (position + count < 0) + return false; + return (position < length) && (volume != 0); + } + return false; + } + + /// <summary> + /// Disposes this WaveStream + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (sourceStream != null) + { + sourceStream.Dispose(); + sourceStream = null; + } + } + else + { + System.Diagnostics.Debug.Assert(false, "WaveChannel32 was not Disposed"); + } + base.Dispose(disposing); + } + + /// <summary> + /// Sample + /// </summary> + public event EventHandler<SampleEventArgs> Sample; + + // reuse the same object every time to avoid making lots of work for the garbage collector + private SampleEventArgs sampleEventArgs = new SampleEventArgs(0,0); + + /// <summary> + /// Raise the sample event (no check for null because it has already been done) + /// </summary> + private void RaiseSample(float left, float right) + { + sampleEventArgs.Left = left; + sampleEventArgs.Right = right; + Sample(this, sampleEventArgs); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveChannel32.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveChannel32.cs.meta new file mode 100644 index 0000000..eb4813c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveChannel32.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 82e4600846a0308bcb03fcd86739743a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveFileReader.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveFileReader.cs new file mode 100644 index 0000000..cd2450f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveFileReader.cs @@ -0,0 +1,257 @@ +using System; +using System.IO; +using System.Collections.Generic; +using NAudio.FileFormats.Wav; + +namespace NAudio.Wave +{ + /// <summary>This class supports the reading of WAV files, + /// providing a repositionable WaveStream that returns the raw data + /// contained in the WAV file + /// </summary> + public class WaveFileReader : WaveStream + { + private readonly WaveFormat waveFormat; + private readonly bool ownInput; + private readonly long dataPosition; + private readonly long dataChunkLength; + private readonly object lockObject = new object(); + private Stream waveStream; + + /// <summary>Supports opening a WAV file</summary> + /// <remarks>The WAV file format is a real mess, but we will only + /// support the basic WAV file format which actually covers the vast + /// majority of WAV files out there. For more WAV file format information + /// visit www.wotsit.org. If you have a WAV file that can't be read by + /// this class, email it to the NAudio project and we will probably + /// fix this reader to support it + /// </remarks> + public WaveFileReader(String waveFile) : + this(File.OpenRead(waveFile), true) + { + } + + /// <summary> + /// Creates a Wave File Reader based on an input stream + /// </summary> + /// <param name="inputStream">The input stream containing a WAV file including header</param> + public WaveFileReader(Stream inputStream) : + this(inputStream, false) + { + } + + private WaveFileReader(Stream inputStream, bool ownInput) + { + this.waveStream = inputStream; + var chunkReader = new WaveFileChunkReader(); + try + { + chunkReader.ReadWaveHeader(inputStream); + waveFormat = chunkReader.WaveFormat; + dataPosition = chunkReader.DataChunkPosition; + dataChunkLength = chunkReader.DataChunkLength; + ExtraChunks = chunkReader.RiffChunks; + } + catch + { + if (ownInput) + { + inputStream.Dispose(); + } + + throw; + } + + Position = 0; + this.ownInput = ownInput; + } + + /// <summary> + /// Gets a list of the additional chunks found in this file + /// </summary> + public List<RiffChunk> ExtraChunks { get; } + + /// <summary> + /// Gets the data for the specified chunk + /// </summary> + public byte[] GetChunkData(RiffChunk chunk) + { + long oldPosition = waveStream.Position; + waveStream.Position = chunk.StreamPosition; + byte[] data = new byte[chunk.Length]; + waveStream.Read(data, 0, data.Length); + waveStream.Position = oldPosition; + return data; + } + + /// <summary> + /// Cleans up the resources associated with this WaveFileReader + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + // Release managed resources. + if (waveStream != null) + { + // only dispose our source if we created it + if (ownInput) + { + waveStream.Dispose(); + } + waveStream = null; + } + } + else + { + System.Diagnostics.Debug.Assert(false, "WaveFileReader was not disposed"); + } + // Release unmanaged resources. + // Set large fields to null. + // Call Dispose on your base class. + base.Dispose(disposing); + } + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// This is the length of audio data contained in this WAV file, in bytes + /// (i.e. the byte length of the data chunk, not the length of the WAV file itself) + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override long Length => dataChunkLength; + + /// <summary> + /// Number of Sample Frames (if possible to calculate) + /// This currently does not take into account number of channels + /// Multiply number of channels if you want the total number of samples + /// </summary> + public long SampleCount + { + get + { + if (waveFormat.Encoding == WaveFormatEncoding.Pcm || + waveFormat.Encoding == WaveFormatEncoding.Extensible || + waveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + return dataChunkLength / BlockAlign; + } + // n.b. if there is a fact chunk, you can use that to get the number of samples + throw new InvalidOperationException("Sample count is calculated only for the standard encodings"); + } + } + + /// <summary> + /// Position in the WAV data chunk. + /// <see cref="Stream.Position"/> + /// </summary> + public override long Position + { + get + { + return waveStream.Position - dataPosition; + } + set + { + lock (lockObject) + { + value = Math.Min(value, Length); + // make sure we don't get out of sync + value -= (value % waveFormat.BlockAlign); + waveStream.Position = value + dataPosition; + } + } + } + + /// <summary> + /// Reads bytes from the Wave File + /// <see cref="Stream.Read"/> + /// </summary> + public override int Read(byte[] array, int offset, int count) + { + if (count % waveFormat.BlockAlign != 0) + { + throw new ArgumentException( + $"Must read complete blocks: requested {count}, block align is {WaveFormat.BlockAlign}"); + } + lock (lockObject) + { + // sometimes there is more junk at the end of the file past the data chunk + if (Position + count > dataChunkLength) + { + count = (int) (dataChunkLength - Position); + } + return waveStream.Read(array, offset, count); + } + } + + /// <summary> + /// Attempts to read the next sample or group of samples as floating point normalised into the range -1.0f to 1.0f + /// </summary> + /// <returns>An array of samples, 1 for mono, 2 for stereo etc. Null indicates end of file reached + /// </returns> + public float[] ReadNextSampleFrame() + { + switch (waveFormat.Encoding) + { + case WaveFormatEncoding.Pcm: + case WaveFormatEncoding.IeeeFloat: + case WaveFormatEncoding.Extensible: // n.b. not necessarily PCM, should probably write more code to handle this case + break; + default: + throw new InvalidOperationException("Only 16, 24 or 32 bit PCM or IEEE float audio data supported"); + } + var sampleFrame = new float[waveFormat.Channels]; + int bytesToRead = waveFormat.Channels*(waveFormat.BitsPerSample/8); + byte[] raw = new byte[bytesToRead]; + int bytesRead = Read(raw, 0, bytesToRead); + if (bytesRead == 0) return null; // end of file + if (bytesRead < bytesToRead) throw new InvalidDataException("Unexpected end of file"); + int offset = 0; + for (int channel = 0; channel < waveFormat.Channels; channel++) + { + if (waveFormat.BitsPerSample == 16) + { + sampleFrame[channel] = BitConverter.ToInt16(raw, offset)/32768f; + offset += 2; + } + else if (waveFormat.BitsPerSample == 24) + { + sampleFrame[channel] = (((sbyte)raw[offset + 2] << 16) | (raw[offset + 1] << 8) | raw[offset]) / 8388608f; + offset += 3; + } + else if (waveFormat.BitsPerSample == 32 && waveFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + sampleFrame[channel] = BitConverter.ToSingle(raw, offset); + offset += 4; + } + else if (waveFormat.BitsPerSample == 32) + { + sampleFrame[channel] = BitConverter.ToInt32(raw, offset) / (Int32.MaxValue + 1f); + offset += 4; + } + else + { + throw new InvalidOperationException("Unsupported bit depth"); + } + } + return sampleFrame; + } + + /// <summary> + /// Attempts to read a sample into a float. n.b. only applicable for uncompressed formats + /// Will normalise the value read into the range -1.0f to 1.0f if it comes from a PCM encoding + /// </summary> + /// <returns>False if the end of the WAV data chunk was reached</returns> + [Obsolete("Use ReadNextSampleFrame instead (this version does not support stereo properly)")] + public bool TryReadFloat(out float sampleValue) + { + var sf = ReadNextSampleFrame(); + sampleValue = sf != null ? sf[0] : 0; + return sf != null; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveFileReader.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveFileReader.cs.meta new file mode 100644 index 0000000..2dedede --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveFileReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 83ef28116468271b4880ec548affd8ad +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveMixerStream32.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveMixerStream32.cs new file mode 100644 index 0000000..43658cb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveMixerStream32.cs @@ -0,0 +1,248 @@ +using System; +using System.Collections.Generic; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveStream that can mix together multiple 32 bit input streams + /// (Normally used with stereo input channels) + /// All channels must have the same number of inputs + /// </summary> + public class WaveMixerStream32 : WaveStream + { + private readonly List<WaveStream> inputStreams; + private readonly object inputsLock; + private WaveFormat waveFormat; + private long length; + private long position; + private readonly int bytesPerSample; + + /// <summary> + /// Creates a new 32 bit WaveMixerStream + /// </summary> + public WaveMixerStream32() + { + AutoStop = true; + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(44100, 2); + bytesPerSample = 4; + inputStreams = new List<WaveStream>(); + inputsLock = new object(); + } + + /// <summary> + /// Creates a new 32 bit WaveMixerStream + /// </summary> + /// <param name="inputStreams">An Array of WaveStreams - must all have the same format. + /// Use WaveChannel is designed for this purpose.</param> + /// <param name="autoStop">Automatically stop when all inputs have been read</param> + /// <exception cref="ArgumentException">Thrown if the input streams are not 32 bit floating point, + /// or if they have different formats to each other</exception> + public WaveMixerStream32(IEnumerable<WaveStream> inputStreams, bool autoStop) + : this() + { + AutoStop = autoStop; + + foreach (var inputStream in inputStreams) + { + AddInputStream(inputStream); + } + } + + /// <summary> + /// Add a new input to the mixer + /// </summary> + /// <param name="waveStream">The wave input to add</param> + public void AddInputStream(WaveStream waveStream) + { + if (waveStream.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + throw new ArgumentException("Must be IEEE floating point", "waveStream"); + if (waveStream.WaveFormat.BitsPerSample != 32) + throw new ArgumentException("Only 32 bit audio currently supported", "waveStream"); + + if (inputStreams.Count == 0) + { + // first one - set the format + int sampleRate = waveStream.WaveFormat.SampleRate; + int channels = waveStream.WaveFormat.Channels; + waveFormat = WaveFormat.CreateIeeeFloatWaveFormat(sampleRate, channels); + } + else + { + if (!waveStream.WaveFormat.Equals(waveFormat)) + throw new ArgumentException("All incoming channels must have the same format", "waveStream"); + } + + lock (inputsLock) + { + inputStreams.Add(waveStream); + length = Math.Max(length, waveStream.Length); + // get to the right point in this input file + waveStream.Position = Position; + } + } + + /// <summary> + /// Remove a WaveStream from the mixer + /// </summary> + /// <param name="waveStream">waveStream to remove</param> + public void RemoveInputStream(WaveStream waveStream) + { + lock (inputsLock) + { + if (inputStreams.Remove(waveStream)) + { + // recalculate the length + long newLength = 0; + foreach (var inputStream in inputStreams) + { + newLength = Math.Max(newLength, inputStream.Length); + } + length = newLength; + } + } + } + + /// <summary> + /// The number of inputs to this mixer + /// </summary> + public int InputCount => inputStreams.Count; + + /// <summary> + /// Automatically stop when all inputs have been read + /// </summary> + public bool AutoStop { get; set; } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="buffer">buffer to read into</param> + /// <param name="offset">offset into buffer</param> + /// <param name="count">number of bytes required</param> + /// <returns>Number of bytes read.</returns> + /// <exception cref="ArgumentException">Thrown if an invalid number of bytes requested</exception> + public override int Read(byte[] buffer, int offset, int count) + { + if (AutoStop) + { + if (position + count > length) + count = (int)(length - position); + + // was a bug here, should be fixed now + System.Diagnostics.Debug.Assert(count >= 0, "length and position mismatch"); + } + + + if (count % bytesPerSample != 0) + throw new ArgumentException("Must read an whole number of samples", "count"); + + // blank the buffer + Array.Clear(buffer, offset, count); + int bytesRead = 0; + + // sum the channels in + var readBuffer = new byte[count]; + lock (inputsLock) + { + foreach (var inputStream in inputStreams) + { + if (inputStream.HasData(count)) + { + int readFromThisStream = inputStream.Read(readBuffer, 0, count); + // don't worry if input stream returns less than we requested - may indicate we have got to the end + bytesRead = Math.Max(bytesRead, readFromThisStream); + if (readFromThisStream > 0) + Sum32BitAudio(buffer, offset, readBuffer, readFromThisStream); + } + else + { + bytesRead = Math.Max(bytesRead, count); + inputStream.Position += count; + } + } + } + position += count; + return count; + } + + /// <summary> + /// Actually performs the mixing + /// </summary> + static unsafe void Sum32BitAudio(byte[] destBuffer, int offset, byte[] sourceBuffer, int bytesRead) + { + fixed (byte* pDestBuffer = &destBuffer[offset], + pSourceBuffer = &sourceBuffer[0]) + { + float* pfDestBuffer = (float*)pDestBuffer; + float* pfReadBuffer = (float*)pSourceBuffer; + int samplesRead = bytesRead / 4; + for (int n = 0; n < samplesRead; n++) + { + pfDestBuffer[n] += pfReadBuffer[n]; + } + } + } + + /// <summary> + /// <see cref="WaveStream.BlockAlign"/> + /// </summary> + public override int BlockAlign => waveFormat.BlockAlign; + + /// <summary> + /// Length of this Wave Stream (in bytes) + /// <see cref="System.IO.Stream.Length"/> + /// </summary> + public override long Length => length; + + /// <summary> + /// Position within this Wave Stream (in bytes) + /// <see cref="System.IO.Stream.Position"/> + /// </summary> + public override long Position + { + get + { + // all streams are at the same position + return position; + } + set + { + lock (inputsLock) + { + value = Math.Min(value, Length); + foreach (WaveStream inputStream in inputStreams) + { + inputStream.Position = Math.Min(value, inputStream.Length); + } + position = value; + } + } + } + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => waveFormat; + + /// <summary> + /// Disposes this WaveStream + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + lock (inputsLock) + { + foreach (WaveStream inputStream in inputStreams) + { + inputStream.Dispose(); + } + } + } + else + { + System.Diagnostics.Debug.Assert(false, "WaveMixerStream32 was not disposed"); + } + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveMixerStream32.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveMixerStream32.cs.meta new file mode 100644 index 0000000..fa1481c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveMixerStream32.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ff9a8fcd0944d99ff8ff42ccc5921e97 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveOffsetStream.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveOffsetStream.cs new file mode 100644 index 0000000..56fb34f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveOffsetStream.cs @@ -0,0 +1,234 @@ +using System; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Simply shifts the input stream in time, optionally + /// clipping its start and end. + /// (n.b. may include looping in the future) + /// </summary> + public class WaveOffsetStream : WaveStream + { + private WaveStream sourceStream; + private long audioStartPosition; + private long sourceOffsetBytes; + private long sourceLengthBytes; + private long length; + private readonly int bytesPerSample; // includes all channels + private long position; + private TimeSpan startTime; + private TimeSpan sourceOffset; + private TimeSpan sourceLength; + private readonly object lockObject = new object(); + + /// <summary> + /// Creates a new WaveOffsetStream + /// </summary> + /// <param name="sourceStream">the source stream</param> + /// <param name="startTime">the time at which we should start reading from the source stream</param> + /// <param name="sourceOffset">amount to trim off the front of the source stream</param> + /// <param name="sourceLength">length of time to play from source stream</param> + public WaveOffsetStream(WaveStream sourceStream, TimeSpan startTime, TimeSpan sourceOffset, TimeSpan sourceLength) + { + if (sourceStream.WaveFormat.Encoding != WaveFormatEncoding.Pcm) + throw new ArgumentException("Only PCM supported"); + // TODO: add support for IEEE float + perhaps some others - + // anything with a fixed bytes per sample + + this.sourceStream = sourceStream; + position = 0; + bytesPerSample = (sourceStream.WaveFormat.BitsPerSample / 8) * sourceStream.WaveFormat.Channels; + StartTime = startTime; + SourceOffset = sourceOffset; + SourceLength = sourceLength; + + } + + /// <summary> + /// Creates a WaveOffsetStream with default settings (no offset or pre-delay, + /// and whole length of source stream) + /// </summary> + /// <param name="sourceStream">The source stream</param> + public WaveOffsetStream(WaveStream sourceStream) + : this(sourceStream, TimeSpan.Zero, TimeSpan.Zero, sourceStream.TotalTime) + { + } + + /// <summary> + /// The length of time before which no audio will be played + /// </summary> + public TimeSpan StartTime + { + get + { + return startTime; + } + set + { + lock (lockObject) + { + startTime = value; + audioStartPosition = (long)(startTime.TotalSeconds * sourceStream.WaveFormat.SampleRate) * bytesPerSample; + // fix up our length and position + length = audioStartPosition + sourceLengthBytes; + Position = Position; + } + } + } + + /// <summary> + /// An offset into the source stream from which to start playing + /// </summary> + public TimeSpan SourceOffset + { + get + { + return sourceOffset; + } + set + { + lock (lockObject) + { + sourceOffset = value; + sourceOffsetBytes = (long)(sourceOffset.TotalSeconds * sourceStream.WaveFormat.SampleRate) * bytesPerSample; + // fix up our position + Position = Position; + } + } + } + + /// <summary> + /// Length of time to read from the source stream + /// </summary> + public TimeSpan SourceLength + { + get + { + return sourceLength; + } + set + { + lock (lockObject) + { + sourceLength = value; + sourceLengthBytes = (long)(sourceLength.TotalSeconds * sourceStream.WaveFormat.SampleRate) * bytesPerSample; + // fix up our length and position + length = audioStartPosition + sourceLengthBytes; + Position = Position; + } + } + + } + + /// <summary> + /// Gets the block alignment for this WaveStream + /// </summary> + public override int BlockAlign => sourceStream.BlockAlign; + + /// <summary> + /// Returns the stream length + /// </summary> + public override long Length => length; + + /// <summary> + /// Gets or sets the current position in the stream + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + lock (lockObject) + { + // make sure we don't get out of sync + value -= (value % BlockAlign); + if (value < audioStartPosition) + sourceStream.Position = sourceOffsetBytes; + else + sourceStream.Position = sourceOffsetBytes + (value - audioStartPosition); + position = value; + } + } + } + + /// <summary> + /// Reads bytes from this wave stream + /// </summary> + /// <param name="destBuffer">The destination buffer</param> + /// <param name="offset">Offset into the destination buffer</param> + /// <param name="numBytes">Number of bytes read</param> + /// <returns>Number of bytes read.</returns> + public override int Read(byte[] destBuffer, int offset, int numBytes) + { + lock (lockObject) + { + int bytesWritten = 0; + // 1. fill with silence + if (position < audioStartPosition) + { + bytesWritten = (int)Math.Min(numBytes, audioStartPosition - position); + for (int n = 0; n < bytesWritten; n++) + destBuffer[n + offset] = 0; + } + if (bytesWritten < numBytes) + { + // don't read too far into source stream + int sourceBytesRequired = (int)Math.Min( + numBytes - bytesWritten, + sourceLengthBytes + sourceOffsetBytes - sourceStream.Position); + int read = sourceStream.Read(destBuffer, bytesWritten + offset, sourceBytesRequired); + bytesWritten += read; + } + // 3. Fill out with zeroes + for (int n = bytesWritten; n < numBytes; n++) + destBuffer[offset + n] = 0; + position += numBytes; + return numBytes; + } + } + + /// <summary> + /// <see cref="WaveStream.WaveFormat"/> + /// </summary> + public override WaveFormat WaveFormat => sourceStream.WaveFormat; + + /// <summary> + /// Determines whether this channel has any data to play + /// to allow optimisation to not read, but bump position forward + /// </summary> + public override bool HasData(int count) + { + if (position + count < audioStartPosition) + return false; + if (position >= length) + return false; + // Check whether the source stream has data. + // source stream should be in the right poisition + return sourceStream.HasData(count); + } + + /// <summary> + /// Disposes this WaveStream + /// </summary> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (sourceStream != null) + { + sourceStream.Dispose(); + sourceStream = null; + } + } + else + { + System.Diagnostics.Debug.Assert(false, "WaveOffsetStream was not Disposed"); + } + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveOffsetStream.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveOffsetStream.cs.meta new file mode 100644 index 0000000..378e948 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveOffsetStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ec0cf406391b5e377a2e4d898239f08e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveStream.cs b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveStream.cs new file mode 100644 index 0000000..42a60cc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveStream.cs @@ -0,0 +1,133 @@ +// created on 27/12/2002 at 20:20 +using System; +using System.IO; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Base class for all WaveStream classes. Derives from stream. + /// </summary> + public abstract class WaveStream : Stream, IWaveProvider + { + /// <summary> + /// Retrieves the WaveFormat for this stream + /// </summary> + public abstract WaveFormat WaveFormat { get; } + + // base class includes long Position get; set + // base class includes long Length get + // base class includes Read + // base class includes Dispose + + /// <summary> + /// We can read from this stream + /// </summary> + public override bool CanRead => true; + + /// <summary> + /// We can seek within this stream + /// </summary> + public override bool CanSeek => true; + + /// <summary> + /// We can't write to this stream + /// </summary> + public override bool CanWrite => false; + + /// <summary> + /// Flush does not need to do anything + /// See <see cref="Stream.Flush"/> + /// </summary> + public override void Flush() { } + + /// <summary> + /// An alternative way of repositioning. + /// See <see cref="Stream.Seek"/> + /// </summary> + public override long Seek(long offset, SeekOrigin origin) + { + if (origin == SeekOrigin.Begin) + Position = offset; + else if (origin == SeekOrigin.Current) + Position += offset; + else + Position = Length + offset; + return Position; + } + + /// <summary> + /// Sets the length of the WaveStream. Not Supported. + /// </summary> + /// <param name="length"></param> + public override void SetLength(long length) + { + throw new NotSupportedException("Can't set length of a WaveFormatString"); + } + + /// <summary> + /// Writes to the WaveStream. Not Supported. + /// </summary> + public override void Write(byte[] buffer, int offset, int count) + { + throw new NotSupportedException("Can't write to a WaveFormatString"); + } + + /// <summary> + /// The block alignment for this wavestream. Do not modify the Position + /// to anything that is not a whole multiple of this value + /// </summary> + public virtual int BlockAlign => WaveFormat.BlockAlign; + + /// <summary> + /// Moves forward or backwards the specified number of seconds in the stream + /// </summary> + /// <param name="seconds">Number of seconds to move, can be negative</param> + public void Skip(int seconds) + { + long newPosition = Position + WaveFormat.AverageBytesPerSecond*seconds; + if (newPosition > Length) + Position = Length; + else if (newPosition < 0) + Position = 0; + else + Position = newPosition; + } + + /// <summary> + /// The current position in the stream in Time format + /// </summary> + public virtual TimeSpan CurrentTime + { + get + { + return TimeSpan.FromSeconds((double)Position / WaveFormat.AverageBytesPerSecond); + } + set + { + Position = (long) (value.TotalSeconds * WaveFormat.AverageBytesPerSecond); + } + } + + /// <summary> + /// Total length in real-time of the stream (may be an estimate for compressed files) + /// </summary> + public virtual TimeSpan TotalTime + { + get + { + return TimeSpan.FromSeconds((double) Length / WaveFormat.AverageBytesPerSecond); + } + } + + /// <summary> + /// Whether the WaveStream has non-zero sample data at the current position for the + /// specified count + /// </summary> + /// <param name="count">Number of bytes to read</param> + public virtual bool HasData(int count) + { + return Position < Length; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveStream.cs.meta b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveStream.cs.meta new file mode 100644 index 0000000..bf6ce67 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Core/Wave/WaveStreams/WaveStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7577856f6292f68a69721979f5073930 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras.meta b/NAudio-2.2.1/NAudio.Extras.meta new file mode 100644 index 0000000..7788d3f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 5bd5446324463b7e5b44609f282cf816 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/AudioPlaybackEngine.cs b/NAudio-2.2.1/NAudio.Extras/AudioPlaybackEngine.cs new file mode 100644 index 0000000..8ce770e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/AudioPlaybackEngine.cs @@ -0,0 +1,58 @@ +using System; +using NAudio.Wave; +using NAudio.Wave.SampleProviders; + +namespace NAudio.Extras +{ + /// <summary> + /// Demo for fire and forget playback + /// </summary> + public class AudioPlaybackEngine : IDisposable + { + private readonly IWavePlayer outputDevice; + private readonly MixingSampleProvider mixer; + + public AudioPlaybackEngine(int sampleRate = 44100, int channelCount = 2) + { + outputDevice = new WaveOutEvent(); + mixer = new MixingSampleProvider(WaveFormat.CreateIeeeFloatWaveFormat(sampleRate, channelCount)); + mixer.ReadFully = true; + outputDevice.Init(mixer); + outputDevice.Play(); + } + + public void PlaySound(string fileName) + { + var input = new AudioFileReader(fileName); + AddMixerInput(new AutoDisposeFileReader(input)); + } + + private ISampleProvider ConvertToRightChannelCount(ISampleProvider input) + { + if (input.WaveFormat.Channels == mixer.WaveFormat.Channels) + { + return input; + } + if (input.WaveFormat.Channels == 1 && mixer.WaveFormat.Channels == 2) + { + return new MonoToStereoSampleProvider(input); + } + throw new NotImplementedException("Not yet implemented this channel count conversion"); + } + + public void PlaySound(CachedSound sound) + { + AddMixerInput(new CachedSoundSampleProvider(sound)); + } + + private void AddMixerInput(ISampleProvider input) + { + mixer.AddMixerInput(ConvertToRightChannelCount(input)); + } + + public void Dispose() + { + outputDevice.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Extras/AudioPlaybackEngine.cs.meta b/NAudio-2.2.1/NAudio.Extras/AudioPlaybackEngine.cs.meta new file mode 100644 index 0000000..861d0c0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/AudioPlaybackEngine.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3f2923573697fd90181b132c7d0e5bdd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/AutoDisposeFileReader.cs b/NAudio-2.2.1/NAudio.Extras/AutoDisposeFileReader.cs new file mode 100644 index 0000000..1b5100b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/AutoDisposeFileReader.cs @@ -0,0 +1,38 @@ +using NAudio.Wave; +using System; + +namespace NAudio.Extras +{ + + /// <summary> + /// Used by AudioPlaybackEngine + /// </summary> + public class AutoDisposeFileReader : ISampleProvider + { + private readonly ISampleProvider reader; + private bool isDisposed; + public AutoDisposeFileReader(ISampleProvider reader) + { + this.reader = reader; + WaveFormat = reader.WaveFormat; + } + + public int Read(float[] buffer, int offset, int count) + { + if (isDisposed) + return 0; + int read = reader.Read(buffer, offset, count); + if (read == 0) + { + if (reader is IDisposable d) + { + d.Dispose(); + } + isDisposed = true; + } + return read; + } + + public WaveFormat WaveFormat { get; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Extras/AutoDisposeFileReader.cs.meta b/NAudio-2.2.1/NAudio.Extras/AutoDisposeFileReader.cs.meta new file mode 100644 index 0000000..7af660a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/AutoDisposeFileReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 89451fc3406271eceb937e18d02c623f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/CachedSound.cs b/NAudio-2.2.1/NAudio.Extras/CachedSound.cs new file mode 100644 index 0000000..19beca5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/CachedSound.cs @@ -0,0 +1,31 @@ +using System.Collections.Generic; +using System.Linq; +using NAudio.Wave; + +namespace NAudio.Extras +{ + /// <summary> + /// Used by AudioPlaybackEngine + /// </summary> + public class CachedSound + { + public float[] AudioData { get; } + public WaveFormat WaveFormat { get; } + public CachedSound(string audioFileName) + { + using (var audioFileReader = new AudioFileReader(audioFileName)) + { + // TODO: could add resampling in here if required + WaveFormat = audioFileReader.WaveFormat; + var wholeFile = new List<float>((int)(audioFileReader.Length / 4)); + var readBuffer = new float[audioFileReader.WaveFormat.SampleRate * audioFileReader.WaveFormat.Channels]; + int samplesRead; + while ((samplesRead = audioFileReader.Read(readBuffer, 0, readBuffer.Length)) > 0) + { + wholeFile.AddRange(readBuffer.Take(samplesRead)); + } + AudioData = wholeFile.ToArray(); + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Extras/CachedSound.cs.meta b/NAudio-2.2.1/NAudio.Extras/CachedSound.cs.meta new file mode 100644 index 0000000..8c0e2fb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/CachedSound.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 56d15c54fd435923ab1d70a8d1c54ff4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/CachedSoundSampleProvider.cs b/NAudio-2.2.1/NAudio.Extras/CachedSoundSampleProvider.cs new file mode 100644 index 0000000..cd00fae --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/CachedSoundSampleProvider.cs @@ -0,0 +1,27 @@ +using System; +using NAudio.Wave; + +namespace NAudio.Extras +{ + class CachedSoundSampleProvider : ISampleProvider + { + private readonly CachedSound cachedSound; + private long position; + + public CachedSoundSampleProvider(CachedSound cachedSound) + { + this.cachedSound = cachedSound; + } + + public int Read(float[] buffer, int offset, int count) + { + var availableSamples = cachedSound.AudioData.Length - position; + var samplesToCopy = Math.Min(availableSamples, count); + Array.Copy(cachedSound.AudioData, position, buffer, offset, samplesToCopy); + position += samplesToCopy; + return (int)samplesToCopy; + } + + public WaveFormat WaveFormat => cachedSound.WaveFormat; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Extras/CachedSoundSampleProvider.cs.meta b/NAudio-2.2.1/NAudio.Extras/CachedSoundSampleProvider.cs.meta new file mode 100644 index 0000000..8f3ca31 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/CachedSoundSampleProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3be47b226f5bf19beab232d032a8ad0e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/Equalizer.cs b/NAudio-2.2.1/NAudio.Extras/Equalizer.cs new file mode 100644 index 0000000..0c73e81 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/Equalizer.cs @@ -0,0 +1,76 @@ +using NAudio.Dsp; +using NAudio.Wave; + +namespace NAudio.Extras +{ + /// <summary> + /// Basic example of a multi-band eq + /// uses the same settings for both channels in stereo audio + /// Call Update after you've updated the bands + /// Potentially to be added to NAudio in a future version + /// </summary> + public class Equalizer : ISampleProvider + { + private readonly ISampleProvider sourceProvider; + private readonly EqualizerBand[] bands; + private readonly BiQuadFilter[,] filters; + private readonly int channels; + private readonly int bandCount; + private bool updated; + + public Equalizer(ISampleProvider sourceProvider, EqualizerBand[] bands) + { + this.sourceProvider = sourceProvider; + this.bands = bands; + channels = sourceProvider.WaveFormat.Channels; + bandCount = bands.Length; + filters = new BiQuadFilter[channels,bands.Length]; + CreateFilters(); + } + + private void CreateFilters() + { + for (int bandIndex = 0; bandIndex < bandCount; bandIndex++) + { + var band = bands[bandIndex]; + for (int n = 0; n < channels; n++) + { + if (filters[n, bandIndex] == null) + filters[n, bandIndex] = BiQuadFilter.PeakingEQ(sourceProvider.WaveFormat.SampleRate, band.Frequency, band.Bandwidth, band.Gain); + else + filters[n, bandIndex].SetPeakingEq(sourceProvider.WaveFormat.SampleRate, band.Frequency, band.Bandwidth, band.Gain); + } + } + } + + public void Update() + { + updated = true; + CreateFilters(); + } + + public WaveFormat WaveFormat => sourceProvider.WaveFormat; + + public int Read(float[] buffer, int offset, int count) + { + int samplesRead = sourceProvider.Read(buffer, offset, count); + + if (updated) + { + CreateFilters(); + updated = false; + } + + for (int n = 0; n < samplesRead; n++) + { + int ch = n % channels; + + for (int band = 0; band < bandCount; band++) + { + buffer[offset + n] = filters[ch, band].Transform(buffer[offset + n]); + } + } + return samplesRead; + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Extras/Equalizer.cs.meta b/NAudio-2.2.1/NAudio.Extras/Equalizer.cs.meta new file mode 100644 index 0000000..a015565 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/Equalizer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d5280887eb8347c358e1a1827f205ac1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/EqualizerBand.cs b/NAudio-2.2.1/NAudio.Extras/EqualizerBand.cs new file mode 100644 index 0000000..c22f5eb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/EqualizerBand.cs @@ -0,0 +1,9 @@ +namespace NAudio.Extras +{ + public class EqualizerBand + { + public float Frequency { get; set; } + public float Gain { get; set; } + public float Bandwidth { get; set; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Extras/EqualizerBand.cs.meta b/NAudio-2.2.1/NAudio.Extras/EqualizerBand.cs.meta new file mode 100644 index 0000000..c6b6baf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/EqualizerBand.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 459fb406b2c876df4bd4775071541f13 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/LoopStream.cs b/NAudio-2.2.1/NAudio.Extras/LoopStream.cs new file mode 100644 index 0000000..ac8dbea --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/LoopStream.cs @@ -0,0 +1,94 @@ +using System; +using NAudio.Wave; + +namespace NAudio.Extras +{ + /// <summary> + /// Loopable WaveStream + /// </summary> + public class LoopStream : WaveStream + { + readonly WaveStream sourceStream; + + /// <summary> + /// Creates a new Loop stream + /// </summary> + public LoopStream(WaveStream source) + { + sourceStream = source; + } + + /// <summary> + /// The WaveFormat of this stream + /// </summary> + public override WaveFormat WaveFormat + { + get { return sourceStream.WaveFormat; } + } + + /// <summary> + /// Length in bytes of this stream (effectively infinite) + /// </summary> + public override long Length + { + get { return long.MaxValue / 32; } + } + + /// <summary> + /// Position within this stream in bytes + /// </summary> + public override long Position + { + get + { + return sourceStream.Position; + } + set + { + sourceStream.Position = value; + } + } + + /// <summary> + /// Always has data available + /// </summary> + public override bool HasData(int count) + { + // infinite loop + return true; + } + + /// <summary> + /// Read data from this stream + /// </summary> + public override int Read(byte[] buffer, int offset, int count) + { + int read = 0; + while (read < count) + { + int required = count - read; + int readThisTime = sourceStream.Read(buffer, offset + read, required); + if (readThisTime < required) + { + sourceStream.Position = 0; + } + + if (sourceStream.Position >= sourceStream.Length) + { + sourceStream.Position = 0; + } + read += readThisTime; + } + return read; + } + + /// <summary> + /// Dispose this WaveStream (disposes the source) + /// </summary> + protected override void Dispose(bool disposing) + { + sourceStream.Dispose(); + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Extras/LoopStream.cs.meta b/NAudio-2.2.1/NAudio.Extras/LoopStream.cs.meta new file mode 100644 index 0000000..31bca35 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/LoopStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 42b9f4e0218488fcab4af20751e8d4bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/NAudio.Extras.csproj b/NAudio-2.2.1/NAudio.Extras/NAudio.Extras.csproj new file mode 100644 index 0000000..578cf31 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/NAudio.Extras.csproj @@ -0,0 +1,32 @@ +<Project Sdk="Microsoft.NET.Sdk"> + + <PropertyGroup> + <TargetFrameworks>net472;netcoreapp3.1;net6.0-windows;net6.0</TargetFrameworks> + <SignAssembly>true</SignAssembly> + <AssemblyOriginatorKeyFile>..\NAudioStrongNameKey.snk</AssemblyOriginatorKeyFile> + <GeneratePackageOnBuild>true</GeneratePackageOnBuild> + <GenerateDocumentationFile>true</GenerateDocumentationFile> + <Authors>Mark Heath</Authors> + <PackageProjectUrl>https://github.com/naudio/NAudio</PackageProjectUrl> + <PackageTags>C# .NET audio sound</PackageTags> + <RepositoryUrl>https://github.com/naudio/NAudio</RepositoryUrl> + <Copyright>© Mark Heath 2023</Copyright> + <PackageLicenseExpression>MIT</PackageLicenseExpression> + <Version>2.2.1</Version> + <PackageIcon>naudio-icon.png</PackageIcon> + </PropertyGroup> + + <ItemGroup> + <ProjectReference Include="..\NAudio.Core\NAudio.Core.csproj" /> + <ProjectReference Include="..\NAudio.Wasapi\NAudio.Wasapi.csproj" /> + <ProjectReference Include="..\NAudio\NAudio.csproj" /> + </ItemGroup> + + <ItemGroup> + <None Include="..\naudio-icon.png"> + <Pack>True</Pack> + <PackagePath></PackagePath> + </None> + </ItemGroup> + +</Project> diff --git a/NAudio-2.2.1/NAudio.Extras/NAudio.Extras.csproj.meta b/NAudio-2.2.1/NAudio.Extras/NAudio.Extras.csproj.meta new file mode 100644 index 0000000..2e4b392 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/NAudio.Extras.csproj.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 3eab9a9bc1dbce43f87c9e9310bd37e9 +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Extras/SampleAggregator.cs b/NAudio-2.2.1/NAudio.Extras/SampleAggregator.cs new file mode 100644 index 0000000..957df0f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/SampleAggregator.cs @@ -0,0 +1,119 @@ +using System; +using System.Diagnostics; +using NAudio.Dsp; +using NAudio.Wave; + +namespace NAudio.Extras +{ + /// <summary> + /// Demo sample provider that performs FFTs + /// </summary> + public class SampleAggregator : ISampleProvider + { + // volume + public event EventHandler<MaxSampleEventArgs> MaximumCalculated; + private float maxValue; + private float minValue; + public int NotificationCount { get; set; } + int count; + + // FFT + public event EventHandler<FftEventArgs> FftCalculated; + public bool PerformFFT { get; set; } + private readonly Complex[] fftBuffer; + private readonly FftEventArgs fftArgs; + private int fftPos; + private readonly int fftLength; + private readonly int m; + private readonly ISampleProvider source; + + private readonly int channels; + + public SampleAggregator(ISampleProvider source, int fftLength = 1024) + { + channels = source.WaveFormat.Channels; + if (!IsPowerOfTwo(fftLength)) + { + throw new ArgumentException("FFT Length must be a power of two"); + } + m = (int)Math.Log(fftLength, 2.0); + this.fftLength = fftLength; + fftBuffer = new Complex[fftLength]; + fftArgs = new FftEventArgs(fftBuffer); + this.source = source; + } + + static bool IsPowerOfTwo(int x) + { + return (x & (x - 1)) == 0; + } + + + public void Reset() + { + count = 0; + maxValue = minValue = 0; + } + + private void Add(float value) + { + if (PerformFFT && FftCalculated != null) + { + fftBuffer[fftPos].X = (float)(value * FastFourierTransform.HammingWindow(fftPos, fftLength)); + fftBuffer[fftPos].Y = 0; + fftPos++; + if (fftPos >= fftBuffer.Length) + { + fftPos = 0; + // 1024 = 2^10 + FastFourierTransform.FFT(true, m, fftBuffer); + FftCalculated(this, fftArgs); + } + } + + maxValue = Math.Max(maxValue, value); + minValue = Math.Min(minValue, value); + count++; + if (count >= NotificationCount && NotificationCount > 0) + { + MaximumCalculated?.Invoke(this, new MaxSampleEventArgs(minValue, maxValue)); + Reset(); + } + } + + public WaveFormat WaveFormat => source.WaveFormat; + + public int Read(float[] buffer, int offset, int count) + { + var samplesRead = source.Read(buffer, offset, count); + + for (int n = 0; n < samplesRead; n+=channels) + { + Add(buffer[n+offset]); + } + return samplesRead; + } + } + + public class MaxSampleEventArgs : EventArgs + { + [DebuggerStepThrough] + public MaxSampleEventArgs(float minValue, float maxValue) + { + MaxSample = maxValue; + MinSample = minValue; + } + public float MaxSample { get; private set; } + public float MinSample { get; private set; } + } + + public class FftEventArgs : EventArgs + { + [DebuggerStepThrough] + public FftEventArgs(Complex[] result) + { + Result = result; + } + public Complex[] Result { get; private set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Extras/SampleAggregator.cs.meta b/NAudio-2.2.1/NAudio.Extras/SampleAggregator.cs.meta new file mode 100644 index 0000000..97e819d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Extras/SampleAggregator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e8419fa60904cab35992a0c460851ac4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi.meta b/NAudio-2.2.1/NAudio.Midi.meta new file mode 100644 index 0000000..e3401d3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 8786e5ee3ed1fa7b28ac2faa2f6d5dce +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/MergeSort.cs b/NAudio-2.2.1/NAudio.Midi/MergeSort.cs new file mode 100644 index 0000000..3af8dfe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/MergeSort.cs @@ -0,0 +1,75 @@ +using System; +using System.Collections.Generic; + +namespace NAudio.Utils +{ + class MergeSort + { + /// <summary> + /// In-place and stable implementation of MergeSort + /// </summary> + static void Sort<T>(IList<T> list, int lowIndex, int highIndex, IComparer<T> comparer) + { + if (lowIndex >= highIndex) + { + return; + } + + + int midIndex = (lowIndex + highIndex) / 2; + + + // Partition the list into two lists and Sort them recursively + Sort(list, lowIndex, midIndex, comparer); + Sort(list, midIndex + 1, highIndex, comparer); + + // Merge the two sorted lists + int endLow = midIndex; + int startHigh = midIndex + 1; + + + while ((lowIndex <= endLow) && (startHigh <= highIndex)) + { + // MRH, if use < 0 sort is not stable + if (comparer.Compare(list[lowIndex], list[startHigh]) <= 0) + { + lowIndex++; + } + else + { + // list[lowIndex] > list[startHigh] + // The next element comes from the second list, + // move the list[start_hi] element into the next + // position and shuffle all the other elements up. + T t = list[startHigh]; + + for (int k = startHigh - 1; k >= lowIndex; k--) + { + list[k + 1] = list[k]; + } + + list[lowIndex] = t; + lowIndex++; + endLow++; + startHigh++; + } + } + } + + /// <summary> + /// MergeSort a list of comparable items + /// </summary> + public static void Sort<T>(IList<T> list) where T : IComparable<T> + { + Sort(list, 0, list.Count - 1, Comparer<T>.Default); + } + + /// <summary> + /// MergeSort a list + /// </summary> + public static void Sort<T>(IList<T> list, IComparer<T> comparer) + { + Sort(list, 0, list.Count - 1, comparer); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/MergeSort.cs.meta b/NAudio-2.2.1/NAudio.Midi/MergeSort.cs.meta new file mode 100644 index 0000000..1739dc3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/MergeSort.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8be75d1f4652a5e37bc52c20b5872e04 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi.meta b/NAudio-2.2.1/NAudio.Midi/Midi.meta new file mode 100644 index 0000000..a99306f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 14ee89a13799605f0844135edd8d246b +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/ChannelAfterTouchEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/ChannelAfterTouchEvent.cs new file mode 100644 index 0000000..406c91f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/ChannelAfterTouchEvent.cs @@ -0,0 +1,82 @@ +using System; +using System.IO; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI Channel AfterTouch Event. + /// </summary> + public class ChannelAfterTouchEvent : MidiEvent + { + private byte afterTouchPressure; + + /// <summary> + /// Creates a new ChannelAfterTouchEvent from raw MIDI data + /// </summary> + /// <param name="br">A binary reader</param> + public ChannelAfterTouchEvent(BinaryReader br) + { + afterTouchPressure = br.ReadByte(); + if ((afterTouchPressure & 0x80) != 0) + { + // TODO: might be a follow-on + throw new FormatException("Invalid afterTouchPressure"); + } + } + + /// <summary> + /// Creates a new Channel After-Touch Event + /// </summary> + /// <param name="absoluteTime">Absolute time</param> + /// <param name="channel">Channel</param> + /// <param name="afterTouchPressure">After-touch pressure</param> + public ChannelAfterTouchEvent(long absoluteTime, int channel, int afterTouchPressure) + : base(absoluteTime, channel, MidiCommandCode.ChannelAfterTouch) + { + AfterTouchPressure = afterTouchPressure; + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(afterTouchPressure); + } + + /// <summary> + /// The aftertouch pressure value + /// </summary> + public int AfterTouchPressure + { + get { return afterTouchPressure; } + set + { + if (value < 0 || value > 127) + { + throw new ArgumentOutOfRangeException("value", "After touch pressure must be in the range 0-127"); + } + afterTouchPressure = (byte) value; + } + } + + /// <summary> + /// <see cref="MidiEvent.GetAsShortMessage" /> + /// </summary> + public override int GetAsShortMessage() + { + return base.GetAsShortMessage() + (afterTouchPressure << 8); + } + + /// <summary> + /// Describes this channel after-touch event + /// </summary> + public override string ToString() + { + return $"{base.ToString()} {afterTouchPressure}"; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/ChannelAfterTouchEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/ChannelAfterTouchEvent.cs.meta new file mode 100644 index 0000000..e04cd8e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/ChannelAfterTouchEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2b2c57b6ea3097aa5a74305c86be7256 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/ControlChangeEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/ControlChangeEvent.cs new file mode 100644 index 0000000..14ee12f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/ControlChangeEvent.cs @@ -0,0 +1,120 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI control change event + /// </summary> + public class ControlChangeEvent : MidiEvent + { + private MidiController controller; + private byte controllerValue; + + /// <summary> + /// Reads a control change event from a MIDI stream + /// </summary> + /// <param name="br">Binary reader on the MIDI stream</param> + public ControlChangeEvent(BinaryReader br) + { + byte c = br.ReadByte(); + controllerValue = br.ReadByte(); + if((c & 0x80) != 0) + { + // TODO: might be a follow-on + throw new InvalidDataException("Invalid controller"); + } + controller = (MidiController) c; + if((controllerValue & 0x80) != 0) + { + throw new InvalidDataException(String.Format("Invalid controllerValue {0} for controller {1}, Pos 0x{2:X}", controllerValue, controller, br.BaseStream.Position)); + } + } + + /// <summary> + /// Creates a control change event + /// </summary> + /// <param name="absoluteTime">Time</param> + /// <param name="channel">MIDI Channel Number</param> + /// <param name="controller">The MIDI Controller</param> + /// <param name="controllerValue">Controller value</param> + public ControlChangeEvent(long absoluteTime, int channel, MidiController controller, int controllerValue) + : base(absoluteTime,channel,MidiCommandCode.ControlChange) + { + this.Controller = controller; + this.ControllerValue = controllerValue; + } + + /// <summary> + /// Describes this control change event + /// </summary> + /// <returns>A string describing this event</returns> + public override string ToString() + { + return String.Format("{0} Controller {1} Value {2}", + base.ToString(), + this.controller, + this.controllerValue); + } + + /// <summary> + /// <see cref="MidiEvent.GetAsShortMessage" /> + /// </summary> + public override int GetAsShortMessage() + { + byte c = (byte)controller; + return base.GetAsShortMessage() + (c << 8) + (controllerValue << 16); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write((byte)controller); + writer.Write((byte)controllerValue); + } + + /// <summary> + /// The controller number + /// </summary> + public MidiController Controller + { + get + { + return controller; + } + set + { + if ((int) value < 0 || (int) value > 127) + { + throw new ArgumentOutOfRangeException("value", "Controller number must be in the range 0-127"); + } + controller = value; + } + } + + /// <summary> + /// The controller value + /// </summary> + public int ControllerValue + { + get + { + return controllerValue; + } + set + { + if (value < 0 || value > 127) + { + throw new ArgumentOutOfRangeException("value", "Controller Value must be in the range 0-127"); + } + controllerValue = (byte) value; + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/ControlChangeEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/ControlChangeEvent.cs.meta new file mode 100644 index 0000000..304d2cb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/ControlChangeEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c25d280a1e6d482cbbb916d149f47474 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/KeySignatureEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/KeySignatureEvent.cs new file mode 100644 index 0000000..932f3cf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/KeySignatureEvent.cs @@ -0,0 +1,75 @@ +using System; +using System.IO; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI key signature event event + /// </summary> + public class KeySignatureEvent : MetaEvent + { + private readonly byte sharpsFlats; + private readonly byte majorMinor; + + /// <summary> + /// Reads a new track sequence number event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">the data length</param> + public KeySignatureEvent(BinaryReader br, int length) + { + if (length != 2) + { + throw new FormatException("Invalid key signature length"); + } + sharpsFlats = br.ReadByte(); // sf=sharps/flats (-7=7 flats, 0=key of C,7=7 sharps) + majorMinor = br.ReadByte(); // mi=major/minor (0=major, 1=minor) + } + + /// <summary> + /// Creates a new Key signature event with the specified data + /// </summary> + public KeySignatureEvent(int sharpsFlats, int majorMinor, long absoluteTime) + : base(MetaEventType.KeySignature, 2, absoluteTime) + { + this.sharpsFlats = (byte) sharpsFlats; + this.majorMinor = (byte) majorMinor; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => (KeySignatureEvent)MemberwiseClone(); + + /// <summary> + /// Number of sharps or flats + /// </summary> + public int SharpsFlats => (sbyte)sharpsFlats; + + /// <summary> + /// Major or Minor key + /// </summary> + public int MajorMinor => majorMinor; + + /// <summary> + /// Describes this event + /// </summary> + /// <returns>String describing the event</returns> + public override string ToString() + { + return String.Format("{0} {1} {2}", base.ToString(), SharpsFlats, majorMinor); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(sharpsFlats); + writer.Write(majorMinor); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/KeySignatureEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/KeySignatureEvent.cs.meta new file mode 100644 index 0000000..64afb9b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/KeySignatureEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5e9dad1f1ea2d0518b5d2a4071104e97 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MetaEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEvent.cs new file mode 100644 index 0000000..67d07e3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEvent.cs @@ -0,0 +1,132 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI meta event + /// </summary> + public class MetaEvent : MidiEvent + { + private MetaEventType metaEvent; + internal int metaDataLength; + + /// <summary> + /// Gets the type of this meta event + /// </summary> + public MetaEventType MetaEventType + { + get + { + return metaEvent; + } + } + + /// <summary> + /// Empty constructor + /// </summary> + protected MetaEvent() + { + } + + /// <summary> + /// Custom constructor for use by derived types, who will manage the data themselves + /// </summary> + /// <param name="metaEventType">Meta event type</param> + /// <param name="metaDataLength">Meta data length</param> + /// <param name="absoluteTime">Absolute time</param> + public MetaEvent(MetaEventType metaEventType, int metaDataLength, long absoluteTime) + : base(absoluteTime,1,MidiCommandCode.MetaEvent) + { + this.metaEvent = metaEventType; + this.metaDataLength = metaDataLength; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => new MetaEvent(metaEvent, metaDataLength, AbsoluteTime); + + /// <summary> + /// Reads a meta-event from a stream + /// </summary> + /// <param name="br">A binary reader based on the stream of MIDI data</param> + /// <returns>A new MetaEvent object</returns> + public static MetaEvent ReadMetaEvent(BinaryReader br) + { + MetaEventType metaEvent = (MetaEventType) br.ReadByte(); + int length = ReadVarInt(br); + + MetaEvent me = new MetaEvent(); + switch(metaEvent) + { + case MetaEventType.TrackSequenceNumber: // Sets the track's sequence number. + me = new TrackSequenceNumberEvent(br,length); + break; + case MetaEventType.TextEvent: // Text event + case MetaEventType.Copyright: // Copyright + case MetaEventType.SequenceTrackName: // Sequence / Track Name + case MetaEventType.TrackInstrumentName: // Track instrument name + case MetaEventType.Lyric: // lyric + case MetaEventType.Marker: // marker + case MetaEventType.CuePoint: // cue point + case MetaEventType.ProgramName: + case MetaEventType.DeviceName: + me = new TextEvent(br,length); + break; + case MetaEventType.EndTrack: // This event must come at the end of each track + if(length != 0) + { + throw new FormatException("End track length"); + } + break; + case MetaEventType.SetTempo: // Set tempo + me = new TempoEvent(br,length); + break; + case MetaEventType.TimeSignature: // Time signature + me = new TimeSignatureEvent(br,length); + break; + case MetaEventType.KeySignature: // Key signature + me = new KeySignatureEvent(br, length); + break; + case MetaEventType.SequencerSpecific: // Sequencer specific information + me = new SequencerSpecificEvent(br, length); + break; + case MetaEventType.SmpteOffset: + me = new SmpteOffsetEvent(br, length); + break; + default: +//System.Windows.Forms.MessageBox.Show(String.Format("Unsupported MetaEvent {0} length {1} pos {2}",metaEvent,length,br.BaseStream.Position)); + var data = br.ReadBytes(length); + if (data.Length != length) + { + throw new FormatException("Failed to read metaevent's data fully"); + } + return new RawMetaEvent(metaEvent, default(long), data); + } + me.metaEvent = metaEvent; + me.metaDataLength = length; + + return me; + } + + /// <summary> + /// Describes this meta event + /// </summary> + public override string ToString() + { + return $"{AbsoluteTime} {metaEvent}"; + } + + /// <summary> + /// <see cref="MidiEvent.Export"/> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write((byte)metaEvent); + WriteVarInt(writer, metaDataLength); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MetaEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEvent.cs.meta new file mode 100644 index 0000000..aca6aea --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f3ae6de562990f225958fe03626da596 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MetaEventType.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEventType.cs new file mode 100644 index 0000000..0462703 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEventType.cs @@ -0,0 +1,47 @@ +using System; + +namespace NAudio.Midi +{ + /// <summary> + /// MIDI MetaEvent Type + /// </summary> + public enum MetaEventType : byte + { + /// <summary>Track sequence number</summary> + TrackSequenceNumber = 0x00, + /// <summary>Text event</summary> + TextEvent = 0x01, + /// <summary>Copyright</summary> + Copyright = 0x02, + /// <summary>Sequence track name</summary> + SequenceTrackName = 0x03, + /// <summary>Track instrument name</summary> + TrackInstrumentName = 0x04, + /// <summary>Lyric</summary> + Lyric = 0x05, + /// <summary>Marker</summary> + Marker = 0x06, + /// <summary>Cue point</summary> + CuePoint = 0x07, + /// <summary>Program (patch) name</summary> + ProgramName = 0x08, + /// <summary>Device (port) name</summary> + DeviceName = 0x09, + /// <summary>MIDI Channel (not official?)</summary> + MidiChannel = 0x20, + /// <summary>MIDI Port (not official?)</summary> + MidiPort = 0x21, + /// <summary>End track</summary> + EndTrack = 0x2F, + /// <summary>Set tempo</summary> + SetTempo = 0x51, + /// <summary>SMPTE offset</summary> + SmpteOffset = 0x54, + /// <summary>Time signature</summary> + TimeSignature = 0x58, + /// <summary>Key signature</summary> + KeySignature = 0x59, + /// <summary>Sequencer specific</summary> + SequencerSpecific = 0x7F, + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MetaEventType.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEventType.cs.meta new file mode 100644 index 0000000..59d05ce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MetaEventType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 02e443089aecba62484242a60442075d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiCommandCode.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiCommandCode.cs new file mode 100644 index 0000000..01cf8cc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiCommandCode.cs @@ -0,0 +1,39 @@ +namespace NAudio.Midi +{ + /// <summary> + /// MIDI command codes + /// </summary> + public enum MidiCommandCode : byte + { + /// <summary>Note Off</summary> + NoteOff = 0x80, + /// <summary>Note On</summary> + NoteOn = 0x90, + /// <summary>Key After-touch</summary> + KeyAfterTouch = 0xA0, + /// <summary>Control change</summary> + ControlChange = 0xB0, + /// <summary>Patch change</summary> + PatchChange = 0xC0, + /// <summary>Channel after-touch</summary> + ChannelAfterTouch = 0xD0, + /// <summary>Pitch wheel change</summary> + PitchWheelChange = 0xE0, + /// <summary>Sysex message</summary> + Sysex = 0xF0, + /// <summary>Eox (comes at end of a sysex message)</summary> + Eox = 0xF7, + /// <summary>Timing clock (used when synchronization is required)</summary> + TimingClock = 0xF8, + /// <summary>Start sequence</summary> + StartSequence = 0xFA, + /// <summary>Continue sequence</summary> + ContinueSequence = 0xFB, + /// <summary>Stop sequence</summary> + StopSequence = 0xFC, + /// <summary>Auto-Sensing</summary> + AutoSensing = 0xFE, + /// <summary>Meta-event</summary> + MetaEvent = 0xFF, + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiCommandCode.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiCommandCode.cs.meta new file mode 100644 index 0000000..2303042 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiCommandCode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0853717fd4371bf8bb468f4c08a0ef09 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiController.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiController.cs new file mode 100644 index 0000000..516678f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiController.cs @@ -0,0 +1,42 @@ +using System; + +namespace NAudio.Midi +{ + /// <summary> + /// MidiController enumeration + /// http://www.midi.org/techspecs/midimessages.php#3 + /// </summary> + public enum MidiController : byte + { + /// <summary>Bank Select (MSB)</summary> + BankSelect = 0, + /// <summary>Modulation (MSB)</summary> + Modulation = 1, + /// <summary>Breath Controller</summary> + BreathController = 2, + /// <summary>Foot controller (MSB)</summary> + FootController = 4, + /// <summary>Main volume</summary> + MainVolume = 7, + /// <summary>Pan</summary> + Pan = 10, + /// <summary>Expression</summary> + Expression = 11, + /// <summary>Bank Select LSB</summary> + BankSelectLsb = 32, + /// <summary>Sustain</summary> + Sustain = 64, + /// <summary>Portamento On/Off</summary> + Portamento = 65, + /// <summary>Sostenuto On/Off</summary> + Sostenuto = 66, + /// <summary>Soft Pedal On/Off</summary> + SoftPedal = 67, + /// <summary>Legato Footswitch</summary> + LegatoFootswitch = 68, + /// <summary>Reset all controllers</summary> + ResetAllControllers = 121, + /// <summary>All notes off</summary> + AllNotesOff = 123, + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiController.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiController.cs.meta new file mode 100644 index 0000000..6df065e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiController.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a269b0eddbdb42adeb1c8fddb0a723db +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEvent.cs new file mode 100644 index 0000000..c16b252 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEvent.cs @@ -0,0 +1,396 @@ +using System; +using System.IO; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents an individual MIDI event + /// </summary> + public class MidiEvent + : ICloneable + { + /// <summary>The MIDI command code</summary> + private MidiCommandCode commandCode; + private int channel; + private int deltaTime; + private long absoluteTime; + + /// <summary> + /// Creates a MidiEvent from a raw message received using + /// the MME MIDI In APIs + /// </summary> + /// <param name="rawMessage">The short MIDI message</param> + /// <returns>A new MIDI Event</returns> + public static MidiEvent FromRawMessage(int rawMessage) + { + long absoluteTime = 0; + int b = rawMessage & 0xFF; + int data1 = (rawMessage >> 8) & 0xFF; + int data2 = (rawMessage >> 16) & 0xFF; + MidiCommandCode commandCode; + int channel = 1; + + if ((b & 0xF0) == 0xF0) + { + // both bytes are used for command code in this case + commandCode = (MidiCommandCode)b; + } + else + { + commandCode = (MidiCommandCode)(b & 0xF0); + channel = (b & 0x0F) + 1; + } + + MidiEvent me; + switch (commandCode) + { + case MidiCommandCode.NoteOn: + case MidiCommandCode.NoteOff: + case MidiCommandCode.KeyAfterTouch: + if (data2 > 0 && commandCode == MidiCommandCode.NoteOn) + { + me = new NoteOnEvent(absoluteTime, channel, data1, data2, 0); + } + else + { + me = new NoteEvent(absoluteTime, channel, commandCode, data1, data2); + } + break; + case MidiCommandCode.ControlChange: + me = new ControlChangeEvent(absoluteTime,channel,(MidiController)data1,data2); + break; + case MidiCommandCode.PatchChange: + me = new PatchChangeEvent(absoluteTime,channel,data1); + break; + case MidiCommandCode.ChannelAfterTouch: + me = new ChannelAfterTouchEvent(absoluteTime,channel,data1); + break; + case MidiCommandCode.PitchWheelChange: + me = new PitchWheelChangeEvent(absoluteTime, channel, data1 + (data2 << 7)); + break; + case MidiCommandCode.TimingClock: + case MidiCommandCode.StartSequence: + case MidiCommandCode.ContinueSequence: + case MidiCommandCode.StopSequence: + case MidiCommandCode.AutoSensing: + me = new MidiEvent(absoluteTime,channel,commandCode); + break; + //case MidiCommandCode.MetaEvent: + //case MidiCommandCode.Sysex: + default: + throw new FormatException(String.Format("Unsupported MIDI Command Code for Raw Message {0}", commandCode)); + } + return me; + + } + + /// <summary> + /// Constructs a MidiEvent from a BinaryStream + /// </summary> + /// <param name="br">The binary stream of MIDI data</param> + /// <param name="previous">The previous MIDI event (pass null for first event)</param> + /// <returns>A new MidiEvent</returns> + public static MidiEvent ReadNextEvent(BinaryReader br, MidiEvent previous) + { + int deltaTime = ReadVarInt(br); + MidiCommandCode commandCode; + int channel = 1; + byte b = br.ReadByte(); + if((b & 0x80) == 0) + { + // a running command - command & channel are same as previous + commandCode = previous.CommandCode; + channel = previous.Channel; + br.BaseStream.Position--; // need to push this back + } + else + { + if((b & 0xF0) == 0xF0) + { + // both bytes are used for command code in this case + commandCode = (MidiCommandCode) b; + } + else + { + commandCode = (MidiCommandCode) (b & 0xF0); + channel = (b & 0x0F) + 1; + } + } + + MidiEvent me; + switch(commandCode) + { + case MidiCommandCode.NoteOn: + me = new NoteOnEvent(br); + break; + case MidiCommandCode.NoteOff: + case MidiCommandCode.KeyAfterTouch: + me = new NoteEvent(br); + break; + case MidiCommandCode.ControlChange: + me = new ControlChangeEvent(br); + break; + case MidiCommandCode.PatchChange: + me = new PatchChangeEvent(br); + break; + case MidiCommandCode.ChannelAfterTouch: + me = new ChannelAfterTouchEvent(br); + break; + case MidiCommandCode.PitchWheelChange: + me = new PitchWheelChangeEvent(br); + break; + case MidiCommandCode.TimingClock: + case MidiCommandCode.StartSequence: + case MidiCommandCode.ContinueSequence: + case MidiCommandCode.StopSequence: + me = new MidiEvent(); + break; + case MidiCommandCode.Sysex: + me = SysexEvent.ReadSysexEvent(br); + break; + case MidiCommandCode.MetaEvent: + me = MetaEvent.ReadMetaEvent(br); + break; + default: + throw new FormatException(String.Format("Unsupported MIDI Command Code {0:X2}",(byte) commandCode)); + } + me.channel = channel; + me.deltaTime = deltaTime; + me.commandCode = commandCode; + return me; + } + + /// <summary> + /// Converts this MIDI event to a short message (32 bit integer) that + /// can be sent by the Windows MIDI out short message APIs + /// Cannot be implemented for all MIDI messages + /// </summary> + /// <returns>A short message</returns> + public virtual int GetAsShortMessage() + { + return (channel - 1) + (int)commandCode; + } + + /// <summary> + /// Default constructor + /// </summary> + protected MidiEvent() + { + } + + /// <summary> + /// Creates a MIDI event with specified parameters + /// </summary> + /// <param name="absoluteTime">Absolute time of this event</param> + /// <param name="channel">MIDI channel number</param> + /// <param name="commandCode">MIDI command code</param> + public MidiEvent(long absoluteTime, int channel, MidiCommandCode commandCode) + { + this.absoluteTime = absoluteTime; + Channel = channel; + this.commandCode = commandCode; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public virtual MidiEvent Clone() => (MidiEvent)MemberwiseClone(); + + object ICloneable.Clone() => Clone(); + + /// <summary> + /// The MIDI Channel Number for this event (1-16) + /// </summary> + public virtual int Channel + { + get => channel; + set + { + if ((value < 1) || (value > 16)) + { + throw new ArgumentOutOfRangeException("value", value, + String.Format("Channel must be 1-16 (Got {0})",value)); + } + channel = value; + } + } + + /// <summary> + /// The Delta time for this event + /// </summary> + public int DeltaTime + { + get + { + return deltaTime; + } + } + + /// <summary> + /// The absolute time for this event + /// </summary> + public long AbsoluteTime + { + get + { + return absoluteTime; + } + set + { + absoluteTime = value; + } + } + + /// <summary> + /// The command code for this event + /// </summary> + public MidiCommandCode CommandCode + { + get + { + return commandCode; + } + } + + /// <summary> + /// Whether this is a note off event + /// </summary> + public static bool IsNoteOff(MidiEvent midiEvent) + { + if (midiEvent != null) + { + if (midiEvent.CommandCode == MidiCommandCode.NoteOn) + { + NoteEvent ne = (NoteEvent)midiEvent; + return (ne.Velocity == 0); + } + return (midiEvent.CommandCode == MidiCommandCode.NoteOff); + } + return false; + } + + /// <summary> + /// Whether this is a note on event + /// </summary> + public static bool IsNoteOn(MidiEvent midiEvent) + { + if (midiEvent != null) + { + if (midiEvent.CommandCode == MidiCommandCode.NoteOn) + { + NoteEvent ne = (NoteEvent)midiEvent; + return (ne.Velocity > 0); + } + } + return false; + } + + /// <summary> + /// Determines if this is an end track event + /// </summary> + public static bool IsEndTrack(MidiEvent midiEvent) + { + if (midiEvent != null) + { + MetaEvent me = midiEvent as MetaEvent; + if (me != null) + { + return me.MetaEventType == MetaEventType.EndTrack; + } + } + return false; + } + + + /// <summary> + /// Displays a summary of the MIDI event + /// </summary> + /// <returns>A string containing a brief description of this MIDI event</returns> + public override string ToString() + { + if(commandCode >= MidiCommandCode.Sysex) + return String.Format("{0} {1}",absoluteTime,commandCode); + else + return String.Format("{0} {1} Ch: {2}", absoluteTime, commandCode, channel); + } + + /// <summary> + /// Utility function that can read a variable length integer from a binary stream + /// </summary> + /// <param name="br">The binary stream</param> + /// <returns>The integer read</returns> + public static int ReadVarInt(BinaryReader br) + { + int value = 0; + byte b; + for(int n = 0; n < 4; n++) + { + b = br.ReadByte(); + value <<= 7; + value += (b & 0x7F); + if((b & 0x80) == 0) + { + return value; + } + } + throw new FormatException("Invalid Var Int"); + } + + /// <summary> + /// Writes a variable length integer to a binary stream + /// </summary> + /// <param name="writer">Binary stream</param> + /// <param name="value">The value to write</param> + public static void WriteVarInt(BinaryWriter writer, int value) + { + if (value < 0) + { + throw new ArgumentOutOfRangeException("value", value, "Cannot write a negative Var Int"); + } + if (value > 0x0FFFFFFF) + { + throw new ArgumentOutOfRangeException("value", value, "Maximum allowed Var Int is 0x0FFFFFFF"); + } + + int n = 0; + byte[] buffer = new byte[4]; + do + { + buffer[n++] = (byte)(value & 0x7F); + value >>= 7; + } while (value > 0); + + while (n > 0) + { + n--; + if(n > 0) + writer.Write((byte) (buffer[n] | 0x80)); + else + writer.Write(buffer[n]); + } + } + + /// <summary> + /// Exports this MIDI event's data + /// Overriden in derived classes, but they should call this version + /// </summary> + /// <param name="absoluteTime">Absolute time used to calculate delta. + /// Is updated ready for the next delta calculation</param> + /// <param name="writer">Stream to write to</param> + public virtual void Export(ref long absoluteTime, BinaryWriter writer) + { + if (this.absoluteTime < absoluteTime) + { + throw new FormatException("Can't export unsorted MIDI events"); + } + WriteVarInt(writer,(int) (this.absoluteTime - absoluteTime)); + absoluteTime = this.absoluteTime; + int output = (int) commandCode; + if (commandCode != MidiCommandCode.MetaEvent) + { + output += (channel - 1); + } + writer.Write((byte)output); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEvent.cs.meta new file mode 100644 index 0000000..f711983 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1411a0f384a8c30c08256dbd3198a15f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventCollection.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventCollection.cs new file mode 100644 index 0000000..a32cc8b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventCollection.cs @@ -0,0 +1,294 @@ +using System; +using System.Collections.Generic; +using NAudio.Utils; + +namespace NAudio.Midi +{ + /// <summary> + /// A helper class to manage collection of MIDI events + /// It has the ability to organise them in tracks + /// </summary> + public class MidiEventCollection : IEnumerable<IList<MidiEvent>> + { + private int midiFileType; + private readonly List<IList<MidiEvent>> trackEvents; + + /// <summary> + /// Creates a new Midi Event collection + /// </summary> + /// <param name="midiFileType">Initial file type</param> + /// <param name="deltaTicksPerQuarterNote">Delta Ticks Per Quarter Note</param> + public MidiEventCollection(int midiFileType, int deltaTicksPerQuarterNote) + { + this.midiFileType = midiFileType; + DeltaTicksPerQuarterNote = deltaTicksPerQuarterNote; + StartAbsoluteTime = 0; + trackEvents = new List<IList<MidiEvent>>(); + } + + /// <summary> + /// The number of tracks + /// </summary> + public int Tracks => trackEvents.Count; + + /// <summary> + /// The absolute time that should be considered as time zero + /// Not directly used here, but useful for timeshifting applications + /// </summary> + public long StartAbsoluteTime { get; set; } + + /// <summary> + /// The number of ticks per quarter note + /// </summary> + public int DeltaTicksPerQuarterNote { get; } + + /// <summary> + /// Gets events on a specified track + /// </summary> + /// <param name="trackNumber">Track number</param> + /// <returns>The list of events</returns> + public IList<MidiEvent> GetTrackEvents(int trackNumber) + { + return trackEvents[trackNumber]; + } + + /// <summary> + /// Gets events on a specific track + /// </summary> + /// <param name="trackNumber">Track number</param> + /// <returns>The list of events</returns> + public IList<MidiEvent> this[int trackNumber] => trackEvents[trackNumber]; + + /// <summary> + /// Adds a new track + /// </summary> + /// <returns>The new track event list</returns> + public IList<MidiEvent> AddTrack() + { + return AddTrack(null); + } + + /// <summary> + /// Adds a new track + /// </summary> + /// <param name="initialEvents">Initial events to add to the new track</param> + /// <returns>The new track event list</returns> + public IList<MidiEvent> AddTrack(IList<MidiEvent> initialEvents) + { + List<MidiEvent> events = new List<MidiEvent>(); + if (initialEvents != null) + { + events.AddRange(initialEvents); + } + trackEvents.Add(events); + return events; + } + + /// <summary> + /// Removes a track + /// </summary> + /// <param name="track">Track number to remove</param> + public void RemoveTrack(int track) + { + trackEvents.RemoveAt(track); + } + + /// <summary> + /// Clears all events + /// </summary> + public void Clear() + { + trackEvents.Clear(); + } + + /// <summary> + /// The MIDI file type + /// </summary> + public int MidiFileType + { + get => midiFileType; + set + { + if (midiFileType != value) + { + // set MIDI file type before calling flatten or explode functions + midiFileType = value; + + if (value == 0) + { + FlattenToOneTrack(); + } + else + { + ExplodeToManyTracks(); + } + } + } + } + + /// <summary> + /// Adds an event to the appropriate track depending on file type + /// </summary> + /// <param name="midiEvent">The event to be added</param> + /// <param name="originalTrack">The original (or desired) track number</param> + /// <remarks>When adding events in type 0 mode, the originalTrack parameter + /// is ignored. If in type 1 mode, it will use the original track number to + /// store the new events. If the original track was 0 and this is a channel based + /// event, it will create new tracks if necessary and put it on the track corresponding + /// to its channel number</remarks> + public void AddEvent(MidiEvent midiEvent, int originalTrack) + { + if (midiFileType == 0) + { + EnsureTracks(1); + trackEvents[0].Add(midiEvent); + } + else + { + if(originalTrack == 0) + { + // if its a channel based event, lets move it off to + // a channel track of its own + switch (midiEvent.CommandCode) + { + case MidiCommandCode.NoteOff: + case MidiCommandCode.NoteOn: + case MidiCommandCode.KeyAfterTouch: + case MidiCommandCode.ControlChange: + case MidiCommandCode.PatchChange: + case MidiCommandCode.ChannelAfterTouch: + case MidiCommandCode.PitchWheelChange: + EnsureTracks(midiEvent.Channel + 1); + trackEvents[midiEvent.Channel].Add(midiEvent); + break; + default: + EnsureTracks(1); + trackEvents[0].Add(midiEvent); + break; + } + + } + else + { + // put it on the track it was originally on + EnsureTracks(originalTrack + 1); + trackEvents[originalTrack].Add(midiEvent); + } + } + } + + + private void EnsureTracks(int count) + { + for (int n = trackEvents.Count; n < count; n++) + { + trackEvents.Add(new List<MidiEvent>()); + } + } + + private void ExplodeToManyTracks() + { + IList<MidiEvent> originalList = trackEvents[0]; + Clear(); + foreach (MidiEvent midiEvent in originalList) + { + AddEvent(midiEvent, 0); + } + PrepareForExport(); + } + + private void FlattenToOneTrack() + { + bool eventsAdded = false; + for (int track = 1; track < trackEvents.Count; track++) + { + foreach (MidiEvent midiEvent in trackEvents[track]) + { + if (!MidiEvent.IsEndTrack(midiEvent)) + { + trackEvents[0].Add(midiEvent); + eventsAdded = true; + } + } + } + for (int track = trackEvents.Count - 1; track > 0; track--) + { + RemoveTrack(track); + } + if (eventsAdded) + { + PrepareForExport(); + } + } + + /// <summary> + /// Sorts, removes empty tracks and adds end track markers + /// </summary> + public void PrepareForExport() + { + var comparer = new MidiEventComparer(); + // 1. sort each track + foreach (var list in trackEvents) + { + MergeSort.Sort(list, comparer); + + // 2. remove all End track events except one at the very end + int index = 0; + while (index < list.Count - 1) + { + if(MidiEvent.IsEndTrack(list[index])) + { + list.RemoveAt(index); + } + else + { + index++; + } + } + } + + int track = 0; + // 3. remove empty tracks and add missing + while (track < trackEvents.Count) + { + var list = trackEvents[track]; + if (list.Count == 0) + { + RemoveTrack(track); + } + else + { + if(list.Count == 1 && MidiEvent.IsEndTrack(list[0])) + { + RemoveTrack(track); + } + else + { + if(!MidiEvent.IsEndTrack(list[list.Count-1])) + { + list.Add(new MetaEvent(MetaEventType.EndTrack, 0, list[list.Count - 1].AbsoluteTime)); + } + track++; + } + } + } + } + + /// <summary> + /// Gets an enumerator for the lists of track events + /// </summary> + public IEnumerator<IList<MidiEvent>> GetEnumerator() + { + return trackEvents.GetEnumerator(); + + } + + /// <summary> + /// Gets an enumerator for the lists of track events + /// </summary> + System.Collections.IEnumerator System.Collections.IEnumerable.GetEnumerator() + { + return trackEvents.GetEnumerator(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventCollection.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventCollection.cs.meta new file mode 100644 index 0000000..f2dbc98 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventCollection.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8ee05fa9439bfbeb1b8b297d101e1e6f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventComparer.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventComparer.cs new file mode 100644 index 0000000..e27664d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventComparer.cs @@ -0,0 +1,50 @@ +using System; +using System.IO; +using System.Text; +using System.Collections.Generic; + +namespace NAudio.Midi +{ + /// <summary> + /// Utility class for comparing MidiEvent objects + /// </summary> + public class MidiEventComparer : IComparer<MidiEvent> + { + #region IComparer<MidiEvent> Members + + /// <summary> + /// Compares two MidiEvents + /// Sorts by time, with EndTrack always sorted to the end + /// </summary> + public int Compare(MidiEvent x, MidiEvent y) + { + long xTime = x.AbsoluteTime; + long yTime = y.AbsoluteTime; + + if (xTime == yTime) + { + // sort meta events before note events, except end track + MetaEvent xMeta = x as MetaEvent; + MetaEvent yMeta = y as MetaEvent; + + if (xMeta != null) + { + if (xMeta.MetaEventType == MetaEventType.EndTrack) + xTime = Int64.MaxValue; + else + xTime = Int64.MinValue; + } + if (yMeta != null) + { + if (yMeta.MetaEventType == MetaEventType.EndTrack) + yTime = Int64.MaxValue; + else + yTime = Int64.MinValue; + } + } + return xTime.CompareTo(yTime); + } + + #endregion + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventComparer.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventComparer.cs.meta new file mode 100644 index 0000000..3bc123c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiEventComparer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b733154ccd4446781b13375c7b9236c3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiFile.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiFile.cs new file mode 100644 index 0000000..a894a94 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiFile.cs @@ -0,0 +1,296 @@ +using System; +using System.IO; +using System.Text; +using System.Collections.Generic; +using NAudio.Utils; + +namespace NAudio.Midi +{ + /// <summary> + /// Class able to read a MIDI file + /// </summary> + public class MidiFile + { + private readonly MidiEventCollection events; + private readonly ushort fileFormat; + //private ushort tracks; + private readonly ushort deltaTicksPerQuarterNote; + private readonly bool strictChecking; + + /// <summary> + /// Opens a MIDI file for reading + /// </summary> + /// <param name="filename">Name of MIDI file</param> + public MidiFile(string filename) + : this(filename,true) + { + } + + /// <summary> + /// MIDI File format + /// </summary> + public int FileFormat => fileFormat; + + /// <summary> + /// Opens a MIDI file for reading + /// </summary> + /// <param name="filename">Name of MIDI file</param> + /// <param name="strictChecking">If true will error on non-paired note events</param> + public MidiFile(string filename, bool strictChecking) : + this(File.OpenRead(filename), strictChecking, true) + { + } + + /// <summary> + /// Opens a MIDI file stream for reading + /// </summary> + /// <param name="inputStream">The input stream containing a MIDI file</param> + /// <param name="strictChecking">If true will error on non-paired note events</param> + public MidiFile(Stream inputStream, bool strictChecking) : + this(inputStream, strictChecking, false) + { + } + + private MidiFile(Stream inputStream, bool strictChecking, bool ownInputStream) + { + this.strictChecking = strictChecking; + + var br = new BinaryReader(inputStream); + try + { + string chunkHeader = Encoding.UTF8.GetString(br.ReadBytes(4)); + if(chunkHeader != "MThd") + { + throw new FormatException("Not a MIDI file - header chunk missing"); + } + uint chunkSize = SwapUInt32(br.ReadUInt32()); + + if(chunkSize != 6) + { + throw new FormatException("Unexpected header chunk length"); + } + // 0 = single track, 1 = multi-track synchronous, 2 = multi-track asynchronous + fileFormat = SwapUInt16(br.ReadUInt16()); + int tracks = SwapUInt16(br.ReadUInt16()); + deltaTicksPerQuarterNote = SwapUInt16(br.ReadUInt16()); + + events = new MidiEventCollection((fileFormat == 0) ? 0 : 1, deltaTicksPerQuarterNote); + for (int n = 0; n < tracks; n++) + { + events.AddTrack(); + } + + long absoluteTime = 0; + + for(int track = 0; track < tracks; track++) + { + if(fileFormat == 1) + { + absoluteTime = 0; + } + chunkHeader = Encoding.UTF8.GetString(br.ReadBytes(4)); + if(chunkHeader != "MTrk") + { + throw new FormatException("Invalid chunk header"); + } + chunkSize = SwapUInt32(br.ReadUInt32()); + + long startPos = br.BaseStream.Position; + MidiEvent me = null; + var outstandingNoteOns = new List<NoteOnEvent>(); + while(br.BaseStream.Position < startPos + chunkSize) + { + try + { + me = MidiEvent.ReadNextEvent(br, me); + } + catch (InvalidDataException) + { + if (strictChecking) throw; + continue; + } + catch (FormatException) + { + if (strictChecking) throw; + continue; + } + + absoluteTime += me.DeltaTime; + me.AbsoluteTime = absoluteTime; + events[track].Add(me); + if (me.CommandCode == MidiCommandCode.NoteOn) + { + var ne = (NoteEvent) me; + if(ne.Velocity > 0) + { + outstandingNoteOns.Add((NoteOnEvent) ne); + } + else + { + // don't remove the note offs, even though + // they are annoying + // events[track].Remove(me); + FindNoteOn(ne,outstandingNoteOns); + } + } + else if(me.CommandCode == MidiCommandCode.NoteOff) + { + FindNoteOn((NoteEvent) me,outstandingNoteOns); + } + else if(me.CommandCode == MidiCommandCode.MetaEvent) + { + MetaEvent metaEvent = (MetaEvent) me; + if(metaEvent.MetaEventType == MetaEventType.EndTrack) + { + //break; + // some dodgy MIDI files have an event after end track + if (strictChecking) + { + if (br.BaseStream.Position < startPos + chunkSize) + { + throw new FormatException( + $"End Track event was not the last MIDI event on track {track}"); + } + } + } + } + } + if(outstandingNoteOns.Count > 0) + { + if (strictChecking) + { + throw new FormatException( + $"Note ons without note offs {outstandingNoteOns.Count} (file format {fileFormat})"); + } + } + if(br.BaseStream.Position != startPos + chunkSize) + { + throw new FormatException($"Read too far {chunkSize}+{startPos}!={br.BaseStream.Position}"); + } + } + } + finally + { + if (ownInputStream) + { + br.Dispose(); + } + } + } + + /// <summary> + /// The collection of events in this MIDI file + /// </summary> + public MidiEventCollection Events => events; + + /// <summary> + /// Number of tracks in this MIDI file + /// </summary> + public int Tracks => events.Tracks; + + /// <summary> + /// Delta Ticks Per Quarter Note + /// </summary> + public int DeltaTicksPerQuarterNote => deltaTicksPerQuarterNote; + + private void FindNoteOn(NoteEvent offEvent, List<NoteOnEvent> outstandingNoteOns) + { + bool found = false; + foreach(NoteOnEvent noteOnEvent in outstandingNoteOns) + { + if ((noteOnEvent.Channel == offEvent.Channel) && (noteOnEvent.NoteNumber == offEvent.NoteNumber)) + { + noteOnEvent.OffEvent = offEvent; + outstandingNoteOns.Remove(noteOnEvent); + found = true; + break; + } + } + if(!found) + { + if (strictChecking) + { + throw new FormatException($"Got an off without an on {offEvent}"); + } + } + } + + private static uint SwapUInt32(uint i) + { + return ((i & 0xFF000000) >> 24) | ((i & 0x00FF0000) >> 8) | ((i & 0x0000FF00) << 8) | ((i & 0x000000FF) << 24); + } + + private static ushort SwapUInt16(ushort i) + { + return (ushort) (((i & 0xFF00) >> 8) | ((i & 0x00FF) << 8)); + } + + /// <summary> + /// Describes the MIDI file + /// </summary> + /// <returns>A string describing the MIDI file and its events</returns> + public override string ToString() + { + var sb = new StringBuilder(); + sb.AppendFormat("Format {0}, Tracks {1}, Delta Ticks Per Quarter Note {2}\r\n", + fileFormat,Tracks,deltaTicksPerQuarterNote); + for (var n = 0; n < Tracks; n++) + { + foreach (var midiEvent in events[n]) + { + sb.AppendFormat("{0}\r\n", midiEvent); + } + } + return sb.ToString(); + } + + /// <summary> + /// Exports a MIDI file + /// </summary> + /// <param name="filename">Filename to export to</param> + /// <param name="events">Events to export</param> + public static void Export(string filename, MidiEventCollection events) + { + if (events.MidiFileType == 0 && events.Tracks > 1) + { + throw new ArgumentException("Can't export more than one track to a type 0 file"); + } + using (var writer = new BinaryWriter(File.Create(filename))) + { + writer.Write(Encoding.UTF8.GetBytes("MThd")); + writer.Write(SwapUInt32(6)); // chunk size + writer.Write(SwapUInt16((ushort)events.MidiFileType)); + writer.Write(SwapUInt16((ushort)events.Tracks)); + writer.Write(SwapUInt16((ushort)events.DeltaTicksPerQuarterNote)); + + for (int track = 0; track < events.Tracks; track++ ) + { + IList<MidiEvent> eventList = events[track]; + + writer.Write(Encoding.UTF8.GetBytes("MTrk")); + long trackSizePosition = writer.BaseStream.Position; + writer.Write(SwapUInt32(0)); + + long absoluteTime = events.StartAbsoluteTime; + + // use a stable sort to preserve ordering of MIDI events whose + // absolute times are the same + MergeSort.Sort(eventList, new MidiEventComparer()); + if (eventList.Count > 0) + { + System.Diagnostics.Debug.Assert(MidiEvent.IsEndTrack(eventList[eventList.Count - 1]), "Exporting a track with a missing end track"); + } + foreach (var midiEvent in eventList) + { + midiEvent.Export(ref absoluteTime, writer); + } + + uint trackChunkLength = (uint)(writer.BaseStream.Position - trackSizePosition) - 4; + writer.BaseStream.Position = trackSizePosition; + writer.Write(SwapUInt32(trackChunkLength)); + writer.BaseStream.Position += trackChunkLength; + } + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiFile.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiFile.cs.meta new file mode 100644 index 0000000..a2a50a6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiFile.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: baf04e17fe7e304d7a8b3a8851618ada +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiIn.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiIn.cs new file mode 100644 index 0000000..2a70731 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiIn.cs @@ -0,0 +1,240 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI in device + /// </summary> + public class MidiIn : IDisposable + { + private IntPtr hMidiIn = IntPtr.Zero; + private bool disposeIsRunning = false; // true while the Dispose() method run. + private bool disposed = false; + private MidiInterop.MidiInCallback callback; + + // Buffer headers created and marshalled to recive incoming Sysex mesages + private IntPtr[] SysexBufferHeaders = new IntPtr[0]; + + /// <summary> + /// Called when a MIDI message is received + /// </summary> + public event EventHandler<MidiInMessageEventArgs> MessageReceived; + + /// <summary> + /// An invalid MIDI message + /// </summary> + public event EventHandler<MidiInMessageEventArgs> ErrorReceived; + + /// <summary> + /// Called when a Sysex MIDI message is received + /// </summary> + public event EventHandler<MidiInSysexMessageEventArgs> SysexMessageReceived; + + /// <summary> + /// Gets the number of MIDI input devices available in the system + /// </summary> + public static int NumberOfDevices + { + get + { + return MidiInterop.midiInGetNumDevs(); + } + } + + /// <summary> + /// Opens a specified MIDI in device + /// </summary> + /// <param name="deviceNo">The device number</param> + public MidiIn(int deviceNo) + { + this.callback = new MidiInterop.MidiInCallback(Callback); + MmException.Try(MidiInterop.midiInOpen(out hMidiIn, (IntPtr) deviceNo,this.callback,IntPtr.Zero,MidiInterop.CALLBACK_FUNCTION),"midiInOpen"); + } + + /// <summary> + /// Closes this MIDI in device + /// </summary> + public void Close() + { + Dispose(); + } + + /// <summary> + /// Closes this MIDI in device + /// </summary> + public void Dispose() + { + GC.KeepAlive(callback); + Dispose(true); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Start the MIDI in device + /// </summary> + public void Start() + { + MmException.Try(MidiInterop.midiInStart(hMidiIn), "midiInStart"); + } + + /// <summary> + /// Stop the MIDI in device + /// </summary> + public void Stop() + { + MmException.Try(MidiInterop.midiInStop(hMidiIn), "midiInStop"); + } + + /// <summary> + /// Reset the MIDI in device + /// </summary> + public void Reset() + { + MmException.Try(MidiInterop.midiInReset(hMidiIn), "midiInReset"); + } + + /// <summary> + /// Create a number of buffers and make them available to receive incoming Sysex messages + /// </summary> + /// <param name="bufferSize">The size of each buffer, ideally large enough to hold a complete message from the device</param> + /// <param name="numberOfBuffers">The number of buffers needed to handle incoming Midi while busy</param> + public void CreateSysexBuffers(int bufferSize, int numberOfBuffers) + { + SysexBufferHeaders = new IntPtr[numberOfBuffers]; + + var hdrSize = Marshal.SizeOf(typeof(MidiInterop.MIDIHDR)); + for (var i = 0; i < numberOfBuffers; i++) + { + var hdr = new MidiInterop.MIDIHDR(); + + hdr.dwBufferLength = bufferSize; + hdr.dwBytesRecorded = 0; + hdr.lpData = Marshal.AllocHGlobal(bufferSize); + hdr.dwFlags = 0; + + var lpHeader = Marshal.AllocHGlobal(hdrSize); + Marshal.StructureToPtr(hdr, lpHeader, false); + + MmException.Try(MidiInterop.midiInPrepareHeader(hMidiIn, lpHeader, Marshal.SizeOf(typeof(MidiInterop.MIDIHDR))), "midiInPrepareHeader"); + MmException.Try(MidiInterop.midiInAddBuffer(hMidiIn, lpHeader, Marshal.SizeOf(typeof(MidiInterop.MIDIHDR))), "midiInAddBuffer"); + SysexBufferHeaders[i] = lpHeader; + } + } + + private void Callback(IntPtr midiInHandle, MidiInterop.MidiInMessage message, IntPtr userData, IntPtr messageParameter1, IntPtr messageParameter2) + { + switch(message) + { + case MidiInterop.MidiInMessage.Open: + // message Parameter 1 & 2 are not used + break; + case MidiInterop.MidiInMessage.Data: + // parameter 1 is packed MIDI message + // parameter 2 is milliseconds since MidiInStart + if (MessageReceived != null) + { + MessageReceived(this, new MidiInMessageEventArgs(messageParameter1.ToInt32(), messageParameter2.ToInt32())); + } + break; + case MidiInterop.MidiInMessage.Error: + // parameter 1 is invalid MIDI message + if (ErrorReceived != null) + { + ErrorReceived(this, new MidiInMessageEventArgs(messageParameter1.ToInt32(), messageParameter2.ToInt32())); + } + break; + case MidiInterop.MidiInMessage.Close: + // message Parameter 1 & 2 are not used + break; + case MidiInterop.MidiInMessage.LongData: + // parameter 1 is pointer to MIDI header + // parameter 2 is milliseconds since MidiInStart + if (SysexMessageReceived != null) + { + MidiInterop.MIDIHDR hdr = (MidiInterop.MIDIHDR)Marshal.PtrToStructure(messageParameter1, typeof(MidiInterop.MIDIHDR)); + + // Copy the bytes received into an array so that the buffer is immediately available for re-use + var sysexBytes = new byte[hdr.dwBytesRecorded]; + Marshal.Copy(hdr.lpData, sysexBytes, 0, hdr.dwBytesRecorded); + + if (sysexBytes.Length!=0) // do not trigger the sysex event if no data in SYSEX message + SysexMessageReceived(this, new MidiInSysexMessageEventArgs(sysexBytes, messageParameter2.ToInt32())); + + // Re-use the buffer - but not if we have no event handler registered as we are closing + // BUT When disposing the (resetting the MidiIn port), LONGDATA midi message are fired with a zero length. + // In that case, buffer should no be ReAdd to avoid an inifinite loop of callback as buffer are reused forever. + if (!disposeIsRunning) + MidiInterop.midiInAddBuffer(hMidiIn, messageParameter1, Marshal.SizeOf(typeof(MidiInterop.MIDIHDR))); + } + break; + case MidiInterop.MidiInMessage.LongError: + // parameter 1 is pointer to MIDI header + // parameter 2 is milliseconds since MidiInStart + break; + case MidiInterop.MidiInMessage.MoreData: + // parameter 1 is packed MIDI message + // parameter 2 is milliseconds since MidiInStart + break; + } + } + + /// <summary> + /// Gets the MIDI in device info + /// </summary> + public static MidiInCapabilities DeviceInfo(int midiInDeviceNumber) + { + MidiInCapabilities caps = new MidiInCapabilities(); + int structSize = Marshal.SizeOf(caps); + MmException.Try(MidiInterop.midiInGetDevCaps((IntPtr)midiInDeviceNumber,out caps,structSize),"midiInGetDevCaps"); + return caps; + } + + /// <summary> + /// Closes the MIDI in device + /// </summary> + /// <param name="disposing">True if called from Dispose</param> + protected virtual void Dispose(bool disposing) + { + if(!this.disposed) + { + disposeIsRunning = true; + //if(disposing) Components.Dispose(); + + if (SysexBufferHeaders.Length > 0) + { + //// When SysexMessageReceived contains event handlers (!=null) , the 'midiInReset' call generate a infinit loop of CallBack call with LONGDATA message having a zero length. + //SysexMessageReceived = null; // removin all event handler to avoir the infinit loop. + + // Reset in order to release any Sysex buffers + // We can't Unprepare and free them until they are flushed out. Neither can we close the handle. + MmException.Try(MidiInterop.midiInReset(hMidiIn), "midiInReset"); + + // Free up all created and allocated buffers for incoming Sysex messages + foreach (var lpHeader in SysexBufferHeaders) + { + MidiInterop.MIDIHDR hdr = (MidiInterop.MIDIHDR)Marshal.PtrToStructure(lpHeader, typeof(MidiInterop.MIDIHDR)); + MmException.Try(MidiInterop.midiInUnprepareHeader(hMidiIn, lpHeader, Marshal.SizeOf(typeof(MidiInterop.MIDIHDR))), "midiInPrepareHeader"); + Marshal.FreeHGlobal(hdr.lpData); + Marshal.FreeHGlobal(lpHeader); + } + + // Defensive protection against double disposal + SysexBufferHeaders = new IntPtr[0]; + } + MidiInterop.midiInClose(hMidiIn); + } + disposed = true; + disposeIsRunning = false; + } + + /// <summary> + /// Cleanup + /// </summary> + ~MidiIn() + { + System.Diagnostics.Debug.Assert(false,"MIDI In was not finalised"); + Dispose(false); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiIn.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiIn.cs.meta new file mode 100644 index 0000000..492d174 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiIn.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c5dc06cf0a1779735b59062a217259f4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInCapabilities.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInCapabilities.cs new file mode 100644 index 0000000..80c94db --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInCapabilities.cs @@ -0,0 +1,73 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.Runtime.InteropServices; + +namespace NAudio.Midi +{ + /// <summary> + /// MIDI In Device Capabilities + /// </summary> + [StructLayout(LayoutKind.Sequential + , CharSet = CharSet.Auto + )] + public struct MidiInCapabilities + { + /// <summary> + /// wMid + /// </summary> + UInt16 manufacturerId; + /// <summary> + /// wPid + /// </summary> + UInt16 productId; + /// <summary> + /// vDriverVersion + /// </summary> + UInt32 driverVersion; + /// <summary> + /// Product Name + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MaxProductNameLength)] + string productName; + /// <summary> + /// Support - Reserved + /// </summary> + Int32 support; + + private const int MaxProductNameLength = 32; + + /// <summary> + /// Gets the manufacturer of this device + /// </summary> + public Manufacturers Manufacturer + { + get + { + return (Manufacturers)manufacturerId; + } + } + + /// <summary> + /// Gets the product identifier (manufacturer specific) + /// </summary> + public int ProductId + { + get + { + return productId; + } + } + + /// <summary> + /// Gets the product name + /// </summary> + public string ProductName + { + get + { + return productName; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInCapabilities.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInCapabilities.cs.meta new file mode 100644 index 0000000..92e8796 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInCapabilities.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1990565bce473f93a918a9f9c4881d97 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInMessageEventArgs.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInMessageEventArgs.cs new file mode 100644 index 0000000..01da607 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInMessageEventArgs.cs @@ -0,0 +1,44 @@ +using System; + +namespace NAudio.Midi +{ + /// <summary> + /// MIDI In Message Information + /// </summary> + public class MidiInMessageEventArgs : EventArgs + { + /// <summary> + /// Create a new MIDI In Message EventArgs + /// </summary> + /// <param name="message"></param> + /// <param name="timestamp"></param> + public MidiInMessageEventArgs(int message, int timestamp) + { + this.RawMessage = message; + this.Timestamp = timestamp; + try + { + this.MidiEvent = MidiEvent.FromRawMessage(message); + } + catch (Exception) + { + // don't worry too much - might be an invalid message + } + } + + /// <summary> + /// The Raw message received from the MIDI In API + /// </summary> + public int RawMessage { get; private set; } + + /// <summary> + /// The raw message interpreted as a MidiEvent + /// </summary> + public MidiEvent MidiEvent { get; private set; } + + /// <summary> + /// The timestamp in milliseconds for this message + /// </summary> + public int Timestamp { get; private set; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInMessageEventArgs.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInMessageEventArgs.cs.meta new file mode 100644 index 0000000..4345ef7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInMessageEventArgs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 66f2564e21373964b88ba4d0682cc28f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInSysexMessageEventArgs.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInSysexMessageEventArgs.cs new file mode 100644 index 0000000..3b34789 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInSysexMessageEventArgs.cs @@ -0,0 +1,32 @@ +using System; + +namespace NAudio.Midi +{ + /// <summary> + /// MIDI In Sysex Message Information + /// </summary> + public class MidiInSysexMessageEventArgs : EventArgs + { + /// <summary> + /// Create a new Sysex MIDI In Message EventArgs + /// </summary> + /// <param name="sysexBytes">The Sysex byte array received</param> + /// <param name="timestamp">Milliseconds since MidiInStart</param> + public MidiInSysexMessageEventArgs(byte[] sysexBytes, int timestamp) + { + this.SysexBytes = sysexBytes; + this.Timestamp = timestamp; + } + + /// <summary> + /// The Raw Sysex bytes received in a long MIDI message + /// </summary> + public byte[] SysexBytes { get; private set; } + + + /// <summary> + /// The timestamp in milliseconds (since MidiInStart) for this message + /// </summary> + public int Timestamp { get; private set; } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInSysexMessageEventArgs.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInSysexMessageEventArgs.cs.meta new file mode 100644 index 0000000..ccd84ec --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInSysexMessageEventArgs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: afcdff534b23928ea914ff0b1bd995e2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInterop.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInterop.cs new file mode 100644 index 0000000..d245085 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInterop.cs @@ -0,0 +1,276 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Midi +{ + internal class MidiInterop + { + + public enum MidiInMessage + { + /// <summary> + /// MIM_OPEN + /// </summary> + Open = 0x3C1, + /// <summary> + /// MIM_CLOSE + /// </summary> + Close = 0x3C2, + /// <summary> + /// MIM_DATA + /// </summary> + Data = 0x3C3, + /// <summary> + /// MIM_LONGDATA + /// </summary> + LongData = 0x3C4, + /// <summary> + /// MIM_ERROR + /// </summary> + Error = 0x3C5, + /// <summary> + /// MIM_LONGERROR + /// </summary> + LongError = 0x3C6, + /// <summary> + /// MIM_MOREDATA + /// </summary> + MoreData = 0x3CC, + } + + + + public enum MidiOutMessage + { + /// <summary> + /// MOM_OPEN + /// </summary> + Open = 0x3C7, + /// <summary> + /// MOM_CLOSE + /// </summary> + Close = 0x3C8, + /// <summary> + /// MOM_DONE + /// </summary> + Done = 0x3C9 + } + + // http://msdn.microsoft.com/en-us/library/dd798460%28VS.85%29.aspx + public delegate void MidiInCallback(IntPtr midiInHandle, MidiInMessage message, IntPtr userData, IntPtr messageParameter1, IntPtr messageParameter2); + + // http://msdn.microsoft.com/en-us/library/dd798478%28VS.85%29.aspx + public delegate void MidiOutCallback(IntPtr midiInHandle, MidiOutMessage message, IntPtr userData, IntPtr messageParameter1, IntPtr messageParameter2); + + // http://msdn.microsoft.com/en-us/library/dd798446%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiConnect(IntPtr hMidiIn, IntPtr hMidiOut, IntPtr pReserved); + + // http://msdn.microsoft.com/en-us/library/dd798447%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiDisconnect(IntPtr hMidiIn, IntPtr hMidiOut, IntPtr pReserved); + + // http://msdn.microsoft.com/en-us/library/dd798450%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInAddBuffer(IntPtr hMidiIn, IntPtr lpMidiInHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798452%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInClose(IntPtr hMidiIn); + + // http://msdn.microsoft.com/en-us/library/dd798453%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Auto)] + public static extern MmResult midiInGetDevCaps(IntPtr deviceId, out MidiInCapabilities capabilities, int size); + + // http://msdn.microsoft.com/en-us/library/dd798454%28VS.85%29.aspx + // TODO: review this, probably doesn't work + [DllImport("winmm.dll")] + public static extern MmResult midiInGetErrorText(int err, string lpText, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798455%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInGetID(IntPtr hMidiIn, out int lpuDeviceId); + + // http://msdn.microsoft.com/en-us/library/dd798456%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern int midiInGetNumDevs(); + + // http://msdn.microsoft.com/en-us/library/dd798457%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInMessage(IntPtr hMidiIn, int msg, IntPtr dw1, IntPtr dw2); + + // http://msdn.microsoft.com/en-us/library/dd798458%28VS.85%29.aspx + [DllImport("winmm.dll", EntryPoint = "midiInOpen")] + public static extern MmResult midiInOpen(out IntPtr hMidiIn, IntPtr uDeviceID, MidiInCallback callback, IntPtr dwInstance, int dwFlags); + + // http://msdn.microsoft.com/en-us/library/dd798458%28VS.85%29.aspx + [DllImport("winmm.dll", EntryPoint = "midiInOpen")] + public static extern MmResult midiInOpenWindow(out IntPtr hMidiIn, IntPtr uDeviceID, IntPtr callbackWindowHandle, IntPtr dwInstance, int dwFlags); + + // http://msdn.microsoft.com/en-us/library/dd798459%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInPrepareHeader(IntPtr hMidiIn, IntPtr lpMidiInHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798461%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInReset(IntPtr hMidiIn); + + // http://msdn.microsoft.com/en-us/library/dd798462%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInStart(IntPtr hMidiIn); + + // http://msdn.microsoft.com/en-us/library/dd798463%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInStop(IntPtr hMidiIn); + + // http://msdn.microsoft.com/en-us/library/dd798464%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiInUnprepareHeader(IntPtr hMidiIn, IntPtr lpMidiInHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798465%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutCacheDrumPatches(IntPtr hMidiOut, int uPatch, IntPtr lpKeyArray, int uFlags); + + // http://msdn.microsoft.com/en-us/library/dd798466%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutCachePatches(IntPtr hMidiOut, int uBank, IntPtr lpPatchArray, int uFlags); + + // http://msdn.microsoft.com/en-us/library/dd798468%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutClose(IntPtr hMidiOut); + + // http://msdn.microsoft.com/en-us/library/dd798469%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Auto)] + public static extern MmResult midiOutGetDevCaps(IntPtr deviceNumber, out MidiOutCapabilities caps, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798470%28VS.85%29.aspx + // TODO: review, probably doesn't work + [DllImport("winmm.dll")] + public static extern MmResult midiOutGetErrorText(IntPtr err, string lpText, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798471%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutGetID(IntPtr hMidiOut, out int lpuDeviceID); + + // http://msdn.microsoft.com/en-us/library/dd798472%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern int midiOutGetNumDevs(); + + // http://msdn.microsoft.com/en-us/library/dd798473%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutGetVolume(IntPtr uDeviceID, ref int lpdwVolume); + + // http://msdn.microsoft.com/en-us/library/dd798474%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutLongMsg(IntPtr hMidiOut, ref MIDIHDR lpMidiOutHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798475%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutMessage(IntPtr hMidiOut, int msg, IntPtr dw1, IntPtr dw2); + + // http://msdn.microsoft.com/en-us/library/dd798476%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutOpen(out IntPtr lphMidiOut, IntPtr uDeviceID, MidiOutCallback dwCallback, IntPtr dwInstance, int dwFlags); + + // http://msdn.microsoft.com/en-us/library/dd798477%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutPrepareHeader(IntPtr hMidiOut, ref MIDIHDR lpMidiOutHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798479%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutReset(IntPtr hMidiOut); + + // http://msdn.microsoft.com/en-us/library/dd798480%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutSetVolume(IntPtr hMidiOut, int dwVolume); + + // http://msdn.microsoft.com/en-us/library/dd798481%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutShortMsg(IntPtr hMidiOut, int dwMsg); + + // http://msdn.microsoft.com/en-us/library/dd798482%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiOutUnprepareHeader(IntPtr hMidiOut, ref MIDIHDR lpMidiOutHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd798485%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamClose(IntPtr hMidiStream); + + // http://msdn.microsoft.com/en-us/library/dd798486%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamOpen(out IntPtr hMidiStream, IntPtr puDeviceID, int cMidi, IntPtr dwCallback, IntPtr dwInstance, int fdwOpen); + + // http://msdn.microsoft.com/en-us/library/dd798487%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamOut(IntPtr hMidiStream, ref MIDIHDR pmh, int cbmh); + + // http://msdn.microsoft.com/en-us/library/dd798488%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamPause(IntPtr hMidiStream); + + // http://msdn.microsoft.com/en-us/library/dd798489%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamPosition(IntPtr hMidiStream, ref MMTIME lpmmt, int cbmmt); + + // http://msdn.microsoft.com/en-us/library/dd798490%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamProperty(IntPtr hMidiStream, IntPtr lppropdata, int dwProperty); + + // http://msdn.microsoft.com/en-us/library/dd798491%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamRestart(IntPtr hMidiStream); + + // http://msdn.microsoft.com/en-us/library/dd798492%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult midiStreamStop(IntPtr hMidiStream); + + // TODO: this is general MM interop + public const int CALLBACK_FUNCTION = 0x30000; + public const int CALLBACK_NULL = 0; + + // http://msdn.microsoft.com/en-us/library/dd757347%28VS.85%29.aspx + // TODO: not sure this is right + [StructLayout(LayoutKind.Sequential)] + public struct MMTIME + { + public int wType; + public int u; + } + + // TODO: check for ANSI strings in these structs + // TODO: check for WORD params + [StructLayout(LayoutKind.Sequential)] + public struct MIDIEVENT + { + public int dwDeltaTime; + public int dwStreamID; + public int dwEvent; + [MarshalAs(UnmanagedType.ByValArray, SizeConst = 1)] + public int dwParms; + } + + // http://msdn.microsoft.com/en-us/library/dd798449%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential)] + public struct MIDIHDR + { + public IntPtr lpData; // LPSTR + public int dwBufferLength; // DWORD + public int dwBytesRecorded; // DWORD + public IntPtr dwUser; // DWORD_PTR + public int dwFlags; // DWORD + public IntPtr lpNext; // struct mididhdr_tag * + public IntPtr reserved; // DWORD_PTR + public int dwOffset; // DWORD + // n.b. MSDN documentation incorrect, see mmsystem.h + [MarshalAs(UnmanagedType.ByValArray, SizeConst = 8)] + public IntPtr[] dwReserved; // DWORD_PTR dwReserved[8] + } + + [StructLayout(LayoutKind.Sequential)] + public struct MIDIPROPTEMPO + { + public int cbStruct; + public int dwTempo; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiInterop.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInterop.cs.meta new file mode 100644 index 0000000..2391c96 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiInterop.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c8c8a85eb1eb7944286dc2e03a67a7ce +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiMessage.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiMessage.cs new file mode 100644 index 0000000..350bd8f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiMessage.cs @@ -0,0 +1,116 @@ +using System; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI message + /// </summary> + public class MidiMessage + { + private int rawData; + + /// <summary> + /// Creates a new MIDI message + /// </summary> + /// <param name="status">Status</param> + /// <param name="data1">Data parameter 1</param> + /// <param name="data2">Data parameter 2</param> + public MidiMessage(int status, int data1, int data2) + { + rawData = status + (data1 << 8) + (data2 << 16); + } + + /// <summary> + /// Creates a new MIDI message from a raw message + /// </summary> + /// <param name="rawData">A packed MIDI message from an MMIO function</param> + public MidiMessage(int rawData) + { + this.rawData = rawData; + } + + /// <summary> + /// Creates a Note On message + /// </summary> + /// <param name="note">Note number (0 to 127)</param> + /// <param name="volume">Volume (0 to 127)</param> + /// <param name="channel">MIDI channel (1 to 16)</param> + /// <returns>A new MidiMessage object</returns> + public static MidiMessage StartNote(int note, int volume, int channel) + { + ValidateNoteParameters(note, volume, channel); + return new MidiMessage((int)MidiCommandCode.NoteOn + channel - 1, note, volume); + } + + private static void ValidateNoteParameters(int note, int volume, int channel) + { + ValidateChannel(channel); + if (note < 0 || note > 127) + { + throw new ArgumentOutOfRangeException("note", "Note number must be in the range 0-127"); + } + if (volume < 0 || volume > 127) + { + throw new ArgumentOutOfRangeException("volume", "Velocity must be in the range 0-127"); + } + } + + private static void ValidateChannel(int channel) + { + if ((channel < 1) || (channel > 16)) + { + throw new ArgumentOutOfRangeException("channel", channel, + String.Format("Channel must be 1-16 (Got {0})", channel)); + } + } + + /// <summary> + /// Creates a Note Off message + /// </summary> + /// <param name="note">Note number</param> + /// <param name="volume">Volume </param> + /// <param name="channel">MIDI channel (1-16)</param> + /// <returns>A new MidiMessage object</returns> + public static MidiMessage StopNote(int note, int volume, int channel) + { + ValidateNoteParameters(note, volume, channel); + return new MidiMessage((int)MidiCommandCode.NoteOff + channel - 1, note, volume); + } + + /// <summary> + /// Creates a patch change message + /// </summary> + /// <param name="patch">The patch number</param> + /// <param name="channel">The MIDI channel number (1-16)</param> + /// <returns>A new MidiMessageObject</returns> + public static MidiMessage ChangePatch(int patch, int channel) + { + ValidateChannel(channel); + return new MidiMessage((int)MidiCommandCode.PatchChange + channel - 1, patch, 0); + } + + /// <summary> + /// Creates a Control Change message + /// </summary> + /// <param name="controller">The controller number to change</param> + /// <param name="value">The value to set the controller to</param> + /// <param name="channel">The MIDI channel number (1-16)</param> + /// <returns>A new MidiMessageObject</returns> + public static MidiMessage ChangeControl(int controller, int value, int channel) + { + ValidateChannel(channel); + return new MidiMessage((int)MidiCommandCode.ControlChange + channel - 1, controller, value); + } + + /// <summary> + /// Returns the raw MIDI message data + /// </summary> + public int RawData + { + get + { + return rawData; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiMessage.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiMessage.cs.meta new file mode 100644 index 0000000..9a9cd5b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiMessage.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c49652d55936bb4a68b294cc24399b3f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiOut.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOut.cs new file mode 100644 index 0000000..b69f611 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOut.cs @@ -0,0 +1,162 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Wave; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI out device + /// </summary> + public class MidiOut : IDisposable + { + private IntPtr hMidiOut = IntPtr.Zero; + private bool disposed = false; + MidiInterop.MidiOutCallback callback; + + /// <summary> + /// Gets the number of MIDI devices available in the system + /// </summary> + public static int NumberOfDevices + { + get + { + return MidiInterop.midiOutGetNumDevs(); + } + } + + /// <summary> + /// Gets the MIDI Out device info + /// </summary> + public static MidiOutCapabilities DeviceInfo(int midiOutDeviceNumber) + { + MidiOutCapabilities caps = new MidiOutCapabilities(); + int structSize = Marshal.SizeOf(caps); + MmException.Try(MidiInterop.midiOutGetDevCaps((IntPtr)midiOutDeviceNumber, out caps, structSize), "midiOutGetDevCaps"); + return caps; + } + + + /// <summary> + /// Opens a specified MIDI out device + /// </summary> + /// <param name="deviceNo">The device number</param> + public MidiOut(int deviceNo) + { + this.callback = new MidiInterop.MidiOutCallback(Callback); + MmException.Try(MidiInterop.midiOutOpen(out hMidiOut, (IntPtr)deviceNo, callback, IntPtr.Zero, MidiInterop.CALLBACK_FUNCTION), "midiOutOpen"); + } + + /// <summary> + /// Closes this MIDI out device + /// </summary> + public void Close() + { + Dispose(); + } + + /// <summary> + /// Closes this MIDI out device + /// </summary> + public void Dispose() + { + GC.KeepAlive(callback); + Dispose(true); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Gets or sets the volume for this MIDI out device + /// </summary> + public int Volume + { + // TODO: Volume can be accessed by device ID + get + { + int volume = 0; + MmException.Try(MidiInterop.midiOutGetVolume(hMidiOut,ref volume),"midiOutGetVolume"); + return volume; + } + set + { + MmException.Try(MidiInterop.midiOutSetVolume(hMidiOut,value),"midiOutSetVolume"); + } + } + + /// <summary> + /// Resets the MIDI out device + /// </summary> + public void Reset() + { + MmException.Try(MidiInterop.midiOutReset(hMidiOut),"midiOutReset"); + } + + /// <summary> + /// Sends a MIDI out message + /// </summary> + /// <param name="message">Message</param> + /// <param name="param1">Parameter 1</param> + /// <param name="param2">Parameter 2</param> + public void SendDriverMessage(int message, int param1, int param2) + { + MmException.Try(MidiInterop.midiOutMessage(hMidiOut,message,(IntPtr)param1,(IntPtr)param2),"midiOutMessage"); + } + + /// <summary> + /// Sends a MIDI message to the MIDI out device + /// </summary> + /// <param name="message">The message to send</param> + public void Send(int message) + { + MmException.Try(MidiInterop.midiOutShortMsg(hMidiOut,message),"midiOutShortMsg"); + } + + /// <summary> + /// Closes the MIDI out device + /// </summary> + /// <param name="disposing">True if called from Dispose</param> + protected virtual void Dispose(bool disposing) + { + if(!this.disposed) + { + //if(disposing) Components.Dispose(); + MidiInterop.midiOutClose(hMidiOut); + } + disposed = true; + } + + private void Callback(IntPtr midiInHandle, MidiInterop.MidiOutMessage message, IntPtr userData, IntPtr messageParameter1, IntPtr messageParameter2) + { + } + + /// <summary> + /// Send a long message, for example sysex. + /// </summary> + /// <param name="byteBuffer">The bytes to send.</param> + public void SendBuffer(byte[] byteBuffer) + { + var header = new MidiInterop.MIDIHDR(); + header.lpData = Marshal.AllocHGlobal(byteBuffer.Length); + Marshal.Copy(byteBuffer, 0, header.lpData, byteBuffer.Length); + + header.dwBufferLength = byteBuffer.Length; + header.dwBytesRecorded = byteBuffer.Length; + int size = Marshal.SizeOf(header); + MidiInterop.midiOutPrepareHeader(this.hMidiOut, ref header, size); + var errcode = MidiInterop.midiOutLongMsg(this.hMidiOut, ref header, size); + if (errcode != MmResult.NoError) + { + MidiInterop.midiOutUnprepareHeader(this.hMidiOut, ref header, size); + } + Marshal.FreeHGlobal(header.lpData); + } + + /// <summary> + /// Cleanup + /// </summary> + ~MidiOut() + { + System.Diagnostics.Debug.Assert(false); + Dispose(false); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiOut.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOut.cs.meta new file mode 100644 index 0000000..743408d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOut.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 07be0a58a97987af8828cef74fd20f04 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutCapabilities.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutCapabilities.cs new file mode 100644 index 0000000..202d59d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutCapabilities.cs @@ -0,0 +1,181 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Midi +{ + /// <summary> + /// class representing the capabilities of a MIDI out device + /// MIDIOUTCAPS: http://msdn.microsoft.com/en-us/library/dd798467%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Auto)] + public struct MidiOutCapabilities + { + Int16 manufacturerId; + Int16 productId; + int driverVersion; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MaxProductNameLength)] + string productName; + Int16 wTechnology; + Int16 wVoices; + Int16 wNotes; + UInt16 wChannelMask; + MidiOutCapabilityFlags dwSupport; + + const int MaxProductNameLength = 32; // max product name length (including NULL) + + [Flags] + enum MidiOutCapabilityFlags + { + /// <summary> + /// MIDICAPS_VOLUME + /// </summary> + Volume = 1, + /// <summary> + /// separate left-right volume control + /// MIDICAPS_LRVOLUME + /// </summary> + LeftRightVolume = 2, + /// <summary> + /// MIDICAPS_CACHE + /// </summary> + PatchCaching = 4, + /// <summary> + /// MIDICAPS_STREAM + /// driver supports midiStreamOut directly + /// </summary> + Stream = 8, + } + + /// <summary> + /// Gets the manufacturer of this device + /// </summary> + public Manufacturers Manufacturer + { + get + { + return (Manufacturers)manufacturerId; + } + } + + /// <summary> + /// Gets the product identifier (manufacturer specific) + /// </summary> + public short ProductId + { + get + { + return productId; + } + } + + /// <summary> + /// Gets the product name + /// </summary> + public String ProductName + { + get + { + return productName; + } + } + + /// <summary> + /// Returns the number of supported voices + /// </summary> + public int Voices + { + get + { + return wVoices; + } + } + + /// <summary> + /// Gets the polyphony of the device + /// </summary> + public int Notes + { + get + { + return wNotes; + } + } + + /// <summary> + /// Returns true if the device supports all channels + /// </summary> + public bool SupportsAllChannels + { + get + { + return wChannelMask == 0xFFFF; + } + } + + /// <summary> + /// Queries whether a particular channel is supported + /// </summary> + /// <param name="channel">Channel number to test</param> + /// <returns>True if the channel is supported</returns> + public bool SupportsChannel(int channel) + { + return (wChannelMask & (1 << (channel - 1))) > 0; + } + + /// <summary> + /// Returns true if the device supports patch caching + /// </summary> + public bool SupportsPatchCaching + { + get + { + return (dwSupport & MidiOutCapabilityFlags.PatchCaching) != 0; + } + } + + /// <summary> + /// Returns true if the device supports separate left and right volume + /// </summary> + public bool SupportsSeparateLeftAndRightVolume + { + get + { + return (dwSupport & MidiOutCapabilityFlags.LeftRightVolume) != 0; + } + } + + /// <summary> + /// Returns true if the device supports MIDI stream out + /// </summary> + public bool SupportsMidiStreamOut + { + get + { + return (dwSupport & MidiOutCapabilityFlags.Stream) != 0; + } + } + + /// <summary> + /// Returns true if the device supports volume control + /// </summary> + public bool SupportsVolumeControl + { + get + { + return (dwSupport & MidiOutCapabilityFlags.Volume) != 0; + } + } + + /// <summary> + /// Returns the type of technology used by this MIDI out device + /// </summary> + public MidiOutTechnology Technology + { + get + { + return (MidiOutTechnology)wTechnology; + } + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutCapabilities.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutCapabilities.cs.meta new file mode 100644 index 0000000..bf37857 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutCapabilities.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1f5b982cd7e237cf9b90297e2770cc62 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutTechnology.cs b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutTechnology.cs new file mode 100644 index 0000000..82d6693 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutTechnology.cs @@ -0,0 +1,26 @@ +using System; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents the different types of technology used by a MIDI out device + /// </summary> + /// <remarks>from mmsystem.h</remarks> + public enum MidiOutTechnology + { + /// <summary>The device is a MIDI port</summary> + MidiPort = 1, + /// <summary>The device is a MIDI synth</summary> + Synth = 2, + /// <summary>The device is a square wave synth</summary> + SquareWaveSynth = 3, + /// <summary>The device is an FM synth</summary> + FMSynth = 4, + /// <summary>The device is a MIDI mapper</summary> + MidiMapper = 5, + /// <summary>The device is a WaveTable synth</summary> + WaveTableSynth = 6, + /// <summary>The device is a software synth</summary> + SoftwareSynth = 7 + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutTechnology.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutTechnology.cs.meta new file mode 100644 index 0000000..bc9ea9b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/MidiOutTechnology.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7681569a0fbc00cc88ecaabb8d9bb1df +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/NoteEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/NoteEvent.cs new file mode 100644 index 0000000..a329a0a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/NoteEvent.cs @@ -0,0 +1,185 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a note MIDI event + /// </summary> + public class NoteEvent : MidiEvent + { + private int noteNumber; + private int velocity; + + /// <summary> + /// Reads a NoteEvent from a stream of MIDI data + /// </summary> + /// <param name="br">Binary Reader for the stream</param> + public NoteEvent(BinaryReader br) + { + NoteNumber = br.ReadByte(); + velocity = br.ReadByte(); + // it seems it is possible for cubase + // to output some notes with a NoteOff velocity > 127 + if (velocity > 127) + { + velocity = 127; + } + } + + /// <summary> + /// Creates a MIDI Note Event with specified parameters + /// </summary> + /// <param name="absoluteTime">Absolute time of this event</param> + /// <param name="channel">MIDI channel number</param> + /// <param name="commandCode">MIDI command code</param> + /// <param name="noteNumber">MIDI Note Number</param> + /// <param name="velocity">MIDI Note Velocity</param> + public NoteEvent(long absoluteTime, int channel, MidiCommandCode commandCode, int noteNumber, int velocity) + : base(absoluteTime, channel, commandCode) + { + this.NoteNumber = noteNumber; + this.Velocity = velocity; + } + + private static readonly string[] NoteNames = new string[] { "C", "C#", "D", "D#", "E", "F", "F#", "G", "G#", "A", "A#", "B" }; + + /// <summary> + /// <see cref="MidiEvent.GetAsShortMessage" /> + /// </summary> + public override int GetAsShortMessage() + { + return base.GetAsShortMessage() + (noteNumber << 8) + (velocity << 16); + } + + /// <summary> + /// The MIDI note number + /// </summary> + public virtual int NoteNumber + { + get + { + return noteNumber; + } + set + { + if (value < 0 || value > 127) + { + throw new ArgumentOutOfRangeException("value", "Note number must be in the range 0-127"); + } + noteNumber = value; + } + } + + /// <summary> + /// The note velocity + /// </summary> + public int Velocity + { + get + { + return velocity; + } + set + { + if (value < 0 || value > 127) + { + throw new ArgumentOutOfRangeException("value", "Velocity must be in the range 0-127"); + } + velocity = value; + } + } + + /// <summary> + /// The note name + /// </summary> + public string NoteName + { + get + { + if ((Channel == 16) || (Channel == 10)) + { + switch (noteNumber) + { + case 35: return "Acoustic Bass Drum"; + case 36: return "Bass Drum 1"; + case 37: return "Side Stick"; + case 38: return "Acoustic Snare"; + case 39: return "Hand Clap"; + case 40: return "Electric Snare"; + case 41: return "Low Floor Tom"; + case 42: return "Closed Hi-Hat"; + case 43: return "High Floor Tom"; + case 44: return "Pedal Hi-Hat"; + case 45: return "Low Tom"; + case 46: return "Open Hi-Hat"; + case 47: return "Low-Mid Tom"; + case 48: return "Hi-Mid Tom"; + case 49: return "Crash Cymbal 1"; + case 50: return "High Tom"; + case 51: return "Ride Cymbal 1"; + case 52: return "Chinese Cymbal"; + case 53: return "Ride Bell"; + case 54: return "Tambourine"; + case 55: return "Splash Cymbal"; + case 56: return "Cowbell"; + case 57: return "Crash Cymbal 2"; + case 58: return "Vibraslap"; + case 59: return "Ride Cymbal 2"; + case 60: return "Hi Bongo"; + case 61: return "Low Bongo"; + case 62: return "Mute Hi Conga"; + case 63: return "Open Hi Conga"; + case 64: return "Low Conga"; + case 65: return "High Timbale"; + case 66: return "Low Timbale"; + case 67: return "High Agogo"; + case 68: return "Low Agogo"; + case 69: return "Cabasa"; + case 70: return "Maracas"; + case 71: return "Short Whistle"; + case 72: return "Long Whistle"; + case 73: return "Short Guiro"; + case 74: return "Long Guiro"; + case 75: return "Claves"; + case 76: return "Hi Wood Block"; + case 77: return "Low Wood Block"; + case 78: return "Mute Cuica"; + case 79: return "Open Cuica"; + case 80: return "Mute Triangle"; + case 81: return "Open Triangle"; + default: return String.Format("Drum {0}", noteNumber); + } + } + else + { + int octave = noteNumber / 12; + return String.Format("{0}{1}", NoteNames[noteNumber % 12], octave); + } + } + } + + /// <summary> + /// Describes the Note Event + /// </summary> + /// <returns>Note event as a string</returns> + public override string ToString() + { + return String.Format("{0} {1} Vel:{2}", + base.ToString(), + this.NoteName, + this.Velocity); + } + + /// <summary> + /// <see cref="MidiEvent.Export"/> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write((byte)noteNumber); + writer.Write((byte)velocity); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/NoteEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/NoteEvent.cs.meta new file mode 100644 index 0000000..cc9524f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/NoteEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c302c3c700b39a6b39b7c9b51ccd96b7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/NoteOnEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/NoteOnEvent.cs new file mode 100644 index 0000000..6f181df --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/NoteOnEvent.cs @@ -0,0 +1,150 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI note on event + /// </summary> + public class NoteOnEvent : NoteEvent + { + private NoteEvent offEvent; + + /// <summary> + /// Reads a new Note On event from a stream of MIDI data + /// </summary> + /// <param name="br">Binary reader on the MIDI data stream</param> + public NoteOnEvent(BinaryReader br) + : base(br) + { + } + + /// <summary> + /// Creates a NoteOn event with specified parameters + /// </summary> + /// <param name="absoluteTime">Absolute time of this event</param> + /// <param name="channel">MIDI channel number</param> + /// <param name="noteNumber">MIDI note number</param> + /// <param name="velocity">MIDI note velocity</param> + /// <param name="duration">MIDI note duration</param> + public NoteOnEvent(long absoluteTime, int channel, int noteNumber, + int velocity, int duration) + : base(absoluteTime, channel, MidiCommandCode.NoteOn, noteNumber, velocity) + { + this.OffEvent = new NoteEvent(absoluteTime, channel, MidiCommandCode.NoteOff, + noteNumber, 0); + NoteLength = duration; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => new NoteOnEvent(AbsoluteTime, Channel, NoteNumber, Velocity, NoteLength); + + /// <summary> + /// The associated Note off event + /// </summary> + public NoteEvent OffEvent + { + get + { + return offEvent; + } + set + { + if (!MidiEvent.IsNoteOff(value)) + { + throw new ArgumentException("OffEvent must be a valid MIDI note off event"); + } + if (value.NoteNumber != this.NoteNumber) + { + throw new ArgumentException("Note Off Event must be for the same note number"); + } + if (value.Channel != this.Channel) + { + throw new ArgumentException("Note Off Event must be for the same channel"); + } + offEvent = value; + + } + } + + /// <summary> + /// Get or set the Note Number, updating the off event at the same time + /// </summary> + public override int NoteNumber + { + get + { + return base.NoteNumber; + } + set + { + base.NoteNumber = value; + if (OffEvent != null) + { + OffEvent.NoteNumber = NoteNumber; + } + } + } + + /// <summary> + /// Get or set the channel, updating the off event at the same time + /// </summary> + public override int Channel + { + get + { + return base.Channel; + } + set + { + base.Channel = value; + if (OffEvent != null) + { + OffEvent.Channel = Channel; + } + } + } + + /// <summary> + /// The duration of this note + /// </summary> + /// <remarks> + /// There must be a note off event + /// </remarks> + public int NoteLength + { + get + { + return (int)(offEvent.AbsoluteTime - this.AbsoluteTime); + } + set + { + if (value < 0) + { + throw new ArgumentException("NoteLength must be 0 or greater"); + } + offEvent.AbsoluteTime = this.AbsoluteTime + value; + } + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override string ToString() + { + if ((this.Velocity == 0) && (OffEvent == null)) + { + return String.Format("{0} (Note Off)", + base.ToString()); + } + return String.Format("{0} Len: {1}", + base.ToString(), + (this.OffEvent == null) ? "?" : this.NoteLength.ToString()); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/NoteOnEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/NoteOnEvent.cs.meta new file mode 100644 index 0000000..7da620d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/NoteOnEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 05e29c6e2b877491aacdbb1a84391049 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/PatchChangeEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/PatchChangeEvent.cs new file mode 100644 index 0000000..56956e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/PatchChangeEvent.cs @@ -0,0 +1,119 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI patch change event + /// </summary> + public class PatchChangeEvent : MidiEvent + { + private byte patch; + + /// <summary> + /// Gets the default MIDI instrument names + /// </summary> + public static string GetPatchName(int patchNumber) + { + return patchNames[patchNumber]; + } + + // TODO: localize + private static readonly string[] patchNames = new string[] + { + "Acoustic Grand","Bright Acoustic","Electric Grand","Honky-Tonk","Electric Piano 1","Electric Piano 2","Harpsichord","Clav", + "Celesta","Glockenspiel","Music Box","Vibraphone","Marimba","Xylophone","Tubular Bells","Dulcimer", + "Drawbar Organ","Percussive Organ","Rock Organ","Church Organ","Reed Organ","Accoridan","Harmonica","Tango Accordian", + "Acoustic Guitar(nylon)","Acoustic Guitar(steel)","Electric Guitar(jazz)","Electric Guitar(clean)","Electric Guitar(muted)","Overdriven Guitar","Distortion Guitar","Guitar Harmonics", + "Acoustic Bass","Electric Bass(finger)","Electric Bass(pick)","Fretless Bass","Slap Bass 1","Slap Bass 2","Synth Bass 1","Synth Bass 2", + "Violin","Viola","Cello","Contrabass","Tremolo Strings","Pizzicato Strings","Orchestral Strings","Timpani", + "String Ensemble 1","String Ensemble 2","SynthStrings 1","SynthStrings 2","Choir Aahs","Voice Oohs","Synth Voice","Orchestra Hit", + "Trumpet","Trombone","Tuba","Muted Trumpet","French Horn","Brass Section","SynthBrass 1","SynthBrass 2", + "Soprano Sax","Alto Sax","Tenor Sax","Baritone Sax","Oboe","English Horn","Bassoon","Clarinet", + "Piccolo","Flute","Recorder","Pan Flute","Blown Bottle","Skakuhachi","Whistle","Ocarina", + "Lead 1 (square)","Lead 2 (sawtooth)","Lead 3 (calliope)","Lead 4 (chiff)","Lead 5 (charang)","Lead 6 (voice)","Lead 7 (fifths)","Lead 8 (bass+lead)", + "Pad 1 (new age)","Pad 2 (warm)","Pad 3 (polysynth)","Pad 4 (choir)","Pad 5 (bowed)","Pad 6 (metallic)","Pad 7 (halo)","Pad 8 (sweep)", + "FX 1 (rain)","FX 2 (soundtrack)","FX 3 (crystal)","FX 4 (atmosphere)","FX 5 (brightness)","FX 6 (goblins)","FX 7 (echoes)","FX 8 (sci-fi)", + "Sitar","Banjo","Shamisen","Koto","Kalimba","Bagpipe","Fiddle","Shanai", + "Tinkle Bell","Agogo","Steel Drums","Woodblock","Taiko Drum","Melodic Tom","Synth Drum","Reverse Cymbal", + "Guitar Fret Noise","Breath Noise","Seashore","Bird Tweet","Telephone Ring","Helicopter","Applause","Gunshot" + }; + + /// <summary> + /// Reads a new patch change event from a MIDI stream + /// </summary> + /// <param name="br">Binary reader for the MIDI stream</param> + public PatchChangeEvent(BinaryReader br) + { + patch = br.ReadByte(); + if ((patch & 0x80) != 0) + { + // TODO: might be a follow-on + throw new FormatException("Invalid patch"); + } + } + + /// <summary> + /// Creates a new patch change event + /// </summary> + /// <param name="absoluteTime">Time of the event</param> + /// <param name="channel">Channel number</param> + /// <param name="patchNumber">Patch number</param> + public PatchChangeEvent(long absoluteTime, int channel, int patchNumber) + : base(absoluteTime, channel, MidiCommandCode.PatchChange) + { + this.Patch = patchNumber; + } + + /// <summary> + /// The Patch Number + /// </summary> + public int Patch + { + get + { + return patch; + } + set + { + if (value < 0 || value > 127) + { + throw new ArgumentOutOfRangeException("value", "Patch number must be in the range 0-127"); + } + patch = (byte)value; + } + } + + /// <summary> + /// Describes this patch change event + /// </summary> + /// <returns>String describing the patch change event</returns> + public override string ToString() + { + return String.Format("{0} {1}", + base.ToString(), + GetPatchName(this.patch)); + } + + /// <summary> + /// Gets as a short message for sending with the midiOutShortMsg API + /// </summary> + /// <returns>short message</returns> + public override int GetAsShortMessage() + { + return base.GetAsShortMessage() + (this.patch << 8); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(patch); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/PatchChangeEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/PatchChangeEvent.cs.meta new file mode 100644 index 0000000..debb263 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/PatchChangeEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 634951b3e09f5b91e9e2296679a619ef +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/PitchWheelChangeEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/PitchWheelChangeEvent.cs new file mode 100644 index 0000000..5790aa4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/PitchWheelChangeEvent.cs @@ -0,0 +1,99 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI pitch wheel change event + /// </summary> + public class PitchWheelChangeEvent : MidiEvent + { + private int pitch; + + /// <summary> + /// Reads a pitch wheel change event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream to read from</param> + public PitchWheelChangeEvent(BinaryReader br) + { + byte b1 = br.ReadByte(); + byte b2 = br.ReadByte(); + if((b1 & 0x80) != 0) + { + // TODO: might be a follow-on + throw new FormatException("Invalid pitchwheelchange byte 1"); + } + if((b2 & 0x80) != 0) + { + throw new FormatException("Invalid pitchwheelchange byte 2"); + } + + pitch = b1 + (b2 << 7); // 0x2000 is normal + } + + /// <summary> + /// Creates a new pitch wheel change event + /// </summary> + /// <param name="absoluteTime">Absolute event time</param> + /// <param name="channel">Channel</param> + /// <param name="pitchWheel">Pitch wheel value</param> + public PitchWheelChangeEvent(long absoluteTime, int channel, int pitchWheel) + : base(absoluteTime, channel, MidiCommandCode.PitchWheelChange) + { + Pitch = pitchWheel; + } + + /// <summary> + /// Describes this pitch wheel change event + /// </summary> + /// <returns>String describing this pitch wheel change event</returns> + public override string ToString() + { + return String.Format("{0} Pitch {1} ({2})", + base.ToString(), + this.pitch, + this.pitch - 0x2000); + } + + /// <summary> + /// Pitch Wheel Value 0 is minimum, 0x2000 (8192) is default, 0x3FFF (16383) is maximum + /// </summary> + public int Pitch + { + get + { + return pitch; + } + set + { + if (value < 0 || value >= 0x4000) + { + throw new ArgumentOutOfRangeException("value", "Pitch value must be in the range 0 - 0x3FFF"); + } + pitch = value; + } + } + + /// <summary> + /// Gets a short message + /// </summary> + /// <returns>Integer to sent as short message</returns> + public override int GetAsShortMessage() + { + return base.GetAsShortMessage() + ((pitch & 0x7f) << 8) + (((pitch >> 7) & 0x7f) << 16); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write((byte)(pitch & 0x7f)); + writer.Write((byte)((pitch >> 7) & 0x7f)); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/PitchWheelChangeEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/PitchWheelChangeEvent.cs.meta new file mode 100644 index 0000000..12f1dfa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/PitchWheelChangeEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 755e2b966ec197fd98d3a68214f2add5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/RawMetaEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/RawMetaEvent.cs new file mode 100644 index 0000000..fe8eac2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/RawMetaEvent.cs @@ -0,0 +1,50 @@ +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI meta event with raw data + /// </summary> + public class RawMetaEvent : MetaEvent + { + /// <summary> + /// Raw data contained in the meta event + /// </summary> + public byte[] Data { get; set; } + + /// <summary> + /// Creates a meta event with raw data + /// </summary> + public RawMetaEvent(MetaEventType metaEventType, long absoluteTime, byte[] data) : base(metaEventType, data?.Length ?? 0, absoluteTime) + { + Data = data; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => new RawMetaEvent(MetaEventType, AbsoluteTime, (byte[])Data?.Clone()); + + /// <summary> + /// Describes this meta event + /// </summary> + public override string ToString() + { + var sb = new StringBuilder().Append(base.ToString()); + foreach (var b in Data) + sb.AppendFormat(" {0:X2}", b); + return sb.ToString(); + } + + /// <summary> + /// <see cref="MidiEvent.Export"/> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + if (Data == null) return; + writer.Write(Data, 0, Data.Length); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/RawMetaEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/RawMetaEvent.cs.meta new file mode 100644 index 0000000..72b18aa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/RawMetaEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0f1ecb3ad474534b7b6aecdc86832e14 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/SequencerSpecificEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/SequencerSpecificEvent.cs new file mode 100644 index 0000000..76c3885 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/SequencerSpecificEvent.cs @@ -0,0 +1,84 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a Sequencer Specific event + /// </summary> + public class SequencerSpecificEvent : MetaEvent + { + private byte[] data; + + /// <summary> + /// Reads a new sequencer specific event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">The data length</param> + public SequencerSpecificEvent(BinaryReader br, int length) + { + this.data = br.ReadBytes(length); + } + + /// <summary> + /// Creates a new Sequencer Specific event + /// </summary> + /// <param name="data">The sequencer specific data</param> + /// <param name="absoluteTime">Absolute time of this event</param> + public SequencerSpecificEvent(byte[] data, long absoluteTime) + : base(MetaEventType.SequencerSpecific, data.Length, absoluteTime) + { + this.data = data; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => new SequencerSpecificEvent((byte[])data.Clone(), AbsoluteTime); + + /// <summary> + /// The contents of this sequencer specific + /// </summary> + public byte[] Data + { + get + { + return this.data; + } + set + { + this.data = value; + this.metaDataLength = this.data.Length; + } + } + + /// <summary> + /// Describes this MIDI text event + /// </summary> + /// <returns>A string describing this event</returns> + public override string ToString() + { + StringBuilder sb = new StringBuilder(); + sb.Append(base.ToString()); + sb.Append(" "); + foreach (var b in data) + { + sb.AppendFormat("{0:X2} ", b); + } + sb.Length--; + return sb.ToString(); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(data); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/SequencerSpecificEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/SequencerSpecificEvent.cs.meta new file mode 100644 index 0000000..ac9592e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/SequencerSpecificEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5c2e5150502c40b1c842743a4b96633f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/SmpteOffsetEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/SmpteOffsetEvent.cs new file mode 100644 index 0000000..31913fc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/SmpteOffsetEvent.cs @@ -0,0 +1,104 @@ +using System; +using System.IO; + +namespace NAudio.Midi +{ + /// <summary> + /// SMPTE Offset Event + /// </summary> + public class SmpteOffsetEvent : MetaEvent + { + private readonly byte hours; + private readonly byte minutes; + private readonly byte seconds; + private readonly byte frames; + private readonly byte subFrames; // 100ths of a frame + + /// <summary> + /// Creates a new time signature event + /// </summary> + public SmpteOffsetEvent(byte hours, byte minutes, byte seconds, byte frames, byte subFrames) + { + this.hours = hours; + this.minutes = minutes; + this.seconds = seconds; + this.frames = frames; + this.subFrames = subFrames; + } + + /// <summary> + /// Reads a new time signature event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">The data length</param> + public SmpteOffsetEvent(BinaryReader br,int length) + { + if(length != 5) + { + throw new FormatException(String.Format("Invalid SMPTE Offset length: Got {0}, expected 5",length)); + } + hours = br.ReadByte(); + minutes = br.ReadByte(); + seconds = br.ReadByte(); + frames = br.ReadByte(); + subFrames = br.ReadByte(); + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => (SmpteOffsetEvent)MemberwiseClone(); + + /// <summary> + /// Hours + /// </summary> + public int Hours => hours; + + /// <summary> + /// Minutes + /// </summary> + public int Minutes => minutes; + + /// <summary> + /// Seconds + /// </summary> + public int Seconds => seconds; + + /// <summary> + /// Frames + /// </summary> + public int Frames => frames; + + /// <summary> + /// SubFrames + /// </summary> + public int SubFrames => subFrames; + + + /// <summary> + /// Describes this time signature event + /// </summary> + /// <returns>A string describing this event</returns> + public override string ToString() + { + return String.Format("{0} {1}:{2}:{3}:{4}:{5}", + base.ToString(),hours,minutes,seconds,frames,subFrames); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(hours); + writer.Write(minutes); + writer.Write(seconds); + writer.Write(frames); + writer.Write(subFrames); + } + } +} + diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/SmpteOffsetEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/SmpteOffsetEvent.cs.meta new file mode 100644 index 0000000..9369dd4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/SmpteOffsetEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ddebf99510b46b46f926d4efbafc67eb +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/SysexEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/SysexEvent.cs new file mode 100644 index 0000000..3618cfa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/SysexEvent.cs @@ -0,0 +1,80 @@ +using System; +using System.IO; +using System.Text; +using System.Collections.Generic; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI sysex message + /// </summary> + public class SysexEvent : MidiEvent + { + private byte[] data; + //private int length; + + /// <summary> + /// Reads a sysex message from a MIDI stream + /// </summary> + /// <param name="br">Stream of MIDI data</param> + /// <returns>a new sysex message</returns> + public static SysexEvent ReadSysexEvent(BinaryReader br) + { + SysexEvent se = new SysexEvent(); + //se.length = ReadVarInt(br); + //se.data = br.ReadBytes(se.length); + + List<byte> sysexData = new List<byte>(); + bool loop = true; + while(loop) + { + byte b = br.ReadByte(); + if(b == 0xF7) + { + loop = false; + } + else + { + sysexData.Add(b); + } + } + + se.data = sysexData.ToArray(); + + return se; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => new SysexEvent { data = (byte[])data?.Clone() }; + + /// <summary> + /// Describes this sysex message + /// </summary> + /// <returns>A string describing the sysex message</returns> + public override string ToString() + { + StringBuilder sb = new StringBuilder(); + foreach (byte b in data) + { + sb.AppendFormat("{0:X2} ", b); + } + return String.Format("{0} Sysex: {1} bytes\r\n{2}",this.AbsoluteTime,data.Length,sb.ToString()); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + //WriteVarInt(writer,length); + //writer.Write(data, 0, data.Length); + writer.Write(data, 0, data.Length); + writer.Write((byte)0xF7); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/SysexEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/SysexEvent.cs.meta new file mode 100644 index 0000000..8cb8b2c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/SysexEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ee7ebba1bf9438ccea79b495bf008415 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TempoEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/TempoEvent.cs new file mode 100644 index 0000000..984eddf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TempoEvent.cs @@ -0,0 +1,87 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI tempo event + /// </summary> + public class TempoEvent : MetaEvent + { + private int microsecondsPerQuarterNote; + + /// <summary> + /// Reads a new tempo event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">the data length</param> + public TempoEvent(BinaryReader br,int length) + { + if(length != 3) + { + throw new FormatException("Invalid tempo length"); + } + microsecondsPerQuarterNote = (br.ReadByte() << 16) + (br.ReadByte() << 8) + br.ReadByte(); + } + + /// <summary> + /// Creates a new tempo event with specified settings + /// </summary> + /// <param name="microsecondsPerQuarterNote">Microseconds per quarter note</param> + /// <param name="absoluteTime">Absolute time</param> + public TempoEvent(int microsecondsPerQuarterNote, long absoluteTime) + : base(MetaEventType.SetTempo,3,absoluteTime) + { + this.microsecondsPerQuarterNote = microsecondsPerQuarterNote; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => (TempoEvent)MemberwiseClone(); + + /// <summary> + /// Describes this tempo event + /// </summary> + /// <returns>String describing the tempo event</returns> + public override string ToString() + { + return String.Format("{0} {2}bpm ({1})", + base.ToString(), + microsecondsPerQuarterNote, + (60000000 / microsecondsPerQuarterNote)); + } + + /// <summary> + /// Microseconds per quarter note + /// </summary> + public int MicrosecondsPerQuarterNote + { + get { return microsecondsPerQuarterNote; } + set { microsecondsPerQuarterNote = value; } + } + + /// <summary> + /// Tempo + /// </summary> + public double Tempo + { + get { return (60000000.0/microsecondsPerQuarterNote); } + set { microsecondsPerQuarterNote = (int) (60000000.0/value); } + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write((byte) ((microsecondsPerQuarterNote >> 16) & 0xFF)); + writer.Write((byte) ((microsecondsPerQuarterNote >> 8) & 0xFF)); + writer.Write((byte) (microsecondsPerQuarterNote & 0xFF)); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TempoEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/TempoEvent.cs.meta new file mode 100644 index 0000000..2497a70 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TempoEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ba91904904653124b8d42e744d2dcb65 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TextEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/TextEvent.cs new file mode 100644 index 0000000..0b1a188 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TextEvent.cs @@ -0,0 +1,96 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI text event + /// </summary> + public class TextEvent : MetaEvent + { + private byte[] data; + + /// <summary> + /// Reads a new text event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">The data length</param> + public TextEvent(BinaryReader br,int length) + { + data = br.ReadBytes(length); + } + + /// <summary> + /// Creates a new TextEvent + /// </summary> + /// <param name="text">The text in this type</param> + /// <param name="metaEventType">MetaEvent type (must be one that is + /// associated with text data)</param> + /// <param name="absoluteTime">Absolute time of this event</param> + public TextEvent(string text, MetaEventType metaEventType, long absoluteTime) + : base(metaEventType, text.Length, absoluteTime) + { + Text = text; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => (TextEvent)MemberwiseClone(); + + /// <summary> + /// The contents of this text event + /// </summary> + public string Text + { + get + { + Encoding byteEncoding = NAudio.Utils.ByteEncoding.Instance; + return byteEncoding.GetString(data); + } + set + { + Encoding byteEncoding = NAudio.Utils.ByteEncoding.Instance; + data = byteEncoding.GetBytes(value); + metaDataLength = data.Length; + } + } + + /// <summary> + /// The raw contents of this text event + /// </summary> + public byte[] Data + { + get + { + return data; + } + set + { + data = value; + metaDataLength = data.Length; + } + } + + /// <summary> + /// Describes this MIDI text event + /// </summary> + /// <returns>A string describing this event</returns> + public override string ToString() + { + return String.Format("{0} {1}",base.ToString(),Text); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(data); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TextEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/TextEvent.cs.meta new file mode 100644 index 0000000..6129f9d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TextEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9ed54aa8babbdd25eae220708a67897b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TimeSignatureEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/TimeSignatureEvent.cs new file mode 100644 index 0000000..46503a0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TimeSignatureEvent.cs @@ -0,0 +1,144 @@ +using System; +using System.IO; +using System.Text; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI time signature event + /// </summary> + public class TimeSignatureEvent : MetaEvent + { + private byte numerator; + private byte denominator; + private byte ticksInMetronomeClick; + private byte no32ndNotesInQuarterNote; + + /// <summary> + /// Reads a new time signature event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">The data length</param> + public TimeSignatureEvent(BinaryReader br,int length) + { + if(length != 4) + { + throw new FormatException(String.Format("Invalid time signature length: Got {0}, expected 4", length)); + } + numerator = br.ReadByte(); + denominator = br.ReadByte(); //2=quarter, 3=eigth etc + ticksInMetronomeClick = br.ReadByte(); + no32ndNotesInQuarterNote = br.ReadByte(); + } + + /// <summary> + /// Creates a new TimeSignatureEvent + /// </summary> + /// <param name="absoluteTime">Time at which to create this event</param> + /// <param name="numerator">Numerator</param> + /// <param name="denominator">Denominator</param> + /// <param name="ticksInMetronomeClick">Ticks in Metronome Click</param> + /// <param name="no32ndNotesInQuarterNote">No of 32nd Notes in Quarter Click</param> + public TimeSignatureEvent(long absoluteTime, int numerator, int denominator, int ticksInMetronomeClick, int no32ndNotesInQuarterNote) + : + base(MetaEventType.TimeSignature, 4, absoluteTime) + { + this.numerator = (byte)numerator; + this.denominator = (byte)denominator; + this.ticksInMetronomeClick = (byte)ticksInMetronomeClick; + this.no32ndNotesInQuarterNote = (byte)no32ndNotesInQuarterNote; + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => (TimeSignatureEvent)MemberwiseClone(); + + /// <summary> + /// Numerator (number of beats in a bar) + /// </summary> + public int Numerator + { + get { return numerator; } + } + + /// <summary> + /// Denominator (Beat unit), + /// 1 means 2, 2 means 4 (crochet), 3 means 8 (quaver), 4 means 16 and 5 means 32 + /// </summary> + public int Denominator + { + get { return denominator; } + } + + /// <summary> + /// Ticks in a metronome click + /// </summary> + public int TicksInMetronomeClick + { + get { return ticksInMetronomeClick; } + } + + /// <summary> + /// Number of 32nd notes in a quarter note + /// </summary> + public int No32ndNotesInQuarterNote + { + get { return no32ndNotesInQuarterNote; } + } + + /// <summary> + /// The time signature + /// </summary> + public string TimeSignature + { + get + { + string den = String.Format("Unknown ({0})",denominator); + switch(denominator) + { + case 1: + den = "2"; + break; + case 2: + den = "4"; + break; + case 3: + den = "8"; + break; + case 4: + den = "16"; + break; + case 5: + den = "32"; + break; + } + return String.Format("{0}/{1}",numerator,den); + } + } + + /// <summary> + /// Describes this time signature event + /// </summary> + /// <returns>A string describing this event</returns> + public override string ToString() + { + return String.Format("{0} {1} TicksInClick:{2} 32ndsInQuarterNote:{3}", + base.ToString(),TimeSignature,ticksInMetronomeClick,no32ndNotesInQuarterNote); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write(numerator); + writer.Write(denominator); + writer.Write(ticksInMetronomeClick); + writer.Write(no32ndNotesInQuarterNote); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TimeSignatureEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/TimeSignatureEvent.cs.meta new file mode 100644 index 0000000..de97959 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TimeSignatureEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7ae3b7f100ed4c0a8a1e7a6b2eceef2c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TrackSequenceNumberEvent.cs b/NAudio-2.2.1/NAudio.Midi/Midi/TrackSequenceNumberEvent.cs new file mode 100644 index 0000000..ac65760 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TrackSequenceNumberEvent.cs @@ -0,0 +1,65 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.IO; + +namespace NAudio.Midi +{ + /// <summary> + /// Represents a MIDI track sequence number event event + /// </summary> + public class TrackSequenceNumberEvent : MetaEvent + { + private ushort sequenceNumber; + + /// <summary> + /// Creates a new track sequence number event + /// </summary> + public TrackSequenceNumberEvent(ushort sequenceNumber) + { + this.sequenceNumber = sequenceNumber; + } + + /// <summary> + /// Reads a new track sequence number event from a MIDI stream + /// </summary> + /// <param name="br">The MIDI stream</param> + /// <param name="length">the data length</param> + public TrackSequenceNumberEvent(BinaryReader br, int length) + { + // TODO: there is a form of the TrackSequenceNumberEvent that + // has a length of zero + if(length != 2) + { + throw new FormatException("Invalid sequence number length"); + } + sequenceNumber = (ushort) ((br.ReadByte() << 8) + br.ReadByte()); + } + + /// <summary> + /// Creates a deep clone of this MIDI event. + /// </summary> + public override MidiEvent Clone() => (TrackSequenceNumberEvent)MemberwiseClone(); + + /// <summary> + /// Describes this event + /// </summary> + /// <returns>String describing the event</returns> + public override string ToString() + { + return String.Format("{0} {1}", base.ToString(), sequenceNumber); + } + + /// <summary> + /// Calls base class export first, then exports the data + /// specific to this event + /// <seealso cref="MidiEvent.Export">MidiEvent.Export</seealso> + /// </summary> + public override void Export(ref long absoluteTime, BinaryWriter writer) + { + base.Export(ref absoluteTime, writer); + writer.Write((byte)((sequenceNumber >> 8) & 0xFF)); + writer.Write((byte)(sequenceNumber & 0xFF)); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Midi/Midi/TrackSequenceNumberEvent.cs.meta b/NAudio-2.2.1/NAudio.Midi/Midi/TrackSequenceNumberEvent.cs.meta new file mode 100644 index 0000000..0006229 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/Midi/TrackSequenceNumberEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c1c76b4045694028d9d872b0769eb8e3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Midi/NAudio.Midi.csproj b/NAudio-2.2.1/NAudio.Midi/NAudio.Midi.csproj new file mode 100644 index 0000000..e5205ad --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/NAudio.Midi.csproj @@ -0,0 +1,30 @@ +<Project Sdk="Microsoft.NET.Sdk"> + + <PropertyGroup> + <TargetFramework>netstandard2.0</TargetFramework> + <Version>2.2.1</Version> + <GeneratePackageOnBuild>true</GeneratePackageOnBuild> + <GenerateDocumentationFile>true</GenerateDocumentationFile> + <Authors>Mark Heath</Authors> + <SignAssembly>true</SignAssembly> + <AssemblyOriginatorKeyFile>..\NAudioStrongNameKey.snk</AssemblyOriginatorKeyFile> + <PackageProjectUrl>https://github.com/naudio/NAudio</PackageProjectUrl> + <PackageTags>C# .NET audio sound</PackageTags> + <RepositoryUrl>https://github.com/naudio/NAudio</RepositoryUrl> + <Copyright>© Mark Heath 2023</Copyright> + <PackageLicenseExpression>MIT</PackageLicenseExpression> + <PackageIcon>naudio-icon.png</PackageIcon> + </PropertyGroup> + + <ItemGroup> + <ProjectReference Include="..\NAudio.Core\NAudio.Core.csproj" /> + </ItemGroup> + + <ItemGroup> + <None Include="..\naudio-icon.png"> + <Pack>True</Pack> + <PackagePath></PackagePath> + </None> + </ItemGroup> + +</Project> diff --git a/NAudio-2.2.1/NAudio.Midi/NAudio.Midi.csproj.meta b/NAudio-2.2.1/NAudio.Midi/NAudio.Midi.csproj.meta new file mode 100644 index 0000000..561800d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Midi/NAudio.Midi.csproj.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 6342a698975ba7f2eaa9208185883a97 +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Uap.meta b/NAudio-2.2.1/NAudio.Uap.meta new file mode 100644 index 0000000..c7e7c2b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Uap.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: c0171b950045af59ba24d27231a37a07 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi.meta b/NAudio-2.2.1/NAudio.Wasapi.meta new file mode 100644 index 0000000..170ec56 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: cd1ef79dcac86f0ab820a6fe8b2fe512 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/ComStream.cs b/NAudio-2.2.1/NAudio.Wasapi/ComStream.cs new file mode 100644 index 0000000..34c10d4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/ComStream.cs @@ -0,0 +1,163 @@ +using System; +using System.IO; +using System.Runtime.InteropServices; +using System.Runtime.InteropServices.ComTypes; + +namespace NAudio.Wave +{ + /// <summary> + /// Implementation of Com IStream + /// </summary> + class ComStream : Stream, IStream + { + private Stream stream; + + public override bool CanRead => stream.CanRead; + + public override bool CanSeek => stream.CanSeek; + + public override bool CanWrite => stream.CanWrite; + + public override long Length => stream.Length; + + public override long Position + { + get { return stream.Position; } + set { stream.Position = value; } + } + + public ComStream(Stream stream) + : this(stream, true) + { + } + + internal ComStream(Stream stream, bool synchronizeStream) + { + if (stream == null) + throw new ArgumentNullException(nameof(stream)); + if (synchronizeStream) + stream = Synchronized(stream); + this.stream = stream; + } + + void IStream.Clone(out IStream ppstm) + { + ppstm = null; + } + + void IStream.Commit(int grfCommitFlags) + { + stream.Flush(); + } + + void IStream.CopyTo(IStream pstm, long cb, IntPtr pcbRead, IntPtr pcbWritten) + { + } + + void IStream.LockRegion(long libOffset, long cb, int dwLockType) + { + } + + void IStream.Read(byte[] pv, int cb, IntPtr pcbRead) + { + if (!CanRead) + throw new InvalidOperationException("Stream is not readable."); + int val = Read(pv, 0, cb); + if (pcbRead != IntPtr.Zero) + Marshal.WriteInt32(pcbRead, val); + } + + void IStream.Revert() + { + } + + void IStream.Seek(long dlibMove, int dwOrigin, IntPtr plibNewPosition) + { + SeekOrigin origin = (SeekOrigin) dwOrigin; + long val = Seek(dlibMove, origin); + if (plibNewPosition != IntPtr.Zero) + Marshal.WriteInt64(plibNewPosition, val); + } + + void IStream.SetSize(long libNewSize) + { + SetLength(libNewSize); + } + + void IStream.Stat(out System.Runtime.InteropServices.ComTypes.STATSTG pstatstg, int grfStatFlag) + { + const int STGM_READ = 0x00000000; + const int STGM_WRITE = 0x00000001; + const int STGM_READWRITE = 0x00000002; + + var tmp = new System.Runtime.InteropServices.ComTypes.STATSTG { type = 2, cbSize = Length, grfMode = 0 }; + + if (CanWrite && CanRead) + tmp.grfMode |= STGM_READWRITE; + else if (CanRead) + tmp.grfMode |= STGM_READ; + else if (CanWrite) + tmp.grfMode |= STGM_WRITE; + else + throw new ObjectDisposedException("Stream"); + + pstatstg = tmp; + } + + void IStream.UnlockRegion(long libOffset, long cb, int dwLockType) + { + } + + void IStream.Write(byte[] pv, int cb, IntPtr pcbWritten) + { + if (!CanWrite) + throw new InvalidOperationException("Stream is not writeable."); + Write(pv, 0, cb); + if (pcbWritten != IntPtr.Zero) + Marshal.WriteInt32(pcbWritten, cb); + } + + public override void Flush() + { + stream.Flush(); + } + + public override int Read(byte[] buffer, int offset, int count) + { + return stream.Read(buffer, offset, count); + } + + public override long Seek(long offset, SeekOrigin origin) + { + return stream.Seek(offset, origin); + } + + public override void SetLength(long value) + { + stream.SetLength(value); + } + + public override void Write(byte[] buffer, int offset, int count) + { + stream.Write(buffer, offset, count); + } + + protected override void Dispose(bool disposing) + { + base.Dispose(disposing); + if (stream == null) + return; + stream.Dispose(); + stream = null; + } + + public override void Close() + { + base.Close(); + if (stream == null) + return; + stream.Close(); + stream = null; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/ComStream.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/ComStream.cs.meta new file mode 100644 index 0000000..afb2c80 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/ComStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e4689070fe9fe831f8ddd4cac01305a7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi.meta new file mode 100644 index 0000000..beca16b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: ef3f02134b535055ebf32679f04a14c6 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ActivateAudioInterfaceCompletionHandler.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ActivateAudioInterfaceCompletionHandler.cs new file mode 100644 index 0000000..1de6afc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ActivateAudioInterfaceCompletionHandler.cs @@ -0,0 +1,54 @@ +using NAudio.CoreAudioApi.Interfaces; +using NAudio.Wasapi.CoreAudioApi.Interfaces; +using System; +using System.Runtime.CompilerServices; +using System.Runtime.InteropServices; +using System.Threading.Tasks; + +namespace NAudio.Wasapi.CoreAudioApi +{ + internal class ActivateAudioInterfaceCompletionHandler : + IActivateAudioInterfaceCompletionHandler, IAgileObject + { + private Action<IAudioClient2> initializeAction; + private TaskCompletionSource<IAudioClient2> tcs = new TaskCompletionSource<IAudioClient2>(); + + public ActivateAudioInterfaceCompletionHandler( + Action<IAudioClient2> initializeAction) + { + this.initializeAction = initializeAction; + } + + public void ActivateCompleted(IActivateAudioInterfaceAsyncOperation activateOperation) + { + // First get the activation results, and see if anything bad happened then + activateOperation.GetActivateResult(out int hr, out object unk); + if (hr != 0) + { + tcs.TrySetException(Marshal.GetExceptionForHR(hr, new IntPtr(-1))); + return; + } + + var pAudioClient = (IAudioClient2)unk; + + // Next try to call the client's (synchronous, blocking) initialization method. + try + { + initializeAction(pAudioClient); + tcs.SetResult(pAudioClient); + } + catch (Exception ex) + { + tcs.TrySetException(ex); + } + + + } + + + public TaskAwaiter<IAudioClient2> GetAwaiter() + { + return tcs.Task.GetAwaiter(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ActivateAudioInterfaceCompletionHandler.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ActivateAudioInterfaceCompletionHandler.cs.meta new file mode 100644 index 0000000..e0d0558 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ActivateAudioInterfaceCompletionHandler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a7518ca52032c1620b77500a36ed501c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioCaptureClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioCaptureClient.cs new file mode 100644 index 0000000..1dbf68a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioCaptureClient.cs @@ -0,0 +1,80 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Capture Client + /// </summary> + public class AudioCaptureClient : IDisposable + { + IAudioCaptureClient audioCaptureClientInterface; + + internal AudioCaptureClient(IAudioCaptureClient audioCaptureClientInterface) + { + this.audioCaptureClientInterface = audioCaptureClientInterface; + } + + /// <summary> + /// Gets a pointer to the buffer + /// </summary> + /// <returns>Pointer to the buffer</returns> + public IntPtr GetBuffer( + out int numFramesToRead, + out AudioClientBufferFlags bufferFlags, + out long devicePosition, + out long qpcPosition) + { + Marshal.ThrowExceptionForHR(audioCaptureClientInterface.GetBuffer(out var bufferPointer, out numFramesToRead, out bufferFlags, out devicePosition, out qpcPosition)); + return bufferPointer; + } + + /// <summary> + /// Gets a pointer to the buffer + /// </summary> + /// <param name="numFramesToRead">Number of frames to read</param> + /// <param name="bufferFlags">Buffer flags</param> + /// <returns>Pointer to the buffer</returns> + public IntPtr GetBuffer( + out int numFramesToRead, + out AudioClientBufferFlags bufferFlags) + { + Marshal.ThrowExceptionForHR(audioCaptureClientInterface.GetBuffer(out var bufferPointer, out numFramesToRead, out bufferFlags, out _, out _)); + return bufferPointer; + } + + /// <summary> + /// Gets the size of the next packet + /// </summary> + public int GetNextPacketSize() + { + Marshal.ThrowExceptionForHR(audioCaptureClientInterface.GetNextPacketSize(out var numFramesInNextPacket)); + return numFramesInNextPacket; + } + + /// <summary> + /// Release buffer + /// </summary> + /// <param name="numFramesWritten">Number of frames written</param> + public void ReleaseBuffer(int numFramesWritten) + { + Marshal.ThrowExceptionForHR(audioCaptureClientInterface.ReleaseBuffer(numFramesWritten)); + } + + /// <summary> + /// Release the COM object + /// </summary> + public void Dispose() + { + if (audioCaptureClientInterface != null) + { + // although GC would do this for us, we want it done now + // to let us reopen WASAPI + Marshal.ReleaseComObject(audioCaptureClientInterface); + audioCaptureClientInterface = null; + GC.SuppressFinalize(this); + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioCaptureClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioCaptureClient.cs.meta new file mode 100644 index 0000000..7570e47 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioCaptureClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cf06c7bd2ac4fbc12b00c87962225987 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClient.cs new file mode 100644 index 0000000..cc11a0f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClient.cs @@ -0,0 +1,378 @@ +using NAudio.CoreAudioApi.Interfaces; +using NAudio.Wasapi.CoreAudioApi; +using NAudio.Wave; +using System; +using System.Runtime.InteropServices; +using System.Threading.Tasks; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Windows CoreAudio AudioClient + /// </summary> + public class AudioClient : IDisposable + { + private IAudioClient audioClientInterface; + private WaveFormat mixFormat; + private AudioRenderClient audioRenderClient; + private AudioCaptureClient audioCaptureClient; + private AudioClockClient audioClockClient; + private AudioStreamVolume audioStreamVolume; + private AudioClientShareMode shareMode; + + /// <summary> + /// Activate Async + /// </summary> + public static async Task<AudioClient> ActivateAsync(string deviceInterfacePath, AudioClientProperties? audioClientProperties) + { + var icbh = new ActivateAudioInterfaceCompletionHandler( + ac2 => + { + + if (audioClientProperties != null) + { + IntPtr p = Marshal.AllocHGlobal(Marshal.SizeOf(audioClientProperties.Value)); + try + { + // TODO: consider whether we can marshal this without the need for AllocHGlobal + Marshal.StructureToPtr(audioClientProperties.Value, p, false); + ac2.SetClientProperties(p); + } + finally + { + Marshal.FreeHGlobal(p); + + } + } + + /*var wfx = new WaveFormat(44100, 16, 2); + int hr = ac2.Initialize(AudioClientShareMode.Shared, + AudioClientStreamFlags.EventCallback | AudioClientStreamFlags.NoPersist, + 10000000, 0, wfx, IntPtr.Zero);*/ + }); + var IID_IAudioClient2 = new Guid("726778CD-F60A-4eda-82DE-E47610CD78AA"); + NativeMethods.ActivateAudioInterfaceAsync(deviceInterfacePath, IID_IAudioClient2, IntPtr.Zero, icbh, out var activationOperation); + var audioClient2 = await icbh; + return new AudioClient((IAudioClient)audioClient2); + } + + public AudioClient(IAudioClient audioClientInterface) + { + this.audioClientInterface = audioClientInterface; + } + + /// <summary> + /// Retrieves the stream format that the audio engine uses for its internal processing of shared-mode streams. + /// Can be called before initialize + /// </summary> + public WaveFormat MixFormat + { + get + { + if (mixFormat == null) + { + Marshal.ThrowExceptionForHR(audioClientInterface.GetMixFormat(out var waveFormatPointer)); + var waveFormat = WaveFormat.MarshalFromPtr(waveFormatPointer); + Marshal.FreeCoTaskMem(waveFormatPointer); + mixFormat = waveFormat; + } + return mixFormat; + } + } + + /// <summary> + /// Initializes the Audio Client + /// </summary> + /// <param name="shareMode">Share Mode</param> + /// <param name="streamFlags">Stream Flags</param> + /// <param name="bufferDuration">Buffer Duration</param> + /// <param name="periodicity">Periodicity</param> + /// <param name="waveFormat">Wave Format</param> + /// <param name="audioSessionGuid">Audio Session GUID (can be null)</param> + public void Initialize(AudioClientShareMode shareMode, + AudioClientStreamFlags streamFlags, + long bufferDuration, + long periodicity, + WaveFormat waveFormat, + Guid audioSessionGuid) + { + this.shareMode = shareMode; + int hresult = audioClientInterface.Initialize(shareMode, streamFlags, bufferDuration, periodicity, waveFormat, ref audioSessionGuid); + Marshal.ThrowExceptionForHR(hresult); + // may have changed the mix format so reset it + mixFormat = null; + } + + /// <summary> + /// Retrieves the size (maximum capacity) of the audio buffer associated with the endpoint. (must initialize first) + /// </summary> + public int BufferSize + { + get + { + Marshal.ThrowExceptionForHR(audioClientInterface.GetBufferSize(out uint bufferSize)); + return (int) bufferSize; + } + } + + /// <summary> + /// Retrieves the maximum latency for the current stream and can be called any time after the stream has been initialized. + /// </summary> + public long StreamLatency => audioClientInterface.GetStreamLatency(); + + /// <summary> + /// Retrieves the number of frames of padding in the endpoint buffer (must initialize first) + /// </summary> + public int CurrentPadding + { + get + { + Marshal.ThrowExceptionForHR(audioClientInterface.GetCurrentPadding(out var currentPadding)); + return currentPadding; + } + } + + /// <summary> + /// Retrieves the length of the periodic interval separating successive processing passes by the audio engine on the data in the endpoint buffer. + /// (can be called before initialize) + /// </summary> + public long DefaultDevicePeriod + { + get + { + Marshal.ThrowExceptionForHR(audioClientInterface.GetDevicePeriod(out var defaultDevicePeriod, out _)); + return defaultDevicePeriod; + } + } + + /// <summary> + /// Gets the minimum device period + /// (can be called before initialize) + /// </summary> + public long MinimumDevicePeriod + { + get + { + Marshal.ThrowExceptionForHR(audioClientInterface.GetDevicePeriod(out _, out var minimumDevicePeriod)); + return minimumDevicePeriod; + } + } + + // TODO: GetService: + // IID_IAudioSessionControl + // IID_IChannelAudioVolume + // IID_ISimpleAudioVolume + + /// <summary> + /// Returns the AudioStreamVolume service for this AudioClient. + /// </summary> + /// <remarks> + /// This returns the AudioStreamVolume object ONLY for shared audio streams. + /// </remarks> + /// <exception cref="InvalidOperationException"> + /// This is thrown when an exclusive audio stream is being used. + /// </exception> + public AudioStreamVolume AudioStreamVolume + { + get + { + if (shareMode == AudioClientShareMode.Exclusive) + { + throw new InvalidOperationException("AudioStreamVolume is ONLY supported for shared audio streams."); + } + if (audioStreamVolume == null) + { + var audioStreamVolumeGuid = new Guid("93014887-242D-4068-8A15-CF5E93B90FE3"); + Marshal.ThrowExceptionForHR(audioClientInterface.GetService(audioStreamVolumeGuid, out var audioStreamVolumeInterface)); + audioStreamVolume = new AudioStreamVolume((IAudioStreamVolume)audioStreamVolumeInterface); + } + return audioStreamVolume; + } + } + + /// <summary> + /// Gets the AudioClockClient service + /// </summary> + public AudioClockClient AudioClockClient + { + get + { + if (audioClockClient == null) + { + var audioClockClientGuid = new Guid("CD63314F-3FBA-4a1b-812C-EF96358728E7"); + Marshal.ThrowExceptionForHR(audioClientInterface.GetService(audioClockClientGuid, out var audioClockClientInterface)); + audioClockClient = new AudioClockClient((IAudioClock)audioClockClientInterface); + } + return audioClockClient; + } + } + + /// <summary> + /// Gets the AudioRenderClient service + /// </summary> + public AudioRenderClient AudioRenderClient + { + get + { + if (audioRenderClient == null) + { + var audioRenderClientGuid = new Guid("F294ACFC-3146-4483-A7BF-ADDCA7C260E2"); + Marshal.ThrowExceptionForHR(audioClientInterface.GetService(audioRenderClientGuid, out var audioRenderClientInterface)); + audioRenderClient = new AudioRenderClient((IAudioRenderClient)audioRenderClientInterface); + } + return audioRenderClient; + } + } + + /// <summary> + /// Gets the AudioCaptureClient service + /// </summary> + public AudioCaptureClient AudioCaptureClient + { + get + { + if (audioCaptureClient == null) + { + var audioCaptureClientGuid = new Guid("c8adbd64-e71e-48a0-a4de-185c395cd317"); + Marshal.ThrowExceptionForHR(audioClientInterface.GetService(audioCaptureClientGuid, out var audioCaptureClientInterface)); + audioCaptureClient = new AudioCaptureClient((IAudioCaptureClient)audioCaptureClientInterface); + } + return audioCaptureClient; + } + } + + /// <summary> + /// Determines whether if the specified output format is supported + /// </summary> + /// <param name="shareMode">The share mode.</param> + /// <param name="desiredFormat">The desired format.</param> + /// <returns>True if the format is supported</returns> + public bool IsFormatSupported(AudioClientShareMode shareMode, + WaveFormat desiredFormat) + { + return IsFormatSupported(shareMode, desiredFormat, out _); + } + + private IntPtr GetPointerToPointer() + { + return Marshal.AllocHGlobal(Marshal.SizeOf<IntPtr>()); + } + + /// <summary> + /// Determines if the specified output format is supported in shared mode + /// </summary> + /// <param name="shareMode">Share Mode</param> + /// <param name="desiredFormat">Desired Format</param> + /// <param name="closestMatchFormat">Output The closest match format.</param> + /// <returns>True if the format is supported</returns> + public bool IsFormatSupported(AudioClientShareMode shareMode, WaveFormat desiredFormat, out WaveFormatExtensible closestMatchFormat) + { + IntPtr pointerToPtr = GetPointerToPointer(); // IntPtr.Zero; // Marshal.AllocHGlobal(Marshal.SizeOf<WaveFormatExtensible>()); + closestMatchFormat = null; + int hresult = audioClientInterface.IsFormatSupported(shareMode, desiredFormat, pointerToPtr); + + var closestMatchPtr = Marshal.PtrToStructure<IntPtr>(pointerToPtr); + + if (closestMatchPtr != IntPtr.Zero) + { + closestMatchFormat = Marshal.PtrToStructure<WaveFormatExtensible>(closestMatchPtr); + Marshal.FreeCoTaskMem(closestMatchPtr); + } + Marshal.FreeHGlobal(pointerToPtr); + // S_OK is 0, S_FALSE = 1 + if (hresult == 0) + { + + // directly supported + return true; + } + if (hresult == 1) + { + return false; + } + if (hresult == AudioClientErrorCode.UnsupportedFormat) + { + // documentation is confusing as to what this flag means + // https://docs.microsoft.com/en-us/windows/desktop/api/audioclient/nf-audioclient-iaudioclient-isformatsupported + // "Succeeded but the specified format is not supported in exclusive mode." + return false; // shareMode != AudioClientShareMode.Exclusive; + } + Marshal.ThrowExceptionForHR(hresult); + // shouldn't get here + throw new NotSupportedException("Unknown hresult " + hresult); + } + + /// <summary> + /// Starts the audio stream + /// </summary> + public void Start() + { + audioClientInterface.Start(); + } + + /// <summary> + /// Stops the audio stream. + /// </summary> + public void Stop() + { + audioClientInterface.Stop(); + } + + /// <summary> + /// Set the Event Handle for buffer synchro. + /// </summary> + /// <param name="eventWaitHandle">The Wait Handle to setup</param> + public void SetEventHandle(IntPtr eventWaitHandle) + { + audioClientInterface.SetEventHandle(eventWaitHandle); + } + + /// <summary> + /// Resets the audio stream + /// Reset is a control method that the client calls to reset a stopped audio stream. + /// Resetting the stream flushes all pending data and resets the audio clock stream + /// position to 0. This method fails if it is called on a stream that is not stopped + /// </summary> + public void Reset() + { + audioClientInterface.Reset(); + } + + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (audioClientInterface != null) + { + if (audioClockClient != null) + { + audioClockClient.Dispose(); + audioClockClient = null; + } + if (audioRenderClient != null) + { + audioRenderClient.Dispose(); + audioRenderClient = null; + } + if (audioCaptureClient != null) + { + audioCaptureClient.Dispose(); + audioCaptureClient = null; + } + if (audioStreamVolume != null) + { + audioStreamVolume.Dispose(); + audioStreamVolume = null; + } + Marshal.ReleaseComObject(audioClientInterface); + audioClientInterface = null; + GC.SuppressFinalize(this); + } + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClient.cs.meta new file mode 100644 index 0000000..26098ba --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 846d6d04ca85ae6a3935291559fc7c08 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientBufferFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientBufferFlags.cs new file mode 100644 index 0000000..14430b0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientBufferFlags.cs @@ -0,0 +1,29 @@ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Client Buffer Flags + /// </summary> + [Flags] + public enum AudioClientBufferFlags + { + /// <summary> + /// None + /// </summary> + None, + /// <summary> + /// AUDCLNT_BUFFERFLAGS_DATA_DISCONTINUITY + /// </summary> + DataDiscontinuity = 0x1, + /// <summary> + /// AUDCLNT_BUFFERFLAGS_SILENT + /// </summary> + Silent = 0x2, + /// <summary> + /// AUDCLNT_BUFFERFLAGS_TIMESTAMP_ERROR + /// </summary> + TimestampError = 0x4 + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientBufferFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientBufferFlags.cs.meta new file mode 100644 index 0000000..6bca477 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientBufferFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 35d25567d043e828481e3414ed5364ff +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientProperties.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientProperties.cs new file mode 100644 index 0000000..a5eae40 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientProperties.cs @@ -0,0 +1,30 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// The AudioClientProperties structure is used to set the parameters that describe the properties of the client's audio stream. + /// </summary> + /// <remarks>https://docs.microsoft.com/en-us/windows/win32/api/audioclient/ns-audioclient-audioclientproperties-r1</remarks> + [StructLayout(LayoutKind.Sequential)] + public struct AudioClientProperties + { + /// <summary> + /// The size of the buffer for the audio stream. + /// </summary> + public UInt32 cbSize; + /// <summary> + /// Boolean value to indicate whether or not the audio stream is hardware-offloaded + /// </summary> + public int bIsOffload; + /// <summary> + /// An enumeration that is used to specify the category of the audio stream. + /// </summary> + public AudioStreamCategory eCategory; + /// <summary> + /// A bit-field describing the characteristics of the stream. Supported in Windows 8.1 and later. + /// </summary> + public AudioClientStreamOptions Options; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientProperties.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientProperties.cs.meta new file mode 100644 index 0000000..a66a858 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientProperties.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0d0a6a02596db73dfb64e6d898a78434 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientShareMode.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientShareMode.cs new file mode 100644 index 0000000..40d2922 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientShareMode.cs @@ -0,0 +1,17 @@ +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// AUDCLNT_SHAREMODE + /// </summary> + public enum AudioClientShareMode + { + /// <summary> + /// AUDCLNT_SHAREMODE_SHARED, + /// </summary> + Shared, + /// <summary> + /// AUDCLNT_SHAREMODE_EXCLUSIVE + /// </summary> + Exclusive, + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientShareMode.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientShareMode.cs.meta new file mode 100644 index 0000000..2e4cc2d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientShareMode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 012fdf654294f3b5283af94aae91304a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamFlags.cs new file mode 100644 index 0000000..4d8fd9c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamFlags.cs @@ -0,0 +1,118 @@ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// AUDCLNT_STREAMFLAGS + /// https://docs.microsoft.com/en-us/windows/win32/coreaudio/audclnt-streamflags-xxx-constants + /// </summary> + [Flags] + public enum AudioClientStreamFlags : uint + { + /// <summary> + /// None + /// </summary> + None, + /// <summary> + /// AUDCLNT_STREAMFLAGS_CROSSPROCESS + /// The audio stream will be a member of a cross-process audio session. + /// </summary> + CrossProcess = 0x00010000, + /// <summary> + /// AUDCLNT_STREAMFLAGS_LOOPBACK + /// The audio stream will operate in loopback mode + /// </summary> + Loopback = 0x00020000, + /// <summary> + /// AUDCLNT_STREAMFLAGS_EVENTCALLBACK + /// Processing of the audio buffer by the client will be event driven + /// </summary> + EventCallback = 0x00040000, + /// <summary> + /// AUDCLNT_STREAMFLAGS_NOPERSIST + /// The volume and mute settings for an audio session will not persist across application restarts + /// </summary> + NoPersist = 0x00080000, + /// <summary> + /// AUDCLNT_STREAMFLAGS_RATEADJUST + /// The sample rate of the stream is adjusted to a rate specified by an application. + /// </summary> + RateAdjust = 0x00100000, + /// <summary> + /// AUDCLNT_STREAMFLAGS_SRC_DEFAULT_QUALITY + /// When used with AUDCLNT_STREAMFLAGS_AUTOCONVERTPCM, a sample rate converter with better quality + /// than the default conversion but with a higher performance cost is used. This should be used if + /// the audio is ultimately intended to be heard by humans as opposed to other scenarios such as + /// pumping silence or populating a meter. + /// </summary> + SrcDefaultQuality = 0x08000000, + /// <summary> + /// AUDCLNT_STREAMFLAGS_AUTOCONVERTPCM + /// A channel matrixer and a sample rate converter are inserted as necessary to convert between the uncompressed format supplied to IAudioClient::Initialize and the audio engine mix format. + /// </summary> + AutoConvertPcm = 0x80000000, + + } + + /// <summary> + /// AUDIOCLIENT_ACTIVATION_PARAMS + /// https://docs.microsoft.com/en-us/windows/win32/api/audioclientactivationparams/ns-audioclientactivationparams-audioclient_activation_params + /// </summary> + struct AudioClientActivationParams + { + public AudioClientActivationType ActivationType; + public AudioClientProcessLoopbackParams ProcessLoopbackParams; + } + + + /// <summary> + /// AUDIOCLIENT_PROCESS_LOOPBACK_PARAMS + /// https://docs.microsoft.com/en-us/windows/win32/api/audioclientactivationparams/ns-audioclientactivationparams-audioclient_process_loopback_params + /// </summary> + struct AudioClientProcessLoopbackParams + { + /// <summary> + /// AUDIOCLIENT_PROCESS_LOOPBACK_PARAMS + /// The ID of the process for which the render streams, and the render streams of its child processes, will be included or excluded when activating the process loopback stream. + /// </summary> + public uint TargetProcessId; + public ProcessLoopbackMode ProcessLoopbackMode; + } + + /// <summary> + /// PROCESS_LOOPBACK_MODE + /// https://docs.microsoft.com/en-us/windows/win32/api/audioclientactivationparams/ne-audioclientactivationparams-process_loopback_mode + /// </summary> + enum ProcessLoopbackMode + { + + /// <summary> + /// PROCESS_LOOPBACK_MODE_INCLUDE_TARGET_PROCESS_TREE + /// Render streams from the specified process and its child processes are included in the activated process loopback stream. + /// </summary> + IncludeTargetProcessTree, + /// <summary> + /// PROCESS_LOOPBACK_MODE_EXCLUDE_TARGET_PROCESS_TREE + /// Render streams from the specified process and its child processes are excluded from the activated process loopback stream. + /// </summary> + ExcludeTargetProcessTree + } + + /// <summary> + /// AUDIOCLIENT_ACTIVATION_TYPE + /// https://docs.microsoft.com/en-us/windows/win32/api/audioclientactivationparams/ne-audioclientactivationparams-audioclient_activation_type + /// </summary> + enum AudioClientActivationType + { + /// <summary> + /// AUDIOCLIENT_ACTIVATION_TYPE_DEFAULT + /// Default activation. + /// </summary> + Default, + /// <summary> + /// AUDIOCLIENT_ACTIVATION_TYPE_PROCESS_LOOPBACK + /// Process loopback activation, allowing for the inclusion or exclusion of audio rendered by the specified process and its child processes. + /// </summary> + ProcessLoopback + }; +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamFlags.cs.meta new file mode 100644 index 0000000..87a55c5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 80217dd1ffe000cbe8b28d5e612b8a95 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamOptions.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamOptions.cs new file mode 100644 index 0000000..8f67d51 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamOptions.cs @@ -0,0 +1,34 @@ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Defines values that describe the characteristics of an audio stream. + /// AUDCLNT_STREAMOPTIONS + /// https://docs.microsoft.com/en-us/windows/win32/api/audioclient/ne-audioclient-audclnt_streamoptions + /// </summary> + [Flags] + public enum AudioClientStreamOptions + { + /// <summary> + /// AUDCLNT_STREAMOPTIONS_NONE + /// No stream options. + /// </summary> + None = 0, + /// <summary> + /// AUDCLNT_STREAMOPTIONS_RAW + /// The audio stream is a 'raw' stream that bypasses all signal processing except for endpoint specific, always-on processing in the APO, driver, and hardware. + /// </summary> + Raw = 0x1, + /// <summary> + /// AUDCLNT_STREAMOPTIONS_MATCH_FORMAT + /// The audio client is requesting that the audio engine match the format proposed by the client. The audio engine + /// will match this format only if the format is supported by the audio driver and associated APOs. + /// </summary> + MatchFormat = 0x2, + /// <summary> + /// AUDCLNT_STREAMOPTIONS_AMBISONICS + /// </summary> + Ambisonics = 0x4, + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamOptions.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamOptions.cs.meta new file mode 100644 index 0000000..b44b5be --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClientStreamOptions.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 97caa4cf9f231804cb1e5246c27d1087 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClockClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClockClient.cs new file mode 100644 index 0000000..9ee4f89 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClockClient.cs @@ -0,0 +1,120 @@ +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Diagnostics; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Clock Client + /// </summary> + public class AudioClockClient : IDisposable + { + IAudioClock audioClockClientInterface; + + internal AudioClockClient(IAudioClock audioClockClientInterface) + { + this.audioClockClientInterface = audioClockClientInterface; + + //Stopwatch.GetTimestamp(); + //Stopwatch.Frequency + } + + /// <summary> + /// Characteristics + /// </summary> + public int Characteristics + { + get + { + Marshal.ThrowExceptionForHR(audioClockClientInterface.GetCharacteristics(out var characteristics)); + return (int)characteristics; + } + } + + /// <summary> + /// Frequency + /// </summary> + public ulong Frequency + { + get + { + Marshal.ThrowExceptionForHR(audioClockClientInterface.GetFrequency(out var freq)); + return freq; + } + } + + /// <summary> + /// Get Position + /// </summary> + public bool GetPosition(out ulong position, out ulong qpcPosition) + { + var hr = audioClockClientInterface.GetPosition(out position, out qpcPosition); + if (hr == -1) return false; + Marshal.ThrowExceptionForHR(hr); + return true; + } + + /// <summary> + /// Adjusted Position + /// </summary> + public ulong AdjustedPosition + { + get + { + ulong pos, qpos; + int cnt = 0; + while (!GetPosition(out pos, out qpos)) + { + if (++cnt == 5) + { + // we've tried too many times, so now we have to just run with what we have... + break; + } + } + + if (Stopwatch.IsHighResolution) + { + // cool, we can adjust our position appropriately + + // get the current qpc count (in ticks) + var qposNow = (ulong)((Stopwatch.GetTimestamp() * 10000000M) / Stopwatch.Frequency); + + // find out how many ticks have passed since the device reported the position + var qposDiff = qposNow - qpos; + + // find out how many device position units (usually bytes) would have played in that time span + var posDiff = (qposDiff * Frequency) / TimeSpan.TicksPerSecond; + + // add it to the position + pos += posDiff; + } + return pos; + } + } + + /// <summary> + /// Can Adjust Position + /// </summary> + public bool CanAdjustPosition => Stopwatch.IsHighResolution; + + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (audioClockClientInterface != null) + { + // althugh GC would do this for us, we want it done now + // to let us reopen WASAPI + Marshal.ReleaseComObject(audioClockClientInterface); + audioClockClientInterface = null; + GC.SuppressFinalize(this); + } + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClockClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClockClient.cs.meta new file mode 100644 index 0000000..37b12f5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioClockClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1359181d2036ed894a95db3d84c4375a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolume.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolume.cs new file mode 100644 index 0000000..c2ff9f4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolume.cs @@ -0,0 +1,183 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ + +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Endpoint Volume + /// </summary> + public class AudioEndpointVolume : IDisposable + { + private readonly IAudioEndpointVolume audioEndPointVolume; + private AudioEndpointVolumeCallback callBack; + + private Guid notificationGuid = Guid.Empty; + + /// <summary> + /// GUID to pass to AudioEndpointVolumeCallback + /// </summary> + public Guid NotificationGuid { + get => notificationGuid; + set => notificationGuid = value; + } + + /// <summary> + /// On Volume Notification + /// </summary> + public event AudioEndpointVolumeNotificationDelegate OnVolumeNotification; + + /// <summary> + /// Volume Range + /// </summary> + public AudioEndpointVolumeVolumeRange VolumeRange { get; } + + /// <summary> + /// Hardware Support + /// </summary> + public EEndpointHardwareSupport HardwareSupport { get; } + + /// <summary> + /// Step Information + /// </summary> + public AudioEndpointVolumeStepInformation StepInformation { get; } + + /// <summary> + /// Channels + /// </summary> + public AudioEndpointVolumeChannels Channels { get; } + + /// <summary> + /// Master Volume Level + /// </summary> + public float MasterVolumeLevel + { + get + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.GetMasterVolumeLevel(out var result)); + return result; + } + set + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.SetMasterVolumeLevel(value, ref notificationGuid)); + } + } + + /// <summary> + /// Master Volume Level Scalar + /// </summary> + public float MasterVolumeLevelScalar + { + get + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.GetMasterVolumeLevelScalar(out var result)); + return result; + } + set + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.SetMasterVolumeLevelScalar(value, ref notificationGuid)); + } + } + + /// <summary> + /// Mute + /// </summary> + public bool Mute + { + get + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.GetMute(out var result)); + return result; + } + set + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.SetMute(value, ref notificationGuid)); + } + } + + /// <summary> + /// Volume Step Up + /// </summary> + public void VolumeStepUp() + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.VolumeStepUp(ref notificationGuid)); + } + + /// <summary> + /// Volume Step Down + /// </summary> + public void VolumeStepDown() + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.VolumeStepDown(ref notificationGuid)); + } + + /// <summary> + /// Creates a new Audio endpoint volume + /// </summary> + /// <param name="realEndpointVolume">IAudioEndpointVolume COM interface</param> + internal AudioEndpointVolume(IAudioEndpointVolume realEndpointVolume) + { + audioEndPointVolume = realEndpointVolume; + Channels = new AudioEndpointVolumeChannels(audioEndPointVolume); + StepInformation = new AudioEndpointVolumeStepInformation(audioEndPointVolume); + Marshal.ThrowExceptionForHR(audioEndPointVolume.QueryHardwareSupport(out var hardwareSupp)); + HardwareSupport = (EEndpointHardwareSupport)hardwareSupp; + VolumeRange = new AudioEndpointVolumeVolumeRange(audioEndPointVolume); + callBack = new AudioEndpointVolumeCallback(this); + Marshal.ThrowExceptionForHR(audioEndPointVolume.RegisterControlChangeNotify(callBack)); + } + + internal void FireNotification(AudioVolumeNotificationData notificationData) + { + OnVolumeNotification?.Invoke(notificationData); + } + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (callBack != null) + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.UnregisterControlChangeNotify(callBack)); + callBack = null; + } + Marshal.ReleaseComObject(audioEndPointVolume); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Finalizer + /// </summary> + ~AudioEndpointVolume() + { + Dispose(); + } + + #endregion + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolume.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolume.cs.meta new file mode 100644 index 0000000..3a17d89 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolume.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: acd66887ba7db23139cd26a2b14cc451 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeCallback.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeCallback.cs new file mode 100644 index 0000000..8567df8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeCallback.cs @@ -0,0 +1,74 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. + + (Modified for NAudio by Mark Heath) + + */ + +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; +using NAudio.Utils; + +namespace NAudio.CoreAudioApi +{ + // This class implements the IAudioEndpointVolumeCallback interface, + // it is implemented in this class because implementing it on AudioEndpointVolume + // (where the functionality is really wanted, would cause the OnNotify function + // to show up in the public API. + internal class AudioEndpointVolumeCallback : IAudioEndpointVolumeCallback + { + private readonly AudioEndpointVolume parent; + + internal AudioEndpointVolumeCallback(AudioEndpointVolume parent) + { + this.parent = parent; + } + + public void OnNotify(IntPtr notifyData) + { + //Since AUDIO_VOLUME_NOTIFICATION_DATA is dynamic in length based on the + //number of audio channels available we cannot just call PtrToStructure + //to get all data, thats why it is split up into two steps, first the static + //data is marshalled into the data structure, then with some IntPtr math the + //remaining floats are read from memory. + // + var data = Marshal.PtrToStructure<AudioVolumeNotificationDataStruct>(notifyData); + + //Determine offset in structure of the first float + var offset = Marshal.OffsetOf<AudioVolumeNotificationDataStruct>("ChannelVolume"); + //Determine offset in memory of the first float + var firstFloatPtr = (IntPtr)((long)notifyData + (long)offset); + + var voldata = new float[data.nChannels]; + + //Read all floats from memory. + for (int i = 0; i < data.nChannels; i++) + { + voldata[i] = Marshal.PtrToStructure<float>(firstFloatPtr); + } + + //Create combined structure and Fire Event in parent class. + var notificationData = new AudioVolumeNotificationData(data.guidEventContext, data.bMuted, data.fMasterVolume, voldata, data.guidEventContext); + parent.FireNotification(notificationData); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeCallback.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeCallback.cs.meta new file mode 100644 index 0000000..23439a2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeCallback.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5431fee5cb104331d85ca8f2b70b59c5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannel.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannel.cs new file mode 100644 index 0000000..b254f28 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannel.cs @@ -0,0 +1,87 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ + +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Endpoint Volume Channel + /// </summary> + public class AudioEndpointVolumeChannel + { + private readonly uint channel; + private readonly IAudioEndpointVolume audioEndpointVolume; + + private Guid notificationGuid = Guid.Empty; + + /// <summary> + /// GUID to pass to AudioEndpointVolumeCallback + /// </summary> + public Guid NotificationGuid + { + get => notificationGuid; + set => notificationGuid = value; + } + + internal AudioEndpointVolumeChannel(IAudioEndpointVolume parent, int channel) + { + this.channel = (uint)channel; + audioEndpointVolume = parent; + } + + /// <summary> + /// Volume Level + /// </summary> + public float VolumeLevel + { + get + { + Marshal.ThrowExceptionForHR(audioEndpointVolume.GetChannelVolumeLevel(channel,out var result)); + return result; + } + set + { + Marshal.ThrowExceptionForHR(audioEndpointVolume.SetChannelVolumeLevel(channel, value, ref notificationGuid)); + } + } + + /// <summary> + /// Volume Level Scalar + /// </summary> + public float VolumeLevelScalar + { + get + { + Marshal.ThrowExceptionForHR(audioEndpointVolume.GetChannelVolumeLevelScalar(channel, out var result)); + return result; + } + set + { + Marshal.ThrowExceptionForHR(audioEndpointVolume.SetChannelVolumeLevelScalar(channel, value, ref notificationGuid)); + } + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannel.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannel.cs.meta new file mode 100644 index 0000000..d46b762 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannel.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 795f6ca72922c49cb903390ba9854714 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannels.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannels.cs new file mode 100644 index 0000000..72c0319 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannels.cs @@ -0,0 +1,68 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ + +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Endpoint Volume Channels + /// </summary> + public class AudioEndpointVolumeChannels + { + readonly IAudioEndpointVolume audioEndPointVolume; + readonly AudioEndpointVolumeChannel[] channels; + + /// <summary> + /// Channel Count + /// </summary> + public int Count + { + get + { + Marshal.ThrowExceptionForHR(audioEndPointVolume.GetChannelCount(out var result)); + return result; + } + } + + /// <summary> + /// Indexer - get a specific channel + /// </summary> + public AudioEndpointVolumeChannel this[int index] => channels[index]; + + internal AudioEndpointVolumeChannels(IAudioEndpointVolume parent) + { + audioEndPointVolume = parent; + + var channelCount = Count; + channels = new AudioEndpointVolumeChannel[channelCount]; + for (int i = 0; i < channelCount; i++) + { + channels[i] = new AudioEndpointVolumeChannel(audioEndPointVolume, i); + } + } + + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannels.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannels.cs.meta new file mode 100644 index 0000000..5ac5199 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeChannels.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e67735c04cc93a4a3a77d9d828e5ece6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeNotificationDelegate.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeNotificationDelegate.cs new file mode 100644 index 0000000..0d7848a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeNotificationDelegate.cs @@ -0,0 +1,30 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Endpoint Volume Notifiaction Delegate + /// </summary> + /// <param name="data">Audio Volume Notification Data</param> + public delegate void AudioEndpointVolumeNotificationDelegate(AudioVolumeNotificationData data); +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeNotificationDelegate.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeNotificationDelegate.cs.meta new file mode 100644 index 0000000..2fceb40 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeNotificationDelegate.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 23cb1b9fc7a5c4149991e072439682b3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeStepInformation.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeStepInformation.cs new file mode 100644 index 0000000..1d51fb6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeStepInformation.cs @@ -0,0 +1,51 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Endpoint Volume Step Information + /// </summary> + public class AudioEndpointVolumeStepInformation + { + private readonly uint step; + private readonly uint stepCount; + + internal AudioEndpointVolumeStepInformation(IAudioEndpointVolume parent) + { + Marshal.ThrowExceptionForHR(parent.GetVolumeStepInfo(out step, out stepCount)); + } + + /// <summary> + /// Step + /// </summary> + public uint Step => step; + + /// <summary> + /// StepCount + /// </summary> + public uint StepCount => stepCount; + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeStepInformation.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeStepInformation.cs.meta new file mode 100644 index 0000000..0f4df7f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeStepInformation.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f421c0f486e30bc66b4212b3fab88334 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeVolumeRange.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeVolumeRange.cs new file mode 100644 index 0000000..5cdf4ce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeVolumeRange.cs @@ -0,0 +1,57 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// modified for NAudio +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Endpoint Volume Volume Range + /// </summary> + public class AudioEndpointVolumeVolumeRange + { + readonly float volumeMinDecibels; + readonly float volumeMaxDecibels; + readonly float volumeIncrementDecibels; + + internal AudioEndpointVolumeVolumeRange(IAudioEndpointVolume parent) + { + Marshal.ThrowExceptionForHR(parent.GetVolumeRange(out volumeMinDecibels,out volumeMaxDecibels,out volumeIncrementDecibels)); + } + + /// <summary> + /// Minimum Decibels + /// </summary> + public float MinDecibels => volumeMinDecibels; + + /// <summary> + /// Maximum Decibels + /// </summary> + public float MaxDecibels => volumeMaxDecibels; + + /// <summary> + /// Increment Decibels + /// </summary> + public float IncrementDecibels => volumeIncrementDecibels; + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeVolumeRange.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeVolumeRange.cs.meta new file mode 100644 index 0000000..ea37fbf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioEndpointVolumeVolumeRange.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: de7798c6a6747218ca3c513b2d347f43 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformation.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformation.cs new file mode 100644 index 0000000..d012f7a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformation.cs @@ -0,0 +1,66 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Meter Information + /// </summary> + public class AudioMeterInformation + { + private readonly IAudioMeterInformation audioMeterInformation; + + internal AudioMeterInformation(IAudioMeterInformation realInterface) + { + audioMeterInformation = realInterface; + Marshal.ThrowExceptionForHR(audioMeterInformation.QueryHardwareSupport(out var hardwareSupp)); + HardwareSupport = (EEndpointHardwareSupport)hardwareSupp; + PeakValues = new AudioMeterInformationChannels(audioMeterInformation); + + } + + /// <summary> + /// Peak Values + /// </summary> + public AudioMeterInformationChannels PeakValues { get; } + + /// <summary> + /// Hardware Support + /// </summary> + public EEndpointHardwareSupport HardwareSupport { get; } + + /// <summary> + /// Master Peak Value + /// </summary> + public float MasterPeakValue + { + get + { + Marshal.ThrowExceptionForHR(audioMeterInformation.GetPeakValue(out var result)); + return result; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformation.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformation.cs.meta new file mode 100644 index 0000000..41cbcb7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformation.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ebc66e31fb56148a8b9d655b355f13b3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformationChannels.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformationChannels.cs new file mode 100644 index 0000000..c12b762 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformationChannels.cs @@ -0,0 +1,75 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Meter Information Channels + /// </summary> + public class AudioMeterInformationChannels + { + private readonly IAudioMeterInformation audioMeterInformation; + + /// <summary> + /// Metering Channel Count + /// </summary> + public int Count + { + get + { + Marshal.ThrowExceptionForHR(audioMeterInformation.GetMeteringChannelCount(out var result)); + return result; + } + } + + /// <summary> + /// Get Peak value + /// </summary> + /// <param name="index">Channel index</param> + /// <returns>Peak value</returns> + public float this[int index] + { + get + { + var channels = Count; + if (index >= channels) + { + throw new ArgumentOutOfRangeException(nameof(index), + $"Peak index cannot be greater than number of channels ({channels})"); + } + var peakValues = new float[Count]; + var Params = GCHandle.Alloc(peakValues, GCHandleType.Pinned); + Marshal.ThrowExceptionForHR(audioMeterInformation.GetChannelsPeakValues(peakValues.Length, Params.AddrOfPinnedObject())); + Params.Free(); + return peakValues[index]; + } + } + + internal AudioMeterInformationChannels(IAudioMeterInformation parent) + { + audioMeterInformation = parent; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformationChannels.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformationChannels.cs.meta new file mode 100644 index 0000000..7888d5c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMeterInformationChannels.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 71de29b174f1d58bda887cbbbe968ef0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMute.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMute.cs new file mode 100644 index 0000000..3663c1e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMute.cs @@ -0,0 +1,31 @@ +using NAudio.CoreAudioApi.Interfaces; +using NAudio.Wasapi.CoreAudioApi.Interfaces; +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.CoreAudioApi +{ + public class AudioMute + { + private IAudioMute audioMuteInterface; + internal AudioMute(IAudioMute audioMute) + { + audioMuteInterface = audioMute; + } + + public bool IsMuted + { + get + { + audioMuteInterface.GetMute(out var result); + return result; + } + set + { + var guid = Guid.Empty; + audioMuteInterface.SetMute(value, guid); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMute.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMute.cs.meta new file mode 100644 index 0000000..3982009 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioMute.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 457ce9387475963d7af2c645033b7881 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioRenderClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioRenderClient.cs new file mode 100644 index 0000000..3b43010 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioRenderClient.cs @@ -0,0 +1,55 @@ +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Render Client + /// </summary> + public class AudioRenderClient : IDisposable + { + IAudioRenderClient audioRenderClientInterface; + + internal AudioRenderClient(IAudioRenderClient audioRenderClientInterface) + { + this.audioRenderClientInterface = audioRenderClientInterface; + } + + /// <summary> + /// Gets a pointer to the buffer + /// </summary> + /// <param name="numFramesRequested">Number of frames requested</param> + /// <returns>Pointer to the buffer</returns> + public IntPtr GetBuffer(int numFramesRequested) + { + Marshal.ThrowExceptionForHR(audioRenderClientInterface.GetBuffer(numFramesRequested, out var bufferPointer)); + return bufferPointer; + } + + /// <summary> + /// Release buffer + /// </summary> + /// <param name="numFramesWritten">Number of frames written</param> + /// <param name="bufferFlags">Buffer flags</param> + public void ReleaseBuffer(int numFramesWritten,AudioClientBufferFlags bufferFlags) + { + Marshal.ThrowExceptionForHR(audioRenderClientInterface.ReleaseBuffer(numFramesWritten, bufferFlags)); + } + + /// <summary> + /// Release the COM object + /// </summary> + public void Dispose() + { + if (audioRenderClientInterface != null) + { + // althugh GC would do this for us, we want it done now + // to let us reopen WASAPI + Marshal.ReleaseComObject(audioRenderClientInterface); + audioRenderClientInterface = null; + GC.SuppressFinalize(this); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioRenderClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioRenderClient.cs.meta new file mode 100644 index 0000000..c5f3289 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioRenderClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 313765d6192cc14f2acde31c649e504e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionControl.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionControl.cs new file mode 100644 index 0000000..67a4472 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionControl.cs @@ -0,0 +1,222 @@ +// ----------------------------------------- +// milligan22963 - implemented to work with nAudio +// 12/2014 +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// AudioSessionControl object for information + /// regarding an audio session + /// </summary> + public class AudioSessionControl : IDisposable + { + private readonly IAudioSessionControl audioSessionControlInterface; + private readonly IAudioSessionControl2 audioSessionControlInterface2; + private AudioSessionEventsCallback audioSessionEventCallback; + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="audioSessionControl"></param> + public AudioSessionControl(IAudioSessionControl audioSessionControl) + { + audioSessionControlInterface = audioSessionControl; + audioSessionControlInterface2 = audioSessionControl as IAudioSessionControl2; + + if (audioSessionControlInterface is IAudioMeterInformation meters) + AudioMeterInformation = new AudioMeterInformation(meters); + if (audioSessionControlInterface is ISimpleAudioVolume volume) + SimpleAudioVolume = new SimpleAudioVolume(volume); + } + + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (audioSessionEventCallback != null) + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.UnregisterAudioSessionNotification(audioSessionEventCallback)); + audioSessionEventCallback = null; + } + GC.SuppressFinalize(this); + } + + /// <summary> + /// Finalizer + /// </summary> + ~AudioSessionControl() + { + Dispose(); + } + + #endregion + + /// <summary> + /// Audio meter information of the audio session. + /// </summary> + public AudioMeterInformation AudioMeterInformation { get; } + + /// <summary> + /// Simple audio volume of the audio session (for volume and mute status). + /// </summary> + public SimpleAudioVolume SimpleAudioVolume { get; } + + /// <summary> + /// The current state of the audio session. + /// </summary> + public AudioSessionState State + { + get + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.GetState(out var state)); + + return state; + } + } + + /// <summary> + /// The name of the audio session. + /// </summary> + public string DisplayName + { + get + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.GetDisplayName(out var displayName)); + + return displayName; + } + set + { + if (value != String.Empty) + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.SetDisplayName(value, Guid.Empty)); + } + } + } + + /// <summary> + /// the path to the icon shown in the mixer. + /// </summary> + public string IconPath + { + get + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.GetIconPath(out var iconPath)); + + return iconPath; + } + set + { + if (value != String.Empty) + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.SetIconPath(value, Guid.Empty)); + } + } + } + + /// <summary> + /// The session identifier of the audio session. + /// </summary> + public string GetSessionIdentifier + { + get + { + if (audioSessionControlInterface2 == null) throw new InvalidOperationException("Not supported on this version of Windows"); + Marshal.ThrowExceptionForHR(audioSessionControlInterface2.GetSessionIdentifier(out var str)); + return str; + } + } + + /// <summary> + /// The session instance identifier of the audio session. + /// </summary> + public string GetSessionInstanceIdentifier + { + get + { + if (audioSessionControlInterface2 == null) throw new InvalidOperationException("Not supported on this version of Windows"); + Marshal.ThrowExceptionForHR(audioSessionControlInterface2.GetSessionInstanceIdentifier(out var str)); + return str; + } + } + + /// <summary> + /// The process identifier of the audio session. + /// </summary> + public uint GetProcessID + { + get + { + if (audioSessionControlInterface2 == null) throw new InvalidOperationException("Not supported on this version of Windows"); + Marshal.ThrowExceptionForHR(audioSessionControlInterface2.GetProcessId(out var pid)); + return pid; + } + } + + /// <summary> + /// Is the session a system sounds session. + /// </summary> + public bool IsSystemSoundsSession + { + get + { + if (audioSessionControlInterface2 == null) throw new InvalidOperationException("Not supported on this version of Windows"); + return (audioSessionControlInterface2.IsSystemSoundsSession() == 0); + } + } + + /// <summary> + /// the grouping param for an audio session grouping + /// </summary> + /// <returns></returns> + public Guid GetGroupingParam() + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.GetGroupingParam(out var groupingId)); + + return groupingId; + } + + /// <summary> + /// For chanigng the grouping param and supplying the context of said change + /// </summary> + /// <param name="groupingId"></param> + /// <param name="context"></param> + public void SetGroupingParam(Guid groupingId, Guid context) + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.SetGroupingParam(groupingId, context)); + } + + /// <summary> + /// Registers an even client for callbacks + /// </summary> + /// <param name="eventClient"></param> + public void RegisterEventClient(IAudioSessionEventsHandler eventClient) + { + // we could have an array or list of listeners if we like + audioSessionEventCallback = new AudioSessionEventsCallback(eventClient); + Marshal.ThrowExceptionForHR(audioSessionControlInterface.RegisterAudioSessionNotification(audioSessionEventCallback)); + } + + /// <summary> + /// Unregisters an event client from receiving callbacks + /// </summary> + /// <param name="eventClient"></param> + public void UnRegisterEventClient(IAudioSessionEventsHandler eventClient) + { + // if one is registered, let it go + if (audioSessionEventCallback != null) + { + Marshal.ThrowExceptionForHR(audioSessionControlInterface.UnregisterAudioSessionNotification(audioSessionEventCallback)); + audioSessionEventCallback = null; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionControl.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionControl.cs.meta new file mode 100644 index 0000000..7de3108 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e30d51a37a59f08288185ef1b641164d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionEventsCallback.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionEventsCallback.cs new file mode 100644 index 0000000..313c9e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionEventsCallback.cs @@ -0,0 +1,135 @@ +// ----------------------------------------- +// milligan22963 - implemented to work with nAudio +// 12/2014 +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// AudioSessionEvents callback implementation + /// </summary> + public class AudioSessionEventsCallback : IAudioSessionEvents + { + private readonly IAudioSessionEventsHandler audioSessionEventsHandler; + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="handler"></param> + public AudioSessionEventsCallback(IAudioSessionEventsHandler handler) + { + audioSessionEventsHandler = handler; + } + + /// <summary> + /// Notifies the client that the display name for the session has changed. + /// </summary> + /// <param name="displayName">The new display name for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnDisplayNameChanged( + [In] [MarshalAs(UnmanagedType.LPWStr)] string displayName, + [In] ref Guid eventContext) + { + audioSessionEventsHandler.OnDisplayNameChanged(displayName); + + return 0; + } + + /// <summary> + /// Notifies the client that the display icon for the session has changed. + /// </summary> + /// <param name="iconPath">The path for the new display icon for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnIconPathChanged( + [In] [MarshalAs(UnmanagedType.LPWStr)] string iconPath, + [In] ref Guid eventContext) + { + audioSessionEventsHandler.OnIconPathChanged(iconPath); + + return 0; + } + + /// <summary> + /// Notifies the client that the volume level or muting state of the session has changed. + /// </summary> + /// <param name="volume">The new volume level for the audio session.</param> + /// <param name="isMuted">The new muting state.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnSimpleVolumeChanged( + [In] [MarshalAs(UnmanagedType.R4)] float volume, + [In] [MarshalAs(UnmanagedType.Bool)] bool isMuted, + [In] ref Guid eventContext) + { + audioSessionEventsHandler.OnVolumeChanged(volume, isMuted); + + return 0; + } + + /// <summary> + /// Notifies the client that the volume level of an audio channel in the session submix has changed. + /// </summary> + /// <param name="channelCount">The channel count.</param> + /// <param name="newVolumes">An array of volumnes cooresponding with each channel index.</param> + /// <param name="channelIndex">The number of the channel whose volume level changed.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnChannelVolumeChanged( + [In] [MarshalAs(UnmanagedType.U4)] UInt32 channelCount, + [In] [MarshalAs(UnmanagedType.SysInt)] IntPtr newVolumes, // Pointer to float array + [In] [MarshalAs(UnmanagedType.U4)] UInt32 channelIndex, + [In] ref Guid eventContext) + { + audioSessionEventsHandler.OnChannelVolumeChanged(channelCount, newVolumes, channelIndex); + + return 0; + } + + /// <summary> + /// Notifies the client that the grouping parameter for the session has changed. + /// </summary> + /// <param name="groupingId">The new grouping parameter for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnGroupingParamChanged( + [In] ref Guid groupingId, + [In] ref Guid eventContext) + { + audioSessionEventsHandler.OnGroupingParamChanged(ref groupingId); + + return 0; + } + + /// <summary> + /// Notifies the client that the stream-activity state of the session has changed. + /// </summary> + /// <param name="state">The new session state.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnStateChanged( + [In] AudioSessionState state) + { + audioSessionEventsHandler.OnStateChanged(state); + + return 0; + } + + /// <summary> + /// Notifies the client that the session has been disconnected. + /// </summary> + /// <param name="disconnectReason">The reason that the audio session was disconnected.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + public int OnSessionDisconnected( + [In] AudioSessionDisconnectReason disconnectReason) + { + audioSessionEventsHandler.OnSessionDisconnected(disconnectReason); + + return 0; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionEventsCallback.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionEventsCallback.cs.meta new file mode 100644 index 0000000..7a950e9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionEventsCallback.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9fab1604ffdb79414a399472a69175bf +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionManager.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionManager.cs new file mode 100644 index 0000000..4f6bedd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionManager.cs @@ -0,0 +1,139 @@ +// ----------------------------------------- +// milligan22963 - implemented to work with nAudio +// 12/2014 +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// AudioSessionManager + /// + /// Designed to manage audio sessions and in particuar the + /// SimpleAudioVolume interface to adjust a session volume + /// </summary> + public class AudioSessionManager + { + private readonly IAudioSessionManager audioSessionInterface; + private readonly IAudioSessionManager2 audioSessionInterface2; + private AudioSessionNotification audioSessionNotification; + private SessionCollection sessions; + + private SimpleAudioVolume simpleAudioVolume; + private AudioSessionControl audioSessionControl; + + /// <summary> + /// Session created delegate + /// </summary> + public delegate void SessionCreatedDelegate(object sender, IAudioSessionControl newSession); + + /// <summary> + /// Occurs when audio session has been added (for example run another program that use audio playback). + /// </summary> + public event SessionCreatedDelegate OnSessionCreated; + + internal AudioSessionManager(IAudioSessionManager audioSessionManager) + { + audioSessionInterface = audioSessionManager; + audioSessionInterface2 = audioSessionManager as IAudioSessionManager2; + + RefreshSessions(); + } + + /// <summary> + /// SimpleAudioVolume object + /// for adjusting the volume for the user session + /// </summary> + public SimpleAudioVolume SimpleAudioVolume + { + get + { + if (simpleAudioVolume == null) + { + audioSessionInterface.GetSimpleAudioVolume(Guid.Empty, 0, out var simpleAudioInterface); + + simpleAudioVolume = new SimpleAudioVolume(simpleAudioInterface); + } + return simpleAudioVolume; + } + } + + /// <summary> + /// AudioSessionControl object + /// for registring for callbacks and other session information + /// </summary> + public AudioSessionControl AudioSessionControl + { + get + { + if (audioSessionControl == null) + { + audioSessionInterface.GetAudioSessionControl(Guid.Empty, 0, out var audioSessionControlInterface); + + audioSessionControl = new AudioSessionControl(audioSessionControlInterface); + } + return audioSessionControl; + } + } + + internal void FireSessionCreated(IAudioSessionControl newSession) + { + OnSessionCreated?.Invoke(this, newSession); + } + + /// <summary> + /// Refresh session of current device. + /// </summary> + public void RefreshSessions() + { + UnregisterNotifications(); + + if (audioSessionInterface2 != null) + { + Marshal.ThrowExceptionForHR(audioSessionInterface2.GetSessionEnumerator(out var sessionEnum)); + sessions = new SessionCollection(sessionEnum); + + audioSessionNotification = new AudioSessionNotification(this); + Marshal.ThrowExceptionForHR(audioSessionInterface2.RegisterSessionNotification(audioSessionNotification)); + } + } + + /// <summary> + /// Returns list of sessions of current device. + /// </summary> + public SessionCollection Sessions => sessions; + + /// <summary> + /// Dispose. + /// </summary> + public void Dispose() + { + UnregisterNotifications(); + + GC.SuppressFinalize(this); + } + + private void UnregisterNotifications() + { + sessions = null; + + if (audioSessionNotification != null && audioSessionInterface2 != null) + { + Marshal.ThrowExceptionForHR( + audioSessionInterface2.UnregisterSessionNotification(audioSessionNotification)); + audioSessionNotification = null; + } + } + + /// <summary> + /// Finalizer. + /// </summary> + ~AudioSessionManager() + { + Dispose(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionManager.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionManager.cs.meta new file mode 100644 index 0000000..987c5b7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionManager.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b82cca6b4e9ed7f1c9d82c477a65d173 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionNotification.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionNotification.cs new file mode 100644 index 0000000..a542877 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionNotification.cs @@ -0,0 +1,22 @@ +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + internal class AudioSessionNotification : IAudioSessionNotification + { + private AudioSessionManager parent; + + internal AudioSessionNotification(AudioSessionManager parent) + { + this.parent = parent; + } + + [PreserveSig] + public int OnSessionCreated(IAudioSessionControl newSession) + { + parent.FireSessionCreated(newSession); + return 0; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionNotification.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionNotification.cs.meta new file mode 100644 index 0000000..0add8ee --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioSessionNotification.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5527577e69597b711905d777738980aa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamCategory.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamCategory.cs new file mode 100644 index 0000000..dbf0bbe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamCategory.cs @@ -0,0 +1,71 @@ +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Specifies the category of an audio stream. + /// https://docs.microsoft.com/en-us/windows/win32/api/audiosessiontypes/ne-audiosessiontypes-audio_stream_category + /// AUDIO_STREAM_CATEGORY + /// </summary> + public enum AudioStreamCategory + { + /// <summary> + /// Other audio stream. + /// </summary> + Other = 0, + /// <summary> + /// Media that will only stream when the app is in the foreground. + /// </summary> + ForegroundOnlyMedia, + /// <summary> + /// Media that can be streamed when the app is in the background. + /// </summary> + BackgroundCapableMedia, + /// <summary> + /// Real-time communications, such as VOIP or chat. + /// </summary> + Communications, + /// <summary> + /// Alert sounds. + /// </summary> + Alerts, + /// <summary> + /// Sound effects. + /// </summary> + SoundEffects, + /// <summary> + /// Game sound effects. + /// </summary> + GameEffects, + /// <summary> + /// Background audio for games. + /// </summary> + GameMedia, + /// <summary> + /// Game chat audio. Similar to AudioCategory_Communications except that AudioCategory_GameChat will not attenuate other streams. + /// </summary> + GameChat, + /// <summary> + /// Speech + /// </summary> + Speech, + /// <summary> + /// Stream that includes audio with dialog. + /// </summary> + Movie, + /// <summary> + /// Stream that includes audio without dialog. + /// </summary> + Media, + /// <summary> + /// Media is audio captured with the intent of capturing voice sources located in the far field. (Far away from the microphone.) + /// </summary> + FarFieldSpeech, + /// <summary> + /// Media is captured audio that requires consistent speech processing for the captured audio stream across all Windows devices. Used by applications that process speech data using machine learning algorithms. + /// </summary> + UniformSpeech, + /// <summary> + /// Media is audio captured with the intent of enabling dictation or typing by voice. + /// </summary> + VoiceTyping + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamCategory.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamCategory.cs.meta new file mode 100644 index 0000000..c820c7b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamCategory.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9f0b3a6ee92931d45beb370dced445e3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamVolume.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamVolume.cs new file mode 100644 index 0000000..ed88c17 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamVolume.cs @@ -0,0 +1,163 @@ +using NAudio.CoreAudioApi.Interfaces; +using System; +using System.Globalization; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Manages the AudioStreamVolume for the <see cref="AudioClient"/>. + /// </summary> + public class AudioStreamVolume : IDisposable + { + IAudioStreamVolume audioStreamVolumeInterface; + + internal AudioStreamVolume(IAudioStreamVolume audioStreamVolumeInterface) + { + this.audioStreamVolumeInterface = audioStreamVolumeInterface; + } + + /// <summary> + /// Verify that the channel index is valid. + /// </summary> + /// <param name="channelIndex"></param> + /// <param name="parameter"></param> + private void CheckChannelIndex(int channelIndex, string parameter) + { + int channelCount = ChannelCount; + if (channelIndex >= channelCount) + { + throw new ArgumentOutOfRangeException(parameter, "You must supply a valid channel index < current count of channels: " + channelCount.ToString()); + } + } + + /// <summary> + /// Return the current stream volumes for all channels + /// </summary> + /// <returns>An array of volume levels between 0.0 and 1.0 for each channel in the audio stream.</returns> + public float[] GetAllVolumes() + { + Marshal.ThrowExceptionForHR(audioStreamVolumeInterface.GetChannelCount(out var channels)); + var levels = new float[channels]; + Marshal.ThrowExceptionForHR(audioStreamVolumeInterface.GetAllVolumes(channels, levels)); + return levels; + } + + /// <summary> + /// Returns the current number of channels in this audio stream. + /// </summary> + public int ChannelCount + { + get + { + Marshal.ThrowExceptionForHR(audioStreamVolumeInterface.GetChannelCount(out var channels)); + unchecked + { + return (int)channels; + } + } + } + + /// <summary> + /// Return the current volume for the requested channel. + /// </summary> + /// <param name="channelIndex">The 0 based index into the channels.</param> + /// <returns>The volume level for the channel between 0.0 and 1.0.</returns> + public float GetChannelVolume(int channelIndex) + { + CheckChannelIndex(channelIndex, "channelIndex"); + + uint index; + unchecked + { + index = (uint)channelIndex; + } + Marshal.ThrowExceptionForHR(audioStreamVolumeInterface.GetChannelVolume(index, out var level)); + return level; + } + + /// <summary> + /// Set the volume level for each channel of the audio stream. + /// </summary> + /// <param name="levels">An array of volume levels (between 0.0 and 1.0) one for each channel.</param> + /// <remarks> + /// A volume level MUST be supplied for reach channel in the audio stream. + /// </remarks> + /// <exception cref="ArgumentOutOfRangeException"> + /// Thrown when <paramref name="levels"/> does not contain <see cref="ChannelCount"/> elements. + /// </exception> + public void SetAllVolumes(float[] levels) + { + // Make friendly Net exceptions for common problems: + int channelCount = ChannelCount; + if (levels == null) + { + throw new ArgumentNullException(nameof(levels)); + } + if (levels.Length != channelCount) + { + throw new ArgumentOutOfRangeException( + nameof(levels), + String.Format(CultureInfo.InvariantCulture, "SetAllVolumes MUST be supplied with a volume level for ALL channels. The AudioStream has {0} channels and you supplied {1} channels.", + channelCount, levels.Length)); + } + for (int i = 0; i < levels.Length; i++) + { + float level = levels[i]; + if (level < 0.0f) throw new ArgumentOutOfRangeException(nameof(levels), "All volumes must be between 0.0 and 1.0. Invalid volume at index: " + i.ToString()); + if (level > 1.0f) throw new ArgumentOutOfRangeException(nameof(levels), "All volumes must be between 0.0 and 1.0. Invalid volume at index: " + i.ToString()); + } + unchecked + { + Marshal.ThrowExceptionForHR(audioStreamVolumeInterface.SetAllVoumes((uint)channelCount, levels)); + } + } + + /// <summary> + /// Sets the volume level for one channel in the audio stream. + /// </summary> + /// <param name="index">The 0-based index into the channels to adjust the volume of.</param> + /// <param name="level">The volume level between 0.0 and 1.0 for this channel of the audio stream.</param> + public void SetChannelVolume(int index, float level) + { + CheckChannelIndex(index, "index"); + + if (level < 0.0f) throw new ArgumentOutOfRangeException(nameof(level), "Volume must be between 0.0 and 1.0"); + if (level > 1.0f) throw new ArgumentOutOfRangeException(nameof(level), "Volume must be between 0.0 and 1.0"); + unchecked + { + Marshal.ThrowExceptionForHR(audioStreamVolumeInterface.SetChannelVolume((uint)index, level)); + } + } + + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + Dispose(true); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Release/cleanup objects during Dispose/finalization. + /// </summary> + /// <param name="disposing">True if disposing and false if being finalized.</param> + protected virtual void Dispose(bool disposing) + { + if (disposing) + { + if (audioStreamVolumeInterface != null) + { + // although GC would do this for us, we want it done now + Marshal.ReleaseComObject(audioStreamVolumeInterface); + audioStreamVolumeInterface = null; + } + } + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamVolume.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamVolume.cs.meta new file mode 100644 index 0000000..b58c22c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioStreamVolume.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7a61b85caebedd4129b7419517663b5c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeLevel.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeLevel.cs new file mode 100644 index 0000000..5543ee9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeLevel.cs @@ -0,0 +1,56 @@ +using NAudio.CoreAudioApi.Interfaces; +using System; + +namespace NAudio.Wasapi.CoreAudioApi +{ + /// <summary> + /// Audio Volume Level + /// </summary> + public class AudioVolumeLevel + { + private readonly IAudioVolumeLevel audioVolumeLevelInterface; + + internal AudioVolumeLevel(IAudioVolumeLevel audioVolumeLevel) + { + audioVolumeLevelInterface = audioVolumeLevel; + } + + public uint ChannelCount + { + get + { + audioVolumeLevelInterface.GetChannelCount(out uint result); + return result; + } + } + + public void GetLevelRange(uint channel, out float minLevelDb, out float maxLevelDb, out float stepping) + { + audioVolumeLevelInterface.GetLevelRange(channel, out minLevelDb, out maxLevelDb, out stepping); + } + + public float GetLevel(uint channel) + { + audioVolumeLevelInterface.GetLevel(channel, out float result); + return result; + } + + public void SetLevel(uint channel, float value) + { + var guid = Guid.Empty; + audioVolumeLevelInterface.SetLevel(channel, value, ref guid); + } + + public void SetLevelUniform(float value) + { + var guid = Guid.Empty; + audioVolumeLevelInterface.SetLevelUniform(value, ref guid); + } + + public void SetLevelAllChannel(float[] values, uint channels) + { + var guid = Guid.Empty; + audioVolumeLevelInterface.SetLevelAllChannel(values, channels, ref guid); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeLevel.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeLevel.cs.meta new file mode 100644 index 0000000..a39936a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeLevel.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e4e60185d1c5963a98b6b595dbe05870 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeNotificationData.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeNotificationData.cs new file mode 100644 index 0000000..5703b6f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeNotificationData.cs @@ -0,0 +1,79 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Volume Notification Data + /// </summary> + public class AudioVolumeNotificationData + { + /// <summary> + /// Event Context + /// </summary> + public Guid EventContext { get; } + + /// <summary> + /// Muted + /// </summary> + public bool Muted { get; } + + /// <summary> + /// Guid that raised the event + /// </summary> + public Guid Guid { get; } + + /// <summary> + /// Master Volume + /// </summary> + public float MasterVolume { get; } + + /// <summary> + /// Channels + /// </summary> + public int Channels { get; } + + /// <summary> + /// Channel Volume + /// </summary> + public float[] ChannelVolume { get; } + + /// <summary> + /// Audio Volume Notification Data + /// </summary> + /// <param name="eventContext"></param> + /// <param name="muted"></param> + /// <param name="masterVolume"></param> + /// <param name="channelVolume"></param> + /// <param name="guid"></param> + public AudioVolumeNotificationData(Guid eventContext, bool muted, float masterVolume, float[] channelVolume, Guid guid) + { + EventContext = eventContext; + Muted = muted; + MasterVolume = masterVolume; + Channels = channelVolume.Length; + ChannelVolume = channelVolume; + Guid = guid; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeNotificationData.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeNotificationData.cs.meta new file mode 100644 index 0000000..b41f7ac --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/AudioVolumeNotificationData.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d127c3cd3345c5532b27dd7b21272089 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Connector.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Connector.cs new file mode 100644 index 0000000..c51cc3c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Connector.cs @@ -0,0 +1,113 @@ +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Connector + /// </summary> + public class Connector + { + private readonly IConnector connectorInterface; + + internal Connector(IConnector connector) + { + connectorInterface = connector; + } + + /// <summary> + /// Connects this connector to a connector in another device-topology object + /// </summary> + public void ConnectTo(Connector other) + { + connectorInterface.ConnectTo(other.connectorInterface); + } + + /// <summary> + /// Retreives the type of this connector + /// </summary> + public ConnectorType Type + { + get + { + connectorInterface.GetType(out var result); + return result; + } + } + + /// <summary> + /// Retreives the data flow of this connector + /// </summary> + public DataFlow DataFlow + { + get + { + connectorInterface.GetDataFlow(out var result); + return result; + } + } + + /// <summary> + /// Disconnects this connector from it's connected connector (if connected) + /// </summary> + public void Disconnect() + { + connectorInterface.Disconnect(); + } + + /// <summary> + /// Indicates whether this connector is connected to another connector + /// </summary> + public bool IsConnected + { + get + { + connectorInterface.IsConnected(out var result); + return result; + } + } + + /// <summary> + /// Retreives the connector this connector is connected to (if connected) + /// </summary> + public Connector ConnectedTo + { + get + { + connectorInterface.GetConnectedTo(out var result); + return new Connector(result); + } + } + + /// <summary> + /// Retreives the global ID of the connector this connector is connected to (if connected) + /// </summary> + public string ConnectedToConnectorId + { + get + { + connectorInterface.GetConnectorIdConnectedTo(out var result); + return result; + } + } + + /// <summary> + /// Retreives the device ID of the audio device this connector is connected to (if connected) + /// </summary> + public string ConnectedToDeviceId + { + get + { + connectorInterface.GetDeviceIdConnectedTo(out var result); + return result; + } + } + + public Part Part + { + get + { + return new Part(connectorInterface as IPart); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Connector.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Connector.cs.meta new file mode 100644 index 0000000..2f09134 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Connector.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5975197a8927bb07f96dfac2ab3a6b7a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ConnectorType.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ConnectorType.cs new file mode 100644 index 0000000..7e5a80c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ConnectorType.cs @@ -0,0 +1,33 @@ +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Connector Type + /// </summary> + public enum ConnectorType + { + /// <summary> + /// The connector is part of a connection of unknown type. + /// </summary> + UnknownConnector, + /// <summary> + /// The connector is part of a physical connection to an auxiliary device that is installed inside the system chassis + /// </summary> + PhysicalInternal, + /// <summary> + /// The connector is part of a physical connection to an external device. + /// </summary> + PhysicalExternal, + /// <summary> + /// The connector is part of a software-configured I/O connection (typically a DMA channel) between system memory and an audio hardware device on an audio adapter. + /// </summary> + SoftwareIo, + /// <summary> + /// The connector is part of a permanent connection that is fixed and cannot be configured under software control. + /// </summary> + SoftwareFixed, + /// <summary> + /// The connector is part of a connection to a network. + /// </summary> + Network, + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ConnectorType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ConnectorType.cs.meta new file mode 100644 index 0000000..d7f4c2d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/ConnectorType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 62566ba8a59e2312d8ad9737b2c00c16 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DataFlow.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DataFlow.cs new file mode 100644 index 0000000..2f62588 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DataFlow.cs @@ -0,0 +1,25 @@ +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// The EDataFlow enumeration defines constants that indicate the direction + /// in which audio data flows between an audio endpoint device and an application + /// </summary> + public enum DataFlow + { + /// <summary> + /// Audio rendering stream. + /// Audio data flows from the application to the audio endpoint device, which renders the stream. + /// </summary> + Render, + /// <summary> + /// Audio capture stream. Audio data flows from the audio endpoint device that captures the stream, + /// to the application + /// </summary> + Capture, + /// <summary> + /// Audio rendering or capture stream. Audio data can flow either from the application to the audio + /// endpoint device, or from the audio endpoint device to the application. + /// </summary> + All + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DataFlow.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DataFlow.cs.meta new file mode 100644 index 0000000..a6f061b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DataFlow.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 06ac6685f0088aee5a288b35ded78723 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceState.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceState.cs new file mode 100644 index 0000000..8e6c4b1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceState.cs @@ -0,0 +1,55 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// adapted for NAudio, +// updated to be in line with http://msdn.microsoft.com/en-us/library/dd370823%28v=vs.85%29.aspx +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Device State + /// </summary> + [Flags] + public enum DeviceState + { + /// <summary> + /// DEVICE_STATE_ACTIVE + /// </summary> + Active = 0x00000001, + /// <summary> + /// DEVICE_STATE_DISABLED + /// </summary> + Disabled = 0x00000002, + /// <summary> + /// DEVICE_STATE_NOTPRESENT + /// </summary> + NotPresent = 0x00000004, + /// <summary> + /// DEVICE_STATE_UNPLUGGED + /// </summary> + Unplugged = 0x00000008, + /// <summary> + /// DEVICE_STATEMASK_ALL + /// </summary> + All = 0x0000000F + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceState.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceState.cs.meta new file mode 100644 index 0000000..15a97af --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceState.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 804832c5b7fd126f0b4c9116b2a4f709 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceTopology.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceTopology.cs new file mode 100644 index 0000000..f2be34a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceTopology.cs @@ -0,0 +1,54 @@ +using NAudio.CoreAudioApi.Interfaces; +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Windows CoreAudio DeviceTopology + /// </summary> + public class DeviceTopology + { + private readonly IDeviceTopology deviceTopologyInterface; + + internal DeviceTopology(IDeviceTopology deviceTopology) + { + deviceTopologyInterface = deviceTopology; + } + + /// <summary> + /// Retrieves the number of connections associated with this device-topology object + /// </summary> + public uint ConnectorCount + { + get + { + deviceTopologyInterface.GetConnectorCount(out var count); + return count; + } + } + + /// <summary> + /// Retrieves the connector at the supplied index + /// </summary> + public Connector GetConnector(uint index) + { + deviceTopologyInterface.GetConnector(index, out var connectorInterface); + return new Connector(connectorInterface); + } + + /// <summary> + /// Retrieves the device id of the device represented by this device-topology object + /// </summary> + public string DeviceId + { + get + { + deviceTopologyInterface.GetDeviceId(out var result); + return result; + } + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceTopology.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceTopology.cs.meta new file mode 100644 index 0000000..694388f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/DeviceTopology.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8ef9c30d3985e1824a72f878ceb0bcde +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/EEndpointHardwareSupport.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/EEndpointHardwareSupport.cs new file mode 100644 index 0000000..4023a50 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/EEndpointHardwareSupport.cs @@ -0,0 +1,45 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Endpoint Hardware Support + /// </summary> + [Flags] + public enum EEndpointHardwareSupport + { + /// <summary> + /// Volume + /// </summary> + Volume = 0x00000001, + /// <summary> + /// Mute + /// </summary> + Mute = 0x00000002, + /// <summary> + /// Meter + /// </summary> + Meter = 0x00000004 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/EEndpointHardwareSupport.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/EEndpointHardwareSupport.cs.meta new file mode 100644 index 0000000..cda24dc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/EEndpointHardwareSupport.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 26a0c39d61b0c33029ab47dfb7a55584 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces.meta new file mode 100644 index 0000000..f9785d3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 90623017487f4829ca96a7aca147e182 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/AudioVolumeNotificationDataStruct.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/AudioVolumeNotificationDataStruct.cs new file mode 100644 index 0000000..c84c7bc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/AudioVolumeNotificationDataStruct.cs @@ -0,0 +1,38 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ + +using System; +// ReSharper disable InconsistentNaming + +namespace NAudio.CoreAudioApi.Interfaces +{ +#pragma warning disable CS0649 // Field is never assigned to, and will always have its default value 0 + + internal struct AudioVolumeNotificationDataStruct + { + public Guid guidEventContext; + public bool bMuted; + public float fMasterVolume; + public uint nChannels; + public float ChannelVolume; + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/AudioVolumeNotificationDataStruct.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/AudioVolumeNotificationDataStruct.cs.meta new file mode 100644 index 0000000..774bbe0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/AudioVolumeNotificationDataStruct.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e7c2540452bc8c5f9bbe6eceb1ce3873 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/Blob.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/Blob.cs new file mode 100644 index 0000000..d37cd62 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/Blob.cs @@ -0,0 +1,41 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// Adapted for NAudio +using System; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Representation of binary large object container. + /// </summary> + public struct Blob + { + /// <summary> + /// Length of binary object. + /// </summary> + public int Length; + /// <summary> + /// Pointer to buffer storing data. + /// </summary> + public IntPtr Data; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/Blob.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/Blob.cs.meta new file mode 100644 index 0000000..a5c1513 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/Blob.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9401cce56596eede1b8ea863f09314e1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ClsCtx.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ClsCtx.cs new file mode 100644 index 0000000..e0c0c72 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ClsCtx.cs @@ -0,0 +1,38 @@ +using System; +// ReSharper disable InconsistentNaming + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// is defined in WTypes.h + /// </summary> + [Flags] + enum ClsCtx + { + INPROC_SERVER = 0x1, + INPROC_HANDLER = 0x2, + LOCAL_SERVER = 0x4, + INPROC_SERVER16 = 0x8, + REMOTE_SERVER = 0x10, + INPROC_HANDLER16 = 0x20, + //RESERVED1 = 0x40, + //RESERVED2 = 0x80, + //RESERVED3 = 0x100, + //RESERVED4 = 0x200, + NO_CODE_DOWNLOAD = 0x400, + //RESERVED5 = 0x800, + NO_CUSTOM_MARSHAL = 0x1000, + ENABLE_CODE_DOWNLOAD = 0x2000, + NO_FAILURE_LOG = 0x4000, + DISABLE_AAA = 0x8000, + ENABLE_AAA = 0x10000, + FROM_DEFAULT_CONTEXT = 0x20000, + ACTIVATE_32_BIT_SERVER = 0x40000, + ACTIVATE_64_BIT_SERVER = 0x80000, + ENABLE_CLOAKING = 0x100000, + PS_DLL = unchecked ( (int) 0x80000000 ), + INPROC = INPROC_SERVER | INPROC_HANDLER, + SERVER = INPROC_SERVER | LOCAL_SERVER | REMOTE_SERVER, + ALL = SERVER | INPROC_HANDLER + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ClsCtx.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ClsCtx.cs.meta new file mode 100644 index 0000000..7bd9f8c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ClsCtx.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6dc21302f555b0ebf8fe7afd5bc3938c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ErrorCodes.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ErrorCodes.cs new file mode 100644 index 0000000..0e6c984 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ErrorCodes.cs @@ -0,0 +1,166 @@ +using System; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Audio Client WASAPI Error Codes (HResult) + /// </summary> + public static class AudioClientErrorCode + { + // All error codes are precalculated. + // Calculation: + // (winerror.h) + // #define FACILITY_AUDCLNT 2185 + // (audioclient.h) + // #define AUDCLNTERR(n) MAKEHRESULT(SEVERITYERROR, FACILITYAUDCLNT, n) + + /// <summary> + /// AUDCLNT_E_NOT_INITIALIZED + /// </summary> + public const int NotInitialized = unchecked((int)0x88890001); + /// <summary> + /// AUDCLNT_E_ALREADY_INITIALIZED + /// </summary> + public const int AlreadyInitialized = unchecked((int)0x88890002); + /// <summary> + /// AUDCLNT_E_WRONG_ENDPOINT_TYPE + /// </summary> + public const int WrongEndpointType = unchecked((int)0x88890003); + /// <summary> + /// AUDCLNT_E_DEVICE_INVALIDATED + /// </summary> + public const int DeviceInvalidated = unchecked((int)0x88890004); + /// <summary> + /// AUDCLNT_E_NOT_STOPPED + /// </summary> + public const int NotStopped = unchecked((int)0x88890005); + /// <summary> + /// AUDCLNT_E_BUFFER_TOO_LARGE + /// </summary> + public const int BufferTooLarge = unchecked((int)0x88890006); + /// <summary> + /// AUDCLNT_E_OUT_OF_ORDER + /// </summary> + public const int OutOfOrder = unchecked((int)0x88890007); + /// <summary> + /// AUDCLNT_E_UNSUPPORTED_FORMAT + /// </summary> + public const int UnsupportedFormat = unchecked((int)0x88890008); + /// <summary> + /// AUDCLNT_E_INVALID_SIZE + /// </summary> + public const int InvalidSize = unchecked((int)0x88890009); + /// <summary> + /// AUDCLNT_E_DEVICE_IN_USE + /// </summary> + public const int DeviceInUse = unchecked((int)0x8889000A); + /// <summary> + /// AUDCLNT_E_BUFFER_OPERATION_PENDING + /// </summary> + public const int BufferOperationPending = unchecked((int)0x8889000B); + /// <summary> + /// AUDCLNT_E_THREAD_NOT_REGISTERED + /// </summary> + public const int ThreadNotRegistered = unchecked((int)0x8889000C); + /// <summary> + /// AUDCLNT_E_NO_SINGLE_PROCESS + /// </summary> + public const int NoSingleProcess = unchecked((int)0x8889000D); + /// <summary> + /// AUDCLNT_E_EXCLUSIVE_MODE_NOT_ALLOWED + /// </summary> + public const int ExclusiveModeNotAllowed = unchecked((int)0x8889000E); + /// <summary> + /// AUDCLNT_E_ENDPOINT_CREATE_FAILED + /// </summary> + public const int EndpointCreateFailed = unchecked((int)0x8889000F); + /// <summary> + /// AUDCLNT_E_SERVICE_NOT_RUNNING + /// </summary> + public const int ServiceNotRunning = unchecked((int)0x88890010); + /// <summary> + /// AUDCLNT_E_EVENTHANDLE_NOT_EXPECTED + /// </summary> + public const int EventHandleNotExpected = unchecked((int)0x88890011); + /// <summary> + /// AUDCLNT_E_EXCLUSIVE_MODE_ONLY + /// </summary> + public const int ExclusiveModeOnly = unchecked((int)0x88890012); + /// <summary> + /// AUDCLNT_E_BUFDURATION_PERIOD_NOT_EQUAL + /// </summary> + public const int BufferDurationPeriodNotEqual = unchecked((int)0x88890013); + /// <summary> + /// AUDCLNT_E_EVENTHANDLE_NOT_SET + /// </summary> + public const int EventHandleNotSet = unchecked((int)0x88890014); + /// <summary> + /// AUDCLNT_E_INCORRECT_BUFFER_SIZE + /// </summary> + public const int IncorrectBufferSize = unchecked((int)0x88890015); + /// <summary> + /// AUDCLNT_E_BUFFER_SIZE_ERROR + /// </summary> + public const int BufferSizeError = unchecked((int)0x88890016); + /// <summary> + /// AUDCLNT_E_CPUUSAGE_EXCEEDED + /// </summary> + public const int CpuUsageExceeded = unchecked((int)0x88890017); + /// <summary> + /// AUDCLNT_E_BUFFER_ERROR + /// </summary> + public const int BufferError = unchecked((int)0x88890018); + /// <summary> + /// AUDCLNT_E_BUFFER_SIZE_NOT_ALIGNED + /// </summary> + public const int BufferSizeNotAligned = unchecked((int)0x88890019); + /// <summary> + /// AUDCLNT_E_INVALID_DEVICE_PERIOD + /// </summary> + public const int InvalidDevicePeriod = unchecked((int)0x88890020); + /// <summary> + /// AUDCLNT_E_INVALID_STREAM_FLAG + /// </summary> + public const int InvalidStreamFlag = unchecked((int)0x88890021); + /// <summary> + /// AUDCLNT_E_ENDPOINT_OFFLOAD_NOT_CAPABLE + /// </summary> + public const int EndpointOffloadNotCapable = unchecked((int)0x88890022); + /// <summary> + /// AUDCLNT_E_OUT_OF_OFFLOAD_RESOURCES + /// </summary> + public const int OutOfOffloadResources = unchecked((int)0x88890023); + /// <summary> + /// AUDCLNT_E_OFFLOAD_MODE_ONLY + /// </summary> + public const int OffloadModeOnly = unchecked((int)0x88890024); + /// <summary> + /// AUDCLNT_E_NONOFFLOAD_MODE_ONLY + /// </summary> + public const int NonOffloadModeOnly = unchecked((int)0x88890025); + /// <summary> + /// AUDCLNT_E_RESOURCES_INVALIDATED + /// </summary> + public const int ResourcesInvalidated = unchecked((int)0x88890026); + /// <summary> + /// AUDCLNT_E_RAW_MODE_UNSUPPORTED + /// </summary> + public const int RawModeUnsupported = unchecked((int)0x88890027); + /// <summary> + /// AUDCLNT_E_ENGINE_PERIODICITY_LOCKED + /// </summary> + public const int EnginePeriodicityLocked = unchecked((int)0x88890028); + /// <summary> + /// AUDCLNT_E_ENGINE_FORMAT_LOCKED + /// </summary> + public const int EngineFormatLocked = unchecked((int)0x88890029); + /// <summary> + /// AUDCLNT_E_HEADTRACKING_ENABLED + /// </summary> + public const int HeadTrackingEnabled = unchecked((int)0x88890030); + /// <summary> + /// AUDCLNT_E_HEADTRACKING_UNSUPPORTED + /// </summary> + public const int HeadTrackingUnsupported = unchecked((int)0x88890040); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ErrorCodes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ErrorCodes.cs.meta new file mode 100644 index 0000000..246d059 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ErrorCodes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8fee7c1623ee2858a96bdb56c82f0646 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceAsyncOperation.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceAsyncOperation.cs new file mode 100644 index 0000000..7a5acad --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceAsyncOperation.cs @@ -0,0 +1,14 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wasapi.CoreAudioApi.Interfaces +{ + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("72A22D78-CDE4-431D-B8CC-843A71199B6D")] + public interface IActivateAudioInterfaceAsyncOperation + { + //virtual HRESULT STDMETHODCALLTYPE GetActivateResult(/*[out]*/ _Out_ + // HRESULT *activateResult, /*[out]*/ _Outptr_result_maybenull_ IUnknown **activatedInterface) = 0; + void GetActivateResult([Out] out int activateResult, + [Out, MarshalAs(UnmanagedType.IUnknown)] out object activateInterface); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceAsyncOperation.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceAsyncOperation.cs.meta new file mode 100644 index 0000000..1bb3212 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceAsyncOperation.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6d06e8a3bcaefe8aaa49a6029b6fdf34 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceCompletionHandler.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceCompletionHandler.cs new file mode 100644 index 0000000..fb8b660 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceCompletionHandler.cs @@ -0,0 +1,13 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wasapi.CoreAudioApi.Interfaces +{ + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("41D949AB-9862-444A-80F6-C261334DA5EB")] + public interface IActivateAudioInterfaceCompletionHandler + { + //virtual HRESULT STDMETHODCALLTYPE ActivateCompleted(/*[in]*/ _In_ + // IActivateAudioInterfaceAsyncOperation *activateOperation) = 0; + void ActivateCompleted(IActivateAudioInterfaceAsyncOperation activateOperation); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceCompletionHandler.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceCompletionHandler.cs.meta new file mode 100644 index 0000000..d13fe22 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IActivateAudioInterfaceCompletionHandler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0c6ac3a0efca25ddabcb9e9a08fdd050 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAgileObject.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAgileObject.cs new file mode 100644 index 0000000..d38b0e3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAgileObject.cs @@ -0,0 +1,11 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wasapi.CoreAudioApi.Interfaces +{ + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("94ea2b94-e9cc-49e0-c0ff-ee64ca8f5b90")] + interface IAgileObject + { + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAgileObject.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAgileObject.cs.meta new file mode 100644 index 0000000..934c4dc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAgileObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 74378eae8b70592acb779764c2153ed2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioAutoGainControl.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioAutoGainControl.cs new file mode 100644 index 0000000..4f8bd40 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioAutoGainControl.cs @@ -0,0 +1,21 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("85401FD4-6DE4-4b9d-9869-2D6753A82F3C"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioAutoGainControl + { + [PreserveSig] + int GetEnabled( + [Out, MarshalAs(UnmanagedType.Bool)] out bool enabled); + + [PreserveSig] + int SetEnabled( + [In, MarshalAs(UnmanagedType.Bool)] bool enabled); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioAutoGainControl.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioAutoGainControl.cs.meta new file mode 100644 index 0000000..d894482 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioAutoGainControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c9d683484621a9e8c9053d30bfb0e843 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioCaptureClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioCaptureClient.cs new file mode 100644 index 0000000..468e964 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioCaptureClient.cs @@ -0,0 +1,30 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("C8ADBD64-E71E-48a0-A4DE-185C395CD317"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), ComImport] + interface IAudioCaptureClient + { + /*HRESULT GetBuffer( + BYTE** ppData, + UINT32* pNumFramesToRead, + DWORD* pdwFlags, + UINT64* pu64DevicePosition, + UINT64* pu64QPCPosition + );*/ + + int GetBuffer( + out IntPtr dataBuffer, + out int numFramesToRead, + out AudioClientBufferFlags bufferFlags, + out long devicePosition, + out long qpcPosition); + + int ReleaseBuffer(int numFramesRead); + + int GetNextPacketSize(out int numFramesInNextPacket); + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioCaptureClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioCaptureClient.cs.meta new file mode 100644 index 0000000..242b4b4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioCaptureClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b74dd937e51eacd2b830404b3671190f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient.cs new file mode 100644 index 0000000..43f6339 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient.cs @@ -0,0 +1,61 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Wave; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IAudioClient interface + /// Defined in AudioClient.h + /// </summary> + [Guid("1CB9AD4C-DBFA-4c32-B178-C2F568A703B2"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IAudioClient + { + [PreserveSig] + int Initialize(AudioClientShareMode shareMode, + AudioClientStreamFlags streamFlags, + long hnsBufferDuration, // REFERENCE_TIME + long hnsPeriodicity, // REFERENCE_TIME + [In] WaveFormat pFormat, + [In] ref Guid audioSessionGuid); + + /// <summary> + /// The GetBufferSize method retrieves the size (maximum capacity) of the endpoint buffer. + /// </summary> + int GetBufferSize(out uint bufferSize); + + [return: MarshalAs(UnmanagedType.I8)] + long GetStreamLatency(); + + int GetCurrentPadding(out int currentPadding); + + [PreserveSig] + int IsFormatSupported( + AudioClientShareMode shareMode, + [In] WaveFormat pFormat, + IntPtr closestMatchFormat); // or outIntPtr?? + + int GetMixFormat(out IntPtr deviceFormatPointer); + + // REFERENCE_TIME is 64 bit int + int GetDevicePeriod(out long defaultDevicePeriod, out long minimumDevicePeriod); + + int Start(); + + int Stop(); + + int Reset(); + + int SetEventHandle(IntPtr eventHandle); + + /// <summary> + /// The GetService method accesses additional services from the audio client object. + /// </summary> + /// <param name="interfaceId">The interface ID for the requested service.</param> + /// <param name="interfacePointer">Pointer to a pointer variable into which the method writes the address of an instance of the requested interface. </param> + [PreserveSig] + int GetService([In, MarshalAs(UnmanagedType.LPStruct)] Guid interfaceId, [Out, MarshalAs(UnmanagedType.IUnknown)] out object interfacePointer); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient.cs.meta new file mode 100644 index 0000000..4ae5d1c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 60b323d6fe7e8871e84a6038281945bf +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient2.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient2.cs new file mode 100644 index 0000000..8f1b786 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient2.cs @@ -0,0 +1,42 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// https://docs.microsoft.com/en-us/windows/win32/api/audioclient/nn-audioclient-iaudioclient2 + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("726778CD-F60A-4eda-82DE-E47610CD78AA")] + public interface IAudioClient2 : IAudioClient + { + //virtual HRESULT STDMETHODCALLTYPE IsOffloadCapable(/*[in]*/ _In_ + // AUDIO_STREAM_CATEGORY Category, /*[in]*/ _Out_ BOOL *pbOffloadCapable) = 0; + /// <summary> + /// The IsOffloadCapable method retrieves information about whether or not the endpoint on which a stream is created is capable of supporting an offloaded audio stream. + /// </summary> + /// <param name="category">An enumeration that specifies the category of an audio stream.</param> + /// <param name="pbOffloadCapable">A pointer to a Boolean value. TRUE indicates that the endpoint is offload-capable. FALSE indicates that the endpoint is not offload-capable.</param> + void IsOffloadCapable(AudioStreamCategory category, out bool pbOffloadCapable); + //virtual HRESULT STDMETHODCALLTYPE SetClientProperties(/*[in]*/ _In_ + // const AudioClientProperties *pProperties) = 0; + /// <summary> + /// Pointer to an AudioClientProperties structure. + /// </summary> + /// <param name="pProperties"></param> + void SetClientProperties([In] IntPtr pProperties); + // TODO: try this: void SetClientProperties([In, MarshalAs(UnmanagedType.LPStruct)] AudioClientProperties pProperties); + //virtual HRESULT STDMETHODCALLTYPE GetBufferSizeLimits(/*[in]*/ _In_ + // const WAVEFORMATEX *pFormat, /*[in]*/ _In_ BOOL bEventDriven, /*[in]*/ + // _Out_ REFERENCE_TIME *phnsMinBufferDuration, /*[in]*/ _Out_ + // REFERENCE_TIME *phnsMaxBufferDuration) = 0; + /// <summary> + /// The GetBufferSizeLimits method returns the buffer size limits of the hardware audio engine in 100-nanosecond units. + /// </summary> + /// <param name="pFormat">A pointer to the target format that is being queried for the buffer size limit.</param> + /// <param name="bEventDriven">Boolean value to indicate whether or not the stream can be event-driven.</param> + /// <param name="phnsMinBufferDuration">Returns a pointer to the minimum buffer size (in 100-nanosecond units) that is required for the underlying hardware audio engine to operate at the format specified in the pFormat parameter, without frequent audio glitching.</param> + /// <param name="phnsMaxBufferDuration">Returns a pointer to the maximum buffer size (in 100-nanosecond units) that the underlying hardware audio engine can support for the format specified in the pFormat parameter.</param> + void GetBufferSizeLimits(IntPtr pFormat, bool bEventDriven, + out long phnsMinBufferDuration, out long phnsMaxBufferDuration); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient2.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient2.cs.meta new file mode 100644 index 0000000..61bc4b9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClient2.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5ef62470d7745a7539bb131e6fef6beb +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClock2.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClock2.cs new file mode 100644 index 0000000..6925d24 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClock2.cs @@ -0,0 +1,35 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Defined in AudioClient.h + /// </summary> + [Guid("CD63314F-3FBA-4a1b-812C-EF96358728E7"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioClock + { + [PreserveSig] + int GetFrequency(out ulong frequency); + + [PreserveSig] + int GetPosition(out ulong devicePosition, out ulong qpcPosition); + + [PreserveSig] + int GetCharacteristics(out uint characteristics); + } + + /// <summary> + /// Defined in AudioClient.h + /// </summary> + [Guid("6f49ff73-6727-49AC-A008-D98CF5E70048"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioClock2 : IAudioClock + { + [PreserveSig] + int GetDevicePosition(out ulong devicePosition, out ulong qpcPosition); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClock2.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClock2.cs.meta new file mode 100644 index 0000000..dd4810a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioClock2.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2839f9aa307bc77dc916ffbbbd977b2b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolume.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolume.cs new file mode 100644 index 0000000..ef9e9d5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolume.cs @@ -0,0 +1,51 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("5CDF2C82-841E-4546-9722-0CF74078229A"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioEndpointVolume + { + int RegisterControlChangeNotify(IAudioEndpointVolumeCallback pNotify); + int UnregisterControlChangeNotify(IAudioEndpointVolumeCallback pNotify); + int GetChannelCount(out int pnChannelCount); + int SetMasterVolumeLevel(float fLevelDB, ref Guid pguidEventContext); + int SetMasterVolumeLevelScalar(float fLevel, ref Guid pguidEventContext); + int GetMasterVolumeLevel(out float pfLevelDB); + int GetMasterVolumeLevelScalar(out float pfLevel); + int SetChannelVolumeLevel(uint nChannel, float fLevelDB, ref Guid pguidEventContext); + int SetChannelVolumeLevelScalar(uint nChannel, float fLevel, ref Guid pguidEventContext); + int GetChannelVolumeLevel(uint nChannel, out float pfLevelDB); + int GetChannelVolumeLevelScalar(uint nChannel, out float pfLevel); + int SetMute([MarshalAs(UnmanagedType.Bool)] Boolean bMute, ref Guid pguidEventContext); + int GetMute(out bool pbMute); + int GetVolumeStepInfo(out uint pnStep, out uint pnStepCount); + int VolumeStepUp(ref Guid pguidEventContext); + int VolumeStepDown(ref Guid pguidEventContext); + int QueryHardwareSupport(out uint pdwHardwareSupportMask); + int GetVolumeRange(out float pflVolumeMindB, out float pflVolumeMaxdB, out float pflVolumeIncrementdB); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolume.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolume.cs.meta new file mode 100644 index 0000000..1526b05 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolume.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c8fe2e4ecb89416d3a4f3a69d4e33df9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolumeCallback.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolumeCallback.cs new file mode 100644 index 0000000..d70b407 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolumeCallback.cs @@ -0,0 +1,38 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. + + (Modified for NAudio by Mark Heath) + +*/ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("657804FA-D6AD-4496-8A60-352752AF4F89"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioEndpointVolumeCallback + { + void OnNotify(IntPtr notifyData); + }; + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolumeCallback.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolumeCallback.cs.meta new file mode 100644 index 0000000..c81b5c7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioEndpointVolumeCallback.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4bc3ebc67e89d1e1ba3709792c617b19 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMeterInformation.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMeterInformation.cs new file mode 100644 index 0000000..c43f9c2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMeterInformation.cs @@ -0,0 +1,37 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("C02216F6-8C67-4B5B-9D00-D008E73E0064"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioMeterInformation + { + int GetPeakValue(out float pfPeak); + int GetMeteringChannelCount(out int pnChannelCount); + int GetChannelsPeakValues(int u32ChannelCount, [In] IntPtr afPeakValues); + int QueryHardwareSupport(out int pdwHardwareSupportMask); + }; +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMeterInformation.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMeterInformation.cs.meta new file mode 100644 index 0000000..3887a09 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMeterInformation.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cd3c17c0518b95efe95844ae25f9c63c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMute.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMute.cs new file mode 100644 index 0000000..d8d1547 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMute.cs @@ -0,0 +1,22 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("DF45AEEA-B74A-4B6B-AFAD-2366B6AA012E"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioMute + { + [PreserveSig] + int GetMute( + [Out, MarshalAs(UnmanagedType.Bool)] out bool mute); + + [PreserveSig] + int SetMute( + [In, MarshalAs(UnmanagedType.Bool)] bool mute, + [In] ref Guid eventContext); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMute.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMute.cs.meta new file mode 100644 index 0000000..384b1d9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioMute.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0cbc18145fa4b227b9b5f8cb7d5debb1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioRenderClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioRenderClient.cs new file mode 100644 index 0000000..6678416 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioRenderClient.cs @@ -0,0 +1,16 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("F294ACFC-3146-4483-A7BF-ADDCA7C260E2"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IAudioRenderClient + { + int GetBuffer(int numFramesRequested, out IntPtr dataBufferPointer); + int ReleaseBuffer(int numFramesWritten, AudioClientBufferFlags bufferFlags); + } + + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioRenderClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioRenderClient.cs.meta new file mode 100644 index 0000000..9df402f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioRenderClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ba2ce2459365a7c7ead8beab9c7e6175 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionControl.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionControl.cs new file mode 100644 index 0000000..8d465f4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionControl.cs @@ -0,0 +1,262 @@ +// ----------------------------------------- +// SoundScribe (TM) and related software. +// +// Copyright (C) 2007-2011 Vannatech +// http://www.vannatech.com +// All rights reserved. +// +// This source code is subject to the MIT License. +// http://www.opensource.org/licenses/mit-license.php +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +// THE SOFTWARE. +// ----------------------------------------- +// milligan22963 - ported to nAudio +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IAudioSessionControl interface + /// Defined in AudioPolicy.h + /// </summary> + [Guid("F4B1A599-7266-4319-A8CA-E70ACB11E8CD"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IAudioSessionControl + { + /// <summary> + /// Retrieves the current state of the audio session. + /// </summary> + /// <param name="state">Receives the current session state.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetState( + [Out] out AudioSessionState state); + + /// <summary> + /// Retrieves the display name for the audio session. + /// </summary> + /// <param name="displayName">Receives a string that contains the display name.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetDisplayName( + [Out] [MarshalAs(UnmanagedType.LPWStr)] out string displayName); + + /// <summary> + /// Assigns a display name to the current audio session. + /// </summary> + /// <param name="displayName">A string that contains the new display name for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int SetDisplayName( + [In] [MarshalAs(UnmanagedType.LPWStr)] string displayName, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Retrieves the path for the display icon for the audio session. + /// </summary> + /// <param name="iconPath">Receives a string that specifies the fully qualified path of the file that contains the icon.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetIconPath( + [Out] [MarshalAs(UnmanagedType.LPWStr)] out string iconPath); + + /// <summary> + /// Assigns a display icon to the current session. + /// </summary> + /// <param name="iconPath">A string that specifies the fully qualified path of the file that contains the new icon.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int SetIconPath( + [In] [MarshalAs(UnmanagedType.LPWStr)] string iconPath, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Retrieves the grouping parameter of the audio session. + /// </summary> + /// <param name="groupingId">Receives the grouping parameter ID.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetGroupingParam( + [Out] out Guid groupingId); + + /// <summary> + /// Assigns a session to a grouping of sessions. + /// </summary> + /// <param name="groupingId">The new grouping parameter ID.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int SetGroupingParam( + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid groupingId, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Registers the client to receive notifications of session events, including changes in the session state. + /// </summary> + /// <param name="client">A client-implemented <see cref="IAudioSessionEvents"/> interface.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int RegisterAudioSessionNotification( + [In] IAudioSessionEvents client); + + /// <summary> + /// Deletes a previous registration by the client to receive notifications. + /// </summary> + /// <param name="client">A client-implemented <see cref="IAudioSessionEvents"/> interface.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int UnregisterAudioSessionNotification( + [In] IAudioSessionEvents client); + } + + + /// <summary> + /// Windows CoreAudio IAudioSessionControl interface + /// Defined in AudioPolicy.h + /// </summary> + [Guid("bfb7ff88-7239-4fc9-8fa2-07c950be9c6d"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IAudioSessionControl2 : IAudioSessionControl + { + /// <summary> + /// Retrieves the current state of the audio session. + /// </summary> + /// <param name="state">Receives the current session state.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int GetState( + [Out] out AudioSessionState state); + + /// <summary> + /// Retrieves the display name for the audio session. + /// </summary> + /// <param name="displayName">Receives a string that contains the display name.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int GetDisplayName( + [Out] [MarshalAs(UnmanagedType.LPWStr)] out string displayName); + + /// <summary> + /// Assigns a display name to the current audio session. + /// </summary> + /// <param name="displayName">A string that contains the new display name for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int SetDisplayName( + [In] [MarshalAs(UnmanagedType.LPWStr)] string displayName, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Retrieves the path for the display icon for the audio session. + /// </summary> + /// <param name="iconPath">Receives a string that specifies the fully qualified path of the file that contains the icon.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int GetIconPath( + [Out] [MarshalAs(UnmanagedType.LPWStr)] out string iconPath); + + /// <summary> + /// Assigns a display icon to the current session. + /// </summary> + /// <param name="iconPath">A string that specifies the fully qualified path of the file that contains the new icon.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int SetIconPath( + [In] [MarshalAs(UnmanagedType.LPWStr)] string iconPath, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Retrieves the grouping parameter of the audio session. + /// </summary> + /// <param name="groupingId">Receives the grouping parameter ID.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int GetGroupingParam( + [Out] out Guid groupingId); + + /// <summary> + /// Assigns a session to a grouping of sessions. + /// </summary> + /// <param name="groupingId">The new grouping parameter ID.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int SetGroupingParam( + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid groupingId, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Registers the client to receive notifications of session events, including changes in the session state. + /// </summary> + /// <param name="client">A client-implemented <see cref="IAudioSessionEvents"/> interface.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int RegisterAudioSessionNotification( + [In] IAudioSessionEvents client); + + /// <summary> + /// Deletes a previous registration by the client to receive notifications. + /// </summary> + /// <param name="client">A client-implemented <see cref="IAudioSessionEvents"/> interface.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int UnregisterAudioSessionNotification( + [In] IAudioSessionEvents client); + /// <summary> + /// Retrieves the identifier for the audio session. + /// </summary> + /// <param name="retVal">Receives the session identifier.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetSessionIdentifier( + [Out] [MarshalAs(UnmanagedType.LPWStr)] out string retVal); + + /// <summary> + /// Retrieves the identifier of the audio session instance. + /// </summary> + /// <param name="retVal">Receives the identifier of a particular instance.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetSessionInstanceIdentifier( + [Out] [MarshalAs(UnmanagedType.LPWStr)] out string retVal); + + /// <summary> + /// Retrieves the process identifier of the audio session. + /// </summary> + /// <param name="retVal">Receives the process identifier of the audio session.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetProcessId( + [Out] out UInt32 retVal); + + /// <summary> + /// Indicates whether the session is a system sounds session. + /// </summary> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int IsSystemSoundsSession(); + + /// <summary> + /// Enables or disables the default stream attenuation experience (auto-ducking) provided by the system. + /// </summary> + /// <param name="optOut">A variable that enables or disables system auto-ducking.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int SetDuckingPreference(bool optOut); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionControl.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionControl.cs.meta new file mode 100644 index 0000000..df06fe6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a1c4f057c171a6bd2a37e0d3563f6cdd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEnumerator.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEnumerator.cs new file mode 100644 index 0000000..4f77521 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEnumerator.cs @@ -0,0 +1,16 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("E2F5BB11-0570-40CA-ACDD-3AA01277DEE8"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioSessionEnumerator + { + int GetCount(out int sessionCount); + + int GetSession(int sessionCount, out IAudioSessionControl session); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEnumerator.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEnumerator.cs.meta new file mode 100644 index 0000000..9764f9b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEnumerator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b5b16a2d4e42ff95a9fd227104b559df +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEvents.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEvents.cs new file mode 100644 index 0000000..a8bd8d9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEvents.cs @@ -0,0 +1,178 @@ +// ----------------------------------------- +// SoundScribe (TM) and related software. +// +// Copyright (C) 2007-2011 Vannatech +// http://www.vannatech.com +// All rights reserved. +// +// This source code is subject to the MIT License. +// http://www.opensource.org/licenses/mit-license.php +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +// THE SOFTWARE. +// ----------------------------------------- +// milligan22963 - ported to nAudio +// ----------------------------------------- + + using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Defines constants that indicate the current state of an audio session. + /// </summary> + /// <remarks> + /// MSDN Reference: http://msdn.microsoft.com/en-us/library/dd370792.aspx + /// </remarks> + public enum AudioSessionState + { + /// <summary> + /// The audio session is inactive. + /// </summary> + AudioSessionStateInactive = 0, + + /// <summary> + /// The audio session is active. + /// </summary> + AudioSessionStateActive = 1, + + /// <summary> + /// The audio session has expired. + /// </summary> + AudioSessionStateExpired = 2 + } + + /// <summary> + /// Defines constants that indicate a reason for an audio session being disconnected. + /// </summary> + /// <remarks> + /// MSDN Reference: Unknown + /// </remarks> + public enum AudioSessionDisconnectReason + { + /// <summary> + /// The user removed the audio endpoint device. + /// </summary> + DisconnectReasonDeviceRemoval = 0, + + /// <summary> + /// The Windows audio service has stopped. + /// </summary> + DisconnectReasonServerShutdown = 1, + + /// <summary> + /// The stream format changed for the device that the audio session is connected to. + /// </summary> + DisconnectReasonFormatChanged = 2, + + /// <summary> + /// The user logged off the WTS session that the audio session was running in. + /// </summary> + DisconnectReasonSessionLogoff = 3, + + /// <summary> + /// The WTS session that the audio session was running in was disconnected. + /// </summary> + DisconnectReasonSessionDisconnected = 4, + + /// <summary> + /// The (shared-mode) audio session was disconnected to make the audio endpoint device available for an exclusive-mode connection. + /// </summary> + DisconnectReasonExclusiveModeOverride = 5 + } + + /// <summary> + /// Windows CoreAudio IAudioSessionControl interface + /// Defined in AudioPolicy.h + /// </summary> + [Guid("24918ACC-64B3-37C1-8CA9-74A66E9957A8"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IAudioSessionEvents + { + /// <summary> + /// Notifies the client that the display name for the session has changed. + /// </summary> + /// <param name="displayName">The new display name for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnDisplayNameChanged( + [In] [MarshalAs(UnmanagedType.LPWStr)] string displayName, + [In] ref Guid eventContext); + + /// <summary> + /// Notifies the client that the display icon for the session has changed. + /// </summary> + /// <param name="iconPath">The path for the new display icon for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnIconPathChanged( + [In] [MarshalAs(UnmanagedType.LPWStr)] string iconPath, + [In] ref Guid eventContext); + + /// <summary> + /// Notifies the client that the volume level or muting state of the session has changed. + /// </summary> + /// <param name="volume">The new volume level for the audio session.</param> + /// <param name="isMuted">The new muting state.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnSimpleVolumeChanged( + [In] [MarshalAs(UnmanagedType.R4)] float volume, + [In] [MarshalAs(UnmanagedType.Bool)] bool isMuted, + [In] ref Guid eventContext); + + /// <summary> + /// Notifies the client that the volume level of an audio channel in the session submix has changed. + /// </summary> + /// <param name="channelCount">The channel count.</param> + /// <param name="newVolumes">An array of volumnes cooresponding with each channel index.</param> + /// <param name="channelIndex">The number of the channel whose volume level changed.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnChannelVolumeChanged( + [In] [MarshalAs(UnmanagedType.U4)] UInt32 channelCount, + [In] [MarshalAs(UnmanagedType.SysInt)] IntPtr newVolumes, // Pointer to float array + [In] [MarshalAs(UnmanagedType.U4)] UInt32 channelIndex, + [In] ref Guid eventContext); + + /// <summary> + /// Notifies the client that the grouping parameter for the session has changed. + /// </summary> + /// <param name="groupingId">The new grouping parameter for the session.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnGroupingParamChanged( + [In] ref Guid groupingId, + [In] ref Guid eventContext); + + /// <summary> + /// Notifies the client that the stream-activity state of the session has changed. + /// </summary> + /// <param name="state">The new session state.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnStateChanged( + [In] AudioSessionState state); + + /// <summary> + /// Notifies the client that the session has been disconnected. + /// </summary> + /// <param name="disconnectReason">The reason that the audio session was disconnected.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnSessionDisconnected( + [In] AudioSessionDisconnectReason disconnectReason); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEvents.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEvents.cs.meta new file mode 100644 index 0000000..d8cc359 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEvents.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a6bfb0f1b64237fb096e8aebe55e0b9e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEventsHandler.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEventsHandler.cs new file mode 100644 index 0000000..bded890 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEventsHandler.cs @@ -0,0 +1,55 @@ +using System; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// interface to receive session related events + /// </summary> + public interface IAudioSessionEventsHandler + { + /// <summary> + /// notification of volume changes including muting of audio session + /// </summary> + /// <param name="volume">the current volume</param> + /// <param name="isMuted">the current mute state, true muted, false otherwise</param> + void OnVolumeChanged(float volume, bool isMuted); + + /// <summary> + /// notification of display name changed + /// </summary> + /// <param name="displayName">the current display name</param> + void OnDisplayNameChanged(string displayName); + + /// <summary> + /// notification of icon path changed + /// </summary> + /// <param name="iconPath">the current icon path</param> + void OnIconPathChanged(string iconPath); + + /// <summary> + /// notification of the client that the volume level of an audio channel in the session submix has changed + /// </summary> + /// <param name="channelCount">The channel count.</param> + /// <param name="newVolumes">An array of volumnes cooresponding with each channel index.</param> + /// <param name="channelIndex">The number of the channel whose volume level changed.</param> + void OnChannelVolumeChanged(UInt32 channelCount, IntPtr newVolumes, UInt32 channelIndex); + + /// <summary> + /// notification of the client that the grouping parameter for the session has changed + /// </summary> + /// <param name="groupingId">>The new grouping parameter for the session.</param> + void OnGroupingParamChanged(ref Guid groupingId); + + /// <summary> + /// notification of the client that the stream-activity state of the session has changed + /// </summary> + /// <param name="state">The new session state.</param> + void OnStateChanged(AudioSessionState state); + + /// <summary> + /// notification of the client that the session has been disconnected + /// </summary> + /// <param name="disconnectReason">The reason that the audio session was disconnected.</param> + void OnSessionDisconnected(AudioSessionDisconnectReason disconnectReason); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEventsHandler.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEventsHandler.cs.meta new file mode 100644 index 0000000..36f65fe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionEventsHandler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9a38029aa9ab65f868153367b00d7c81 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionManager.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionManager.cs new file mode 100644 index 0000000..d79e35d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionManager.cs @@ -0,0 +1,110 @@ +// ----------------------------------------- +// SoundScribe (TM) and related software. +// +// Copyright (C) 2007-2011 Vannatech +// http://www.vannatech.com +// All rights reserved. +// +// This source code is subject to the MIT License. +// http://www.opensource.org/licenses/mit-license.php +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +// THE SOFTWARE. +// ----------------------------------------- +// milligan22963 - ported to nAudio +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IAudioSessionManager interface + /// Defined in AudioPolicy.h + /// </summary> + [Guid("BFA971F1-4D5E-40BB-935E-967039BFBEE4"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioSessionManager + { + /// <summary> + /// Retrieves an audio session control. + /// </summary> + /// <param name="sessionId">A new or existing session ID.</param> + /// <param name="streamFlags">Audio session flags.</param> + /// <param name="sessionControl">Receives an <see cref="IAudioSessionControl"/> interface for the audio session.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetAudioSessionControl( + [In, Optional] [MarshalAs(UnmanagedType.LPStruct)] Guid sessionId, + [In] [MarshalAs(UnmanagedType.U4)] UInt32 streamFlags, + [Out] [MarshalAs(UnmanagedType.Interface)] out IAudioSessionControl sessionControl); + + /// <summary> + /// Retrieves a simple audio volume control. + /// </summary> + /// <param name="sessionId">A new or existing session ID.</param> + /// <param name="streamFlags">Audio session flags.</param> + /// <param name="audioVolume">Receives an <see cref="ISimpleAudioVolume"/> interface for the audio session.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetSimpleAudioVolume( + [In, Optional] [MarshalAs(UnmanagedType.LPStruct)] Guid sessionId, + [In] [MarshalAs(UnmanagedType.U4)] UInt32 streamFlags, + [Out] [MarshalAs(UnmanagedType.Interface)] out ISimpleAudioVolume audioVolume); + } + + + [Guid("77AA99A0-1BD6-484F-8BC7-2C654C9A9B6F"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioSessionManager2 : IAudioSessionManager + { + /// <summary> + /// Retrieves an audio session control. + /// </summary> + /// <param name="sessionId">A new or existing session ID.</param> + /// <param name="streamFlags">Audio session flags.</param> + /// <param name="sessionControl">Receives an <see cref="IAudioSessionControl"/> interface for the audio session.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int GetAudioSessionControl( + [In, Optional] [MarshalAs(UnmanagedType.LPStruct)] Guid sessionId, + [In] [MarshalAs(UnmanagedType.U4)] UInt32 streamFlags, + [Out] [MarshalAs(UnmanagedType.Interface)] out IAudioSessionControl sessionControl); + + /// <summary> + /// Retrieves a simple audio volume control. + /// </summary> + /// <param name="sessionId">A new or existing session ID.</param> + /// <param name="streamFlags">Audio session flags.</param> + /// <param name="audioVolume">Receives an <see cref="ISimpleAudioVolume"/> interface for the audio session.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + new int GetSimpleAudioVolume( + [In, Optional] [MarshalAs(UnmanagedType.LPStruct)] Guid sessionId, + [In] [MarshalAs(UnmanagedType.U4)] UInt32 streamFlags, + [Out] [MarshalAs(UnmanagedType.Interface)] out ISimpleAudioVolume audioVolume); + + [PreserveSig] + int GetSessionEnumerator(out IAudioSessionEnumerator sessionEnum); + + [PreserveSig] + int RegisterSessionNotification(IAudioSessionNotification sessionNotification); + + [PreserveSig] + int UnregisterSessionNotification(IAudioSessionNotification sessionNotification); + + [PreserveSig] + int RegisterDuckNotification(string sessionId, IAudioSessionNotification audioVolumeDuckNotification); + + [PreserveSig] + int UnregisterDuckNotification(IntPtr audioVolumeDuckNotification); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionManager.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionManager.cs.meta new file mode 100644 index 0000000..776353f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionManager.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1752755bb2bdfef81b41cb365c7ddd54 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionNotification.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionNotification.cs new file mode 100644 index 0000000..ea24c46 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionNotification.cs @@ -0,0 +1,25 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IAudioSessionNotification interface + /// Defined in AudioPolicy.h + /// </summary> + [Guid("641DD20B-4D41-49CC-ABA3-174B9477BB08"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IAudioSessionNotification + { + + /// <summary> + /// + /// </summary> + /// <param name="newSession">session being added</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int OnSessionCreated(IAudioSessionControl newSession); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionNotification.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionNotification.cs.meta new file mode 100644 index 0000000..8201964 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioSessionNotification.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2ae0da94f32ba68bf9424fb3bdfbc309 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioStreamVolume.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioStreamVolume.cs new file mode 100644 index 0000000..5438078 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioStreamVolume.cs @@ -0,0 +1,36 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("93014887-242D-4068-8A15-CF5E93B90FE3"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IAudioStreamVolume + { + [PreserveSig] + int GetChannelCount( + [Out] out uint dwCount); + + [PreserveSig] + int SetChannelVolume( + [In] uint dwIndex, + [In] float fLevel); + + [PreserveSig] + int GetChannelVolume( + [In] uint dwIndex, + [Out] out float fLevel); + + [PreserveSig] + int SetAllVoumes( + [In] uint dwCount, + [In, MarshalAs(UnmanagedType.LPArray, ArraySubType = UnmanagedType.R4, SizeParamIndex=0)] float[] fVolumes); + + [PreserveSig] + int GetAllVolumes( + [In] uint dwCount, + [MarshalAs(UnmanagedType.LPArray)] float []pfVolumes); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioStreamVolume.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioStreamVolume.cs.meta new file mode 100644 index 0000000..f2f9cf6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioStreamVolume.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 06b65c1bd2cc3dc54bbc996cb967e23b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioVolumeLevel.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioVolumeLevel.cs new file mode 100644 index 0000000..81ddf02 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioVolumeLevel.cs @@ -0,0 +1,15 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("7FB7B48F-531D-44A2-BCB3-5AD5A134B3DC"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IAudioVolumeLevel : IPerChannelDbLevel + { + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioVolumeLevel.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioVolumeLevel.cs.meta new file mode 100644 index 0000000..cbdfc33 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IAudioVolumeLevel.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5f59a2929568a5beda63493eaee1ec32 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IConnector.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IConnector.cs new file mode 100644 index 0000000..0e26da7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IConnector.cs @@ -0,0 +1,26 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IConnector interface + /// Defined in devicetopology.h + /// </summary> + [Guid("9C2C4058-23F5-41DE-877A-DF3AF236A09E"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IConnector + { + int GetType(out ConnectorType type); + int GetDataFlow(out DataFlow flow); + int ConnectTo([In] IConnector connectTo); + int Disconnect(); + int IsConnected(out bool connected); + int GetConnectedTo(out IConnector conTo); + int GetConnectorIdConnectedTo([MarshalAs(UnmanagedType.LPWStr)] out string id); + int GetDeviceIdConnectedTo([MarshalAs(UnmanagedType.LPWStr)] out string id); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IConnector.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IConnector.cs.meta new file mode 100644 index 0000000..c02ed94 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IConnector.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b52a63e5a8f8161659cf203219f88607 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlChangeNotify.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlChangeNotify.cs new file mode 100644 index 0000000..2421aaf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlChangeNotify.cs @@ -0,0 +1,18 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.Wasapi.CoreAudioApi.Interfaces +{ + [Guid("9c2c4058-23f5-41de-877a-df3af236a09e"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IControlChangeNotify + { + [PreserveSig] + int OnNotify( + [In] uint controlId, + [In] IntPtr context); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlChangeNotify.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlChangeNotify.cs.meta new file mode 100644 index 0000000..42bbab2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlChangeNotify.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: dbfd7ab9c9e07d6f784a302c19fa326f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlInterface.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlInterface.cs new file mode 100644 index 0000000..d06dd1a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlInterface.cs @@ -0,0 +1,14 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("45d37c3f-5140-444a-ae24-400789f3cbf3"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IControlInterface + { + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlInterface.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlInterface.cs.meta new file mode 100644 index 0000000..2c3d072 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IControlInterface.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fdcdcd356db913d1ba52fc2c4454b792 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IDeviceTopology.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IDeviceTopology.cs new file mode 100644 index 0000000..bd37810 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IDeviceTopology.cs @@ -0,0 +1,25 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IDeviceTopology interface + /// Defined in devicetopology.h + /// </summary> + [Guid("2A07407E-6497-4A18-9787-32F79BD0D98F"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IDeviceTopology + { + int GetConnectorCount(out uint count); + int GetConnector(uint index, out IConnector connector); + int GetSubunitCount(out uint count); + int GetSubunit(uint index, out ISubunit subunit); + int GetPartById(uint id, out IPart part); + int GetDeviceId([MarshalAs(UnmanagedType.LPWStr)] out string id); + int GetSignalPath(IPart from, IPart to, bool rejectMixedPaths, out IPartsList parts); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IDeviceTopology.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IDeviceTopology.cs.meta new file mode 100644 index 0000000..03cb070 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IDeviceTopology.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 09e54fc93f98a8d049713d6bf6531754 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IKsJackDescription.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IKsJackDescription.cs new file mode 100644 index 0000000..0cfd5a9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IKsJackDescription.cs @@ -0,0 +1,17 @@ +using NAudio.Utils; +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("4509F757-2D46-4637-8E62-CE7DB944F57B"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IKsJackDescription + { + int GetJackCount([Out] out uint jacks); + int GetJackDescription([In] uint jack, [Out, MarshalAs(UnmanagedType.LPWStr)] out string description); + }; +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IKsJackDescription.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IKsJackDescription.cs.meta new file mode 100644 index 0000000..3a1bb4e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IKsJackDescription.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f83ef4b740833d22db4e29c0dc27480c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDevice.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDevice.cs new file mode 100644 index 0000000..bd51bd8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDevice.cs @@ -0,0 +1,22 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("D666063F-1587-4E43-81F1-B948E807363F"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IMMDevice + { + // activationParams is a propvariant + int Activate(ref Guid id, ClsCtx clsCtx, IntPtr activationParams, + [MarshalAs(UnmanagedType.IUnknown)] out object interfacePointer); + + int OpenPropertyStore(StorageAccessMode stgmAccess, out IPropertyStore properties); + + int GetId([MarshalAs(UnmanagedType.LPWStr)] out string id); + + int GetState(out DeviceState state); + } + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDevice.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDevice.cs.meta new file mode 100644 index 0000000..3eccdea --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDevice.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9c2a3d4cf41bb7f71930154ec8710a70 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceCollection.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceCollection.cs new file mode 100644 index 0000000..c61aa5c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceCollection.cs @@ -0,0 +1,14 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("0BD7A1BE-7A1A-44DB-8397-CC5392387B5E"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IMMDeviceCollection + { + int GetCount(out int numDevices); + int Item(int deviceNumber, out IMMDevice device); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceCollection.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceCollection.cs.meta new file mode 100644 index 0000000..1f2d163 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceCollection.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b583c3e5a1b0f6cfd80dc409f39a7579 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceEnumerator.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceEnumerator.cs new file mode 100644 index 0000000..08e06a4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceEnumerator.cs @@ -0,0 +1,23 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("A95664D2-9614-4F35-A746-DE8DB63617E6"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IMMDeviceEnumerator + { + int EnumAudioEndpoints(DataFlow dataFlow, DeviceState stateMask, + out IMMDeviceCollection devices); + + [PreserveSig] + int GetDefaultAudioEndpoint(DataFlow dataFlow, Role role, out IMMDevice endpoint); + + int GetDevice(string id, out IMMDevice deviceName); + + int RegisterEndpointNotificationCallback(IMMNotificationClient client); + + int UnregisterEndpointNotificationCallback(IMMNotificationClient client); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceEnumerator.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceEnumerator.cs.meta new file mode 100644 index 0000000..8a6a3d3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMDeviceEnumerator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e65a6182dac45acac8b299a517f6da07 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMEndpoint.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMEndpoint.cs new file mode 100644 index 0000000..e536eba --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMEndpoint.cs @@ -0,0 +1,16 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// defined in MMDeviceAPI.h + /// </summary> + [Guid("1BE09788-6894-4089-8586-9A2A6C265AC5"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IMMEndpoint + { + int GetDataFlow(out DataFlow dataFlow); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMEndpoint.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMEndpoint.cs.meta new file mode 100644 index 0000000..e6787a9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMEndpoint.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fd98d0de7f07b4b6995fb18fc0bd6d3e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMNotificationClient.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMNotificationClient.cs new file mode 100644 index 0000000..f9690cb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMNotificationClient.cs @@ -0,0 +1,42 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// IMMNotificationClient + /// </summary> + [Guid("7991EEC9-7E89-4D85-8390-6C703CEC60C0"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + public interface IMMNotificationClient + { + /// <summary> + /// Device State Changed + /// </summary> + void OnDeviceStateChanged([MarshalAs(UnmanagedType.LPWStr)] string deviceId, [MarshalAs(UnmanagedType.I4)] DeviceState newState); + + /// <summary> + /// Device Added + /// </summary> + void OnDeviceAdded([MarshalAs(UnmanagedType.LPWStr)] string pwstrDeviceId); + + /// <summary> + /// Device Removed + /// </summary> + void OnDeviceRemoved([MarshalAs(UnmanagedType.LPWStr)] string deviceId); + + /// <summary> + /// Default Device Changed + /// </summary> + void OnDefaultDeviceChanged(DataFlow flow, Role role, [MarshalAs(UnmanagedType.LPWStr)] string defaultDeviceId); + + /// <summary> + /// Property Value Changed + /// </summary> + /// <param name="pwstrDeviceId"></param> + /// <param name="key"></param> + void OnPropertyValueChanged([MarshalAs(UnmanagedType.LPWStr)] string pwstrDeviceId, PropertyKey key); + } + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMNotificationClient.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMNotificationClient.cs.meta new file mode 100644 index 0000000..5f33a3e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IMMNotificationClient.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8d5f41265adf8e25c9d78757446c3202 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPart.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPart.cs new file mode 100644 index 0000000..a1fd1d9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPart.cs @@ -0,0 +1,64 @@ +using NAudio.Wasapi.CoreAudioApi.Interfaces; +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IPart interface + /// Defined in devicetopology.h + /// </summary> + [Guid("AE2DE0E4-5BCA-4F2D-AA46-5D13F8FDB3A9"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IPart + { + int GetName( + [Out, MarshalAs(UnmanagedType.LPWStr)] out string name); + + int GetLocalId( + [Out] out uint id); + + int GetGlobalId( + [Out, MarshalAs(UnmanagedType.LPWStr)] out string id); + + int GetPartType( + [Out] out PartTypeEnum partType); + + int GetSubType( + out Guid subType); + + int GetControlInterfaceCount( + [Out] out uint count); + + int GetControlInterface( + [In] uint index, + [Out, MarshalAs(UnmanagedType.IUnknown)] out IControlInterface controlInterface); + + [PreserveSig] + int EnumPartsIncoming( + [Out] out IPartsList parts); + + [PreserveSig] + int EnumPartsOutgoing( + [Out] out IPartsList parts); + + int GetTopologyObject( + [Out] out object topologyObject); + + [PreserveSig] + int Activate( + [In] ClsCtx dwClsContext, + [In] ref Guid refiid, + [MarshalAs(UnmanagedType.IUnknown)] out object interfacePointer); + + int RegisterControlChangeCallback( + [In] ref Guid refiid, + [In] IControlChangeNotify notify); + + int UnregisterControlChangeCallback( + [In] IControlChangeNotify notify); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPart.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPart.cs.meta new file mode 100644 index 0000000..c263e2b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPart.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: dad4c55e6718c40feb0986641df67487 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPartsList.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPartsList.cs new file mode 100644 index 0000000..dcf31ef --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPartsList.cs @@ -0,0 +1,20 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio IPartsList interface + /// Defined in devicetopology.h + /// </summary> + [Guid("6DAA848C-5EB0-45CC-AEA5-998A2CDA1FFB"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IPartsList + { + int GetCount(out uint count); + int GetPart(uint index, out IPart part); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPartsList.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPartsList.cs.meta new file mode 100644 index 0000000..8cbad39 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPartsList.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 154717f78fd02abe29d9d49ed4e573aa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPerChannelDbLevel.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPerChannelDbLevel.cs new file mode 100644 index 0000000..ee2f0d2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPerChannelDbLevel.cs @@ -0,0 +1,20 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("7FB7B48F-531D-44A2-BCB3-5AD5A134B3DC"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface IPerChannelDbLevel + { + int GetChannelCount(out uint channels); + int GetLevelRange(uint channel, out float minLevelDb, out float maxLevelDb, out float stepping); + int GetLevel(uint channel, out float levelDb); + int SetLevel(uint channel, float levelDb, ref Guid eventGuidContext); + int SetLevelUniform(float levelDb, ref Guid eventGuidContext); + int SetLevelAllChannel(float[] levelsDb, uint channels, ref Guid eventGuidContext); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPerChannelDbLevel.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPerChannelDbLevel.cs.meta new file mode 100644 index 0000000..e2ae1c4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPerChannelDbLevel.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6a4601e515f6625aaa1d40021d621d03 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPropertyStore.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPropertyStore.cs new file mode 100644 index 0000000..825081e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPropertyStore.cs @@ -0,0 +1,20 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// is defined in propsys.h + /// </summary> + [Guid("886d8eeb-8cf2-4446-8d02-cdba1dbdcf99"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IPropertyStore + { + int GetCount(out int propCount); + int GetAt(int property, out PropertyKey key); + int GetValue(ref PropertyKey key, out PropVariant value); + int SetValue(ref PropertyKey key, ref PropVariant value); + int Commit(); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPropertyStore.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPropertyStore.cs.meta new file mode 100644 index 0000000..dae08df --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/IPropertyStore.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 931493de827e3fb7db0ec7d7da6a224c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISimpleAudioVolume.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISimpleAudioVolume.cs new file mode 100644 index 0000000..bafc43f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISimpleAudioVolume.cs @@ -0,0 +1,76 @@ +// ----------------------------------------- +// SoundScribe (TM) and related software. +// +// Copyright (C) 2007-2011 Vannatech +// http://www.vannatech.com +// All rights reserved. +// +// This source code is subject to the MIT License. +// http://www.opensource.org/licenses/mit-license.php +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +// THE SOFTWARE. +// ----------------------------------------- +// milligan22963 - ported to nAudio +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// Windows CoreAudio ISimpleAudioVolume interface + /// Defined in AudioClient.h + /// </summary> + [Guid("87CE5498-68D6-44E5-9215-6DA47EF883D8"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface ISimpleAudioVolume + { + /// <summary> + /// Sets the master volume level for the audio session. + /// </summary> + /// <param name="levelNorm">The new volume level expressed as a normalized value between 0.0 and 1.0.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int SetMasterVolume( + [In] [MarshalAs(UnmanagedType.R4)] float levelNorm, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Retrieves the client volume level for the audio session. + /// </summary> + /// <param name="levelNorm">Receives the volume level expressed as a normalized value between 0.0 and 1.0. </param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetMasterVolume( + [Out] [MarshalAs(UnmanagedType.R4)] out float levelNorm); + + /// <summary> + /// Sets the muting state for the audio session. + /// </summary> + /// <param name="isMuted">The new muting state.</param> + /// <param name="eventContext">A user context value that is passed to the notification callback.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int SetMute( + [In] [MarshalAs(UnmanagedType.Bool)] bool isMuted, + [In] [MarshalAs(UnmanagedType.LPStruct)] Guid eventContext); + + /// <summary> + /// Retrieves the current muting state for the audio session. + /// </summary> + /// <param name="isMuted">Receives the muting state.</param> + /// <returns>An HRESULT code indicating whether the operation succeeded of failed.</returns> + [PreserveSig] + int GetMute( + [Out] [MarshalAs(UnmanagedType.Bool)] out bool isMuted); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISimpleAudioVolume.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISimpleAudioVolume.cs.meta new file mode 100644 index 0000000..c6cb029 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISimpleAudioVolume.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9970533e0767b1706a10efd9a3bc83c4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISubunit.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISubunit.cs new file mode 100644 index 0000000..57c09b2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISubunit.cs @@ -0,0 +1,15 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.CoreAudioApi.Interfaces +{ + [Guid("82149A85-DBA6-4487-86BB-EA8F7FEFCC71"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + internal interface ISubunit + { + // Stub, Not Implemented + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISubunit.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISubunit.cs.meta new file mode 100644 index 0000000..fce5de7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/ISubunit.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: be40a77028a5e0bd4b18296b7cde97c3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/MMDeviceEnumeratorComObject.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/MMDeviceEnumeratorComObject.cs new file mode 100644 index 0000000..2bdef0a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/MMDeviceEnumeratorComObject.cs @@ -0,0 +1,13 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// implements IMMDeviceEnumerator + /// </summary> + [ComImport, Guid("BCDE0395-E52F-467C-8E3D-C4579291692E")] + class MMDeviceEnumeratorComObject + { + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/MMDeviceEnumeratorComObject.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/MMDeviceEnumeratorComObject.cs.meta new file mode 100644 index 0000000..b58da7c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/MMDeviceEnumeratorComObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ffbe3fbe94660824c84d930691a1dd39 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/PartType.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/PartType.cs new file mode 100644 index 0000000..8f7159a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/PartType.cs @@ -0,0 +1,13 @@ +namespace NAudio.CoreAudioApi.Interfaces +{ + public enum PartTypeEnum + { + Connector = 0, + Subunit = 1, + HardwarePeriphery = 2, + SoftwareDriver = 3, + Splitter = 4, + Category = 5, + Other = 6 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/PartType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/PartType.cs.meta new file mode 100644 index 0000000..a5e1641 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/PartType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e87b507e90736f6afae01c80cb0d7b37 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/StorageAccessMode.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/StorageAccessMode.cs new file mode 100644 index 0000000..7e97748 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/StorageAccessMode.cs @@ -0,0 +1,21 @@ +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// MMDevice STGM enumeration + /// </summary> + public enum StorageAccessMode + { + /// <summary> + /// Read-only access mode. + /// </summary> + Read, + /// <summary> + /// Write-only access mode. + /// </summary> + Write, + /// <summary> + /// Read-write access mode. + /// </summary> + ReadWrite + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/StorageAccessMode.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/StorageAccessMode.cs.meta new file mode 100644 index 0000000..ddae1d0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Interfaces/StorageAccessMode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 380a4c9bdc68d9ea7875f2eae4040d36 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/KsJackDescription.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/KsJackDescription.cs new file mode 100644 index 0000000..2a67f08 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/KsJackDescription.cs @@ -0,0 +1,32 @@ +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + public class KsJackDescription + { + private readonly IKsJackDescription ksJackDescriptionInterface; + + internal KsJackDescription(IKsJackDescription ksJackDescription) + { + ksJackDescriptionInterface = ksJackDescription; + } + + public uint Count + { + get + { + ksJackDescriptionInterface.GetJackCount(out var result); + return result; + } + } + + public string this[uint index] + { + get + { + ksJackDescriptionInterface.GetJackDescription(index, out var result); + return result; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/KsJackDescription.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/KsJackDescription.cs.meta new file mode 100644 index 0000000..8269028 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/KsJackDescription.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f043c8ffdde656db9918629634e65188 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDevice.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDevice.cs new file mode 100644 index 0000000..2572178 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDevice.cs @@ -0,0 +1,333 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// modified for NAudio +// milligan22963 - updated to include audio session manager + +using System; +using NAudio.CoreAudioApi.Interfaces; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// MM Device + /// </summary> + public class MMDevice : IDisposable + { + #region Variables + private readonly IMMDevice deviceInterface; + private PropertyStore propertyStore; + private AudioMeterInformation audioMeterInformation; + private AudioEndpointVolume audioEndpointVolume; + private AudioSessionManager audioSessionManager; + private DeviceTopology deviceTopology; + #endregion + + #region Guids + // ReSharper disable InconsistentNaming + private static Guid IID_IAudioMeterInformation = new Guid("C02216F6-8C67-4B5B-9D00-D008E73E0064"); + private static Guid IID_IAudioEndpointVolume = new Guid("5CDF2C82-841E-4546-9722-0CF74078229A"); + private static Guid IID_IAudioClient = new Guid("1CB9AD4C-DBFA-4c32-B178-C2F568A703B2"); + private static Guid IDD_IAudioSessionManager = new Guid("BFA971F1-4D5E-40BB-935E-967039BFBEE4"); + private static Guid IDD_IDeviceTopology = new Guid("2A07407E-6497-4A18-9787-32F79BD0D98F"); + // ReSharper restore InconsistentNaming + #endregion + + #region Init + /// <summary> + /// Initializes the device's property store. + /// </summary> + /// <param name="stgmAccess">The storage-access mode to open store for.</param> + /// <remarks>Administrative client is required for Write and ReadWrite modes.</remarks> + public void GetPropertyInformation(StorageAccessMode stgmAccess = StorageAccessMode.Read) + { + Marshal.ThrowExceptionForHR(deviceInterface.OpenPropertyStore(stgmAccess, out var propstore)); + propertyStore = new PropertyStore(propstore); + } + + private AudioClient GetAudioClient() + { + Marshal.ThrowExceptionForHR(deviceInterface.Activate(ref IID_IAudioClient, ClsCtx.ALL, IntPtr.Zero, out var result)); + return new AudioClient(result as IAudioClient); + } + + private void GetAudioMeterInformation() + { + Marshal.ThrowExceptionForHR(deviceInterface.Activate(ref IID_IAudioMeterInformation, ClsCtx.ALL, IntPtr.Zero, out var result)); + audioMeterInformation = new AudioMeterInformation(result as IAudioMeterInformation); + } + + private void GetAudioEndpointVolume() + { + Marshal.ThrowExceptionForHR(deviceInterface.Activate(ref IID_IAudioEndpointVolume, ClsCtx.ALL, IntPtr.Zero, out var result)); + audioEndpointVolume = new AudioEndpointVolume(result as IAudioEndpointVolume); + } + + private void GetAudioSessionManager() + { + Marshal.ThrowExceptionForHR(deviceInterface.Activate(ref IDD_IAudioSessionManager, ClsCtx.ALL, IntPtr.Zero, out var result)); + audioSessionManager = new AudioSessionManager(result as IAudioSessionManager); + } + + private void GetDeviceTopology() + { + Marshal.ThrowExceptionForHR(deviceInterface.Activate(ref IDD_IDeviceTopology, ClsCtx.ALL, IntPtr.Zero, out var result)); + deviceTopology = new DeviceTopology(result as IDeviceTopology); + } + + #endregion + + #region Properties + + /// <summary> + /// Audio Client + /// Makes a new one each call to allow caller to manage when to dispose + /// n.b. should probably not be a property anymore + /// </summary> + public AudioClient AudioClient => GetAudioClient(); + + /// <summary> + /// Audio Meter Information + /// </summary> + public AudioMeterInformation AudioMeterInformation + { + get + { + if (audioMeterInformation == null) + GetAudioMeterInformation(); + + return audioMeterInformation; + } + } + + /// <summary> + /// Audio Endpoint Volume + /// </summary> + public AudioEndpointVolume AudioEndpointVolume + { + get + { + if (audioEndpointVolume == null) + GetAudioEndpointVolume(); + + return audioEndpointVolume; + } + } + + /// <summary> + /// AudioSessionManager instance + /// </summary> + public AudioSessionManager AudioSessionManager + { + get + { + if (audioSessionManager == null) + { + GetAudioSessionManager(); + } + return audioSessionManager; + } + } + + /// <summary> + /// DeviceTopology instance + /// </summary> + public DeviceTopology DeviceTopology + { + get + { + if (deviceTopology == null) + { + GetDeviceTopology(); + } + return deviceTopology; + } + } + + /// <summary> + /// Properties + /// </summary> + public PropertyStore Properties + { + get + { + if (propertyStore == null) + GetPropertyInformation(); + return propertyStore; + } + } + + /// <summary> + /// Friendly name for the endpoint + /// </summary> + public string FriendlyName + { + get + { + if (propertyStore == null) + { + GetPropertyInformation(); + } + if (propertyStore.Contains(PropertyKeys.PKEY_Device_FriendlyName)) + { + return (string)propertyStore[PropertyKeys.PKEY_Device_FriendlyName].Value; + } + else + return "Unknown"; + } + } + + /// <summary> + /// Friendly name of device + /// </summary> + public string DeviceFriendlyName + { + get + { + if (propertyStore == null) + { + GetPropertyInformation(); + } + if (propertyStore.Contains(PropertyKeys.PKEY_DeviceInterface_FriendlyName)) + { + return (string)propertyStore[PropertyKeys.PKEY_DeviceInterface_FriendlyName].Value; + } + else + { + return "Unknown"; + } + } + } + + /// <summary> + /// Icon path of device + /// </summary> + public string IconPath + { + get + { + if (propertyStore == null) + { + GetPropertyInformation(); + } + if (propertyStore.Contains(PropertyKeys.PKEY_Device_IconPath)) + { + return (string)propertyStore[PropertyKeys.PKEY_Device_IconPath].Value; + } + + return "Unknown"; + } + } + + /// <summary> + /// Device Instance Id of Device + /// </summary> + public string InstanceId + { + get + { + if (propertyStore == null) + { + GetPropertyInformation(); + } + if (propertyStore.Contains(PropertyKeys.PKEY_Device_InstanceId)) + { + return (string)propertyStore[PropertyKeys.PKEY_Device_InstanceId].Value; + } + + return "Unknown"; + } + } + + /// <summary> + /// Device ID + /// </summary> + public string ID + { + get + { + Marshal.ThrowExceptionForHR(deviceInterface.GetId(out var result)); + return result; + } + } + + /// <summary> + /// Data Flow + /// </summary> + public DataFlow DataFlow + { + get + { + var ep = deviceInterface as IMMEndpoint; + ep.GetDataFlow(out var result); + return result; + } + } + + /// <summary> + /// Device State + /// </summary> + public DeviceState State + { + get + { + Marshal.ThrowExceptionForHR(deviceInterface.GetState(out var result)); + return result; + } + } + + #endregion + + #region Constructor + internal MMDevice(IMMDevice realDevice) + { + deviceInterface = realDevice; + } + #endregion + + /// <summary> + /// To string + /// </summary> + public override string ToString() + { + return FriendlyName; + } + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + this.audioEndpointVolume?.Dispose(); + this.audioSessionManager?.Dispose(); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Finalizer + /// </summary> + ~MMDevice() + { + Dispose(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDevice.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDevice.cs.meta new file mode 100644 index 0000000..c6d2050 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDevice.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 20f17a61d888220899ff15dd645f51ef +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceCollection.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceCollection.cs new file mode 100644 index 0000000..a641b0e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceCollection.cs @@ -0,0 +1,93 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// updated for NAudio +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Multimedia Device Collection + /// </summary> + public class MMDeviceCollection : IEnumerable<MMDevice> + { + private readonly IMMDeviceCollection mmDeviceCollection; + + /// <summary> + /// Device count + /// </summary> + public int Count + { + get + { + Marshal.ThrowExceptionForHR(mmDeviceCollection.GetCount(out var result)); + return result; + } + } + + /// <summary> + /// Get device by index + /// </summary> + /// <param name="index">Device index</param> + /// <returns>Device at the specified index</returns> + public MMDevice this[int index] + { + get + { + mmDeviceCollection.Item(index, out var result); + return new MMDevice(result); + } + } + + internal MMDeviceCollection(IMMDeviceCollection parent) + { + mmDeviceCollection = parent; + } + + #region IEnumerable<MMDevice> Members + + /// <summary> + /// Get Enumerator + /// </summary> + /// <returns>Device enumerator</returns> + public IEnumerator<MMDevice> GetEnumerator() + { + for (int index = 0; index < Count; index++) + { + yield return this[index]; + } + } + + #endregion + + #region IEnumerable Members + + System.Collections.IEnumerator System.Collections.IEnumerable.GetEnumerator() + { + return GetEnumerator(); + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceCollection.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceCollection.cs.meta new file mode 100644 index 0000000..63870fe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceCollection.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 98ab460d8e626944496bb661adec5874 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceEnumerator.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceEnumerator.cs new file mode 100644 index 0000000..0d2059f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceEnumerator.cs @@ -0,0 +1,151 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// updated for use in NAudio +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + + /// <summary> + /// MM Device Enumerator + /// </summary> + public class MMDeviceEnumerator : IDisposable + { + private IMMDeviceEnumerator realEnumerator; + + /// <summary> + /// Creates a new MM Device Enumerator + /// </summary> + public MMDeviceEnumerator() + { + if (System.Environment.OSVersion.Version.Major < 6) + { + throw new NotSupportedException("This functionality is only supported on Windows Vista or newer."); + } + realEnumerator = new MMDeviceEnumeratorComObject() as IMMDeviceEnumerator; + } + + /// <summary> + /// Enumerate Audio Endpoints + /// </summary> + /// <param name="dataFlow">Desired DataFlow</param> + /// <param name="dwStateMask">State Mask</param> + /// <returns>Device Collection</returns> + public MMDeviceCollection EnumerateAudioEndPoints(DataFlow dataFlow, DeviceState dwStateMask) + { + Marshal.ThrowExceptionForHR(realEnumerator.EnumAudioEndpoints(dataFlow, dwStateMask, out var result)); + return new MMDeviceCollection(result); + } + + /// <summary> + /// Get Default Endpoint + /// </summary> + /// <param name="dataFlow">Data Flow</param> + /// <param name="role">Role</param> + /// <returns>Device</returns> + public MMDevice GetDefaultAudioEndpoint(DataFlow dataFlow, Role role) + { + Marshal.ThrowExceptionForHR(((IMMDeviceEnumerator)realEnumerator).GetDefaultAudioEndpoint(dataFlow, role, out var device)); + return new MMDevice(device); + } + + /// <summary> + /// Check to see if a default audio end point exists without needing an exception. + /// </summary> + /// <param name="dataFlow">Data Flow</param> + /// <param name="role">Role</param> + /// <returns>True if one exists, and false if one does not exist.</returns> + public bool HasDefaultAudioEndpoint(DataFlow dataFlow, Role role) + { + const int E_NOTFOUND = unchecked((int)0x80070490); + int hresult = ((IMMDeviceEnumerator)realEnumerator).GetDefaultAudioEndpoint(dataFlow, role, out var device); + if (hresult == 0x0) + { + Marshal.ReleaseComObject(device); + return true; + } + if (hresult == E_NOTFOUND) + { + return false; + } + Marshal.ThrowExceptionForHR(hresult); + return false; + } + + /// <summary> + /// Get device by ID + /// </summary> + /// <param name="id">Device ID</param> + /// <returns>Device</returns> + public MMDevice GetDevice(string id) + { + Marshal.ThrowExceptionForHR(((IMMDeviceEnumerator)realEnumerator).GetDevice(id, out var device)); + return new MMDevice(device); + } + + /// <summary> + /// Registers a call back for Device Events + /// </summary> + /// <param name="client">Object implementing IMMNotificationClient type casted as IMMNotificationClient interface</param> + /// <returns></returns> + public int RegisterEndpointNotificationCallback([In] [MarshalAs(UnmanagedType.Interface)] IMMNotificationClient client) + { + return realEnumerator.RegisterEndpointNotificationCallback(client); + } + + /// <summary> + /// Unregisters a call back for Device Events + /// </summary> + /// <param name="client">Object implementing IMMNotificationClient type casted as IMMNotificationClient interface </param> + /// <returns></returns> + public int UnregisterEndpointNotificationCallback([In] [MarshalAs(UnmanagedType.Interface)] IMMNotificationClient client) + { + return realEnumerator.UnregisterEndpointNotificationCallback(client); + } + + /// <inheritdoc/> + public void Dispose() + { + Dispose(true); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Called to dispose/finalize contained objects. + /// </summary> + /// <param name="disposing">True if disposing, false if called from a finalizer.</param> + protected virtual void Dispose(bool disposing) + { + if (disposing) + { + if (realEnumerator != null) + { + // although GC would do this for us, we want it done now + Marshal.ReleaseComObject(realEnumerator); + realEnumerator = null; + } + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceEnumerator.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceEnumerator.cs.meta new file mode 100644 index 0000000..9848546 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/MMDeviceEnumerator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 15480c2b785549747b4900c03b87a956 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/NativeMethods.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/NativeMethods.cs new file mode 100644 index 0000000..604c1f1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/NativeMethods.cs @@ -0,0 +1,26 @@ +using NAudio.Wasapi.CoreAudioApi.Interfaces; +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wasapi.CoreAudioApi +{ + static class NativeMethods + { + + /// <summary> + /// Enables Windows Store apps to access preexisting Component Object Model (COM) interfaces in the WASAPI family. + /// </summary> + /// <param name="deviceInterfacePath">A device interface ID for an audio device. This is normally retrieved from a DeviceInformation object or one of the methods of the MediaDevice class.</param> + /// <param name="riid">The IID of a COM interface in the WASAPI family, such as IAudioClient.</param> + /// <param name="activationParams">Interface-specific activation parameters. For more information, see the pActivationParams parameter in IMMDevice::Activate. </param> + /// <param name="completionHandler"></param> + /// <param name="activationOperation"></param> + [DllImport("Mmdevapi.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void ActivateAudioInterfaceAsync( + [In, MarshalAs(UnmanagedType.LPWStr)] string deviceInterfacePath, + [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, + [In] IntPtr activationParams, // n.b. is actually a pointer to a PropVariant, but we never need to pass anything but null + [In] IActivateAudioInterfaceCompletionHandler completionHandler, + out IActivateAudioInterfaceAsyncOperation activationOperation); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/NativeMethods.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/NativeMethods.cs.meta new file mode 100644 index 0000000..2454d78 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/NativeMethods.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d5a9ec3dec5d31637985cbe3350e5588 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Part.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Part.cs new file mode 100644 index 0000000..9c110fe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Part.cs @@ -0,0 +1,189 @@ +using NAudio.CoreAudioApi.Interfaces; +using NAudio.Wasapi.CoreAudioApi; +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Part + /// </summary> + public class Part + { + private const int E_NOTFOUND = unchecked((int)0x80070490); + private readonly IPart partInterface; + private DeviceTopology deviceTopology; + private static Guid IID_IAudioVolumeLevel = new Guid("7FB7B48F-531D-44A2-BCB3-5AD5A134B3DC"); + private static Guid IID_IAudioMute = new Guid("DF45AEEA-B74A-4B6B-AFAD-2366B6AA012E"); + private static Guid IID_IAudioEndpointVolume = new Guid("5CDF2C82-841E-4546-9722-0CF74078229A"); + private static Guid IID_IKsJackDescription = new Guid("4509F757-2D46-4637-8E62-CE7DB944F57B"); + + internal Part(IPart part) + { + partInterface = part; + } + + /// <summary> + /// Name + /// </summary> + public string Name + { + get + { + partInterface.GetName(out var result); + return result; + } + } + + /// <summary> + /// Local ID + /// </summary> + public uint LocalId + { + get + { + partInterface.GetLocalId(out var result); + return result; + } + } + + /// <summary> + /// Global ID + /// </summary> + public string GlobalId + { + get + { + partInterface.GetGlobalId(out var result); + return result; + } + } + + /// <summary> + /// Part Type + /// </summary> + public PartTypeEnum PartType + { + get + { + partInterface.GetPartType(out var result); + return result; + } + } + + /// <summary> + /// Sub Type + /// </summary> + public Guid GetSubType + { + get + { + partInterface.GetSubType(out var result); + return result; + } + } + + /// <summary> + /// Control Interface Count + /// </summary> + public uint ControlInterfaceCount + { + get + { + partInterface.GetControlInterfaceCount(out var result); + return result; + } + } + + /// <summary> + /// Get Control Interface by index + /// </summary> + public IControlInterface GetControlInterface(uint index) + { + partInterface.GetControlInterface(index, out var result); + return result; + } + + /// <summary> + /// Incoming parts list + /// </summary> + public PartsList PartsIncoming + { + get + { + var hr = partInterface.EnumPartsIncoming(out var result); + return hr == 0 ? new PartsList(result) : hr == E_NOTFOUND ? new PartsList(null) : throw new COMException(nameof(IPart.EnumPartsIncoming), hr); + } + } + + /// <summary> + /// Outgoing parts list + /// </summary> + public PartsList PartsOutgoing + { + get + { + var hr = partInterface.EnumPartsOutgoing(out var result); + return hr == 0 ? new PartsList(result) : hr == E_NOTFOUND ? new PartsList(null) : throw new COMException(nameof(IPart.EnumPartsOutgoing), hr); + } + } + + /// <summary> + /// Device topology + /// </summary> + public DeviceTopology DeviceTopology + { + get + { + if (deviceTopology == null) + { + GetDeviceTopology(); + } + + return deviceTopology; + } + } + + /// <summary> + /// Audio Volume Level + /// </summary> + public AudioVolumeLevel AudioVolumeLevel + { + get + { + var hr = partInterface.Activate(ClsCtx.ALL, ref IID_IAudioVolumeLevel, out var result); + return hr == 0 ? new AudioVolumeLevel(result as IAudioVolumeLevel) : null; + } + } + + /// <summary> + /// Audio Mute + /// </summary> + public AudioMute AudioMute + { + get + { + var hr = partInterface.Activate(ClsCtx.ALL, ref IID_IAudioMute, out var result); + return hr == 0 ? new AudioMute(result as IAudioMute) : null; + } + } + + /// <summary> + /// Jack Description + /// </summary> + public KsJackDescription JackDescription + { + get + { + var hr = partInterface.Activate(ClsCtx.ALL, ref IID_IKsJackDescription, out var result); + return hr == 0 ? new KsJackDescription(result as IKsJackDescription) : null; + } + } + + private void GetDeviceTopology() + { + Marshal.ThrowExceptionForHR(partInterface.GetTopologyObject(out var result)); + deviceTopology = new DeviceTopology(result as IDeviceTopology); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Part.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Part.cs.meta new file mode 100644 index 0000000..b5ecf9c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Part.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 67f9eef20e28bf788a80d5b586c2d2c7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PartsList.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PartsList.cs new file mode 100644 index 0000000..99fc9db --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PartsList.cs @@ -0,0 +1,45 @@ +using NAudio.CoreAudioApi.Interfaces; +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.CoreAudioApi +{ + public class PartsList + { + private IPartsList partsListInterface; + + internal PartsList(IPartsList partsList) + { + partsListInterface = partsList; + } + + public uint Count + { + get + { + uint result = 0; + if (partsListInterface != null) + { + partsListInterface.GetCount(out result); + } + + return result; + } + } + + public Part this[uint index] + { + get + { + if (partsListInterface == null) + { + throw new IndexOutOfRangeException(); + } + + partsListInterface.GetPart(index, out IPart part); + return new Part(part); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PartsList.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PartsList.cs.meta new file mode 100644 index 0000000..0749388 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PartsList.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4b913672a3374dc70882b7fcb23102ad +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariant.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariant.cs new file mode 100644 index 0000000..a616c4e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariant.cs @@ -0,0 +1,284 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// adapted for use in NAudio + +#pragma warning disable CS0618 // 'VarEnum' is obsolete: 'Marshalling VARIANTs may be unavailable in future releases.' + +using System; +using System.IO; +using System.Runtime.InteropServices; +using NAudio.Utils; + +namespace NAudio.CoreAudioApi.Interfaces +{ + /// <summary> + /// from Propidl.h. + /// http://msdn.microsoft.com/en-us/library/aa380072(VS.85).aspx + /// contains a union so we have to do an explicit layout + /// </summary> + [StructLayout(LayoutKind.Explicit)] + public struct PropVariant + { + /// <summary> + /// Value type tag. + /// </summary> + [FieldOffset(0)] public short vt; + /// <summary> + /// Reserved1. + /// </summary> + [FieldOffset(2)] public short wReserved1; + /// <summary> + /// Reserved2. + /// </summary> + [FieldOffset(4)] public short wReserved2; + /// <summary> + /// Reserved3. + /// </summary> + [FieldOffset(6)] public short wReserved3; + /// <summary> + /// cVal. + /// </summary> + [FieldOffset(8)] public sbyte cVal; + /// <summary> + /// bVal. + /// </summary> + [FieldOffset(8)] public byte bVal; + /// <summary> + /// iVal. + /// </summary> + [FieldOffset(8)] public short iVal; + /// <summary> + /// uiVal. + /// </summary> + [FieldOffset(8)] public ushort uiVal; + /// <summary> + /// lVal. + /// </summary> + [FieldOffset(8)] public int lVal; + /// <summary> + /// ulVal. + /// </summary> + [FieldOffset(8)] public uint ulVal; + /// <summary> + /// intVal. + /// </summary> + [FieldOffset(8)] public int intVal; + /// <summary> + /// uintVal. + /// </summary> + [FieldOffset(8)] public uint uintVal; + /// <summary> + /// hVal. + /// </summary> + [FieldOffset(8)] public long hVal; + /// <summary> + /// uhVal. + /// </summary> + [FieldOffset(8)] public long uhVal; + /// <summary> + /// fltVal. + /// </summary> + [FieldOffset(8)] public float fltVal; + /// <summary> + /// dblVal. + /// </summary> + [FieldOffset(8)] public double dblVal; + //VARIANT_BOOL boolVal; + /// <summary> + /// boolVal. + /// </summary> + [FieldOffset(8)] public short boolVal; + /// <summary> + /// scode. + /// </summary> + [FieldOffset(8)] public int scode; + //CY cyVal; + //[FieldOffset(8)] private DateTime date; - can cause issues with invalid value + /// <summary> + /// Date time. + /// </summary> + [FieldOffset(8)] public System.Runtime.InteropServices.ComTypes.FILETIME filetime; + //CLSID* puuid; + //CLIPDATA* pclipdata; + //BSTR bstrVal; + //BSTRBLOB bstrblobVal; + /// <summary> + /// Binary large object. + /// </summary> + [FieldOffset(8)] public Blob blobVal; + //LPSTR pszVal; + /// <summary> + /// Pointer value. + /// </summary> + [FieldOffset(8)] public IntPtr pointerValue; //LPWSTR + //IUnknown* punkVal; + /*IDispatch* pdispVal; + IStream* pStream; + IStorage* pStorage; + LPVERSIONEDSTREAM pVersionedStream; + LPSAFEARRAY parray; + CAC cac; + CAUB caub; + CAI cai; + CAUI caui; + CAL cal; + CAUL caul; + CAH cah; + CAUH cauh; + CAFLT caflt; + CADBL cadbl; + CABOOL cabool; + CASCODE cascode; + CACY cacy; + CADATE cadate; + CAFILETIME cafiletime; + CACLSID cauuid; + CACLIPDATA caclipdata; + CABSTR cabstr; + CABSTRBLOB cabstrblob; + CALPSTR calpstr; + CALPWSTR calpwstr; + CAPROPVARIANT capropvar; + CHAR* pcVal; + UCHAR* pbVal; + SHORT* piVal; + USHORT* puiVal; + LONG* plVal; + ULONG* pulVal; + INT* pintVal; + UINT* puintVal; + FLOAT* pfltVal; + DOUBLE* pdblVal; + VARIANT_BOOL* pboolVal; + DECIMAL* pdecVal; + SCODE* pscode; + CY* pcyVal; + DATE* pdate; + BSTR* pbstrVal; + IUnknown** ppunkVal; + IDispatch** ppdispVal; + LPSAFEARRAY* pparray; + PROPVARIANT* pvarVal; + */ + + /// <summary> + /// Creates a new PropVariant containing a long value + /// </summary> + public static PropVariant FromLong(long value) + { + return new PropVariant() {vt = (short) VarEnum.VT_I8, hVal = value}; + } + + /// <summary> + /// Helper method to gets blob data + /// </summary> + private byte[] GetBlob() + { + var blob = new byte[blobVal.Length]; + Marshal.Copy(blobVal.Data, blob, 0, blob.Length); + return blob; + } + + /// <summary> + /// Interprets a blob as an array of structs + /// </summary> + public T[] GetBlobAsArrayOf<T>() + { + var blobByteLength = blobVal.Length; + var singleInstance = (T) Activator.CreateInstance(typeof (T)); + var structSize = Marshal.SizeOf(singleInstance); + if (blobByteLength%structSize != 0) + { + throw new InvalidDataException(String.Format("Blob size {0} not a multiple of struct size {1}", blobByteLength, structSize)); + } + var items = blobByteLength/structSize; + var array = new T[items]; + for (int n = 0; n < items; n++) + { + array[n] = (T) Activator.CreateInstance(typeof (T)); + Marshal.PtrToStructure(new IntPtr((long) blobVal.Data + n*structSize), array[n]); + } + return array; + } + + /// <summary> + /// Gets the type of data in this PropVariant + /// </summary> + public VarEnum DataType => (VarEnum) vt; + + /// <summary> + /// Property value + /// </summary> + public object Value + { + get + { + VarEnum ve = DataType; + switch (ve) + { + case VarEnum.VT_I1: + return bVal; + case VarEnum.VT_I2: + return iVal; + case VarEnum.VT_I4: + return lVal; + case VarEnum.VT_I8: + return hVal; + case VarEnum.VT_INT: + return iVal; + case VarEnum.VT_UI4: + return ulVal; + case VarEnum.VT_UI8: + return uhVal; + case VarEnum.VT_LPWSTR: + return Marshal.PtrToStringUni(pointerValue); + case VarEnum.VT_BLOB: + case VarEnum.VT_VECTOR | VarEnum.VT_UI1: + return GetBlob(); + case VarEnum.VT_CLSID: + return Marshal.PtrToStructure<Guid>(pointerValue); + case VarEnum.VT_BOOL: + switch (boolVal) + { + case -1: + return true; + case 0: + return false; + default: + throw new NotSupportedException("PropVariant VT_BOOL must be either -1 or 0"); + } + case VarEnum.VT_FILETIME: + return DateTime.FromFileTime((((long)filetime.dwHighDateTime) << 32) + filetime.dwLowDateTime); + } + throw new NotImplementedException("PropVariant " + ve); + } + } + + /// <summary> + /// Clears with a known pointer + /// </summary> + public static void Clear(IntPtr ptr) + { + PropVariantNative.PropVariantClear(ptr); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariant.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariant.cs.meta new file mode 100644 index 0000000..8c7b3e6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariant.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3892ee0c92a144082acfe4cc8aa18f41 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariantNative.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariantNative.cs new file mode 100644 index 0000000..a307108 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariantNative.cs @@ -0,0 +1,23 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi.Interfaces +{ + class PropVariantNative + { +#if WINDOWS_UWP + // Windows 10 requires api-ms-win-core-com-l1-1-1.dll + [DllImport("api-ms-win-core-com-l1-1-1.dll")] +#else + [DllImport("ole32.dll")] +#endif + internal static extern int PropVariantClear(ref PropVariant pvar); + +#if WINDOWS_UWP + [DllImport("api-ms-win-core-com-l1-1-1.dll")] +#else + [DllImport("ole32.dll")] +#endif + internal static extern int PropVariantClear(IntPtr pvar); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariantNative.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariantNative.cs.meta new file mode 100644 index 0000000..5a9b74d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropVariantNative.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 58b8be5a3485ed506b918cebd59713a6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKey.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKey.cs new file mode 100644 index 0000000..2440b9b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKey.cs @@ -0,0 +1,28 @@ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// PROPERTYKEY is defined in wtypes.h + /// </summary> + public struct PropertyKey + { + /// <summary> + /// Format ID + /// </summary> + public Guid formatId; + /// <summary> + /// Property ID + /// </summary> + public int propertyId; + /// <summary> + /// <param name="formatId"></param> + /// <param name="propertyId"></param> + /// </summary> + public PropertyKey(Guid formatId, int propertyId) + { + this.formatId = formatId; + this.propertyId = propertyId; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKey.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKey.cs.meta new file mode 100644 index 0000000..b790a35 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKey.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 26f11b5ed4de32a31aff80c20080b66f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKeys.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKeys.cs new file mode 100644 index 0000000..df3d0ed --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKeys.cs @@ -0,0 +1,105 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +using System; +// ReSharper disable InconsistentNaming + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Property Keys + /// </summary> + public static class PropertyKeys + { + /// <summary> + /// PKEY_DeviceInterface_FriendlyName + /// </summary> + public static readonly PropertyKey PKEY_DeviceInterface_FriendlyName = new PropertyKey(new Guid(0x026e516e, unchecked((short)0xb814), 0x414b, 0x83, 0xcd, 0x85, 0x6d, 0x6f, 0xef, 0x48, 0x22), 2); + /// <summary> + /// PKEY_AudioEndpoint_FormFactor + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_FormFactor = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 0); + /// <summary> + /// PKEY_AudioEndpoint_ControlPanelPageProvider + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_ControlPanelPageProvider = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 1); + /// <summary> + /// PKEY_AudioEndpoint_Association + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_Association = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 2); + /// <summary> + /// PKEY_AudioEndpoint_PhysicalSpeakers + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_PhysicalSpeakers = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 3); + /// <summary> + /// PKEY_AudioEndpoint_GUID + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_GUID = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 4); + /// <summary> + /// PKEY_AudioEndpoint_Disable_SysFx + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_Disable_SysFx = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 5); + /// <summary> + /// PKEY_AudioEndpoint_FullRangeSpeakers + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_FullRangeSpeakers = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 6); + /// <summary> + /// PKEY_AudioEndpoint_Supports_EventDriven_Mode + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_Supports_EventDriven_Mode = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 7); + /// <summary> + /// PKEY_AudioEndpoint_JackSubType + /// </summary> + public static readonly PropertyKey PKEY_AudioEndpoint_JackSubType = new PropertyKey(new Guid(0x1da5d803, unchecked((short)0xd492), 0x4edd, 0x8c, 0x23, 0xe0, 0xc0, 0xff, 0xee, 0x7f, 0x0e), 8); + /// <summary> + /// PKEY_AudioEngine_DeviceFormat + /// </summary> + public static readonly PropertyKey PKEY_AudioEngine_DeviceFormat = new PropertyKey(new Guid(unchecked((int)0xf19f064d), 0x82c, 0x4e27, 0xbc, 0x73, 0x68, 0x82, 0xa1, 0xbb, 0x8e, 0x4c), 0); + /// <summary> + /// PKEY_AudioEngine_OEMFormat + /// </summary> + public static readonly PropertyKey PKEY_AudioEngine_OEMFormat = new PropertyKey(new Guid(unchecked((int)0xe4870e26), 0x3cc5, 0x4cd2, 0xba, 0x46, 0xca, 0xa, 0x9a, 0x70, 0xed, 0x4), 3); + /// <summary> + /// PKEY _Devie_FriendlyName + /// </summary> + public static readonly PropertyKey PKEY_Device_FriendlyName = new PropertyKey(new Guid(unchecked((int)0xa45c254e), unchecked((short)0xdf1c), 0x4efd, 0x80, 0x20, 0x67, 0xd1, 0x46, 0xa8, 0x50, 0xe0), 14); + /// <summary> + /// PKEY _Device_IconPath + /// </summary> + public static readonly PropertyKey PKEY_Device_IconPath = new PropertyKey(new Guid(unchecked((int)0x259abffc), unchecked((short)0x50a7), 0x47ce, 0xaf, 0x8, 0x68, 0xc9, 0xa7, 0xd7, 0x33, 0x66), 12); + /// <summary> + /// Device description property. + /// </summary> + public static readonly PropertyKey PKEY_Device_DeviceDesc = new PropertyKey(new Guid(unchecked((int)0xa45c254e), unchecked((short)0xdf1c), 0x4efd, 0x80, 0x20, 0x67, 0xd1, 0x46, 0xa8, 0x50, 0xe0), 2); + /// <summary> + /// Id of controller device for endpoint device property. + /// </summary> + public static readonly PropertyKey PKEY_Device_ControllerDeviceId = new PropertyKey(new Guid(unchecked((int)0xb3f8fa53), unchecked((short)0x0004), 0x438e, 0x90, 0x03, 0x51, 0xa4, 0x6e, 0x13, 0x9b, 0xfc), 2); + /// <summary> + /// Device interface key property. + /// </summary> + public static readonly PropertyKey PKEY_Device_InterfaceKey = new PropertyKey(new Guid(unchecked((int)0x233164c8), unchecked((short)0x1b2c), 0x4c7d, 0xbc, 0x68, 0xb6, 0x71, 0x68, 0x7a, 0x25, 0x67), 1); + /// <summary> + /// System-supplied device instance identification string, assigned by PnP manager, persistent across system restarts. + /// </summary> + public static readonly PropertyKey PKEY_Device_InstanceId = new PropertyKey(new Guid(0x78c34fc8, 0x104a, 0x4aca, 0x9e, 0xa4, 0x52, 0x4d, 0x52, 0x99, 0x6e, 0x57), 256); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKeys.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKeys.cs.meta new file mode 100644 index 0000000..81444f7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyKeys.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0a35c4b910c802eb39b9cb5dc62a93b7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStore.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStore.cs new file mode 100644 index 0000000..3574bd0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStore.cs @@ -0,0 +1,154 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// this version modified for NAudio from Ray Molenkamp's original +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Property Store class, only supports reading properties at the moment. + /// </summary> + public class PropertyStore + { + private readonly IPropertyStore storeInterface; + + /// <summary> + /// Property Count + /// </summary> + public int Count + { + get + { + Marshal.ThrowExceptionForHR(storeInterface.GetCount(out var result)); + return result; + } + } + + /// <summary> + /// Gets property by index + /// </summary> + /// <param name="index">Property index</param> + /// <returns>The property</returns> + public PropertyStoreProperty this[int index] + { + get + { + PropertyKey key = Get(index); + Marshal.ThrowExceptionForHR(storeInterface.GetValue(ref key, out var result)); + return new PropertyStoreProperty(key, result); + } + } + + /// <summary> + /// Contains property guid + /// </summary> + /// <param name="key">Looks for a specific key</param> + /// <returns>True if found</returns> + public bool Contains(PropertyKey key) + { + for (int i = 0; i < Count; i++) + { + PropertyKey ikey = Get(i); + if ((ikey.formatId == key.formatId) && (ikey.propertyId == key.propertyId)) + { + return true; + } + } + return false; + } + + /// <summary> + /// Indexer by guid + /// </summary> + /// <param name="key">Property Key</param> + /// <returns>Property or null if not found</returns> + public PropertyStoreProperty this[PropertyKey key] + { + get + { + for (int i = 0; i < Count; i++) + { + PropertyKey ikey = Get(i); + if ((ikey.formatId == key.formatId) && (ikey.propertyId == key.propertyId)) + { + Marshal.ThrowExceptionForHR(storeInterface.GetValue(ref ikey, out var result)); + return new PropertyStoreProperty(ikey, result); + } + } + return null; + } + } + + /// <summary> + /// Gets property key at sepecified index + /// </summary> + /// <param name="index">Index</param> + /// <returns>Property key</returns> + public PropertyKey Get(int index) + { + Marshal.ThrowExceptionForHR(storeInterface.GetAt(index, out var key)); + return key; + } + + /// <summary> + /// Gets property value at specified index + /// </summary> + /// <param name="index">Index</param> + /// <returns>Property value</returns> + public PropVariant GetValue(int index) + { + PropertyKey key = Get(index); + Marshal.ThrowExceptionForHR(storeInterface.GetValue(ref key, out var result)); + return result; + } + + /// <summary> + /// Sets property value at specified key. + /// </summary> + /// <param name="key">Key of property to set.</param> + /// <param name="value">Value to write.</param> + public void SetValue(PropertyKey key, PropVariant value) + { + Marshal.ThrowExceptionForHR(storeInterface.SetValue(ref key, ref value)); + } + + /// <summary> + /// Saves a property change. + /// </summary> + public void Commit() + { + Marshal.ThrowExceptionForHR(storeInterface.Commit()); + } + + /// <summary> + /// Creates a new property store + /// </summary> + /// <param name="store">IPropertyStore COM interface</param> + internal PropertyStore(IPropertyStore store) + { + storeInterface = store; + } + } +} + diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStore.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStore.cs.meta new file mode 100644 index 0000000..0cfb13a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStore.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b2559f537b6f5f73796885acc5d361c2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStoreProperty.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStoreProperty.cs new file mode 100644 index 0000000..b8fcce2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStoreProperty.cs @@ -0,0 +1,52 @@ +/* + LICENSE + ------- + Copyright (C) 2007 Ray Molenkamp + + This source code is provided 'as-is', without any express or implied + warranty. In no event will the authors be held liable for any damages + arising from the use of this source code or the software it produces. + + Permission is granted to anyone to use this source code for any purpose, + including commercial applications, and to alter it and redistribute it + freely, subject to the following restrictions: + + 1. The origin of this source code must not be misrepresented; you must not + claim that you wrote the original source code. If you use this source code + in a product, an acknowledgment in the product documentation would be + appreciated but is not required. + 2. Altered source versions must be plainly marked as such, and must not be + misrepresented as being the original source code. + 3. This notice may not be removed or altered from any source distribution. +*/ +// modified from Ray Molenkamp's original + +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Property Store Property + /// </summary> + public class PropertyStoreProperty + { + private PropVariant propertyValue; + + internal PropertyStoreProperty(PropertyKey key, PropVariant value) + { + Key = key; + propertyValue = value; + } + + /// <summary> + /// Property Key + /// </summary> + public PropertyKey Key { get; } + + /// <summary> + /// Property Value + /// </summary> + public object Value => propertyValue.Value; + } +} + diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStoreProperty.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStoreProperty.cs.meta new file mode 100644 index 0000000..7f3aab0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/PropertyStoreProperty.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8f569b3d671716b43b8210542d10068d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Role.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Role.cs new file mode 100644 index 0000000..b0df7a4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Role.cs @@ -0,0 +1,26 @@ +using System; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// The ERole enumeration defines constants that indicate the role + /// that the system has assigned to an audio endpoint device + /// </summary> + public enum Role + { + /// <summary> + /// Games, system notification sounds, and voice commands. + /// </summary> + Console, + + /// <summary> + /// Music, movies, narration, and live music recording + /// </summary> + Multimedia, + + /// <summary> + /// Voice communications (talking to another person). + /// </summary> + Communications, + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Role.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Role.cs.meta new file mode 100644 index 0000000..cd07586 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/Role.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d306f73915e24946c98896a9d91f37b7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SessionCollection.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SessionCollection.cs new file mode 100644 index 0000000..36b946a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SessionCollection.cs @@ -0,0 +1,46 @@ +using NAudio.CoreAudioApi.Interfaces; +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Collection of sessions. + /// </summary> + public class SessionCollection + { + readonly IAudioSessionEnumerator audioSessionEnumerator; + + internal SessionCollection(IAudioSessionEnumerator realEnumerator) + { + audioSessionEnumerator = realEnumerator; + } + + /// <summary> + /// Returns session at index. + /// </summary> + /// <param name="index"></param> + /// <returns></returns> + public AudioSessionControl this[int index] + { + get + { + Marshal.ThrowExceptionForHR(audioSessionEnumerator.GetSession(index, out var result)); + return new AudioSessionControl(result); + } + } + + /// <summary> + /// Number of current sessions. + /// </summary> + public int Count + { + get + { + Marshal.ThrowExceptionForHR(audioSessionEnumerator.GetCount(out var result)); + return result; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SessionCollection.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SessionCollection.cs.meta new file mode 100644 index 0000000..b387b9f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SessionCollection.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 64805631dda4646d1a119b002f7f2a4e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SimpleAudioVolume.cs b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SimpleAudioVolume.cs new file mode 100644 index 0000000..370224a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SimpleAudioVolume.cs @@ -0,0 +1,85 @@ +// ----------------------------------------- +// milligan22963 - implemented to work with nAudio +// 12/2014 +// ----------------------------------------- + +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Windows CoreAudio SimpleAudioVolume + /// </summary> + public class SimpleAudioVolume : IDisposable + { + private readonly ISimpleAudioVolume simpleAudioVolume; + + /// <summary> + /// Creates a new Audio endpoint volume + /// </summary> + /// <param name="realSimpleVolume">ISimpleAudioVolume COM interface</param> + internal SimpleAudioVolume(ISimpleAudioVolume realSimpleVolume) + { + simpleAudioVolume = realSimpleVolume; + } + + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + GC.SuppressFinalize(this); + } + + /// <summary> + /// Finalizer + /// </summary> + ~SimpleAudioVolume() + { + Dispose(); + } + + #endregion + + /// <summary> + /// Allows the user to adjust the volume from + /// 0.0 to 1.0 + /// </summary> + public float Volume + { + get + { + Marshal.ThrowExceptionForHR(simpleAudioVolume.GetMasterVolume(out var result)); + return result; + } + set + { + if ((value >= 0.0) && (value <= 1.0)) + { + Marshal.ThrowExceptionForHR(simpleAudioVolume.SetMasterVolume(value, Guid.Empty)); + } + // should throw something if out of range + } + } + + /// <summary> + /// Mute + /// </summary> + public bool Mute + { + get + { + Marshal.ThrowExceptionForHR(simpleAudioVolume.GetMute(out var result)); + return result; + } + set + { + Marshal.ThrowExceptionForHR(simpleAudioVolume.SetMute(value, Guid.Empty)); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SimpleAudioVolume.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SimpleAudioVolume.cs.meta new file mode 100644 index 0000000..5b2641e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/CoreAudioApi/SimpleAudioVolume.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 814febfd09d5a4b318170b3f2651e500 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo.meta new file mode 100644 index 0000000..8b5229a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 54f3868250147a1498c0be1339afee1c +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoDescriptor.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoDescriptor.cs new file mode 100644 index 0000000..8a88ca9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoDescriptor.cs @@ -0,0 +1,29 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// Contains the name and CLSID of a DirectX Media Object + /// </summary> + public class DmoDescriptor + { + /// <summary> + /// Name + /// </summary> + public string Name { get; private set; } + + /// <summary> + /// CLSID + /// </summary> + public Guid Clsid { get; private set; } + + /// <summary> + /// Initializes a new instance of DmoDescriptor + /// </summary> + public DmoDescriptor(string name, Guid clsid) + { + Name = name; + Clsid = clsid; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoDescriptor.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoDescriptor.cs.meta new file mode 100644 index 0000000..641d411 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoDescriptor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cf76518a294b1c3d7a7652ab2d829ac0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumFlags.cs new file mode 100644 index 0000000..8e2b056 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumFlags.cs @@ -0,0 +1,11 @@ +using System; + +namespace NAudio.Dmo +{ + [Flags] + enum DmoEnumFlags + { + None, + DMO_ENUMF_INCLUDE_KEYED = 0x00000001 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumFlags.cs.meta new file mode 100644 index 0000000..1f1c076 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2e504be0a5803a10cb0f805ec0af5e61 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumerator.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumerator.cs new file mode 100644 index 0000000..74e20b2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumerator.cs @@ -0,0 +1,60 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// DirectX Media Object Enumerator + /// </summary> + public class DmoEnumerator + { + /// <summary> + /// Get audio effect names + /// </summary> + /// <returns>Audio effect names</returns> + public static IEnumerable<DmoDescriptor> GetAudioEffectNames() + { + return GetDmos(DmoGuids.DMOCATEGORY_AUDIO_EFFECT); + } + + /// <summary> + /// Get audio encoder names + /// </summary> + /// <returns>Audio encoder names</returns> + public static IEnumerable<DmoDescriptor> GetAudioEncoderNames() + { + return GetDmos(DmoGuids.DMOCATEGORY_AUDIO_ENCODER); + } + + /// <summary> + /// Get audio decoder names + /// </summary> + /// <returns>Audio decoder names</returns> + public static IEnumerable<DmoDescriptor> GetAudioDecoderNames() + { + return GetDmos(DmoGuids.DMOCATEGORY_AUDIO_DECODER); + } + + private static IEnumerable<DmoDescriptor> GetDmos(Guid category) + { + IEnumDmo enumDmo; + var hresult = DmoInterop.DMOEnum(ref category, DmoEnumFlags.None, 0, null, 0, null, out enumDmo); + Marshal.ThrowExceptionForHR(hresult); + int itemsFetched; + do + { + Guid guid; + IntPtr namePointer; + enumDmo.Next(1, out guid, out namePointer, out itemsFetched); + + if (itemsFetched == 1) + { + string name = Marshal.PtrToStringUni(namePointer); + Marshal.FreeCoTaskMem(namePointer); + yield return new DmoDescriptor(name, guid); + } + } while (itemsFetched > 0); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumerator.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumerator.cs.meta new file mode 100644 index 0000000..e7c288f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoEnumerator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c34808f0a74cb31d5af94b04910ce150 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoGuids.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoGuids.cs new file mode 100644 index 0000000..7390455 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoGuids.cs @@ -0,0 +1,31 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO Guids for use with DMOEnum + /// dmoreg.h + /// </summary> + static class DmoGuids + { + public static readonly Guid DMOCATEGORY_AUDIO_DECODER = new Guid("57f2db8b-e6bb-4513-9d43-dcd2a6593125"); + public static readonly Guid DMOCATEGORY_AUDIO_ENCODER = new Guid("33D9A761-90C8-11d0-BD43-00A0C911CE86"); + public static readonly Guid DMOCATEGORY_VIDEO_DECODER = new Guid("4a69b442-28be-4991-969c-b500adf5d8a8"); + public static readonly Guid DMOCATEGORY_VIDEO_ENCODER = new Guid("33D9A760-90C8-11d0-BD43-00A0C911CE86"); + public static readonly Guid DMOCATEGORY_AUDIO_EFFECT = new Guid("f3602b3f-0592-48df-a4cd-674721e7ebeb"); + public static readonly Guid DMOCATEGORY_VIDEO_EFFECT = new Guid("d990ee14-776c-4723-be46-3da2f56f10b9"); + public static readonly Guid DMOCATEGORY_AUDIO_CAPTURE_EFFECT = new Guid("f665aaba-3e09-4920-aa5f-219811148f09"); + } + + static class DmoMediaTypeGuids + { + public static readonly Guid FORMAT_None = new Guid("0F6417D6-C318-11D0-A43F-00A0C9223196"); + public static readonly Guid FORMAT_VideoInfo = new Guid("05589f80-c356-11ce-bf01-00aa0055595a"); + public static readonly Guid FORMAT_VideoInfo2 = new Guid("F72A76A0-EB0A-11d0-ACE4-0000C0CC16BA"); + public static readonly Guid FORMAT_WaveFormatEx = new Guid("05589f81-c356-11ce-bf01-00aa0055595a"); + public static readonly Guid FORMAT_MPEGVideo = new Guid("05589f82-c356-11ce-bf01-00aa0055595a"); + public static readonly Guid FORMAT_MPEGStreams = new Guid("05589f83-c356-11ce-bf01-00aa0055595a"); + public static readonly Guid FORMAT_DvInfo = new Guid("05589f84-c356-11ce-bf01-00aa0055595a"); + public static readonly Guid FORMAT_525WSS = new Guid("C7ECF04D-4582-4869-9ABB-BFB523B62EDF"); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoGuids.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoGuids.cs.meta new file mode 100644 index 0000000..3083d2c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoGuids.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 72670d8bfb85821a6b1d70300ce7b0a3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoHResults.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoHResults.cs new file mode 100644 index 0000000..c4a7c92 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoHResults.cs @@ -0,0 +1,17 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// MediaErr.h + /// </summary> + enum DmoHResults + { + DMO_E_INVALIDSTREAMINDEX = unchecked((int)0x80040201), + DMO_E_INVALIDTYPE = unchecked((int)0x80040202), + DMO_E_TYPE_NOT_SET = unchecked((int)0x80040203), + DMO_E_NOTACCEPTING = unchecked((int)0x80040204), + DMO_E_TYPE_NOT_ACCEPTED = unchecked((int)0x80040205), + DMO_E_NO_MORE_ITEMS = unchecked((int)0x80040206), + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoHResults.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoHResults.cs.meta new file mode 100644 index 0000000..07a3ab3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoHResults.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8e651510ddb1f52e188ecefd280707eb +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessFlags.cs new file mode 100644 index 0000000..ce8bc41 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessFlags.cs @@ -0,0 +1,20 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO Inplace Process Flags + /// </summary> + [Flags] + public enum DmoInPlaceProcessFlags + { + /// <summary> + /// DMO_INPLACE_NORMAL + /// </summary> + Normal = 0, + /// <summary> + /// DMO_INPLACE_ZERO + /// </summary> + Zero = 0x1 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessFlags.cs.meta new file mode 100644 index 0000000..436698e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2b79d153f33e68f2eaca4979efa2d5aa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessReturn.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessReturn.cs new file mode 100644 index 0000000..d7e47b7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessReturn.cs @@ -0,0 +1,17 @@ +namespace NAudio.Dmo +{ + /// <summary> + /// Return value when Process is executed with IMediaObjectInPlace + /// </summary> + public enum DmoInPlaceProcessReturn + { + /// <summary> + /// Success. There is no remaining data to process. + /// </summary> + Normal = 0x0, + /// <summary> + /// Success. There is still data to process. + /// </summary> + HasEffectTail = 0x1, + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessReturn.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessReturn.cs.meta new file mode 100644 index 0000000..116dd2b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInPlaceProcessReturn.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0089423704213ab668032695e0beb2a1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputDataBufferFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputDataBufferFlags.cs new file mode 100644 index 0000000..a6bdd26 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputDataBufferFlags.cs @@ -0,0 +1,28 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO Input Data Buffer Flags + /// </summary> + [Flags] + public enum DmoInputDataBufferFlags + { + /// <summary> + /// None + /// </summary> + None, + /// <summary> + /// DMO_INPUT_DATA_BUFFERF_SYNCPOINT + /// </summary> + SyncPoint = 0x00000001, + /// <summary> + /// DMO_INPUT_DATA_BUFFERF_TIME + /// </summary> + Time = 0x00000002, + /// <summary> + /// DMO_INPUT_DATA_BUFFERF_TIMELENGTH + /// </summary> + TimeLength = 0x00000004 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputDataBufferFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputDataBufferFlags.cs.meta new file mode 100644 index 0000000..b2469fd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputDataBufferFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3d4989d423ebade3fab507674bdb6433 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputStatusFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputStatusFlags.cs new file mode 100644 index 0000000..de5fc15 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputStatusFlags.cs @@ -0,0 +1,11 @@ +using System; + +namespace NAudio.Dmo +{ + [Flags] + enum DmoInputStatusFlags + { + None, + DMO_INPUT_STATUSF_ACCEPT_DATA = 0x1 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputStatusFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputStatusFlags.cs.meta new file mode 100644 index 0000000..ea13eac --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInputStatusFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 30981fab14b91315bad1a65afafb7c3a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInterop.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInterop.cs new file mode 100644 index 0000000..0c43880 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInterop.cs @@ -0,0 +1,32 @@ +using System; +using System.Text; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + static class DmoInterop + { + [DllImport("msdmo.dll")] + public static extern int DMOEnum( + [In] ref Guid guidCategory, + DmoEnumFlags flags, + int inTypes, + [In] DmoPartialMediaType[] inTypesArray, + int outTypes, + [In] DmoPartialMediaType[] outTypesArray, + out IEnumDmo enumDmo); + + [DllImport("msdmo.dll")] + public static extern int MoFreeMediaType( + [In] ref DmoMediaType mediaType); + + [DllImport("msdmo.dll")] + public static extern int MoInitMediaType( + [In,Out] ref DmoMediaType mediaType, int formatBlockBytes); + + [DllImport("msdmo.dll")] + public static extern int DMOGetName([In] ref Guid clsidDMO, + // preallocate 80 characters + [Out] StringBuilder name); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInterop.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInterop.cs.meta new file mode 100644 index 0000000..407c882 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoInterop.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 54388459e39ee784f922c0db618c8a32 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoMediaType.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoMediaType.cs new file mode 100644 index 0000000..281ce58 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoMediaType.cs @@ -0,0 +1,141 @@ +using System; +using NAudio.Wave; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// http://msdn.microsoft.com/en-us/library/aa929922.aspx + /// DMO_MEDIA_TYPE + /// </summary> + public struct DmoMediaType + { + Guid majortype; + Guid subtype; + bool bFixedSizeSamples; + bool bTemporalCompression; + int lSampleSize; + Guid formattype; + IntPtr pUnk; // not used + int cbFormat; + IntPtr pbFormat; + + /// <summary> + /// Major type + /// </summary> + public Guid MajorType => majortype; + + /// <summary> + /// Major type name + /// </summary> + public string MajorTypeName => MediaTypes.GetMediaTypeName(majortype); + + /// <summary> + /// Subtype + /// </summary> + public Guid SubType => subtype; + + /// <summary> + /// Subtype name + /// </summary> + public string SubTypeName + { + get + { + if (majortype == MediaTypes.MEDIATYPE_Audio) + { + return AudioMediaSubtypes.GetAudioSubtypeName(subtype); + } + return subtype.ToString(); + } + } + + /// <summary> + /// Fixed size samples + /// </summary> + public bool FixedSizeSamples => bFixedSizeSamples; + + /// <summary> + /// Sample size + /// </summary> + public int SampleSize => lSampleSize; + + /// <summary> + /// Format type + /// </summary> + public Guid FormatType => formattype; + + /// <summary> + /// Format type name + /// </summary> + public string FormatTypeName + { + get + { + if(formattype == DmoMediaTypeGuids.FORMAT_None) + { + return "None"; + } + if (formattype == Guid.Empty) + { + return "Null"; + } + if(formattype == DmoMediaTypeGuids.FORMAT_WaveFormatEx) + { + return "WaveFormatEx"; + } + return FormatType.ToString(); + } + } + + /// <summary> + /// Gets the structure as a Wave format (if it is one) + /// </summary> + public WaveFormat GetWaveFormat() + { + if (formattype == DmoMediaTypeGuids.FORMAT_WaveFormatEx) + { + return WaveFormat.MarshalFromPtr(pbFormat); + } + throw new InvalidOperationException("Not a WaveFormat type"); + } + + /// <summary> + /// Sets this object up to point to a wave format + /// </summary> + /// <param name="waveFormat">Wave format structure</param> + public void SetWaveFormat(WaveFormat waveFormat) + { + majortype = MediaTypes.MEDIATYPE_Audio; + + var wfe = waveFormat as WaveFormatExtensible; + if (wfe != null) + { + subtype = wfe.SubFormat; + } + else + { + switch (waveFormat.Encoding) + { + case WaveFormatEncoding.Pcm: + subtype = AudioMediaSubtypes.MEDIASUBTYPE_PCM; + break; + case WaveFormatEncoding.IeeeFloat: + subtype = AudioMediaSubtypes.MEDIASUBTYPE_IEEE_FLOAT; + break; + case WaveFormatEncoding.MpegLayer3: + subtype = AudioMediaSubtypes.WMMEDIASUBTYPE_MP3; + break; + default: + throw new ArgumentException($"Not a supported encoding {waveFormat.Encoding}"); + } + } + bFixedSizeSamples = SubType == AudioMediaSubtypes.MEDIASUBTYPE_PCM || SubType == AudioMediaSubtypes.MEDIASUBTYPE_IEEE_FLOAT; + formattype = DmoMediaTypeGuids.FORMAT_WaveFormatEx; + if (cbFormat < Marshal.SizeOf(waveFormat)) + throw new InvalidOperationException("Not enough memory assigned for a WaveFormat structure"); + //Debug.Assert(cbFormat >= ,"Not enough space"); + Marshal.StructureToPtr(waveFormat, pbFormat, false); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoMediaType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoMediaType.cs.meta new file mode 100644 index 0000000..6eb1093 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoMediaType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d853b22ffe503ad4e9cc5619c1e48e4f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBuffer.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBuffer.cs new file mode 100644 index 0000000..15e2e79 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBuffer.cs @@ -0,0 +1,109 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO Output Data Buffer + /// </summary> + [StructLayout(LayoutKind.Sequential, Pack=8)] + public struct DmoOutputDataBuffer : IDisposable + { + [MarshalAs(UnmanagedType.Interface)] + IMediaBuffer pBuffer; + DmoOutputDataBufferFlags dwStatus; + long rtTimestamp; + long referenceTimeDuration; + + /// <summary> + /// Creates a new DMO Output Data Buffer structure + /// </summary> + /// <param name="maxBufferSize">Maximum buffer size</param> + public DmoOutputDataBuffer(int maxBufferSize) + { + pBuffer = new MediaBuffer(maxBufferSize); + dwStatus = DmoOutputDataBufferFlags.None; + rtTimestamp = 0; + referenceTimeDuration = 0; + } + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (pBuffer != null) + { + ((MediaBuffer)pBuffer).Dispose(); + pBuffer = null; + GC.SuppressFinalize(this); + } + } + + /// <summary> + /// Media Buffer + /// </summary> + public IMediaBuffer MediaBuffer + { + get { return pBuffer; } + internal set { pBuffer = value; } + } + + /// <summary> + /// Length of data in buffer + /// </summary> + public int Length + { + get { return ((MediaBuffer)pBuffer).Length; } + } + + /// <summary> + /// Status Flags + /// </summary> + public DmoOutputDataBufferFlags StatusFlags + { + get { return dwStatus; } + internal set { dwStatus = value; } + } + + /// <summary> + /// Timestamp + /// </summary> + public long Timestamp + { + get { return rtTimestamp; } + internal set { rtTimestamp = value; } + } + + /// <summary> + /// Duration + /// </summary> + public long Duration + { + get { return referenceTimeDuration; } + internal set { referenceTimeDuration = value; } + } + + /// <summary> + /// Retrives the data in this buffer + /// </summary> + /// <param name="data">Buffer to receive data</param> + /// <param name="offset">Offset into buffer</param> + public void RetrieveData(byte[] data, int offset) + { + ((MediaBuffer)pBuffer).RetrieveData(data, offset); + } + + /// <summary> + /// Is more data available + /// If true, ProcessOuput should be called again + /// </summary> + public bool MoreDataAvailable + { + get + { + return (StatusFlags & DmoOutputDataBufferFlags.Incomplete) == DmoOutputDataBufferFlags.Incomplete; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBuffer.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBuffer.cs.meta new file mode 100644 index 0000000..05cea07 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 15a84cf5b307d1a0a9a45a5bc1a6b830 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBufferFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBufferFlags.cs new file mode 100644 index 0000000..3f8d99d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBufferFlags.cs @@ -0,0 +1,32 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO Output Data Buffer Flags + /// </summary> + [Flags] + public enum DmoOutputDataBufferFlags + { + /// <summary> + /// None + /// </summary> + None, + /// <summary> + /// DMO_OUTPUT_DATA_BUFFERF_SYNCPOINT + /// </summary> + SyncPoint = 0x00000001, + /// <summary> + /// DMO_OUTPUT_DATA_BUFFERF_TIME + /// </summary> + Time = 0x00000002, + /// <summary> + /// DMO_OUTPUT_DATA_BUFFERF_TIMELENGTH + /// </summary> + TimeLength = 0x00000004, + /// <summary> + /// DMO_OUTPUT_DATA_BUFFERF_INCOMPLETE + /// </summary> + Incomplete = 0x01000000 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBufferFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBufferFlags.cs.meta new file mode 100644 index 0000000..7791489 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoOutputDataBufferFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e3ef66871a5cb199289b1760a58e2fe5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoPartialMediaType.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoPartialMediaType.cs new file mode 100644 index 0000000..1320ed1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoPartialMediaType.cs @@ -0,0 +1,25 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO_PARTIAL_MEDIATYPE + /// </summary> + struct DmoPartialMediaType + { + Guid type; + Guid subtype; + + public Guid Type + { + get { return type; } + internal set { type = value; } + } + + public Guid Subtype + { + get { return subtype; } + internal set { subtype = value; } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoPartialMediaType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoPartialMediaType.cs.meta new file mode 100644 index 0000000..7c29d1f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoPartialMediaType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4ba7a211df38b565d99996dd25a00141 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoProcessOutputFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoProcessOutputFlags.cs new file mode 100644 index 0000000..4886def --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoProcessOutputFlags.cs @@ -0,0 +1,20 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// DMO Process Output Flags + /// </summary> + [Flags] + public enum DmoProcessOutputFlags + { + /// <summary> + /// None + /// </summary> + None, + /// <summary> + /// DMO_PROCESS_OUTPUT_DISCARD_WHEN_NO_BUFFER + /// </summary> + DiscardWhenNoBuffer = 0x00000001 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoProcessOutputFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoProcessOutputFlags.cs.meta new file mode 100644 index 0000000..e0c10a3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoProcessOutputFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ebd2da65df8036cdd97c75d4ff61189d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoSetTypeFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoSetTypeFlags.cs new file mode 100644 index 0000000..3e09ada --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoSetTypeFlags.cs @@ -0,0 +1,12 @@ +using System; + +namespace NAudio.Dmo +{ + [Flags] + enum DmoSetTypeFlags + { + None, + DMO_SET_TYPEF_TEST_ONLY = 0x00000001, + DMO_SET_TYPEF_CLEAR = 0x00000002 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoSetTypeFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoSetTypeFlags.cs.meta new file mode 100644 index 0000000..4aed63b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/DmoSetTypeFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ca01e76ee78ce922f988601deaa41e00 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect.meta new file mode 100644 index 0000000..ad355f7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: e61cc0619e62502c68c02a726268c1d2 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusPhase.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusPhase.cs new file mode 100644 index 0000000..d453fce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusPhase.cs @@ -0,0 +1,29 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// Chorus Phase + /// </summary> + public enum ChorusPhase : int + { + /// <summary> + /// DSFXCHORUS_PHASE_NEG_180 + /// </summary> + Neg180 = 0, + /// <summary> + /// DSFXCHORUS_PHASE_NEG_90 + /// </summary> + Neg90 = 1, + /// <summary> + /// DSFXCHORUS_PHASE_ZERO + /// </summary> + Zero = 2, + /// <summary> + /// DSFXCHORUS_PHASE_90 + /// </summary> + Pos90 = 3, + /// <summary> + /// DSFXCHORUS_PHASE_180 + /// </summary> + Pos180 = 4, + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusPhase.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusPhase.cs.meta new file mode 100644 index 0000000..939a925 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusPhase.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a553b6d507262b6bc988541846301a84 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusWaveForm.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusWaveForm.cs new file mode 100644 index 0000000..fb08d5f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusWaveForm.cs @@ -0,0 +1,18 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// Chorus Wave Form + /// </summary> + public enum ChorusWaveForm : int + { + /// <summary> + /// DSFXCHORUS_WAVE_TRIANGLE + /// </summary> + Triangle = 0, + + /// <summary> + /// DSFXCHORUS_WAVE_SIN + /// </summary> + Sin = 1 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusWaveForm.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusWaveForm.cs.meta new file mode 100644 index 0000000..0353fa4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/ChorusWaveForm.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fce246c41d460e969920e44c79384b48 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoChorus.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoChorus.cs new file mode 100644 index 0000000..9e748a8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoChorus.cs @@ -0,0 +1,316 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxChorus + { + public float WetDryMix; + public float Depth; + public float FeedBack; + public float Frequency; + public ChorusWaveForm WaveForm; + public float Delay; + public ChorusPhase Phase; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("880842e3-145f-43e6-a934-a71806e50547"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + internal interface IDirectSoundFXChorus + { + [PreserveSig] + int SetAllParameters([In] ref DsFxChorus param); + + [PreserveSig] + int GetAllParameters(out DsFxChorus param); + } + + /// <summary> + /// DMO Chorus Effect + /// </summary> + public class DmoChorus : IDmoEffector<DmoChorus.Params> + { + /// <summary> + /// DMO Chorus Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXCHORUS_WETDRYMIX_MIN + /// </summary> + public const float WetDryMixMin = 0.0f; + /// <summary> + /// DSFXCHORUS_WETDRYMIX_MAX + /// </summary> + public const float WetDryMixMax = 100.0f; + /// <summary> + /// DSFXCHORUS_WETDRYMIX_DEFAULT + /// </summary> + public const float WetDrtMixDefault = 50.0f; + + /// <summary> + /// DSFXCHORUS_DEPTH_MIN + /// </summary> + public const float DepthMin = 0.0f; + /// <summary> + /// DSFXCHORUS_DEPTH_MAX + /// </summary> + public const float DepthMax = 100.0f; + /// <summary> + /// DSFXCHORUS_DEPTH_DEFAULT + /// </summary> + public const float DepthDefault = 10.0f; + + /// <summary> + /// DSFXCHORUS_FEEDBACK_MIN + /// </summary> + public const float FeedBackMin = -99.0f; + /// <summary> + /// DSFXCHORUS_FEEDBACK_MAX + /// </summary> + public const float FeedBackMax = 99.0f; + /// <summary> + /// DSFXCHORUS_FEEDBACK_DEFAULT + /// </summary> + public const float FeedBaclDefault = 25.0f; + + /// <summary> + /// DSFXCHORUS_FREQUENCY_MIN + /// </summary> + public const float FrequencyMin = 0.0f; + /// <summary> + /// DSFXCHORUS_FREQUENCY_MAX + /// </summary> + public const float FrequencyMax = 10.0f; + /// <summary> + /// DSFXCHORUS_FREQUENCY_DEFAULT + /// </summary> + public const float FrequencyDefault = 1.1f; + + /// <summary> + /// DSFXCHORUS_WAVE_DEFAULT + /// </summary> + public const ChorusWaveForm WaveFormDefault = ChorusWaveForm.Sin; + + /// <summary> + /// DSFXCHORUS_DELAY_MIN + /// </summary> + public const float DelayMin = 0.0f; + /// <summary> + /// DSFXCHORUS_DELAY_MAX + /// </summary> + public const float DelayMax = 20.0f; + /// <summary> + /// DSFXCHORUS_DELAY_DEFAULT + /// </summary> + public const float DelayDefault = 16.0f; + + /// <summary> + /// DSFXCHORUS_PHASE_DEFAULT + /// </summary> + public const ChorusPhase PhaseDefault = ChorusPhase.Pos90; + + /// <summary> + /// Ratio of wet (processed) signal to dry (unprocessed) signal. + /// </summary> + public float WetDryMix + { + get + { + var param = GetAllParameters(); + return param.WetDryMix; + } + set + { + var param = GetAllParameters(); + param.WetDryMix = Math.Max(Math.Min(WetDryMixMax, value), WetDryMixMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Percentage by which the delay time is modulated by the low-frequency oscillator, + /// in hundredths of a percentage point. + /// </summary> + public float Depth + { + get + { + var param = GetAllParameters(); + return param.Depth; + } + set + { + var param = GetAllParameters(); + param.Depth = Math.Max(Math.Min(DepthMax, value), DepthMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Percentage of output signal to feed back into the effect's input. + /// </summary> + public float FeedBack + { + get + { + var param = GetAllParameters(); + return param.FeedBack; + } + set + { + var param = GetAllParameters(); + param.FeedBack = Math.Max(Math.Min(FeedBackMax, value), FeedBackMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Frequency of the LFO. + /// </summary> + public float Frequency + { + get + { + var param = GetAllParameters(); + return param.Frequency; + } + set + { + var param = GetAllParameters(); + param.Frequency = Math.Max(Math.Min(FrequencyMax, value), FrequencyMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Waveform shape of the LFO. + /// </summary> + public ChorusWaveForm WaveForm + { + get + { + var param = GetAllParameters(); + return param.WaveForm; + } + set + { + var param = GetAllParameters(); + if (Enum.IsDefined(typeof(ChorusWaveForm), value)) + { + param.WaveForm = value; + } + SetAllParameters(param); + } + } + + /// <summary> + /// Number of milliseconds the input is delayed before it is played back. + /// </summary> + public float Delay + { + get + { + var param = GetAllParameters(); + return param.Delay; + } + set + { + var param = GetAllParameters(); + param.Delay = Math.Max(Math.Min(DelayMax, value), DelayMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Phase differential between left and right LFOs. + /// </summary> + public ChorusPhase Phase + { + get + { + var param = GetAllParameters(); + return param.Phase; + } + set + { + var param = GetAllParameters(); + if (Enum.IsDefined(typeof(ChorusPhase), value)) + { + param.Phase = value; + } + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXChorus fxChorus; + + internal Params(IDirectSoundFXChorus dsFxObject) + { + fxChorus = dsFxObject; + } + + private void SetAllParameters(DsFxChorus param) + { + Marshal.ThrowExceptionForHR(fxChorus.SetAllParameters(ref param)); + } + + private DsFxChorus GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxChorus.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO Chorus + /// </summary> + public DmoChorus() + { + var guidChorus = new Guid("EFE6629C-81F7-4281-BD91-C9D604A95AF6"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidChorus)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject) mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace) mediaComObject); + effectParams = new Params((IDirectSoundFXChorus) mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoChorus.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoChorus.cs.meta new file mode 100644 index 0000000..53b9e00 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoChorus.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 897dbc9ec90e76383a66f873e33f7071 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoCompressor.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoCompressor.cs new file mode 100644 index 0000000..874179e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoCompressor.cs @@ -0,0 +1,293 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxCompressor + { + public float Gain; + public float Attack; + public float Release; + public float Threshold; + public float Ratio; + public float PreDelay; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("4bbd1154-62f6-4e2c-a15c-d3b6c417f7a0"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXCompressor + { + [PreserveSig] + int SetAllParameters([In] ref DsFxCompressor param); + + [PreserveSig] + int GetAllParameters(out DsFxCompressor param); + } + + /// <summary> + /// DMO Compressor Effect + /// </summary> + public class DmoCompressor : IDmoEffector<DmoCompressor.Params> + { + /// <summary> + /// DMO Compressor Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXCOMPRESSOR_GAIN_MIN + /// </summary> + public const float GainMin = -60.0f; + /// <summary> + /// DSFXCOMPRESSOR_GAIN_MAX + /// </summary> + public const float GainMax = 60.0f; + /// <summary> + /// DSFXCOMPRESSOR_GAIN_DEFAULT + /// </summary> + public const float GainDefault = 0.0f; + + /// <summary> + /// DSFXCOMPRESSOR_ATTACK_MIN + /// </summary> + public const float AttackMin = 0.01f; + /// <summary> + /// DSFXCOMPRESSOR_ATTACK_MAX + /// </summary> + public const float AttackMax = 500.0f; + /// <summary> + /// DSFXCOMPRESSOR_ATTACK_DEFAULT + /// </summary> + public const float AttackDefault = 10.0f; + + /// <summary> + /// DSFXCOMPRESSOR_RELEASE_MIN + /// </summary> + public const float ReleaseMin = 50.0f; + /// <summary> + /// DSFXCOMPRESSOR_RELEASE_MAX + /// </summary> + public const float ReleaseMax = 3000.0f; + /// <summary> + /// DSFXCOMPRESSOR_RELEASE_DEFAULT + /// </summary> + public const float ReleaseDefault = 200.0f; + + /// <summary> + /// DSFXCOMPRESSOR_THRESHOLD_MIN + /// </summary> + public const float ThresholdMin = -60.0f; + /// <summary> + /// DSFXCOMPRESSOR_THRESHOLD_MAX + /// </summary> + public const float ThresholdMax = 0.0f; + /// <summary> + /// DSFXCOMPRESSOR_THRESHOLD_DEFAULT + /// </summary> + public const float TjresholdDefault = -20.0f; + + /// <summary> + /// DSFXCOMPRESSOR_RATIO_MIN + /// </summary> + public const float RatioMin = 1.0f; + /// <summary> + /// DSFXCOMPRESSOR_RATIO_MAX + /// </summary> + public const float RatioMax = 100.0f; + /// <summary> + /// DSFXCOMPRESSOR_RATIO_DEFAULT + /// </summary> + public const float RatioDefault = 3.0f; + + /// <summary> + /// DSFXCOMPRESSOR_PREDELAY_MIN + /// </summary> + public const float PreDelayMin = 0.0f; + /// <summary> + /// DSFXCOMPRESSOR_PREDELAY_MAX + /// </summary> + public const float PreDelayMax = 4.0f; + /// <summary> + /// DSFXCOMPRESSOR_PREDELAY_DEFAULT + /// </summary> + public const float PreDelayDefault = 4.0f; + + /// <summary> + /// Output gain of signal after compression. + /// </summary> + public float Gain + { + get + { + var param = GetAllParameters(); + return param.Gain; + } + set + { + var param = GetAllParameters(); + param.Gain = Math.Max(Math.Min(GainMax, value), GainMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Time before compression reaches its full value. + /// </summary> + public float Attack + { + get + { + var param = GetAllParameters(); + return param.Attack; + } + set + { + var param = GetAllParameters(); + param.Attack = Math.Max(Math.Min(AttackMax, value), AttackMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Speed at which compression is stopped after input drops below Threshold. + /// </summary> + public float Release + { + get + { + var param = GetAllParameters(); + return param.Release; + } + set + { + var param = GetAllParameters(); + param.Release = Math.Max(Math.Min(ReleaseMax, value), ReleaseMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Point at which compression begins, in decibels. + /// </summary> + public float Threshold + { + get + { + var param = GetAllParameters(); + return param.Threshold; + } + set + { + var param = GetAllParameters(); + param.Threshold = Math.Max(Math.Min(ThresholdMax, value), ThresholdMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Compression ratio + /// </summary> + public float Ratio + { + get + { + var param = GetAllParameters(); + return param.Ratio; + } + set + { + var param = GetAllParameters(); + param.Ratio = Math.Max(Math.Min(RatioMax, value), RatioMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Time after Threshold is reached before attack phase is started, in milliseconds. + /// </summary> + public float PreDelay + { + get + { + var param = GetAllParameters(); + return param.PreDelay; + } + set + { + var param = GetAllParameters(); + param.PreDelay = Math.Max(Math.Min(PreDelayMax, value), PreDelayMin); + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXCompressor fxCompressor; + + internal Params(IDirectSoundFXCompressor dsFxObject) + { + fxCompressor = dsFxObject; + } + + private void SetAllParameters(DsFxCompressor param) + { + Marshal.ThrowExceptionForHR(fxCompressor.SetAllParameters(ref param)); + } + + private DsFxCompressor GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxCompressor.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO Compressor + /// </summary> + public DmoCompressor() + { + var guidChorus = new Guid("EF011F79-4000-406D-87AF-BFFB3FC39D57"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidChorus)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject)mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace)mediaComObject); + effectParams = new Params((IDirectSoundFXCompressor)mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoCompressor.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoCompressor.cs.meta new file mode 100644 index 0000000..badd39c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoCompressor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 15197c0a5d6e81c1b8728e05b60be587 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoDistortion.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoDistortion.cs new file mode 100644 index 0000000..ff6545f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoDistortion.cs @@ -0,0 +1,261 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxDistortion + { + public float Gain; + public float Edge; + public float PostEqCenterFrequency; + public float PostEqBandWidth; + public float PreLowPassCutoff; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("8ecf4326-455f-4d8b-bda9-8d5d3e9e3e0b"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXDistortion + { + [PreserveSig] + int SetAllParameters([In] ref DsFxDistortion param); + + [PreserveSig] + int GetAllParameters(out DsFxDistortion param); + } + + /// <summary> + /// DMO Distortion Effect + /// </summary> + public class DmoDistortion : IDmoEffector<DmoDistortion.Params> + { + /// <summary> + /// DMO Distortion Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXDISTORTION_GAIN_MIN + /// </summary> + public const float GainMin = -60.0f; + /// <summary> + /// DSFXDISTORTION_GAIN_MAX + /// </summary> + public const float GainMax = 0.0f; + /// <summary> + /// DSFXDISTORTION_GAIN_DEFAULT + /// </summary> + public const float GainDefault = -18.0f; + + /// <summary> + /// DSFXDISTORTION_EDGE_MIN + /// </summary> + public const float EdgeMin = 0.0f; + /// <summary> + /// DSFXDISTORTION_EDGE_MAX + /// </summary> + public const float EdgeMax = 100.0f; + /// <summary> + /// DSFXDISTORTION_EDGE_DEFAULT + /// </summary> + public const float EdgeDefault = 15.0f; + + /// <summary> + /// DSFXDISTORTION_POSTEQCENTERFREQUENCY_MIN + /// </summary> + public const float PostEqCenterFrequencyMin = 100.0f; + /// <summary> + /// DSFXDISTORTION_POSTEQCENTERFREQUENCY_MAX + /// </summary> + public const float PostEqCenterFrequencyMax = 8000.0f; + /// <summary> + /// DSFXDISTORTION_POSTEQCENTERFREQUENCY_DEFAULT + /// </summary> + public const float PostEqCenterFrequencyDefault = 2400.0f; + + /// <summary> + /// DSFXDISTORTION_POSTEQBANDWIDTH_MIN + /// </summary> + public const float PostEqBandWidthMin = 100.0f; + /// <summary> + /// DSFXDISTORTION_POSTEQBANDWIDTH_MAX + /// </summary> + public const float PostEqBandWidthMax = 8000.0f; + /// <summary> + /// DSFXDISTORTION_POSTEQBANDWIDTH_DEFAULT + /// </summary> + public const float PostEqBandWidthDefault = 2400.0f; + + /// <summary> + /// DSFXDISTORTION_PRELOWPASSCUTOFF_MIN + /// </summary> + public const float PreLowPassCutoffMin = 100.0f; + /// <summary> + /// DSFXDISTORTION_PRELOWPASSCUTOFF_MAX + /// </summary> + public const float PreLowPassCutoffMax = 8000.0f; + /// <summary> + /// DSFXDISTORTION_PRELOWPASSCUTOFF_DEFAULT + /// </summary> + public const float PreLowPassCutoffDefault = 8000.0f; + + /// <summary> + /// Amount of signal change after distortion. + /// </summary> + public float Gain + { + get + { + var param = GetAllParameters(); + return param.Gain; + } + set + { + var param = GetAllParameters(); + param.Gain = Math.Max(Math.Min(GainMax, value), GainMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Percentage of distortion intensity. + /// </summary> + public float Edge + { + get + { + var param = GetAllParameters(); + return param.Edge; + } + set + { + var param = GetAllParameters(); + param.Edge = Math.Max(Math.Min(EdgeMax, value), EdgeMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Center frequency of harmonic content addition. + /// </summary> + public float PostEqCenterFrequency + { + get + { + var param = GetAllParameters(); + return param.PostEqCenterFrequency; + } + set + { + var param = GetAllParameters(); + param.PostEqCenterFrequency = Math.Max(Math.Min(PostEqCenterFrequencyMax, value), PostEqCenterFrequencyMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Width of frequency band that determines range of harmonic content addition. + /// </summary> + public float PostEqBandWidth + { + get + { + var param = GetAllParameters(); + return param.PostEqBandWidth; + } + set + { + var param = GetAllParameters(); + param.PostEqBandWidth = Math.Max(Math.Min(PostEqBandWidthMax, value), PostEqBandWidthMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Filter cutoff for high-frequency harmonics attenuation. + /// </summary> + public float PreLowPassCutoff + { + get + { + var param = GetAllParameters(); + return param.PreLowPassCutoff; + } + set + { + var param = GetAllParameters(); + param.PreLowPassCutoff = Math.Max(Math.Min(PreLowPassCutoffMax, value), PreLowPassCutoffMin); + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXDistortion fxDistortion; + + internal Params(IDirectSoundFXDistortion dsFxObject) + { + fxDistortion = dsFxObject; + } + + private void SetAllParameters(DsFxDistortion param) + { + Marshal.ThrowExceptionForHR(fxDistortion.SetAllParameters(ref param)); + } + + private DsFxDistortion GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxDistortion.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO Distortion + /// </summary> + public DmoDistortion() + { + var guidDistortion = new Guid("EF114C90-CD1D-484E-96E5-09CFAF912A21"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidDistortion)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject)mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace)mediaComObject); + effectParams = new Params((IDirectSoundFXDistortion)mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoDistortion.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoDistortion.cs.meta new file mode 100644 index 0000000..1e4a6fa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoDistortion.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 82bef84e2279a7f39bd39be2dad09e3a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoEcho.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoEcho.cs new file mode 100644 index 0000000..da368e0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoEcho.cs @@ -0,0 +1,256 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxEcho + { + public float WetDryMix; + public float FeedBack; + public float LeftDelay; + public float RightDelay; + public EchoPanDelay PanDelay; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("8bd28edf-50db-4e92-a2bd-445488d1ed42"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXEcho + { + [PreserveSig] + int SetAllParameters([In] ref DsFxEcho param); + + [PreserveSig] + int GetAllParameters(out DsFxEcho param); + } + + /// <summary> + /// Dmo Echo Effect + /// </summary> + public class DmoEcho : IDmoEffector<DmoEcho.Params> + { + /// <summary> + /// DMO Echo Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXECHO_WETDRYMIX_MIN + /// </summary> + public const float WetDryMixMin = 0.0f; + /// <summary> + /// DSFXECHO_WETDRYMIX_MAX + /// </summary> + public const float WetDryMixMax = 100.0f; + /// <summary> + /// DSFXECHO_WETDRYMIX_DEFAULT + /// </summary> + public const float WetDeyMixDefault = 50.0f; + + /// <summary> + /// DSFXECHO_FEEDBACK_MIN + /// </summary> + public const float FeedBackMin = 0.0f; + /// <summary> + /// DSFXECHO_FEEDBACK_MAX + /// </summary> + public const float FeedBackMax = 100.0f; + /// <summary> + /// DSFXECHO_FEEDBACK_DEFAULT + /// </summary> + public const float FeedBackDefault = 50.0f; + + /// <summary> + /// DSFXECHO_LEFTDELAY_MIN + /// </summary> + public const float LeftDelayMin = 1.0f; + /// <summary> + /// DSFXECHO_LEFTDELAY_MAX + /// </summary> + public const float LeftDelayMax = 2000.0f; + /// <summary> + /// DSFXECHO_LEFTDELAY_DEFAULT + /// </summary> + public const float LeftDelayDefault = 500.0f; + + /// <summary> + /// DSFXECHO_RIGHTDELAY_MIN + /// </summary> + public const float RightDelayMin = 1.0f; + /// <summary> + /// DSFXECHO_RIGHTDELAY_MAX + /// </summary> + public const float RightDelayMax = 2000.0f; + /// <summary> + /// DSFXECHO_RIGHTDELAY_DEFAULT + /// </summary> + public const float RightDelayDefault = 500.0f; + + /// <summary> + /// DSFXECHO_PANDELAY_DEFAULT + /// </summary> + public const EchoPanDelay PanDelayDefault = EchoPanDelay.Off; + + /// <summary> + /// Ratio of wet (processed) signal to dry (unprocessed) signal. + /// </summary> + public float WetDryMix + { + get + { + var param = GetAllParameters(); + return param.WetDryMix; + } + set + { + var param = GetAllParameters(); + param.WetDryMix = Math.Max(Math.Min(WetDryMixMax, value), WetDryMixMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Percentage of output fed back into input. + /// </summary> + public float FeedBack + { + get + { + var param = GetAllParameters(); + return param.FeedBack; + } + set + { + var param = GetAllParameters(); + param.FeedBack = Math.Max(Math.Min(FeedBackMax, value), FeedBackMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Delay for left channel, in milliseconds. + /// </summary> + public float LeftDelay + { + get + { + var param = GetAllParameters(); + return param.LeftDelay; + } + set + { + var param = GetAllParameters(); + param.LeftDelay = Math.Max(Math.Min(LeftDelayMax, value), LeftDelayMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Delay for right channel, in milliseconds. + /// </summary> + public float RightDelay + { + get + { + var param = GetAllParameters(); + return param.RightDelay; + } + set + { + var param = GetAllParameters(); + param.RightDelay = Math.Max(Math.Min(RightDelayMax, value), RightDelayMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Value that specifies whether to swap left and right delays with each successive echo. + /// </summary> + public EchoPanDelay PanDelay + { + get + { + var param = GetAllParameters(); + return param.PanDelay; + } + set + { + var param = GetAllParameters(); + if (Enum.IsDefined(typeof(EchoPanDelay), value)) + { + param.PanDelay = value; + } + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXEcho fxEcho; + + internal Params(IDirectSoundFXEcho dsFxObject) + { + fxEcho = dsFxObject; + } + + private void SetAllParameters(DsFxEcho param) + { + Marshal.ThrowExceptionForHR(fxEcho.SetAllParameters(ref param)); + } + + private DsFxEcho GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxEcho.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO Echo + /// </summary> + public DmoEcho() + { + var guidEcho = new Guid("EF3E932C-D40B-4F51-8CCF-3F98F1B29D5D"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidEcho)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject) mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace) mediaComObject); + effectParams = new Params((IDirectSoundFXEcho) mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoEcho.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoEcho.cs.meta new file mode 100644 index 0000000..3b2d9ce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoEcho.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 35464a832e72c83df9e9d3430d9725fd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoFlanger.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoFlanger.cs new file mode 100644 index 0000000..3b8033d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoFlanger.cs @@ -0,0 +1,316 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxFlanger + { + public float WetDryMix; + public float Depth; + public float FeedBack; + public float Frequency; + public FlangerWaveForm WaveForm; + public float Delay; + public FlangerPhase Phase; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("903e9878-2c92-4072-9b2c-ea68f5396783"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXFlanger + { + [PreserveSig] + int SetAllParameters([In] ref DsFxFlanger param); + + [PreserveSig] + int GetAllParameters(out DsFxFlanger param); + } + + /// <summary> + /// DMO Flanger Effect + /// </summary> + public class DmoFlanger : IDmoEffector<DmoFlanger.Params> + { + /// <summary> + /// DMO Flanger Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXFLANGER_WETDRYMIX_MIN + /// </summary> + public const float WetDryMixMin = 0.0f; + /// <summary> + /// DSFXFLANGER_WETDRYMIX_MAX + /// </summary> + public const float WetDryMixMax = 100.0f; + /// <summary> + /// DSFXFLANGER_WETDRYMIX_DEFAULT + /// </summary> + public const float WetDrtMixDefault = 50.0f; + + /// <summary> + /// DSFXFLANGER_DEPTH_MIN + /// </summary> + public const float DepthMin = 0.0f; + /// <summary> + /// DSFXFLANGER_DEPTH_MAX + /// </summary> + public const float DepthMax = 100.0f; + /// <summary> + /// DSFXFLANGER_DEPTH_DEFAULT + /// </summary> + public const float DepthDefault = 100.0f; + + /// <summary> + /// DSFXFLANGER_FEEDBACK_MIN + /// </summary> + public const float FeedBackMin = -99.0f; + /// <summary> + /// DSFXFLANGER_FEEDBACK_MAX + /// </summary> + public const float FeedBackMax = 99.0f; + /// <summary> + /// DSFXFLANGER_FEEDBACK_DEFAULT + /// </summary> + public const float FeedBaclDefault = -50.0f; + + /// <summary> + /// DSFXFLANGER_FREQUENCY_MIN + /// </summary> + public const float FrequencyMin = 0.0f; + /// <summary> + /// DSFXFLANGER_FREQUENCY_MAX + /// </summary> + public const float FrequencyMax = 10.0f; + /// <summary> + /// DSFXFLANGER_FREQUENCY_DEFAULT + /// </summary> + public const float FrequencyDefault = 0.25f; + + /// <summary> + /// DSFXFLANGER_WAVE_DEFAULT + /// </summary> + public const FlangerWaveForm WaveFormDefault = FlangerWaveForm.Sin; + + /// <summary> + /// DSFXFLANGER_DELAY_MIN + /// </summary> + public const float DelayMin = 0.0f; + /// <summary> + /// DSFXFLANGER_DELAY_MAX + /// </summary> + public const float DelayMax = 4.0f; + /// <summary> + /// DSFXFLANGER_DELAY_DEFAULT + /// </summary> + public const float DelayDefault = 2.0f; + + /// <summary> + /// DSFXFLANGER_PHASE_DEFAULT + /// </summary> + public const FlangerPhase PhaseDefault = FlangerPhase.Zero; + + /// <summary> + /// Ratio of wet (processed) signal to dry (unprocessed) signal. + /// </summary> + public float WetDryMix + { + get + { + var param = GetAllParameters(); + return param.WetDryMix; + } + set + { + var param = GetAllParameters(); + param.WetDryMix = Math.Max(Math.Min(WetDryMixMax, value), WetDryMixMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Percentage by which the delay time is modulated by the low-frequency oscillator, + /// in hundredths of a percentage point. + /// </summary> + public float Depth + { + get + { + var param = GetAllParameters(); + return param.Depth; + } + set + { + var param = GetAllParameters(); + param.Depth = Math.Max(Math.Min(DepthMax, value), DepthMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Percentage of output signal to feed back into the effect's input. + /// </summary> + public float FeedBack + { + get + { + var param = GetAllParameters(); + return param.FeedBack; + } + set + { + var param = GetAllParameters(); + param.FeedBack = Math.Max(Math.Min(FeedBackMax, value), FeedBackMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Frequency of the LFO. + /// </summary> + public float Frequency + { + get + { + var param = GetAllParameters(); + return param.Frequency; + } + set + { + var param = GetAllParameters(); + param.Frequency = Math.Max(Math.Min(FrequencyMax, value), FrequencyMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Waveform shape of the LFO. + /// </summary> + public FlangerWaveForm WaveForm + { + get + { + var param = GetAllParameters(); + return param.WaveForm; + } + set + { + var param = GetAllParameters(); + if (Enum.IsDefined(typeof(FlangerWaveForm), value)) + { + param.WaveForm = value; + } + SetAllParameters(param); + } + } + + /// <summary> + /// Number of milliseconds the input is delayed before it is played back. + /// </summary> + public float Delay + { + get + { + var param = GetAllParameters(); + return param.Delay; + } + set + { + var param = GetAllParameters(); + param.Delay = Math.Max(Math.Min(DelayMax, value), DelayMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Phase differential between left and right LFOs. + /// </summary> + public FlangerPhase Phase + { + get + { + var param = GetAllParameters(); + return param.Phase; + } + set + { + var param = GetAllParameters(); + if (Enum.IsDefined(typeof(FlangerPhase), value)) + { + param.Phase = value; + } + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXFlanger fxFlanger; + + internal Params(IDirectSoundFXFlanger dsFxObject) + { + fxFlanger = dsFxObject; + } + + private void SetAllParameters(DsFxFlanger param) + { + Marshal.ThrowExceptionForHR(fxFlanger.SetAllParameters(ref param)); + } + + private DsFxFlanger GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxFlanger.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO Flanger + /// </summary> + public DmoFlanger() + { + var guidFlanger = new Guid("EFCA3D92-DFD8-4672-A603-7420894BAD98"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidFlanger)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject)mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace)mediaComObject); + effectParams = new Params((IDirectSoundFXFlanger)mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoFlanger.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoFlanger.cs.meta new file mode 100644 index 0000000..1520747 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoFlanger.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5981fc4c9d48ec679b52fdeab055f02e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoGargle.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoGargle.cs new file mode 100644 index 0000000..6288a68 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoGargle.cs @@ -0,0 +1,160 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxGargle + { + public uint RateHz; + public GargleWaveShape WaveShape; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("d616f352-d622-11ce-aac5-0020af0b99a3"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXGargle + { + [PreserveSig] + int SetAllParameters([In] ref DsFxGargle param); + + [PreserveSig] + int GetAllParameters(out DsFxGargle param); + } + + /// <summary> + /// DMO Gargle Effect + /// </summary> + public class DmoGargle : IDmoEffector<DmoGargle.Params> + { + /// <summary> + /// DMO Gargle Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXGARGLE_RATEHZ_MIN + /// </summary> + public const uint RateHzMin = 1; + /// <summary> + /// DSFXGARGLE_RATEHZ_MAX + /// </summary> + public const uint RateHzMax = 1000; + /// <summary> + /// DSFXGARGLE_RATEHZ_DEFAULT + /// </summary> + public const uint RateHzDefault = 20; + + /// <summary> + /// DSFXGARGLE_WAVE_DEFAULT + /// </summary> + public const GargleWaveShape WaveShapeDefault = GargleWaveShape.Triangle; + + /// <summary> + /// Rate of modulation in hz + /// </summary> + public uint RateHz + { + get + { + var param = GetAllParameters(); + return param.RateHz; + } + set + { + var param = GetAllParameters(); + param.RateHz = Math.Max(Math.Min(RateHzMax, value), RateHzMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Gargle Wave Shape + /// </summary> + public GargleWaveShape WaveShape + { + get + { + var param = GetAllParameters(); + return param.WaveShape; + } + set + { + var param = GetAllParameters(); + if (Enum.IsDefined(typeof(GargleWaveShape), value)) + { + param.WaveShape = value; + } + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXGargle fxGargle; + + internal Params(IDirectSoundFXGargle dsFxObject) + { + fxGargle = dsFxObject; + } + + private void SetAllParameters(DsFxGargle param) + { + Marshal.ThrowExceptionForHR(fxGargle.SetAllParameters(ref param)); + } + + private DsFxGargle GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxGargle.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO Gargle + /// </summary> + public DmoGargle() + { + var guidGargle = new Guid("DAFD8210-5711-4B91-9FE3-F75B7AE279BF"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidGargle)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject) mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace) mediaComObject); + effectParams = new Params((IDirectSoundFXGargle) mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoGargle.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoGargle.cs.meta new file mode 100644 index 0000000..40c83fc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoGargle.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f62f8be5d2d525c53bb45fb0bc0eac39 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoI3DL2Reverb.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoI3DL2Reverb.cs new file mode 100644 index 0000000..57685d6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoI3DL2Reverb.cs @@ -0,0 +1,543 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxI3Dl2Reverb + { + public int Room; + public int RoomHf; + public float RoomRollOffFactor; + public float DecayTime; + public float DecayHfRatio; + public int Reflections; + public float ReflectionsDelay; + public int Reverb; + public float ReverbDelay; + public float Diffusion; + public float Density; + public float HfReference; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("4b166a6a-0d66-43f3-80e3-ee6280dee1a4"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXI3DL2Reverb + { + [PreserveSig] + int SetAllParameters([In] ref DsFxI3Dl2Reverb param); + + [PreserveSig] + int GetAllParameters(out DsFxI3Dl2Reverb param); + + [PreserveSig] + int SetPreset([In] uint preset); + + [PreserveSig] + int GetPreset(out uint preset); + + [PreserveSig] + int SetQuality([In] int quality); + + [PreserveSig] + int GetQuality(out int quality); + } + + /// <summary> + /// DMO I3DL2Reverb Effect + /// </summary> + public class DmoI3DL2Reverb : IDmoEffector<DmoI3DL2Reverb.Params> + { + /// <summary> + /// DMO I3DL2Reverb Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFX_I3DL2REVERB_ROOM_MIN + /// </summary> + public const int RoomMin = -10000; + /// <summary> + /// DSFX_I3DL2REVERB_ROOM_MAX + /// </summary> + public const int RoomMax = 0; + /// <summary> + /// DSFX_I3DL2REVERB_ROOM_DEFAULT + /// </summary> + public const int RoomDefault = -1000; + + /// <summary> + /// DSFX_I3DL2REVERB_ROOMHF_MIN + /// </summary> + public const int RoomHfMin = -10000; + /// <summary> + /// DSFX_I3DL2REVERB_ROOMHF_MAX + /// </summary> + public const int RoomHfMax = 0; + /// <summary> + /// DSFX_I3DL2REVERB_ROOMHF_DEFAULT + /// </summary> + public const int RoomHfDefault = -100; + + /// <summary> + /// DSFX_I3DL2REVERB_ROOMROLLOFFFACTOR_MIN + /// </summary> + public const float RoomRollOffFactorMin = 0.0f; + /// <summary> + /// DSFX_I3DL2REVERB_ROOMROLLOFFFACTOR_MAX + /// </summary> + public const float RoomRollOffFactorMax = 10.0f; + /// <summary> + /// DSFX_I3DL2REVERB_ROOMROLLOFFFACTOR_DEFAULT + /// </summary> + public const float RoomRollOffFactorDefault = 0.0f; + + /// <summary> + /// DSFX_I3DL2REVERB_DECAYTIME_MIN + /// </summary> + public const float DecayTimeMin = 0.1f; + /// <summary> + /// DSFX_I3DL2REVERB_DECAYTIME_MAX + /// </summary> + public const float DecayTimeMax = 20.0f; + /// <summary> + /// DSFX_I3DL2REVERB_DECAYTIME_DEFAULT + /// </summary> + public const float DecayTimeDefault = 1.49f; + + /// <summary> + /// DSFX_I3DL2REVERB_DECAYHFRATIO_MIN + /// </summary> + public const float DecayHfRatioMin = 0.1f; + /// <summary> + /// DSFX_I3DL2REVERB_DECAYHFRATIO_MAX + /// </summary> + public const float DecayHfRatioMax = 2.0f; + /// <summary> + /// DSFX_I3DL2REVERB_DECAYHFRATIO_DEFAULT + /// </summary> + public const float DecayHfRatioDefault = 0.83f; + + /// <summary> + /// DSFX_I3DL2REVERB_REFLECTIONS_MIN + /// </summary> + public const int ReflectionsMin = -10000; + /// <summary> + /// DSFX_I3DL2REVERB_REFLECTIONS_MAX + /// </summary> + public const int ReflectionsMax = 1000; + /// <summary> + /// DSFX_I3DL2REVERB_REFLECTIONS_DEFAULT + /// </summary> + public const int ReflectionsDefault = -2602; + + /// <summary> + /// DSFX_I3DL2REVERB_REFLECTIONSDELAY_MIN + /// </summary> + public const float ReflectionsDelayMin = 0.0f; + /// <summary> + /// DSFX_I3DL2REVERB_REFLECTIONSDELAY_MAX + /// </summary> + public const float ReflectionsDelayMax = 0.3f; + /// <summary> + /// DSFX_I3DL2REVERB_REFLECTIONSDELAY_DEFAULT + /// </summary> + public const float ReflectionsDelayDefault = 0.007f; + + /// <summary> + /// DSFX_I3DL2REVERB_REVERB_MIN + /// </summary> + public const int ReverbMin = -10000; + /// <summary> + /// DSFX_I3DL2REVERB_REVERB_MAX + /// </summary> + public const int ReverbMax = 2000; + /// <summary> + /// DSFX_I3DL2REVERB_REVERB_DEFAULT + /// </summary> + public const int ReverbDefault = 200; + + /// <summary> + /// DSFX_I3DL2REVERB_REVERBDELAY_MIN + /// </summary> + public const float ReverbDelayMin = 0.0f; + /// <summary> + /// DSFX_I3DL2REVERB_REVERBDELAY_MAX + /// </summary> + public const float ReverbDelayMax = 0.1f; + /// <summary> + /// DSFX_I3DL2REVERB_REVERBDELAY_DEFAULT + /// </summary> + public const float ReverbDelayDefault = 0.011f; + + /// <summary> + /// DSFX_I3DL2REVERB_DIFFUSION_MIN + /// </summary> + public const float DiffusionMin = 0.0f; + /// <summary> + /// DSFX_I3DL2REVERB_DIFFUSION_MAX + /// </summary> + public const float DiffusionMax = 100.0f; + /// <summary> + /// DSFX_I3DL2REVERB_DIFFUSION_DEFAULT + /// </summary> + public const float DiffusionDefault = 100.0f; + + /// <summary> + /// DSFX_I3DL2REVERB_DENSITY_MIN + /// </summary> + public const float DensityMin = 0.0f; + /// <summary> + /// DSFX_I3DL2REVERB_DENSITY_MAX + /// </summary> + public const float DensityMax = 100.0f; + /// <summary> + /// DSFX_I3DL2REVERB_DENSITY_DEFAULT + /// </summary> + public const float DensityDefault = 100.0f; + + /// <summary> + /// DSFX_I3DL2REVERB_HFREFERENCE_MIN + /// </summary> + public const float HfReferenceMin = 20.0f; + /// <summary> + /// DSFX_I3DL2REVERB_HFREFERENCE_MAX + /// </summary> + public const float HfReferenceMax = 20000.0f; + /// <summary> + /// DSFX_I3DL2REVERB_HFREFERENCE_DEFAULT + /// </summary> + public const float HfReferenceDefault = 5000.0f; + + /// <summary> + /// DSFX_I3DL2REVERB_QUALITY_MIN + /// </summary> + public const int QualityMin = 0; + /// <summary> + /// DSFX_I3DL2REVERB_QUALITY_MAX + /// </summary> + public const int QualityMax = 3; + /// <summary> + /// DSFX_I3DL2REVERB_QUALITY_DEFAULT + /// </summary> + public const int QualityDefault = 2; + + /// <summary> + /// Attenuation of the room effect, in millibels (mB) + /// </summary> + public int Room + { + get + { + var param = GetAllParameters(); + return param.Room; + } + set + { + var param = GetAllParameters(); + param.Room = Math.Max(Math.Min(RoomMax, value), RoomMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Attenuation of the room high-frequency effect, in mB. + /// </summary> + public int RoomHf + { + get + { + var param = GetAllParameters(); + return param.RoomHf; + } + set + { + var param = GetAllParameters(); + param.RoomHf = Math.Max(Math.Min(RoomHfMax, value), RoomHfMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Rolloff factor for the reflected signals. + /// </summary> + public float RoomRollOffFactor + { + get + { + var param = GetAllParameters(); + return param.RoomRollOffFactor; + } + set + { + var param = GetAllParameters(); + param.RoomRollOffFactor = Math.Max(Math.Min(RoomRollOffFactorMax, value), RoomRollOffFactorMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Decay time, in seconds. + /// </summary> + public float DecayTime + { + get + { + var param = GetAllParameters(); + return param.DecayTime; + } + set + { + var param = GetAllParameters(); + param.DecayTime = Math.Max(Math.Min(DecayTimeMax, value), DecayTimeMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Ratio of the decay time at high frequencies to the decay time at low frequencies. + /// </summary> + public float DecayHfRatio + { + get + { + var param = GetAllParameters(); + return param.DecayHfRatio; + } + set + { + var param = GetAllParameters(); + param.DecayHfRatio = Math.Max(Math.Min(DecayHfRatioMax, value), DecayHfRatioMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Attenuation of early reflections relative to lRoom, in mB. + /// </summary> + public int Reflections + { + get + { + var param = GetAllParameters(); + return param.Reflections; + } + set + { + var param = GetAllParameters(); + param.Reflections = Math.Max(Math.Min(ReflectionsMax, value), ReflectionsMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Delay time of the first reflection relative to the direct path, in seconds. + /// </summary> + public float ReflectionsDelay + { + get + { + var param = GetAllParameters(); + return param.ReflectionsDelay; + } + set + { + var param = GetAllParameters(); + param.ReflectionsDelay = Math.Max(Math.Min(ReflectionsDelayMax, value), ReflectionsDelayMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Attenuation of late reverberation relative to lRoom, in mB. + /// </summary> + public int Reverb + { + get + { + var param = GetAllParameters(); + return param.Reverb; + } + set + { + var param = GetAllParameters(); + param.Reverb = Math.Max(Math.Min(ReverbMax, value), ReverbMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Time limit between the early reflections and the late reverberation relative to the time of the first reflection. + /// </summary> + public float ReverbDelay + { + get + { + var param = GetAllParameters(); + return param.ReverbDelay; + } + set + { + var param = GetAllParameters(); + param.ReverbDelay = Math.Max(Math.Min(ReverbDelayMax, value), ReverbDelayMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Echo density in the late reverberation decay, in percent. + /// </summary> + public float Diffusion + { + get + { + var param = GetAllParameters(); + return param.Diffusion; + } + set + { + var param = GetAllParameters(); + param.Diffusion = Math.Max(Math.Min(DiffusionMax, value), DiffusionMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Modal density in the late reverberation decay, in percent. + /// </summary> + public float Density + { + get + { + var param = GetAllParameters(); + return param.Density; + } + set + { + var param = GetAllParameters(); + param.Density = Math.Max(Math.Min(DensityMax, value), DensityMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Reference high frequency, in hertz. + /// </summary> + public float HfReference + { + get + { + var param = GetAllParameters(); + return param.HfReference; + } + set + { + var param = GetAllParameters(); + param.HfReference = Math.Max(Math.Min(HfReferenceMax, value), HfReferenceMin); + SetAllParameters(param); + } + } + + /// <summary> + /// the quality of the environmental reverberation effect. Higher values produce better quality at the expense of processing time. + /// </summary> + public int Quality + { + get + { + Marshal.ThrowExceptionForHR(fxI3Dl2Reverb.GetQuality(out var quality)); + return quality; + } + set => Marshal.ThrowExceptionForHR(fxI3Dl2Reverb.SetQuality(value)); + } + + private readonly IDirectSoundFXI3DL2Reverb fxI3Dl2Reverb; + + internal Params(IDirectSoundFXI3DL2Reverb dsFxObject) + { + fxI3Dl2Reverb = dsFxObject; + } + + /// <summary> + /// Sets standard reverberation parameters of a buffer. + /// </summary> + /// <param name="preset">I3DL2EnvironmentPreset</param> + public void SetPreset(I3DL2EnvironmentPreset preset) + { + var p = (uint)preset; + Marshal.ThrowExceptionForHR(fxI3Dl2Reverb.SetPreset(p)); + } + + /// <summary> + /// retrieves an identifier for standard reverberation parameters of a buffer. + /// </summary> + /// <returns>I3DL2EnvironmentPreset</returns> + public I3DL2EnvironmentPreset GetPreset() + { + Marshal.ThrowExceptionForHR(fxI3Dl2Reverb.GetPreset(out var preset)); + return (I3DL2EnvironmentPreset)preset; + } + + private void SetAllParameters(DsFxI3Dl2Reverb param) + { + Marshal.ThrowExceptionForHR(fxI3Dl2Reverb.SetAllParameters(ref param)); + } + + private DsFxI3Dl2Reverb GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxI3Dl2Reverb.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO I3DL2Reverb + /// </summary> + public DmoI3DL2Reverb() + { + var guidi3Dl2Reverb = new Guid("EF985E71-D5C7-42D4-BA4D-2D073E2E96F4"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidi3Dl2Reverb)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject)mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace)mediaComObject); + effectParams = new Params((IDirectSoundFXI3DL2Reverb)mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoI3DL2Reverb.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoI3DL2Reverb.cs.meta new file mode 100644 index 0000000..78aa3af --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoI3DL2Reverb.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 753587a000cdd04c1afb4056237cc01a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoParamEq.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoParamEq.cs new file mode 100644 index 0000000..98fc003 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoParamEq.cs @@ -0,0 +1,197 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxParamEq + { + public float Center; + public float BandWidth; + public float Gain; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("c03ca9fe-fe90-4204-8078-82334cd177da"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFxParamEq + { + [PreserveSig] + int SetAllParameters([In] ref DsFxParamEq param); + + [PreserveSig] + int GetAllParameters(out DsFxParamEq param); + } + + /// <summary> + /// DMO Parametric Equalizer Effect + /// </summary> + public class DmoParamEq : IDmoEffector<DmoParamEq.Params> + { + /// <summary> + /// DMO ParamEq Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFXPARAMEQ_CENTER_MIN + /// </summary> + public const float CenterMin = 80.0f; + /// <summary> + /// DSFXPARAMEQ_CENTER_MAX + /// </summary> + public const float CenterMax = 16000.0f; + /// <summary> + /// DSFXPARAMEQ_CENTER_DEFAULT + /// </summary> + public const float CenterDefault = 8000.0f; + + /// <summary> + /// DSFXPARAMEQ_BANDWIDTH_MIN + /// </summary> + public const float BandWidthMin = 1.0f; + /// <summary> + /// DSFXPARAMEQ_BANDWIDTH_MAX + /// </summary> + public const float BandWidthMax = 36.0f; + /// <summary> + /// DSFXPARAMEQ_BANDWIDTH_DEFAULT + /// </summary> + public const float BandWidthDefault = 12.0f; + + /// <summary> + /// DSFXPARAMEQ_GAIN_MIN + /// </summary> + public const float GainMin = -15.0f; + /// <summary> + /// DSFXPARAMEQ_GAIN_MAX + /// </summary> + public const float GainMax = 15.0f; + /// <summary> + /// DSFXPARAMEQ_GAIN_DEFAULT + /// </summary> + public const float GainDefault = 0.0f; + + /// <summary> + /// Center frequency, in hertz + /// </summary> + public float Center + { + get + { + var param = GetAllParameters(); + return param.Center; + } + set + { + var param = GetAllParameters(); + param.Center = Math.Max(Math.Min(CenterMax, value), CenterMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Bandwidth, in semitones. + /// </summary> + public float BandWidth + { + get + { + var param = GetAllParameters(); + return param.BandWidth; + } + set + { + var param = GetAllParameters(); + param.BandWidth = Math.Max(Math.Min(BandWidthMax, value), BandWidthMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Gain + /// </summary> + public float Gain + { + get + { + var param = GetAllParameters(); + return param.Gain; + } + set + { + var param = GetAllParameters(); + param.Gain = Math.Max(Math.Min(GainMax, value), GainMin); + SetAllParameters(param); + } + } + + private readonly IDirectSoundFxParamEq fxParamEq; + + internal Params(IDirectSoundFxParamEq dsFxObject) + { + fxParamEq = dsFxObject; + } + + private void SetAllParameters(DsFxParamEq param) + { + Marshal.ThrowExceptionForHR(fxParamEq.SetAllParameters(ref param)); + } + + private DsFxParamEq GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxParamEq.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO ParamEq + /// </summary> + public DmoParamEq() + { + var guidParamEq = new Guid("120CED89-3BF4-4173-A132-3CB406CF3231"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidParamEq)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject) mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace) mediaComObject); + effectParams = new Params((IDirectSoundFxParamEq) mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoParamEq.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoParamEq.cs.meta new file mode 100644 index 0000000..7b5718f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoParamEq.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: faad6296756e163cda2bad38370c8244 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoWavesReverb.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoWavesReverb.cs new file mode 100644 index 0000000..ce8933c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoWavesReverb.cs @@ -0,0 +1,229 @@ +using System; +using System.Linq; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo.Effect +{ + internal struct DsFxWavesReverb + { + public float InGain; + public float ReverbMix; + public float ReverbTime; + public float HighFreqRtRatio; + } + + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + Guid("46858c3a-0dc6-45e3-b760-d4eef16cb325"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IDirectSoundFXWavesReverb + { + [PreserveSig] + int SetAllParameters([In] ref DsFxWavesReverb param); + + [PreserveSig] + int GetAllParameters(out DsFxWavesReverb param); + } + + /// <summary> + /// DMO Reverb Effect + /// </summary> + public class DmoWavesReverb : IDmoEffector<DmoWavesReverb.Params> + { + /// <summary> + /// DMO Reverb Params + /// </summary> + public struct Params + { + /// <summary> + /// DSFX_WAVESREVERB_INGAIN_MIN + /// </summary> + public const float InGainMin = -96.0f; + /// <summary> + /// DSFX_WAVESREVERB_INGAIN_MAX + /// </summary> + public const float InGainMax = 0.0f; + /// <summary> + /// DSFX_WAVESREVERB_INGAIN_DEFAULT + /// </summary> + public const float InGainDefault = 0.0f; + + /// <summary> + /// DSFX_WAVESREVERB_REVERBMIX_MIN + /// </summary> + public const float ReverbMixMin = -96.0f; + /// <summary> + /// DSFX_WAVESREVERB_REVERBMIX_MAX + /// </summary> + public const float ReverbMixMax = 0.0f; + /// <summary> + /// DSFX_WAVESREVERB_REVERBMIX_DEFAULT + /// </summary> + public const float ReverbMixDefault = 0.0f; + + /// <summary> + /// DSFX_WAVESREVERB_REVERBTIME_MIN + /// </summary> + public const float ReverbTimeMin = 0.001f; + /// <summary> + /// DSFX_WAVESREVERB_REVERBTIME_MAX + /// </summary> + public const float ReverbTimeMax = 3000.0f; + /// <summary> + /// DSFX_WAVESREVERB_REVERBTIME_DEFAULT + /// </summary> + public const float ReverbTimeDefault = 1000.0f; + + /// <summary> + /// DSFX_WAVESREVERB_HIGHFREQRTRATIO_MIN + /// </summary> + public const float HighFreqRtRatioMin = 0.001f; + /// <summary> + /// DSFX_WAVESREVERB_HIGHFREQRTRATIO_MAX + /// </summary> + public const float HighFreqRtRatioMax = 0.999f; + /// <summary> + /// DSFX_WAVESREVERB_HIGHFREQRTRATIO_DEFAULT + /// </summary> + public const float HighFreqRtRatioDefault = 0.001f; + + /// <summary> + /// Input gain of signal, in decibels (dB). + /// </summary> + public float InGain + { + get + { + var param = GetAllParameters(); + return param.InGain; + } + set + { + var param = GetAllParameters(); + param.InGain = Math.Max(Math.Min(InGainMax, value), InGainMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Reverb mix, in dB. + /// </summary> + public float ReverbMix + { + get + { + var param = GetAllParameters(); + return param.ReverbMix; + } + set + { + var param = GetAllParameters(); + param.ReverbMix = Math.Max(Math.Min(ReverbMixMax, value), ReverbMixMin); + SetAllParameters(param); + } + } + + /// <summary> + /// Reverb time, in milliseconds. + /// </summary> + public float ReverbTime + { + get + { + var param = GetAllParameters(); + return param.ReverbTime; + } + set + { + var param = GetAllParameters(); + param.ReverbTime = Math.Max(Math.Min(ReverbTimeMax, value), ReverbTimeMin); + SetAllParameters(param); + } + } + + /// <summary> + /// High-frequency reverb time ratio. + /// </summary> + public float HighFreqRtRatio + { + get + { + var param = GetAllParameters(); + return param.HighFreqRtRatio; + } + set + { + var param = GetAllParameters(); + param.HighFreqRtRatio = Math.Max(Math.Min(HighFreqRtRatioMax, value), HighFreqRtRatioMin); + SetAllParameters(param); + } + } + + private readonly IDirectSoundFXWavesReverb fxWavesReverb; + + internal Params(IDirectSoundFXWavesReverb dsFxObject) + { + fxWavesReverb = dsFxObject; + } + + private void SetAllParameters(DsFxWavesReverb param) + { + Marshal.ThrowExceptionForHR(fxWavesReverb.SetAllParameters(ref param)); + } + + private DsFxWavesReverb GetAllParameters() + { + Marshal.ThrowExceptionForHR(fxWavesReverb.GetAllParameters(out var param)); + return param; + } + } + + private readonly MediaObject mediaObject; + private readonly MediaObjectInPlace mediaObjectInPlace; + private readonly Params effectParams; + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + /// <summary> + /// Media Object InPlace + /// </summary> + public MediaObjectInPlace MediaObjectInPlace => mediaObjectInPlace; + + /// <summary> + /// Effect Parameter + /// </summary> + public Params EffectParams => effectParams; + + /// <summary> + /// Create new DMO WavesReverb + /// </summary> + public DmoWavesReverb() + { + var guidWavesReverb = new Guid("87FC0268-9A55-4360-95AA-004A1D9DE26C"); + + var targetDescriptor = DmoEnumerator.GetAudioEffectNames().First(descriptor => + Equals(descriptor.Clsid, guidWavesReverb)); + + if (targetDescriptor != null) + { + var mediaComObject = Activator.CreateInstance(Type.GetTypeFromCLSID(targetDescriptor.Clsid)); + + mediaObject = new MediaObject((IMediaObject) mediaComObject); + mediaObjectInPlace = new MediaObjectInPlace((IMediaObjectInPlace) mediaComObject); + effectParams = new Params((IDirectSoundFXWavesReverb) mediaComObject); + } + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + mediaObjectInPlace?.Dispose(); + mediaObject?.Dispose(); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoWavesReverb.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoWavesReverb.cs.meta new file mode 100644 index 0000000..c14beb0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/DmoWavesReverb.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bf9948b12879b17d69e14018ddd7d238 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/EchoPanDelay.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/EchoPanDelay.cs new file mode 100644 index 0000000..066c45a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/EchoPanDelay.cs @@ -0,0 +1,17 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// DSFXECHO_PANDELAY + /// </summary> + public enum EchoPanDelay : int + { + /// <summary> + /// DSFXECHO_PANDELAY_MIN + /// </summary> + Off = 0, + /// <summary> + /// DSFXECHO_PANDELAY_MAX + /// </summary> + On = 1, + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/EchoPanDelay.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/EchoPanDelay.cs.meta new file mode 100644 index 0000000..0d83cfa --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/EchoPanDelay.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 207695cbc8055f7ba8a16a6169e4d8ef +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerPhase.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerPhase.cs new file mode 100644 index 0000000..65d1195 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerPhase.cs @@ -0,0 +1,29 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// Flanger Phase + /// </summary> + public enum FlangerPhase : int + { + /// <summary> + /// DSFXFLANGER_PHASE_NEG_180 + /// </summary> + Neg180 = 0, + /// <summary> + /// DSFXFLANGER_PHASE_NEG_90 + /// </summary> + Neg90 = 1, + /// <summary> + /// DSFXFLANGER_PHASE_ZERO + /// </summary> + Zero = 2, + /// <summary> + /// DSFXFLANGER_PHASE_90 + /// </summary> + Pos90 = 3, + /// <summary> + /// DSFXFLANGER_PHASE_180 + /// </summary> + Pos180 = 4, + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerPhase.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerPhase.cs.meta new file mode 100644 index 0000000..08ea2b3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerPhase.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2374b998db717f493a937a2bf582ac62 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerWaveForm.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerWaveForm.cs new file mode 100644 index 0000000..3ac2dff --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerWaveForm.cs @@ -0,0 +1,18 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// Flanger Wave Form + /// </summary> + public enum FlangerWaveForm : int + { + /// <summary> + /// DSFXFLANGER_WAVE_TRIANGLE + /// </summary> + Triangle = 0, + + /// <summary> + /// DSFXFLANGER_WAVE_SIN + /// </summary> + Sin = 1 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerWaveForm.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerWaveForm.cs.meta new file mode 100644 index 0000000..25ef810 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/FlangerWaveForm.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3695b357682ed595fa4aab2d736e545a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/GargleWaveShape.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/GargleWaveShape.cs new file mode 100644 index 0000000..c044516 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/GargleWaveShape.cs @@ -0,0 +1,18 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// Gargle Wave Shape + /// </summary> + public enum GargleWaveShape : uint + { + /// <summary> + /// DSFXGARGLE_WAVE_TRIANGLE + /// </summary> + Triangle = 0, + + /// <summary> + /// DSFXGARGLE_WAVE_SQUARE + /// </summary> + Square = 1 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/GargleWaveShape.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/GargleWaveShape.cs.meta new file mode 100644 index 0000000..f46ec28 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/GargleWaveShape.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: db34a1a0aa9d5ecb58f8f7bb302b1813 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/I3Dl2EnvironmentPreset.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/I3Dl2EnvironmentPreset.cs new file mode 100644 index 0000000..76cb503 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/I3Dl2EnvironmentPreset.cs @@ -0,0 +1,158 @@ +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// I3DL2 Reverberation Presets + /// </summary> + public enum I3DL2EnvironmentPreset + { + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_DEFAULT + /// </summary> + Default = 0, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_GENERIC + /// </summary> + Generic = 1, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_PADDEDCELL + /// </summary> + PaddedCell = 2, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_ROOM + /// </summary> + Room= 3, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_BATHROOM + /// </summary> + Bathroom= 4, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_LIVINGROOM + /// </summary> + LivingRoom = 5, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_STONEROOM + /// </summary> + StoneRoom = 6, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_AUDITORIUM + /// </summary> + Auditorium = 7, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_CONCERTHALL + /// </summary> + ConcertHall = 8, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_CAVE + /// </summary> + Cave = 9, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_ARENA + /// </summary> + Arena = 10, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_HANGAR + /// </summary> + Hangar = 11, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_CARPETEDHALLWAY + /// </summary> + CarpetedHallway = 12, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_HALLWAY + /// </summary> + Hallway = 13, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_STONECORRIDOR + /// </summary> + StoneCorridor = 14, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_ALLEY + /// </summary> + Alley = 15, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_FOREST + /// </summary> + Forest = 16, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_CITY + /// </summary> + City = 17, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_MOUNTAINS + /// </summary> + Mountains = 18, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_QUARRY + /// </summary> + Quarry = 19, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_PLAIN + /// </summary> + Plain = 20, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_PARKINGLOT + /// </summary> + ParkingLot = 21, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_SEWERPIPE + /// </summary> + SewerPipe = 22, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_UNDERWATER + /// </summary> + UnderWater = 23, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_SMALLROOM + /// </summary> + SmallRoom = 24, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_MEDIUMROOM + /// </summary> + MediumRoom = 25, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_LARGEROOM + /// </summary> + LargeRoom = 26, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_MEDIUMHALL + /// </summary> + MediumHall = 27, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_LARGEHALL + /// </summary> + LargeHall = 28, + + /// <summary> + /// DSFX_I3DL2_ENVIRONMENT_PRESET_PLATE + /// </summary> + Plate = 29 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/I3Dl2EnvironmentPreset.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/I3Dl2EnvironmentPreset.cs.meta new file mode 100644 index 0000000..7937545 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/I3Dl2EnvironmentPreset.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5281e59ed24a4eb73bb04ac3ec7b9800 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/IDmoEffector.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/IDmoEffector.cs new file mode 100644 index 0000000..b9e0ac5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/IDmoEffector.cs @@ -0,0 +1,26 @@ +using System; + +namespace NAudio.Dmo.Effect +{ + /// <summary> + /// Interface of DMO Effectors + /// </summary> + /// <typeparam name="TParameters">Parameters of the effect to be used</typeparam> + public interface IDmoEffector<out TParameters> : IDisposable + { + /// <summary> + /// Media Object + /// </summary> + MediaObject MediaObject { get; } + + /// <summary> + /// Media Object InPlace + /// </summary> + MediaObjectInPlace MediaObjectInPlace { get; } + + /// <summary> + /// Effect Parameter + /// </summary> + TParameters EffectParams { get; } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/IDmoEffector.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/IDmoEffector.cs.meta new file mode 100644 index 0000000..e296940 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/Effect/IDmoEffector.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ac81f091a0214974892737b5ff989061 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IEnumDmo.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IEnumDmo.cs new file mode 100644 index 0000000..30c0023 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IEnumDmo.cs @@ -0,0 +1,21 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + [Guid("2c3cd98a-2bfa-4a53-9c27-5249ba64ba0f"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IEnumDmo + { + // int Next(int itemsToFetch, CLSID[] clsids, string[] names, out int itemsFetched); + // lets do one at a time to keep it simple - don't call with itemsToFetch > 1 + int Next(int itemsToFetch, out Guid clsid, out IntPtr name, out int itemsFetched); + + int Skip(int itemsToSkip); + + int Reset(); + + int Clone(out IEnumDmo enumPointer); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IEnumDmo.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IEnumDmo.cs.meta new file mode 100644 index 0000000..e702a41 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IEnumDmo.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cba01a77002424092a5056050a8397a0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaBuffer.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaBuffer.cs new file mode 100644 index 0000000..13f667a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaBuffer.cs @@ -0,0 +1,42 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// IMediaBuffer Interface + /// </summary> + [ComImport, +#if !WINDOWS_UWP + System.Security.SuppressUnmanagedCodeSecurity, +#endif + Guid("59eff8b9-938c-4a26-82f2-95cb84cdc837"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + public interface IMediaBuffer + { + /// <summary> + /// Set Length + /// </summary> + /// <param name="length">Length</param> + /// <returns>HRESULT</returns> + [PreserveSig] + int SetLength(int length); + + /// <summary> + /// Get Max Length + /// </summary> + /// <param name="maxLength">Max Length</param> + /// <returns>HRESULT</returns> + [PreserveSig] + int GetMaxLength(out int maxLength); + + /// <summary> + /// Get Buffer and Length + /// </summary> + /// <param name="bufferPointerPointer">Pointer to variable into which to write the Buffer Pointer </param> + /// <param name="validDataLengthPointer">Pointer to variable into which to write the Valid Data Length</param> + /// <returns>HRESULT</returns> + [PreserveSig] + int GetBufferAndLength(IntPtr bufferPointerPointer, IntPtr validDataLengthPointer); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaBuffer.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaBuffer.cs.meta new file mode 100644 index 0000000..1674a46 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9b722f575493227f69e761f8cebe96c4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObject.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObject.cs new file mode 100644 index 0000000..806deb3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObject.cs @@ -0,0 +1,84 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// defined in mediaobj.h + /// </summary> + [ComImport, +#if !WINDOWS_UWP + System.Security.SuppressUnmanagedCodeSecurity, +#endif + Guid("d8ad0f58-5494-4102-97c5-ec798e59bcf4"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IMediaObject + { + [PreserveSig] + int GetStreamCount(out int inputStreams, out int outputStreams); + + [PreserveSig] + int GetInputStreamInfo(int inputStreamIndex, out InputStreamInfoFlags flags); + + [PreserveSig] + int GetOutputStreamInfo(int outputStreamIndex, out OutputStreamInfoFlags flags); + + [PreserveSig] + int GetInputType(int inputStreamIndex, int typeIndex, out DmoMediaType mediaType); + + [PreserveSig] + int GetOutputType(int outputStreamIndex, int typeIndex, out DmoMediaType mediaType); + + [PreserveSig] + int SetInputType(int inputStreamIndex, [In] ref DmoMediaType mediaType, DmoSetTypeFlags flags); + + [PreserveSig] + int SetOutputType(int outputStreamIndex, [In] ref DmoMediaType mediaType, DmoSetTypeFlags flags); + + [PreserveSig] + int GetInputCurrentType(int inputStreamIndex, out DmoMediaType mediaType); + + [PreserveSig] + int GetOutputCurrentType(int outputStreamIndex, out DmoMediaType mediaType); + + [PreserveSig] + int GetInputSizeInfo(int inputStreamIndex, out int size, out int maxLookahead, out int alignment); + + [PreserveSig] + int GetOutputSizeInfo(int outputStreamIndex, out int size, out int alignment); + + [PreserveSig] + int GetInputMaxLatency(int inputStreamIndex, out long referenceTimeMaxLatency); + + [PreserveSig] + int SetInputMaxLatency(int inputStreamIndex, long referenceTimeMaxLatency); + + [PreserveSig] + int Flush(); + + [PreserveSig] + int Discontinuity(int inputStreamIndex); + + [PreserveSig] + int AllocateStreamingResources(); + + [PreserveSig] + int FreeStreamingResources(); + + [PreserveSig] + int GetInputStatus(int inputStreamIndex, out DmoInputStatusFlags flags); + + [PreserveSig] + int ProcessInput(int inputStreamIndex, [In] IMediaBuffer mediaBuffer, DmoInputDataBufferFlags flags, + long referenceTimeTimestamp, long referenceTimeDuration); + + [PreserveSig] + int ProcessOutput(DmoProcessOutputFlags flags, + int outputBufferCount, + [In, Out, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 1)] DmoOutputDataBuffer[] outputBuffers, + out int statusReserved); + + [PreserveSig] + int Lock(bool acquireLock); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObject.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObject.cs.meta new file mode 100644 index 0000000..1fbc890 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 732c248ab6e2c4e4abb02927fc8b7a17 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObjectInPlace.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObjectInPlace.cs new file mode 100644 index 0000000..5d90567 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObjectInPlace.cs @@ -0,0 +1,28 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// defined in mediaobj.h + /// </summary> + [ComImport, + System.Security.SuppressUnmanagedCodeSecurity, + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + Guid("651B9AD0-0FC7-4AA9-9538-D89931010741")] + internal interface IMediaObjectInPlace + { + [PreserveSig] + int Process( + [In] int size, + [In] IntPtr data, + [In] long refTimeStart, + [In] DmoInPlaceProcessFlags dwFlags); + + [PreserveSig] + int Clone([MarshalAs(UnmanagedType.Interface)] out IMediaObjectInPlace mediaObjectInPlace); + + [PreserveSig] + int GetLatency(out long latencyTime); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObjectInPlace.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObjectInPlace.cs.meta new file mode 100644 index 0000000..b759413 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaObjectInPlace.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6bf9a4fc24fca50e8a5c5720924685e4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaParamInfo.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaParamInfo.cs new file mode 100644 index 0000000..83340ac --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaParamInfo.cs @@ -0,0 +1,35 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// defined in Medparam.h + /// </summary> + [ComImport, +#if !WINDOWS_UWP + System.Security.SuppressUnmanagedCodeSecurity, +#endif + Guid("6d6cbb60-a223-44aa-842f-a2f06750be6d"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + interface IMediaParamInfo + { + [PreserveSig] + int GetParamCount(out int paramCount); + + [PreserveSig] // MP_PARAMINFO + int GetParamInfo(int paramIndex, ref MediaParamInfo paramInfo); + + [PreserveSig] + int GetParamText(int paramIndex, out IntPtr paramText); + + [PreserveSig] + int GetNumTimeFormats(out int numTimeFormats); + + [PreserveSig] + int GetSupportedTimeFormat(int formatIndex, out Guid guidTimeFormat); + + [PreserveSig] // MP_TIMEDATA is a DWORD + int GetCurrentTimeFormat(out Guid guidTimeFormat, out int mediaTimeData); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaParamInfo.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaParamInfo.cs.meta new file mode 100644 index 0000000..bdefc7a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IMediaParamInfo.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b75f475d8401263e987d09f4e3b8462c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IWMResamplerProps.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IWMResamplerProps.cs new file mode 100644 index 0000000..a222099 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IWMResamplerProps.cs @@ -0,0 +1,25 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// Windows Media Resampler Props + /// wmcodecdsp.h + /// </summary> + [Guid("E7E9984F-F09F-4da4-903F-6E2E0EFE56B5"), + InterfaceType(ComInterfaceType.InterfaceIsIUnknown), + ComImport] + interface IWMResamplerProps + { + /// <summary> + /// Range is 1 to 60 + /// </summary> + int SetHalfFilterLength(int outputQuality); + + /// <summary> + /// Specifies the channel matrix. + /// </summary> + int SetUserChannelMtx([In] float[] channelConversionMatrix); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/IWMResamplerProps.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IWMResamplerProps.cs.meta new file mode 100644 index 0000000..ea92ecb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/IWMResamplerProps.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3f5add792cbbba201a8470362b394fe3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/InputStreamInfoFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/InputStreamInfoFlags.cs new file mode 100644 index 0000000..eeaaf2c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/InputStreamInfoFlags.cs @@ -0,0 +1,14 @@ +using System; + +namespace NAudio.Dmo +{ + [Flags] + enum InputStreamInfoFlags + { + None, + DMO_INPUT_STREAMF_WHOLE_SAMPLES = 0x00000001, + DMO_INPUT_STREAMF_SINGLE_SAMPLE_PER_BUFFER = 0x00000002, + DMO_INPUT_STREAMF_FIXED_SAMPLE_SIZE = 0x00000004, + DMO_INPUT_STREAMF_HOLDS_BUFFERS = 0x00000008 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/InputStreamInfoFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/InputStreamInfoFlags.cs.meta new file mode 100644 index 0000000..e2b51fc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/InputStreamInfoFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 42169c0b527cad3488e7d3a8a0926ec6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaBuffer.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaBuffer.cs new file mode 100644 index 0000000..3bfc452 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaBuffer.cs @@ -0,0 +1,142 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Utils; + +namespace NAudio.Dmo +{ + /// <summary> + /// Attempting to implement the COM IMediaBuffer interface as a .NET object + /// Not sure what will happen when I pass this to an unmanaged object + /// </summary> + public class MediaBuffer : IMediaBuffer, IDisposable + { + private IntPtr buffer; + private int length; + private readonly int maxLength; + + /// <summary> + /// Creates a new Media Buffer + /// </summary> + /// <param name="maxLength">Maximum length in bytes</param> + public MediaBuffer(int maxLength) + { + buffer = Marshal.AllocCoTaskMem(maxLength); + this.maxLength = maxLength; + } + + /// <summary> + /// Dispose and free memory for buffer + /// </summary> + public void Dispose() + { + if (buffer != IntPtr.Zero) + { + Marshal.FreeCoTaskMem(buffer); + buffer = IntPtr.Zero; + GC.SuppressFinalize(this); + } + } + + /// <summary> + /// Finalizer + /// </summary> + ~MediaBuffer() + { + Dispose(); + } + + #region IMediaBuffer Members + + /// <summary> + /// Set length of valid data in the buffer + /// </summary> + /// <param name="length">length</param> + /// <returns>HRESULT</returns> + int IMediaBuffer.SetLength(int length) + { + //System.Diagnostics.Debug.WriteLine(String.Format("Set Length {0}", length)); + if (length > maxLength) + { + return HResult.E_INVALIDARG; + } + this.length = length; + return HResult.S_OK; + } + + /// <summary> + /// Gets the maximum length of the buffer + /// </summary> + /// <param name="maxLength">Max length (output parameter)</param> + /// <returns>HRESULT</returns> + int IMediaBuffer.GetMaxLength(out int maxLength) + { + //System.Diagnostics.Debug.WriteLine("Get Max Length"); + maxLength = this.maxLength; + return HResult.S_OK; + } + + /// <summary> + /// Gets buffer and / or length + /// </summary> + /// <param name="bufferPointerPointer">Pointer to variable into which buffer pointer should be written</param> + /// <param name="validDataLengthPointer">Pointer to variable into which valid data length should be written</param> + /// <returns>HRESULT</returns> + int IMediaBuffer.GetBufferAndLength(IntPtr bufferPointerPointer, IntPtr validDataLengthPointer) + { + + //System.Diagnostics.Debug.WriteLine(String.Format("Get Buffer and Length {0},{1}", + // bufferPointerPointer,validDataLengthPointer)); + if (bufferPointerPointer != IntPtr.Zero) + { + Marshal.WriteIntPtr(bufferPointerPointer, this.buffer); + } + if (validDataLengthPointer != IntPtr.Zero) + { + Marshal.WriteInt32(validDataLengthPointer, this.length); + + } + //System.Diagnostics.Debug.WriteLine("Finished Getting Buffer and Length"); + return HResult.S_OK; + + } + + #endregion + + /// <summary> + /// Length of data in the media buffer + /// </summary> + public int Length + { + get { return length; } + set + { + if (length > maxLength) + { + throw new ArgumentException("Cannot be greater than maximum buffer size"); + } + length = value; + } + } + + /// <summary> + /// Loads data into this buffer + /// </summary> + /// <param name="data">Data to load</param> + /// <param name="bytes">Number of bytes to load</param> + public void LoadData(byte[] data, int bytes) + { + this.Length = bytes; + Marshal.Copy(data, 0, buffer, bytes); + } + + /// <summary> + /// Retrieves the data in the output buffer + /// </summary> + /// <param name="data">buffer to retrieve into</param> + /// <param name="offset">offset within that buffer</param> + public void RetrieveData(byte[] data, int offset) + { + Marshal.Copy(buffer, data, offset, Length); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaBuffer.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaBuffer.cs.meta new file mode 100644 index 0000000..ab51115 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2ab5c74444d865b1f8c8d42473eeeb8d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObject.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObject.cs new file mode 100644 index 0000000..b17ede7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObject.cs @@ -0,0 +1,491 @@ +using System; +using System.Collections.Generic; +using NAudio.Utils; +using System.Runtime.InteropServices; +using NAudio.Wave; +using System.Diagnostics; + +namespace NAudio.Dmo +{ + /// <summary> + /// Media Object + /// </summary> + public class MediaObject : IDisposable + { + private IMediaObject mediaObject; + private readonly int inputStreams; + private readonly int outputStreams; + + #region Construction + + /// <summary> + /// Creates a new Media Object + /// </summary> + /// <param name="mediaObject">Media Object COM interface</param> + internal MediaObject(IMediaObject mediaObject) + { + this.mediaObject = mediaObject; + mediaObject.GetStreamCount(out inputStreams, out outputStreams); + } + + #endregion + + #region Public Properties + /// <summary> + /// Number of input streams + /// </summary> + public int InputStreamCount + { + get { return inputStreams; } + } + + /// <summary> + /// Number of output streams + /// </summary> + public int OutputStreamCount + { + get { return outputStreams; } + } + #endregion + + #region Get Input and Output Types + + /// <summary> + /// Gets the input media type for the specified input stream + /// </summary> + /// <param name="inputStream">Input stream index</param> + /// <param name="inputTypeIndex">Input type index</param> + /// <returns>DMO Media Type or null if there are no more input types</returns> + public DmoMediaType? GetInputType(int inputStream, int inputTypeIndex) + { + try + { + DmoMediaType mediaType; + int hresult = mediaObject.GetInputType(inputStream, inputTypeIndex, out mediaType); + if (hresult == HResult.S_OK) + { + // this frees the format (if present) + // we should therefore come up with a way of marshaling the format + // into a completely managed structure + DmoInterop.MoFreeMediaType(ref mediaType); + return mediaType; + } + } + catch (COMException e) + { + if (e.GetHResult() != (int)DmoHResults.DMO_E_NO_MORE_ITEMS) + { + throw; + } + } + return null; + } + + /// <summary> + /// Gets the DMO Media Output type + /// </summary> + /// <param name="outputStream">The output stream</param> + /// <param name="outputTypeIndex">Output type index</param> + /// <returns>DMO Media Type or null if no more available</returns> + public DmoMediaType? GetOutputType(int outputStream, int outputTypeIndex) + { + try + { + DmoMediaType mediaType; + int hresult = mediaObject.GetOutputType(outputStream, outputTypeIndex, out mediaType); + if (hresult == HResult.S_OK) + { + // this frees the format (if present) + // we should therefore come up with a way of marshaling the format + // into a completely managed structure + DmoInterop.MoFreeMediaType(ref mediaType); + return mediaType; + } + } + catch (COMException e) + { + if (e.GetHResult() != (int)DmoHResults.DMO_E_NO_MORE_ITEMS) + { + throw; + } + } + return null; + } + + /// <summary> + /// retrieves the media type that was set for an output stream, if any + /// </summary> + /// <param name="outputStreamIndex">Output stream index</param> + /// <returns>DMO Media Type or null if no more available</returns> + public DmoMediaType GetOutputCurrentType(int outputStreamIndex) + { + DmoMediaType mediaType; + int hresult = mediaObject.GetOutputCurrentType(outputStreamIndex, out mediaType); + if (hresult == HResult.S_OK) + { + // this frees the format (if present) + // we should therefore come up with a way of marshaling the format + // into a completely managed structure + DmoInterop.MoFreeMediaType(ref mediaType); + return mediaType; + } + else + { + if (hresult == (int)DmoHResults.DMO_E_TYPE_NOT_SET) + { + throw new InvalidOperationException("Media type was not set."); + } + else + { + throw Marshal.GetExceptionForHR(hresult); + } + } + } + + /// <summary> + /// Enumerates the supported input types + /// </summary> + /// <param name="inputStreamIndex">Input stream index</param> + /// <returns>Enumeration of input types</returns> + public IEnumerable<DmoMediaType> GetInputTypes(int inputStreamIndex) + { + int typeIndex = 0; + DmoMediaType? mediaType; + while ((mediaType = GetInputType(inputStreamIndex,typeIndex)) != null) + { + yield return mediaType.Value; + typeIndex++; + } + } + + /// <summary> + /// Enumerates the output types + /// </summary> + /// <param name="outputStreamIndex">Output stream index</param> + /// <returns>Enumeration of supported output types</returns> + public IEnumerable<DmoMediaType> GetOutputTypes(int outputStreamIndex) + { + int typeIndex = 0; + DmoMediaType? mediaType; + while ((mediaType = GetOutputType(outputStreamIndex, typeIndex)) != null) + { + yield return mediaType.Value; + typeIndex++; + } + } + + #endregion + + #region Set Input Type + + /// <summary> + /// Querys whether a specified input type is supported + /// </summary> + /// <param name="inputStreamIndex">Input stream index</param> + /// <param name="mediaType">Media type to check</param> + /// <returns>true if supports</returns> + public bool SupportsInputType(int inputStreamIndex, DmoMediaType mediaType) + { + return SetInputType(inputStreamIndex, mediaType, DmoSetTypeFlags.DMO_SET_TYPEF_TEST_ONLY); + } + + /// <summary> + /// Sets the input type helper method + /// </summary> + /// <param name="inputStreamIndex">Input stream index</param> + /// <param name="mediaType">Media type</param> + /// <param name="flags">Flags (can be used to test rather than set)</param> + private bool SetInputType(int inputStreamIndex, DmoMediaType mediaType, DmoSetTypeFlags flags) + { + int hResult = mediaObject.SetInputType(inputStreamIndex, ref mediaType, flags); + if (hResult != HResult.S_OK) + { + if (hResult == (int)DmoHResults.DMO_E_INVALIDSTREAMINDEX) + { + throw new ArgumentException("Invalid stream index"); + } + if (hResult == (int)DmoHResults.DMO_E_TYPE_NOT_ACCEPTED) + { + Debug.WriteLine("Media type was not accepted"); + } + + return false; + } + return true; + } + + /// <summary> + /// Sets the input type + /// </summary> + /// <param name="inputStreamIndex">Input stream index</param> + /// <param name="mediaType">Media Type</param> + public void SetInputType(int inputStreamIndex, DmoMediaType mediaType) + { + if(!SetInputType(inputStreamIndex,mediaType,DmoSetTypeFlags.None)) + { + throw new ArgumentException("Media Type not supported"); + } + } + + /// <summary> + /// Sets the input type to the specified Wave format + /// </summary> + /// <param name="inputStreamIndex">Input stream index</param> + /// <param name="waveFormat">Wave format</param> + public void SetInputWaveFormat(int inputStreamIndex, WaveFormat waveFormat) + { + DmoMediaType mediaType = CreateDmoMediaTypeForWaveFormat(waveFormat); + bool set = SetInputType(inputStreamIndex, mediaType, DmoSetTypeFlags.None); + DmoInterop.MoFreeMediaType(ref mediaType); + if (!set) + { + throw new ArgumentException("Media Type not supported"); + } + } + + /// <summary> + /// Requests whether the specified Wave format is supported as an input + /// </summary> + /// <param name="inputStreamIndex">Input stream index</param> + /// <param name="waveFormat">Wave format</param> + /// <returns>true if supported</returns> + public bool SupportsInputWaveFormat(int inputStreamIndex, WaveFormat waveFormat) + { + DmoMediaType mediaType = CreateDmoMediaTypeForWaveFormat(waveFormat); + bool supported = SetInputType(inputStreamIndex, mediaType, DmoSetTypeFlags.DMO_SET_TYPEF_TEST_ONLY); + DmoInterop.MoFreeMediaType(ref mediaType); + return supported; + } + + /// <summary> + /// Helper function to make a DMO Media Type to represent a particular WaveFormat + /// </summary> + private DmoMediaType CreateDmoMediaTypeForWaveFormat(WaveFormat waveFormat) + { + DmoMediaType mediaType = new DmoMediaType(); + int waveFormatExSize = Marshal.SizeOf(waveFormat); // 18 + waveFormat.ExtraSize; + DmoInterop.MoInitMediaType(ref mediaType, waveFormatExSize); + mediaType.SetWaveFormat(waveFormat); + return mediaType; + } + + #endregion + + #region Set Output Type + + /// <summary> + /// Checks if a specified output type is supported + /// n.b. you may need to set the input type first + /// </summary> + /// <param name="outputStreamIndex">Output stream index</param> + /// <param name="mediaType">Media type</param> + /// <returns>True if supported</returns> + public bool SupportsOutputType(int outputStreamIndex, DmoMediaType mediaType) + { + return SetOutputType(outputStreamIndex, mediaType, DmoSetTypeFlags.DMO_SET_TYPEF_TEST_ONLY); + } + + /// <summary> + /// Tests if the specified Wave Format is supported for output + /// n.b. may need to set the input type first + /// </summary> + /// <param name="outputStreamIndex">Output stream index</param> + /// <param name="waveFormat">Wave format</param> + /// <returns>True if supported</returns> + public bool SupportsOutputWaveFormat(int outputStreamIndex, WaveFormat waveFormat) + { + DmoMediaType mediaType = CreateDmoMediaTypeForWaveFormat(waveFormat); + bool supported = SetOutputType(outputStreamIndex, mediaType, DmoSetTypeFlags.DMO_SET_TYPEF_TEST_ONLY); + DmoInterop.MoFreeMediaType(ref mediaType); + return supported; + } + + /// <summary> + /// Helper method to call SetOutputType + /// </summary> + private bool SetOutputType(int outputStreamIndex, DmoMediaType mediaType, DmoSetTypeFlags flags) + { + int hresult = mediaObject.SetOutputType(outputStreamIndex, ref mediaType, flags); + if (hresult == (int)DmoHResults.DMO_E_TYPE_NOT_ACCEPTED) + { + return false; + } + else if (hresult == HResult.S_OK) + { + return true; + } + else + { + throw Marshal.GetExceptionForHR(hresult); + } + } + + /// <summary> + /// Sets the output type + /// n.b. may need to set the input type first + /// </summary> + /// <param name="outputStreamIndex">Output stream index</param> + /// <param name="mediaType">Media type to set</param> + public void SetOutputType(int outputStreamIndex, DmoMediaType mediaType) + { + if (!SetOutputType(outputStreamIndex, mediaType, DmoSetTypeFlags.None)) + { + throw new ArgumentException("Media Type not supported"); + } + } + + /// <summary> + /// Set output type to the specified wave format + /// n.b. may need to set input type first + /// </summary> + /// <param name="outputStreamIndex">Output stream index</param> + /// <param name="waveFormat">Wave format</param> + public void SetOutputWaveFormat(int outputStreamIndex, WaveFormat waveFormat) + { + DmoMediaType mediaType = CreateDmoMediaTypeForWaveFormat(waveFormat); + bool succeeded = SetOutputType(outputStreamIndex, mediaType, DmoSetTypeFlags.None); + DmoInterop.MoFreeMediaType(ref mediaType); + if (!succeeded) + { + throw new ArgumentException("Media Type not supported"); + } + } + + #endregion + + #region Get Input and Output Size Info + /// <summary> + /// Get Input Size Info + /// </summary> + /// <param name="inputStreamIndex">Input Stream Index</param> + /// <returns>Input Size Info</returns> + public MediaObjectSizeInfo GetInputSizeInfo(int inputStreamIndex) + { + int size; + int maxLookahead; + int alignment; + Marshal.ThrowExceptionForHR(mediaObject.GetInputSizeInfo(inputStreamIndex, out size, out maxLookahead, out alignment)); + return new MediaObjectSizeInfo(size, maxLookahead, alignment); + } + + /// <summary> + /// Get Output Size Info + /// </summary> + /// <param name="outputStreamIndex">Output Stream Index</param> + /// <returns>Output Size Info</returns> + public MediaObjectSizeInfo GetOutputSizeInfo(int outputStreamIndex) + { + int size; + int alignment; + Marshal.ThrowExceptionForHR(mediaObject.GetOutputSizeInfo(outputStreamIndex, out size, out alignment)); + return new MediaObjectSizeInfo(size, 0, alignment); + } + + #endregion + + #region Buffer Processing + /// <summary> + /// Process Input + /// </summary> + /// <param name="inputStreamIndex">Input Stream index</param> + /// <param name="mediaBuffer">Media Buffer</param> + /// <param name="flags">Flags</param> + /// <param name="timestamp">Timestamp</param> + /// <param name="duration">Duration</param> + public void ProcessInput(int inputStreamIndex, IMediaBuffer mediaBuffer, DmoInputDataBufferFlags flags, + long timestamp, long duration) + { + Marshal.ThrowExceptionForHR(mediaObject.ProcessInput(inputStreamIndex, mediaBuffer, flags, timestamp, duration)); + } + + /// <summary> + /// Process Output + /// </summary> + /// <param name="flags">Flags</param> + /// <param name="outputBufferCount">Output buffer count</param> + /// <param name="outputBuffers">Output buffers</param> + public void ProcessOutput(DmoProcessOutputFlags flags, int outputBufferCount, DmoOutputDataBuffer[] outputBuffers) + { + int reserved; + Marshal.ThrowExceptionForHR(mediaObject.ProcessOutput(flags, outputBufferCount, outputBuffers, out reserved)); + } + #endregion + + /// <summary> + /// Gives the DMO a chance to allocate any resources needed for streaming + /// </summary> + public void AllocateStreamingResources() + { + Marshal.ThrowExceptionForHR(mediaObject.AllocateStreamingResources()); + } + + /// <summary> + /// Tells the DMO to free any resources needed for streaming + /// </summary> + public void FreeStreamingResources() + { + Marshal.ThrowExceptionForHR(mediaObject.FreeStreamingResources()); + } + + /// <summary> + /// Gets maximum input latency + /// </summary> + /// <param name="inputStreamIndex">input stream index</param> + /// <returns>Maximum input latency as a ref-time</returns> + public long GetInputMaxLatency(int inputStreamIndex) + { + long maxLatency; + Marshal.ThrowExceptionForHR(mediaObject.GetInputMaxLatency(inputStreamIndex, out maxLatency)); + return maxLatency; + } + + /// <summary> + /// Flushes all buffered data + /// </summary> + public void Flush() + { + Marshal.ThrowExceptionForHR(mediaObject.Flush()); + } + + /// <summary> + /// Report a discontinuity on the specified input stream + /// </summary> + /// <param name="inputStreamIndex">Input Stream index</param> + public void Discontinuity(int inputStreamIndex) + { + Marshal.ThrowExceptionForHR(mediaObject.Discontinuity(inputStreamIndex)); + } + + /// <summary> + /// Is this input stream accepting data? + /// </summary> + /// <param name="inputStreamIndex">Input Stream index</param> + /// <returns>true if accepting data</returns> + public bool IsAcceptingData(int inputStreamIndex) + { + DmoInputStatusFlags flags; + int hresult = mediaObject.GetInputStatus(inputStreamIndex, out flags); + Marshal.ThrowExceptionForHR(hresult); + return (flags & DmoInputStatusFlags.DMO_INPUT_STATUSF_ACCEPT_DATA) == DmoInputStatusFlags.DMO_INPUT_STATUSF_ACCEPT_DATA; + } + + // TODO: there are still several IMediaObject functions to be wrapped + + #region IDisposable Members + + /// <summary> + /// Experimental code, not currently being called + /// Not sure if it is necessary anyway + /// </summary> + public void Dispose() + { + if (mediaObject != null) + { + Marshal.ReleaseComObject(mediaObject); + mediaObject = null; + } + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObject.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObject.cs.meta new file mode 100644 index 0000000..289d3a4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9cf19be77f18a21d9a44f2ffd62cfc0d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectInPlace.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectInPlace.cs new file mode 100644 index 0000000..d9c3141 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectInPlace.cs @@ -0,0 +1,87 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// Media Object InPlace + /// </summary> + public class MediaObjectInPlace : IDisposable + { + private IMediaObjectInPlace mediaObjectInPlace; + + /// <summary> + /// Creates a new Media Object InPlace + /// </summary> + /// <param name="mediaObjectInPlace">Media Object InPlace COM Interface</param> + internal MediaObjectInPlace(IMediaObjectInPlace mediaObjectInPlace) + { + this.mediaObjectInPlace = mediaObjectInPlace; + } + + /// <summary> + /// Processes a block of data. + /// The application supplies a pointer to a block of input data. The DMO processes the data in place. + /// </summary> + /// <param name="size">Size of the data, in bytes.</param> + /// <param name="offset">offset into buffer</param> + /// <param name="data">In/Out Data Buffer</param> + /// <param name="timeStart">Start time of the data.</param> + /// <param name="inPlaceFlag">DmoInplaceProcessFlags</param> + /// <returns>Return value when Process is executed with IMediaObjectInPlace</returns> + public DmoInPlaceProcessReturn Process(int size, int offset, byte[] data, long timeStart, DmoInPlaceProcessFlags inPlaceFlag) + { + var pointer = Marshal.AllocHGlobal(size); + Marshal.Copy(data, offset, pointer, size); + + var result = mediaObjectInPlace.Process(size, pointer, timeStart, inPlaceFlag); + Marshal.ThrowExceptionForHR(result); + + Marshal.Copy(pointer, data, offset, size); + Marshal.FreeHGlobal(pointer); + + return (DmoInPlaceProcessReturn) result; + } + + /// <summary> + /// Creates a copy of the DMO in its current state. + /// </summary> + /// <returns>Copyed MediaObjectInPlace</returns> + public MediaObjectInPlace Clone() + { + Marshal.ThrowExceptionForHR(this.mediaObjectInPlace.Clone(out var cloneObj)); + return new MediaObjectInPlace(cloneObj); + } + + /// <summary> + /// Retrieves the latency introduced by this DMO. + /// </summary> + /// <returns>The latency, in 100-nanosecond units</returns> + public long GetLatency() + { + Marshal.ThrowExceptionForHR(this.mediaObjectInPlace.GetLatency(out var latencyTime)); + return latencyTime; + } + + /// <summary> + /// Get Media Object + /// </summary> + /// <returns>Media Object</returns> + public MediaObject GetMediaObject() + { + return new MediaObject((IMediaObject) mediaObjectInPlace); + } + + /// <summary> + /// Dispose code + /// </summary> + public void Dispose() + { + if (mediaObjectInPlace != null) + { + Marshal.ReleaseComObject(mediaObjectInPlace); + mediaObjectInPlace = null; + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectInPlace.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectInPlace.cs.meta new file mode 100644 index 0000000..1a385ce --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectInPlace.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ae8ce3663e8de93e5b0c316607ab168c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectSizeInfo.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectSizeInfo.cs new file mode 100644 index 0000000..30aae6b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectSizeInfo.cs @@ -0,0 +1,44 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// Media Object Size Info + /// </summary> + public class MediaObjectSizeInfo + { + /// <summary> + /// Minimum Buffer Size, in bytes + /// </summary> + public int Size { get; private set; } + + /// <summary> + /// Max Lookahead + /// </summary> + public int MaxLookahead { get; } + + /// <summary> + /// Alignment + /// </summary> + public int Alignment { get; } + + /// <summary> + /// Media Object Size Info + /// </summary> + public MediaObjectSizeInfo(int size, int maxLookahead, int alignment) + { + Size = size; + MaxLookahead = maxLookahead; + Alignment = alignment; + } + + /// <summary> + /// ToString + /// </summary> + public override string ToString() + { + return $"Size: {Size}, Alignment {Alignment}, MaxLookahead {MaxLookahead}"; + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectSizeInfo.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectSizeInfo.cs.meta new file mode 100644 index 0000000..1dea4ef --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaObjectSizeInfo.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e0248885c30d4cd4991ac25b67f3b507 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaParamInfo.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaParamInfo.cs new file mode 100644 index 0000000..5365048 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaParamInfo.cs @@ -0,0 +1,64 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Dmo +{ + /// <summary> + /// MP_PARAMINFO + /// </summary> + struct MediaParamInfo + { +#pragma warning disable 0649 + public MediaParamType mpType; + public MediaParamCurveType mopCaps; + public float mpdMinValue; // MP_DATA is a float + public float mpdMaxValue; + public float mpdNeutralValue; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = 32)] + public string szUnitText; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = 32)] + public string szLabel; +#pragma warning restore 0649 + } + + /// <summary> + /// MP_TYPE + /// </summary> + enum MediaParamType + { + /// <summary> + /// MPT_INT + /// </summary> + Int, + /// <summary> + /// MPT_FLOAT + /// </summary> + Float, + /// <summary> + /// MPT_BOOL + /// </summary> + Bool, + /// <summary> + /// MPT_ENUM + /// </summary> + Enum, + /// <summary> + /// MPT_MAX + /// </summary> + Max, + } + + /// <summary> + /// MP_CURVE_TYPE + /// </summary> + [Flags] + internal enum MediaParamCurveType + { + MP_CURVE_JUMP = 0x1, + MP_CURVE_LINEAR = 0x2, + MP_CURVE_SQUARE = 0x4, + MP_CURVE_INVSQUARE = 0x8, + MP_CURVE_SINE = 0x10 + } + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaParamInfo.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaParamInfo.cs.meta new file mode 100644 index 0000000..de7810f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaParamInfo.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 14b99da6613e7f1089aa701d10f9e087 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaTypes.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaTypes.cs new file mode 100644 index 0000000..a0342b8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaTypes.cs @@ -0,0 +1,72 @@ +using System; + +namespace NAudio.Dmo +{ + /// <summary> + /// uuids.h, ksuuids.h + /// </summary> + static class MediaTypes + { + public static readonly Guid MEDIATYPE_AnalogAudio = new Guid("0482DEE1-7817-11cf-8a03-00aa006ecb65"); // Analog audio. + public static readonly Guid MEDIATYPE_AnalogVideo = new Guid("0482DDE1-7817-11cf-8A03-00AA006ECB65"); // Analog video. + public static readonly Guid MEDIATYPE_Audio = new Guid("73647561-0000-0010-8000-00AA00389B71"); // Audio. + public static readonly Guid MEDIATYPE_AUXLine21Data = new Guid("670AEA80-3A82-11d0-B79B-00AA003767A7"); // Line 21 data. Used by closed captions. + public static readonly Guid MEDIATYPE_File = new Guid("656c6966-0000-0010-8000-00AA00389B71"); // File. (Obsolete) + public static readonly Guid MEDIATYPE_Interleaved = new Guid("73766169-0000-0010-8000-00AA00389B71"); // Interleaved audio and video. Used for Digital Video (DV). + public static readonly Guid MEDIATYPE_Midi = new Guid("7364696D-0000-0010-8000-00AA00389B71"); // MIDI format. + // public static readonly Guid MEDIATYPE_MPEG2_PES MPEG-2 PES packets. + // public static readonly Guid MEDIATYPE_MPEG2_SECTIONS MPEG-2 section data + public static readonly Guid MEDIATYPE_ScriptCommand = new Guid("73636d64-0000-0010-8000-00AA00389B71"); // Data is a script command, used by closed captions. + public static readonly Guid MEDIATYPE_Stream = new Guid("e436eb83-524f-11ce-9f53-0020af0ba770"); // Byte stream with no time stamps. + public static readonly Guid MEDIATYPE_Text = new Guid("73747874-0000-0010-8000-00AA00389B71"); // Text. + public static readonly Guid MEDIATYPE_Timecode = new Guid("0482DEE3-7817-11cf-8a03-00aa006ecb65"); // Timecode data. Note: DirectShow does not provide any filters that support this media type. + public static readonly Guid MEDIATYPE_Video = new Guid("73646976-0000-0010-8000-00AA00389B71"); // Video. + + public static readonly Guid[] MajorTypes = new Guid[] + { + MEDIATYPE_AnalogAudio, + MEDIATYPE_AnalogVideo, + MEDIATYPE_Audio, + MEDIATYPE_AUXLine21Data, + MEDIATYPE_File, + MEDIATYPE_Interleaved, + MEDIATYPE_Midi, + MEDIATYPE_ScriptCommand, + MEDIATYPE_Stream, + MEDIATYPE_Text, + MEDIATYPE_Timecode, + MEDIATYPE_Video, + }; + + public static readonly string[] MajorTypeNames = new string[] + { + "Analog Audio", + "Analog Video", + "Audio", + "AUXLine21Data", + "File", + "Interleaved", + "Midi", + "ScriptCommand", + "Stream", + "Text", + "Timecode", + "Video", + }; + + + public static string GetMediaTypeName(Guid majorType) + { + for (int index = 0; index < MajorTypes.Length; index++) + { + if (majorType == MajorTypes[index]) + { + return MajorTypeNames[index]; + } + } + throw new ArgumentException("Major Type not found"); + } + } + + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaTypes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaTypes.cs.meta new file mode 100644 index 0000000..3704763 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/MediaTypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2d00baed247aaf06fa0974c81f0edb08 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/OutputStreamInfoFlags.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/OutputStreamInfoFlags.cs new file mode 100644 index 0000000..4a33ab3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/OutputStreamInfoFlags.cs @@ -0,0 +1,14 @@ +using System; + +namespace NAudio.Dmo +{ + [Flags] + enum OutputStreamInfoFlags + { + DMO_OUTPUT_STREAMF_WHOLE_SAMPLES = 0x00000001, + DMO_OUTPUT_STREAMF_SINGLE_SAMPLE_PER_BUFFER = 0x00000002, + DMO_OUTPUT_STREAMF_FIXED_SAMPLE_SIZE = 0x00000004, + DMO_OUTPUT_STREAMF_DISCARDABLE = 0x00000008, + DMO_OUTPUT_STREAMF_OPTIONAL = 0x00000010 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/OutputStreamInfoFlags.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/OutputStreamInfoFlags.cs.meta new file mode 100644 index 0000000..6050f43 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/OutputStreamInfoFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4adc696038ab3e3b8b483930316564c6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/ResamplerMediaObject.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/ResamplerMediaObject.cs new file mode 100644 index 0000000..24cd6b6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/ResamplerMediaObject.cs @@ -0,0 +1,80 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.Dmo +{ + /// <summary> + /// From wmcodecsdp.h + /// Implements: + /// - IMediaObject + /// - IMFTransform (Media foundation - we will leave this for now as there is loads of MF stuff) + /// - IPropertyStore + /// - IWMResamplerProps + /// Can resample PCM or IEEE + /// </summary> + [ComImport, Guid("f447b69e-1884-4a7e-8055-346f74d6edb3")] + class ResamplerMediaComObject + { + } + + /// <summary> + /// DMO Resampler + /// </summary> + public class DmoResampler : IDisposable + { + MediaObject mediaObject; + IPropertyStore propertyStoreInterface; + IWMResamplerProps resamplerPropsInterface; + ResamplerMediaComObject mediaComObject; + + /// <summary> + /// Creates a new Resampler based on the DMO Resampler + /// </summary> + public DmoResampler() + { + mediaComObject = new ResamplerMediaComObject(); + mediaObject = new MediaObject((IMediaObject)mediaComObject); + propertyStoreInterface = (IPropertyStore)mediaComObject; + resamplerPropsInterface = (IWMResamplerProps)mediaComObject; + } + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject => mediaObject; + + #region IDisposable Members + + /// <summary> + /// Dispose code - experimental at the moment + /// Was added trying to track down why Resampler crashes NUnit + /// This code not currently being called by ResamplerDmoStream + /// </summary> + public void Dispose() + { + if(propertyStoreInterface != null) + { + Marshal.ReleaseComObject(propertyStoreInterface); + propertyStoreInterface = null; + } + if(resamplerPropsInterface != null) + { + Marshal.ReleaseComObject(resamplerPropsInterface); + resamplerPropsInterface = null; + } + if (mediaObject != null) + { + mediaObject.Dispose(); + mediaObject = null; + } + if (mediaComObject != null) + { + Marshal.ReleaseComObject(mediaComObject); + mediaComObject = null; + } + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/ResamplerMediaObject.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/ResamplerMediaObject.cs.meta new file mode 100644 index 0000000..3d1065d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/ResamplerMediaObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2dd4d0cd273c4927c9d3fbde6f81713b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/WindowsMediaMp3Decoder.cs b/NAudio-2.2.1/NAudio.Wasapi/Dmo/WindowsMediaMp3Decoder.cs new file mode 100644 index 0000000..59db68a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/WindowsMediaMp3Decoder.cs @@ -0,0 +1,88 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.Dmo +{ + // http://msdn.microsoft.com/en-us/library/ff819509%28VS.85%29.aspx + // CLSID_CMP3DecMediaObject + + /// <summary> + /// implements IMediaObject (DirectX Media Object) + /// implements IMFTransform (Media Foundation Transform) + /// On Windows XP, it is always an MM (if present at all) + /// </summary> + [ComImport, Guid("bbeea841-0a63-4f52-a7ab-a9b3a84ed38a")] + class WindowsMediaMp3DecoderComObject + { + } + + /// <summary> + /// Windows Media MP3 Decoder (as a DMO) + /// WORK IN PROGRESS - DO NOT USE! + /// </summary> + public class WindowsMediaMp3Decoder : IDisposable + { + MediaObject mediaObject; + IPropertyStore propertyStoreInterface; + //IWMResamplerProps resamplerPropsInterface; + WindowsMediaMp3DecoderComObject mediaComObject; + + /// <summary> + /// Creates a new Resampler based on the DMO Resampler + /// </summary> + public WindowsMediaMp3Decoder() + { + mediaComObject = new WindowsMediaMp3DecoderComObject(); + mediaObject = new MediaObject((IMediaObject)mediaComObject); + propertyStoreInterface = (IPropertyStore)mediaComObject; + //resamplerPropsInterface = (IWMResamplerProps)mediaComObject; + } + + /// <summary> + /// Media Object + /// </summary> + public MediaObject MediaObject + { + get + { + return mediaObject; + } + } + + + #region IDisposable Members + + /// <summary> + /// Dispose code - experimental at the moment + /// Was added trying to track down why Resampler crashes NUnit + /// This code not currently being called by ResamplerDmoStream + /// </summary> + public void Dispose() + { + if(propertyStoreInterface != null) + { + Marshal.ReleaseComObject(propertyStoreInterface); + propertyStoreInterface = null; + } + /*if(resamplerPropsInterface != null) + { + Marshal.ReleaseComObject(resamplerPropsInterface); + resamplerPropsInterface = null; + }*/ + if (mediaObject != null) + { + mediaObject.Dispose(); + mediaObject = null; + } + if (mediaComObject != null) + { + Marshal.ReleaseComObject(mediaComObject); + mediaComObject = null; + } + } + + #endregion + } + +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/Dmo/WindowsMediaMp3Decoder.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/Dmo/WindowsMediaMp3Decoder.cs.meta new file mode 100644 index 0000000..8b7a308 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/Dmo/WindowsMediaMp3Decoder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b90b2c5020c6991d0b8fed5c598950ec +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/DmoEffectWaveProvider.cs b/NAudio-2.2.1/NAudio.Wasapi/DmoEffectWaveProvider.cs new file mode 100644 index 0000000..9752643 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/DmoEffectWaveProvider.cs @@ -0,0 +1,99 @@ +using System; +using NAudio.Dmo; +using NAudio.Dmo.Effect; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Provide WaveProvider that can apply effects in real time using DMO. + /// + /// If the audio thread is running on the STA thread, please generate and operate from the same thread. + /// If the audio thread is running on the MTA thread, please operate on any MTA thread. + /// </summary> + /// <typeparam name="TDmoEffector">Types of DMO effectors to use</typeparam> + /// <typeparam name="TEffectorParam">Parameters of the effect to be used</typeparam> + public class DmoEffectWaveProvider<TDmoEffector, TEffectorParam> : IWaveProvider, IDisposable + where TDmoEffector : IDmoEffector<TEffectorParam>, new() + { + private readonly IWaveProvider inputProvider; + private readonly IDmoEffector<TEffectorParam> effector; + + /// <summary> + /// Create a new DmoEffectWaveProvider + /// </summary> + /// <param name="inputProvider">Input Stream</param> + public DmoEffectWaveProvider(IWaveProvider inputProvider) + { + this.inputProvider = inputProvider; + effector = new TDmoEffector(); + + var mediaObject = effector.MediaObject; + + if (mediaObject == null) + { + throw new NotSupportedException(@"Dmo Effector Not Supported: " + nameof(TDmoEffector)); + } + + if (!mediaObject.SupportsInputWaveFormat(0, inputProvider.WaveFormat)) + { + throw new ArgumentException(@"Unsupported Input Stream format", nameof(inputProvider)); + } + + mediaObject.AllocateStreamingResources(); + mediaObject.SetInputWaveFormat(0, this.inputProvider.WaveFormat); + mediaObject.SetOutputWaveFormat(0, this.inputProvider.WaveFormat); + } + + /// <summary> + /// Stream Wave Format + /// </summary> + public WaveFormat WaveFormat => inputProvider.WaveFormat; + + /// <summary> + /// Reads data from input stream + /// </summary> + /// <param name="buffer">buffer</param> + /// <param name="offset">offset into buffer</param> + /// <param name="count">Bytes required</param> + /// <returns>Number of bytes read</returns> + public int Read(byte[] buffer, int offset, int count) + { + var readNum = inputProvider.Read(buffer, offset, count); + + if (effector == null) + { + return readNum; + } + + if (effector.MediaObjectInPlace.Process(readNum, offset, buffer, 0, DmoInPlaceProcessFlags.Normal) + == DmoInPlaceProcessReturn.HasEffectTail) + { + var effectTail = new byte[readNum]; + while (effector.MediaObjectInPlace.Process(readNum, 0, effectTail, 0, DmoInPlaceProcessFlags.Zero) == + DmoInPlaceProcessReturn.HasEffectTail) + { + } + } + + return readNum; + } + + /// <summary> + /// Get Effector Parameters + /// </summary> + public TEffectorParam EffectParams => effector.EffectParams; + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (effector != null) + { + effector.MediaObject.FreeStreamingResources(); + effector.Dispose(); + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/DmoEffectWaveProvider.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/DmoEffectWaveProvider.cs.meta new file mode 100644 index 0000000..64fd4b1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/DmoEffectWaveProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6afa35ed21130b4cc8c4f96faf3acb41 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/DmoMp3FrameDecompressor.cs b/NAudio-2.2.1/NAudio.Wasapi/DmoMp3FrameDecompressor.cs new file mode 100644 index 0000000..f21ba3e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/DmoMp3FrameDecompressor.cs @@ -0,0 +1,112 @@ +using System; +using System.Collections.Generic; +using System.Text; +using NAudio.Dmo; +using NAudio.Wave; +using System.Diagnostics; + +namespace NAudio.FileFormats.Mp3 +{ + /// <summary> + /// MP3 Frame decompressor using the Windows Media MP3 Decoder DMO object + /// </summary> + public class DmoMp3FrameDecompressor : IMp3FrameDecompressor + { + private WindowsMediaMp3Decoder mp3Decoder; + private WaveFormat pcmFormat; + private MediaBuffer inputMediaBuffer; + private DmoOutputDataBuffer outputBuffer; + private bool reposition; + + /// <summary> + /// Initializes a new instance of the DMO MP3 Frame decompressor + /// </summary> + /// <param name="sourceFormat"></param> + public DmoMp3FrameDecompressor(WaveFormat sourceFormat) + { + this.mp3Decoder = new WindowsMediaMp3Decoder(); + if (!mp3Decoder.MediaObject.SupportsInputWaveFormat(0, sourceFormat)) + { + throw new ArgumentException("Unsupported input format"); + } + mp3Decoder.MediaObject.SetInputWaveFormat(0, sourceFormat); + pcmFormat = new WaveFormat(sourceFormat.SampleRate, sourceFormat.Channels); // 16 bit + if (!mp3Decoder.MediaObject.SupportsOutputWaveFormat(0, pcmFormat)) + { + throw new ArgumentException(String.Format("Unsupported output format {0}", pcmFormat)); + } + mp3Decoder.MediaObject.SetOutputWaveFormat(0, pcmFormat); + + // a second is more than enough to decompress a frame at a time + inputMediaBuffer = new MediaBuffer(sourceFormat.AverageBytesPerSecond); + outputBuffer = new DmoOutputDataBuffer(pcmFormat.AverageBytesPerSecond); + } + + /// <summary> + /// Converted PCM WaveFormat + /// </summary> + public WaveFormat OutputFormat { get { return pcmFormat; } } + + /// <summary> + /// Decompress a single frame of MP3 + /// </summary> + public int DecompressFrame(Mp3Frame frame, byte[] dest, int destOffset) + { + // 1. copy into our DMO's input buffer + inputMediaBuffer.LoadData(frame.RawData, frame.FrameLength); + + if (reposition) + { + mp3Decoder.MediaObject.Flush(); + reposition = false; + } + + // 2. Give the input buffer to the DMO to process + mp3Decoder.MediaObject.ProcessInput(0, inputMediaBuffer, DmoInputDataBufferFlags.None, 0, 0); + + outputBuffer.MediaBuffer.SetLength(0); + outputBuffer.StatusFlags = DmoOutputDataBufferFlags.None; + + // 3. Now ask the DMO for some output data + mp3Decoder.MediaObject.ProcessOutput(DmoProcessOutputFlags.None, 1, new[] { outputBuffer }); + + if (outputBuffer.Length == 0) + { + Debug.WriteLine("ResamplerDmoStream.Read: No output data available"); + return 0; + } + + // 5. Now get the data out of the output buffer + outputBuffer.RetrieveData(dest, destOffset); + Debug.Assert(!outputBuffer.MoreDataAvailable, "have not implemented more data available yet"); + + return outputBuffer.Length; + } + + /// <summary> + /// Alerts us that a reposition has occured so the MP3 decoder needs to reset its state + /// </summary> + public void Reset() + { + reposition = true; + } + + /// <summary> + /// Dispose of this obejct and clean up resources + /// </summary> + public void Dispose() + { + if (inputMediaBuffer != null) + { + inputMediaBuffer.Dispose(); + inputMediaBuffer = null; + } + outputBuffer.Dispose(); + if (mp3Decoder!= null) + { + mp3Decoder.Dispose(); + mp3Decoder = null; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/DmoMp3FrameDecompressor.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/DmoMp3FrameDecompressor.cs.meta new file mode 100644 index 0000000..3d0b496 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/DmoMp3FrameDecompressor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 45011d75d138ca218a65b5e1aa5890fe +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation.meta new file mode 100644 index 0000000..ced33be --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: fab758039c2a7464fb05f628dc1b8e12 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/AudioSubtypes.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/AudioSubtypes.cs new file mode 100644 index 0000000..b34de02 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/AudioSubtypes.cs @@ -0,0 +1,172 @@ +using System; +using NAudio.Utils; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Audio Subtype GUIDs + /// http://msdn.microsoft.com/en-us/library/windows/desktop/aa372553%28v=vs.85%29.aspx + /// </summary> + public static class AudioSubtypes + { + /// <summary> + /// Advanced Audio Coding (AAC). + /// </summary> + [FieldDescription("AAC")] + public static readonly Guid MFAudioFormat_AAC = new Guid("00001610-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Not used + /// </summary> + [FieldDescription("ADTS")] + public static readonly Guid MFAudioFormat_ADTS = new Guid("00001600-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Dolby AC-3 audio over Sony/Philips Digital Interface (S/PDIF). + /// </summary> + [FieldDescription("Dolby AC3 SPDIF")] + public static readonly Guid MFAudioFormat_Dolby_AC3_SPDIF = new Guid("00000092-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Encrypted audio data used with secure audio path. + /// </summary> + [FieldDescription("DRM")] + public static readonly Guid MFAudioFormat_DRM = new Guid("00000009-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Digital Theater Systems (DTS) audio. + /// </summary> + [FieldDescription("DTS")] + public static readonly Guid MFAudioFormat_DTS = new Guid("00000008-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Uncompressed IEEE floating-point audio. + /// </summary> + [FieldDescription("IEEE floating-point")] + public static readonly Guid MFAudioFormat_Float = new Guid("00000003-0000-0010-8000-00aa00389b71"); + /// <summary> + /// MPEG Audio Layer-3 (MP3). + /// </summary> + [FieldDescription("MP3")] + public static readonly Guid MFAudioFormat_MP3 = new Guid("00000055-0000-0010-8000-00aa00389b71"); + /// <summary> + /// MPEG-1 audio payload. + /// </summary> + [FieldDescription("MPEG")] + public static readonly Guid MFAudioFormat_MPEG = new Guid("00000050-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Windows Media Audio 9 Voice codec. + /// </summary> + [FieldDescription("WMA 9 Voice codec")] + public static readonly Guid MFAudioFormat_MSP1 = new Guid("0000000a-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Uncompressed PCM audio. + /// </summary> + [FieldDescription("PCM")] + public static readonly Guid MFAudioFormat_PCM = new Guid("00000001-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Windows Media Audio 9 Professional codec over S/PDIF. + /// </summary> + [FieldDescription("WMA SPDIF")] + public static readonly Guid MFAudioFormat_WMASPDIF = new Guid("00000164-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Windows Media Audio 9 Lossless codec or Windows Media Audio 9.1 codec. + /// </summary> + [FieldDescription("WMAudio Lossless")] + public static readonly Guid MFAudioFormat_WMAudio_Lossless = new Guid("00000163-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Windows Media Audio 8 codec, Windows Media Audio 9 codec, or Windows Media Audio 9.1 codec. + /// </summary> + [FieldDescription("Windows Media Audio")] + public static readonly Guid MFAudioFormat_WMAudioV8 = new Guid("00000161-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Windows Media Audio 9 Professional codec or Windows Media Audio 9.1 Professional codec. + /// </summary> + [FieldDescription("Windows Media Audio Professional")] + public static readonly Guid MFAudioFormat_WMAudioV9 = new Guid("00000162-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Dolby Digital (AC-3). + /// </summary> + [FieldDescription("Dolby AC3")] + public static readonly Guid MFAudioFormat_Dolby_AC3 = new Guid("e06d802c-db46-11cf-b4d1-00805f6cbbea"); + + /// <summary> + /// Free Lossless Audio Codec (Supported in Windows 10 and later.) + /// </summary> + public static readonly Guid MFAudioFormat_FLAC = new Guid("0000f1ac-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// Apple Lossless Audio Codec (Supported in Windows 10 and later.) + /// </summary> + public static readonly Guid MFAudioFormat_ALAC = new Guid("63616c61-0000-0010-8000-00aa00389b71"); + + + /// <summary> + /// MPEG-4 and AAC Audio Types + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd317599(v=vs.85).aspx + /// Reference : wmcodecdsp.h + /// </summary> + [FieldDescription("MPEG-4 and AAC Audio Types")] + public static readonly Guid MEDIASUBTYPE_RAW_AAC1 = new Guid("000000ff-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// Dolby Audio Types + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd317599(v=vs.85).aspx + /// Reference : wmcodecdsp.h + /// </summary> + [FieldDescription("Dolby Audio Types")] + public static readonly Guid MEDIASUBTYPE_DVM = new Guid("00002000-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// Dolby Audio Types + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd317599(v=vs.85).aspx + /// Reference : wmcodecdsp.h + /// </summary> + [FieldDescription("Dolby Audio Types")] + public static readonly Guid MEDIASUBTYPE_DOLBY_DDPLUS = new Guid("a7fb87af-2d02-42fb-a4d4-05cd93843bdd"); + + /// <summary> + /// μ-law coding + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd390971(v=vs.85).aspx + /// Reference : Ksmedia.h + /// </summary> + [FieldDescription("μ-law")] + public static readonly Guid KSDATAFORMAT_SUBTYPE_MULAW = new Guid("00000007-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// Adaptive delta pulse code modulation (ADPCM) + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd390971(v=vs.85).aspx + /// Reference : Ksmedia.h + /// </summary> + [FieldDescription("ADPCM")] + public static readonly Guid KSDATAFORMAT_SUBTYPE_ADPCM = new Guid("00000002-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// Dolby Digital Plus formatted for HDMI output. + /// http://msdn.microsoft.com/en-us/library/windows/hardware/ff538392(v=vs.85).aspx + /// Reference : internet + /// </summary> + [FieldDescription("Dolby Digital Plus for HDMI")] + public static readonly Guid KSDATAFORMAT_SUBTYPE_IEC61937_DOLBY_DIGITAL_PLUS = new Guid("0000000a-0cea-0010-8000-00aa00389b71"); + + /// <summary> + /// MSAudio1 - unknown meaning + /// Reference : wmcodecdsp.h + /// </summary> + [FieldDescription("MSAudio1")] + public static readonly Guid MEDIASUBTYPE_MSAUDIO1 = new Guid("00000160-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// IMA ADPCM ACM Wrapper + /// </summary> + [FieldDescription("IMA ADPCM")] + public static readonly Guid ImaAdpcm = new Guid("00000011-0000-0010-8000-00aa00389b71"); + + /// <summary> + /// WMSP2 - unknown meaning + /// Reference: wmsdkidl.h + /// </summary> + [FieldDescription("WMSP2")] + public static readonly Guid WMMEDIASUBTYPE_WMSP2 = new Guid("0000000b-0000-0010-8000-00aa00389b71"); + + + // TODO: find out what these are, and add them: + // {00000031-0000-0010-8000-00aa00389b71} // probably GSM610 ACM wrapper + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/AudioSubtypes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/AudioSubtypes.cs.meta new file mode 100644 index 0000000..e52d0c9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/AudioSubtypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3f5d5b0a7a4669307b2f8190912519fb +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFActivate.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFActivate.cs new file mode 100644 index 0000000..85fc841 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFActivate.cs @@ -0,0 +1,183 @@ +using System; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// IMFActivate, defined in mfobjects.h + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("7FEE9E9A-4A89-47a6-899C-B6A53A70FB67")] + public interface IMFActivate : IMFAttributes + { + /// <summary> + /// Retrieves the value associated with a key. + /// </summary> + new void GetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Retrieves the data type of the value associated with a key. + /// </summary> + new void GetItemType([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pType); + + /// <summary> + /// Queries whether a stored attribute value equals a specified PROPVARIANT. + /// </summary> + new void CompareItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Compares the attributes on this object with the attributes on another object. + /// </summary> + new void Compare([MarshalAs(UnmanagedType.Interface)] IMFAttributes pTheirs, int matchType, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Retrieves a UINT32 value associated with a key. + /// </summary> + new void GetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int punValue); + + /// <summary> + /// Retrieves a UINT64 value associated with a key. + /// </summary> + new void GetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out long punValue); + + /// <summary> + /// Retrieves a double value associated with a key. + /// </summary> + new void GetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out double pfValue); + + /// <summary> + /// Retrieves a GUID value associated with a key. + /// </summary> + new void GetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out Guid pguidValue); + + /// <summary> + /// Retrieves the length of a string value associated with a key. + /// </summary> + new void GetStringLength([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. + /// </summary> + new void GetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPWStr)] StringBuilder pwszValue, int cchBufSize, + out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. This method allocates the memory for the string. + /// </summary> + new void GetAllocatedString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [MarshalAs(UnmanagedType.LPWStr)] out string ppwszValue, + out int pcchLength); + + /// <summary> + /// Retrieves the length of a byte array associated with a key. + /// </summary> + new void GetBlobSize([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. + /// </summary> + new void GetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPArray)] byte[] pBuf, int cbBufSize, + out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. This method allocates the memory for the array. + /// </summary> + new void GetAllocatedBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out IntPtr ip, out int pcbSize); + + /// <summary> + /// Retrieves an interface pointer associated with a key. + /// </summary> + new void GetUnknown([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, + [MarshalAs(UnmanagedType.IUnknown)] out object ppv); + + /// <summary> + /// Associates an attribute value with a key. + /// </summary> + new void SetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value); + + /// <summary> + /// Removes a key/value pair from the object's attribute list. + /// </summary> + new void DeleteItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey); + + /// <summary> + /// Removes all key/value pairs from the object's attribute list. + /// </summary> + new void DeleteAllItems(); + + /// <summary> + /// Associates a UINT32 value with a key. + /// </summary> + new void SetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, int unValue); + + /// <summary> + /// Associates a UINT64 value with a key. + /// </summary> + new void SetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, long unValue); + + /// <summary> + /// Associates a double value with a key. + /// </summary> + new void SetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, double fValue); + + /// <summary> + /// Associates a GUID value with a key. + /// </summary> + new void SetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidValue); + + /// <summary> + /// Associates a wide-character string with a key. + /// </summary> + new void SetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPWStr)] string wszValue); + + /// <summary> + /// Associates a byte array with a key. + /// </summary> + new void SetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 2)] byte[] pBuf, + int cbBufSize); + + /// <summary> + /// Associates an IUnknown pointer with a key. + /// </summary> + new void SetUnknown([MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.IUnknown)] object pUnknown); + + /// <summary> + /// Locks the attribute store so that no other thread can access it. + /// </summary> + new void LockStore(); + + /// <summary> + /// Unlocks the attribute store. + /// </summary> + new void UnlockStore(); + + /// <summary> + /// Retrieves the number of attributes that are set on this object. + /// </summary> + new void GetCount(out int pcItems); + + /// <summary> + /// Retrieves an attribute at the specified index. + /// </summary> + new void GetItemByIndex(int unIndex, out Guid pGuidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Copies all of the attributes from this object into another attribute store. + /// </summary> + new void CopyAllItems([In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pDest); + + /// <summary> + /// Creates the object associated with this activation object. + /// </summary> + void ActivateObject([In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, [Out,MarshalAs(UnmanagedType.Interface)] out object ppv); + + /// <summary> + /// Shuts down the created object. + /// </summary> + void ShutdownObject(); + + /// <summary> + /// Detaches the created object from the activation object. + /// </summary> + void DetachObject(); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFActivate.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFActivate.cs.meta new file mode 100644 index 0000000..da5655d --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFActivate.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5521581be9be681039c25cfc82ea1faf +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFAttributes.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFAttributes.cs new file mode 100644 index 0000000..bede23f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFAttributes.cs @@ -0,0 +1,170 @@ +using System; +using System.Runtime.InteropServices; +using System.Text; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Provides a generic way to store key/value pairs on an object. + /// http://msdn.microsoft.com/en-gb/library/windows/desktop/ms704598%28v=vs.85%29.aspx + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("2CD2D921-C447-44A7-A13C-4ADABFC247E3")] + public interface IMFAttributes + { + /// <summary> + /// Retrieves the value associated with a key. + /// </summary> + void GetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Retrieves the data type of the value associated with a key. + /// </summary> + void GetItemType([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pType); + + /// <summary> + /// Queries whether a stored attribute value equals a specified PROPVARIANT. + /// </summary> + void CompareItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Compares the attributes on this object with the attributes on another object. + /// </summary> + void Compare([MarshalAs(UnmanagedType.Interface)] IMFAttributes pTheirs, int matchType, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Retrieves a UINT32 value associated with a key. + /// </summary> + void GetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int punValue); + + /// <summary> + /// Retrieves a UINT64 value associated with a key. + /// </summary> + void GetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out long punValue); + + /// <summary> + /// Retrieves a double value associated with a key. + /// </summary> + void GetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out double pfValue); + + /// <summary> + /// Retrieves a GUID value associated with a key. + /// </summary> + void GetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out Guid pguidValue); + + /// <summary> + /// Retrieves the length of a string value associated with a key. + /// </summary> + void GetStringLength([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. + /// </summary> + void GetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPWStr)] StringBuilder pwszValue, int cchBufSize, + out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. This method allocates the memory for the string. + /// </summary> + void GetAllocatedString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [MarshalAs(UnmanagedType.LPWStr)] out string ppwszValue, + out int pcchLength); + + /// <summary> + /// Retrieves the length of a byte array associated with a key. + /// </summary> + void GetBlobSize([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. + /// </summary> + void GetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPArray)] byte[] pBuf, int cbBufSize, + out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. This method allocates the memory for the array. + /// </summary> + void GetAllocatedBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out IntPtr ip, out int pcbSize); + + /// <summary> + /// Retrieves an interface pointer associated with a key. + /// </summary> + void GetUnknown([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, + [MarshalAs(UnmanagedType.IUnknown)] out object ppv); + + /// <summary> + /// Associates an attribute value with a key. + /// </summary> + void SetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr Value); + + /// <summary> + /// Removes a key/value pair from the object's attribute list. + /// </summary> + void DeleteItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey); + + /// <summary> + /// Removes all key/value pairs from the object's attribute list. + /// </summary> + void DeleteAllItems(); + + /// <summary> + /// Associates a UINT32 value with a key. + /// </summary> + void SetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, int unValue); + + /// <summary> + /// Associates a UINT64 value with a key. + /// </summary> + void SetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, long unValue); + + /// <summary> + /// Associates a double value with a key. + /// </summary> + void SetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, double fValue); + + /// <summary> + /// Associates a GUID value with a key. + /// </summary> + void SetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidValue); + + /// <summary> + /// Associates a wide-character string with a key. + /// </summary> + void SetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPWStr)] string wszValue); + + /// <summary> + /// Associates a byte array with a key. + /// </summary> + void SetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 2)] byte[] pBuf, + int cbBufSize); + + /// <summary> + /// Associates an IUnknown pointer with a key. + /// </summary> + void SetUnknown([MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.IUnknown)] object pUnknown); + + /// <summary> + /// Locks the attribute store so that no other thread can access it. + /// </summary> + void LockStore(); + + /// <summary> + /// Unlocks the attribute store. + /// </summary> + void UnlockStore(); + + /// <summary> + /// Retrieves the number of attributes that are set on this object. + /// </summary> + void GetCount(out int pcItems); + + /// <summary> + /// Retrieves an attribute at the specified index. + /// </summary> + void GetItemByIndex(int unIndex, out Guid pGuidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Copies all of the attributes from this object into another attribute store. + /// </summary> + void CopyAllItems([In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pDest); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFAttributes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFAttributes.cs.meta new file mode 100644 index 0000000..7016e80 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFAttributes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 99c1f736371d39556a8c2d3ba90b524c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFByteStream.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFByteStream.cs new file mode 100644 index 0000000..971d7e9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFByteStream.cs @@ -0,0 +1,103 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// IMFByteStream + /// http://msdn.microsoft.com/en-gb/library/windows/desktop/ms698720%28v=vs.85%29.aspx + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("ad4c1b00-4bf7-422f-9175-756693d9130d")] + public interface IMFByteStream + { + /// <summary> + /// Retrieves the characteristics of the byte stream. + /// virtual HRESULT STDMETHODCALLTYPE GetCapabilities(/*[out]*/ __RPC__out DWORD *pdwCapabilities) = 0; + /// </summary> + void GetCapabilities(ref int pdwCapabiities); + + /// <summary> + /// Retrieves the length of the stream. + /// virtual HRESULT STDMETHODCALLTYPE GetLength(/*[out]*/ __RPC__out QWORD *pqwLength) = 0; + /// </summary> + void GetLength(ref long pqwLength); + + /// <summary> + /// Sets the length of the stream. + /// virtual HRESULT STDMETHODCALLTYPE SetLength(/*[in]*/ QWORD qwLength) = 0; + /// </summary> + void SetLength(long qwLength); + + /// <summary> + /// Retrieves the current read or write position in the stream. + /// virtual HRESULT STDMETHODCALLTYPE GetCurrentPosition(/*[out]*/ __RPC__out QWORD *pqwPosition) = 0; + /// </summary> + void GetCurrentPosition(ref long pqwPosition); + + /// <summary> + /// Sets the current read or write position. + /// virtual HRESULT STDMETHODCALLTYPE SetCurrentPosition(/*[in]*/ QWORD qwPosition) = 0; + /// </summary> + void SetCurrentPosition(long qwPosition); + + /// <summary> + /// Queries whether the current position has reached the end of the stream. + /// virtual HRESULT STDMETHODCALLTYPE IsEndOfStream(/*[out]*/ __RPC__out BOOL *pfEndOfStream) = 0; + /// </summary> + void IsEndOfStream([MarshalAs(UnmanagedType.Bool)] ref bool pfEndOfStream); + + /// <summary> + /// Reads data from the stream. + /// virtual HRESULT STDMETHODCALLTYPE Read(/*[size_is][out]*/ __RPC__out_ecount_full(cb) BYTE *pb, /*[in]*/ ULONG cb, /*[out]*/ __RPC__out ULONG *pcbRead) = 0; + /// </summary> + void Read(IntPtr pb, int cb, ref int pcbRead); + + /// <summary> + /// Begins an asynchronous read operation from the stream. + /// virtual /*[local]*/ HRESULT STDMETHODCALLTYPE BeginRead(/*[out]*/ _Out_writes_bytes_(cb) BYTE *pb, /*[in]*/ ULONG cb, /*[in]*/ IMFAsyncCallback *pCallback, /*[in]*/ IUnknown *punkState) = 0; + /// </summary> + void BeginRead(IntPtr pb, int cb, IntPtr pCallback, IntPtr punkState); + + /// <summary> + /// Completes an asynchronous read operation. + /// virtual /*[local]*/ HRESULT STDMETHODCALLTYPE EndRead(/*[in]*/ IMFAsyncResult *pResult, /*[out]*/ _Out_ ULONG *pcbRead) = 0; + /// </summary> + void EndRead(IntPtr pResult, ref int pcbRead); + + /// <summary> + /// Writes data to the stream. + /// virtual HRESULT STDMETHODCALLTYPE Write(/*[size_is][in]*/ __RPC__in_ecount_full(cb) const BYTE *pb, /*[in]*/ ULONG cb, /*[out]*/ __RPC__out ULONG *pcbWritten) = 0; + /// </summary> + void Write(IntPtr pb, int cb, ref int pcbWritten); + + /// <summary> + /// Begins an asynchronous write operation to the stream. + /// virtual /*[local]*/ HRESULT STDMETHODCALLTYPE BeginWrite(/*[in]*/ _In_reads_bytes_(cb) const BYTE *pb, /*[in]*/ ULONG cb, /*[in]*/ IMFAsyncCallback *pCallback, /*[in]*/ IUnknown *punkState) = 0; + /// </summary> + void BeginWrite(IntPtr pb, int cb, IntPtr pCallback, IntPtr punkState); + + /// <summary> + /// Completes an asynchronous write operation. + /// virtual /*[local]*/ HRESULT STDMETHODCALLTYPE EndWrite(/*[in]*/ IMFAsyncResult *pResult, /*[out]*/ _Out_ ULONG *pcbWritten) = 0; + /// </summary> + void EndWrite(IntPtr pResult, ref int pcbWritten); + + /// <summary> + /// Moves the current position in the stream by a specified offset. + /// virtual HRESULT STDMETHODCALLTYPE Seek(/*[in]*/ MFBYTESTREAM_SEEK_ORIGIN SeekOrigin, /*[in]*/ LONGLONG llSeekOffset, /*[in]*/ DWORD dwSeekFlags, /*[out]*/ __RPC__out QWORD *pqwCurrentPosition) = 0; + /// </summary> + void Seek(int SeekOrigin, long llSeekOffset, int dwSeekFlags, ref long pqwCurrentPosition); + + /// <summary> + /// Clears any internal buffers used by the stream. + /// virtual HRESULT STDMETHODCALLTYPE Flush( void) = 0; + /// </summary> + void Flush(); + + /// <summary> + /// Closes the stream and releases any resources associated with the stream. + /// virtual HRESULT STDMETHODCALLTYPE Close( void) = 0; + /// </summary> + void Close(); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFByteStream.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFByteStream.cs.meta new file mode 100644 index 0000000..91b79d3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFByteStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 357e52f5d8db6f49d84c041bf1318085 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFCollection.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFCollection.cs new file mode 100644 index 0000000..616c329 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFCollection.cs @@ -0,0 +1,44 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Represents a generic collection of IUnknown pointers. + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("5BC8A76B-869A-46A3-9B03-FA218A66AEBE")] + public interface IMFCollection + { + /// <summary> + /// Retrieves the number of objects in the collection. + /// </summary> + void GetElementCount(out int pcElements); + + /// <summary> + /// Retrieves an object in the collection. + /// </summary> + void GetElement([In] int dwElementIndex, [Out, MarshalAs(UnmanagedType.IUnknown)] out object ppUnkElement); + + /// <summary> + /// Adds an object to the collection. + /// </summary> + void AddElement([In, MarshalAs(UnmanagedType.IUnknown)] object pUnkElement); + + /// <summary> + /// Removes an object from the collection. + /// </summary> + void RemoveElement([In] int dwElementIndex, [Out, MarshalAs(UnmanagedType.IUnknown)] out object ppUnkElement); + + /// <summary> + /// Removes an object from the collection. + /// </summary> + void InsertElementAt([In] int dwIndex, [In, MarshalAs(UnmanagedType.IUnknown)] object pUnknown); + + /// <summary> + /// Removes all items from the collection. + /// </summary> + void RemoveAllElements(); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFCollection.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFCollection.cs.meta new file mode 100644 index 0000000..7d42301 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFCollection.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 23877682662bc590ca97d8eb9051506a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaBuffer.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaBuffer.cs new file mode 100644 index 0000000..0f79776 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaBuffer.cs @@ -0,0 +1,34 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// IMFMediaBuffer + /// http://msdn.microsoft.com/en-gb/library/windows/desktop/ms696261%28v=vs.85%29.aspx + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("045FA593-8799-42b8-BC8D-8968C6453507")] + public interface IMFMediaBuffer + { + /// <summary> + /// Gives the caller access to the memory in the buffer. + /// </summary> + void Lock(out IntPtr ppbBuffer, out int pcbMaxLength, out int pcbCurrentLength); + /// <summary> + /// Unlocks a buffer that was previously locked. + /// </summary> + void Unlock(); + /// <summary> + /// Retrieves the length of the valid data in the buffer. + /// </summary> + void GetCurrentLength(out int pcbCurrentLength); + /// <summary> + /// Sets the length of the valid data in the buffer. + /// </summary> + void SetCurrentLength(int cbCurrentLength); + /// <summary> + /// Retrieves the allocated size of the buffer. + /// </summary> + void GetMaxLength(out int pcbMaxLength); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaBuffer.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaBuffer.cs.meta new file mode 100644 index 0000000..97b3117 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 31f40b5b14413995682420c8293a1220 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaEvent.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaEvent.cs new file mode 100644 index 0000000..11d9641 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaEvent.cs @@ -0,0 +1,207 @@ +using System; +using System.Runtime.InteropServices; +using System.Text; +using NAudio.CoreAudioApi.Interfaces; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// IMFMediaEvent - Represents an event generated by a Media Foundation object. Use this interface to get information about the event. + /// http://msdn.microsoft.com/en-us/library/windows/desktop/ms702249%28v=vs.85%29.aspx + /// Mfobjects.h + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("DF598932-F10C-4E39-BBA2-C308F101DAA3")] + public interface IMFMediaEvent : IMFAttributes + { + /// <summary> + /// Retrieves the value associated with a key. + /// </summary> + new void GetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Retrieves the data type of the value associated with a key. + /// </summary> + new void GetItemType([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pType); + + /// <summary> + /// Queries whether a stored attribute value equals a specified PROPVARIANT. + /// </summary> + new void CompareItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Compares the attributes on this object with the attributes on another object. + /// </summary> + new void Compare([MarshalAs(UnmanagedType.Interface)] IMFAttributes pTheirs, int matchType, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Retrieves a UINT32 value associated with a key. + /// </summary> + new void GetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int punValue); + + /// <summary> + /// Retrieves a UINT64 value associated with a key. + /// </summary> + new void GetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out long punValue); + + /// <summary> + /// Retrieves a double value associated with a key. + /// </summary> + new void GetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out double pfValue); + + /// <summary> + /// Retrieves a GUID value associated with a key. + /// </summary> + new void GetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out Guid pguidValue); + + /// <summary> + /// Retrieves the length of a string value associated with a key. + /// </summary> + new void GetStringLength([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. + /// </summary> + new void GetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPWStr)] StringBuilder pwszValue, int cchBufSize, + out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. This method allocates the memory for the string. + /// </summary> + new void GetAllocatedString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [MarshalAs(UnmanagedType.LPWStr)] out string ppwszValue, + out int pcchLength); + + /// <summary> + /// Retrieves the length of a byte array associated with a key. + /// </summary> + new void GetBlobSize([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. + /// </summary> + new void GetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPArray)] byte[] pBuf, int cbBufSize, + out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. This method allocates the memory for the array. + /// </summary> + new void GetAllocatedBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out IntPtr ip, out int pcbSize); + + /// <summary> + /// Retrieves an interface pointer associated with a key. + /// </summary> + new void GetUnknown([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, + [MarshalAs(UnmanagedType.IUnknown)] out object ppv); + + /// <summary> + /// Associates an attribute value with a key. + /// </summary> + new void SetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value); + + /// <summary> + /// Removes a key/value pair from the object's attribute list. + /// </summary> + new void DeleteItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey); + + /// <summary> + /// Removes all key/value pairs from the object's attribute list. + /// </summary> + new void DeleteAllItems(); + + /// <summary> + /// Associates a UINT32 value with a key. + /// </summary> + new void SetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, int unValue); + + /// <summary> + /// Associates a UINT64 value with a key. + /// </summary> + new void SetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, long unValue); + + /// <summary> + /// Associates a double value with a key. + /// </summary> + new void SetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, double fValue); + + /// <summary> + /// Associates a GUID value with a key. + /// </summary> + new void SetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidValue); + + /// <summary> + /// Associates a wide-character string with a key. + /// </summary> + new void SetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPWStr)] string wszValue); + + /// <summary> + /// Associates a byte array with a key. + /// </summary> + new void SetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 2)] byte[] pBuf, + int cbBufSize); + + /// <summary> + /// Associates an IUnknown pointer with a key. + /// </summary> + new void SetUnknown([MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.IUnknown)] object pUnknown); + + /// <summary> + /// Locks the attribute store so that no other thread can access it. + /// </summary> + new void LockStore(); + + /// <summary> + /// Unlocks the attribute store. + /// </summary> + new void UnlockStore(); + + /// <summary> + /// Retrieves the number of attributes that are set on this object. + /// </summary> + new void GetCount(out int pcItems); + + /// <summary> + /// Retrieves an attribute at the specified index. + /// </summary> + new void GetItemByIndex(int unIndex, out Guid pGuidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Copies all of the attributes from this object into another attribute store. + /// </summary> + new void CopyAllItems([In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pDest); + + /// <summary> + /// Retrieves the event type. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetType( + /// /* [out] */ __RPC__out MediaEventType *pmet) = 0; + /// </remarks> + void GetType([Out] out MediaEventType pmet); + + /// <summary> + /// Retrieves the extended type of the event. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetExtendedType( + /// /* [out] */ __RPC__out GUID *pguidExtendedType) = 0; + /// </remarks> + void GetExtendedType([Out] out Guid pguidExtendedType); + + /// <summary> + /// Retrieves an HRESULT that specifies the event status. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetStatus( + /// /* [out] */ __RPC__out HRESULT *phrStatus) = 0; + /// </remarks> + void GetStatus([MarshalAs(UnmanagedType.Error)] out int phrStatus); + + /// <summary> + /// Retrieves the value associated with the event, if any. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetValue( + /// /* [out] */ __RPC__out PROPVARIANT *pvValue) = 0; + /// </remarks> + void GetValue([Out]IntPtr pvValue); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaEvent.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaEvent.cs.meta new file mode 100644 index 0000000..ab18c3c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 21cbed534f79e24f58be0aa60b8e2956 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaType.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaType.cs new file mode 100644 index 0000000..e7d2d3f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaType.cs @@ -0,0 +1,196 @@ +using System; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Represents a description of a media format. + /// http://msdn.microsoft.com/en-us/library/windows/desktop/ms704850%28v=vs.85%29.aspx + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("44AE0FA8-EA31-4109-8D2E-4CAE4997C555")] + public interface IMFMediaType : IMFAttributes + { + /// <summary> + /// Retrieves the value associated with a key. + /// </summary> + new void GetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Retrieves the data type of the value associated with a key. + /// </summary> + new void GetItemType([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pType); + + /// <summary> + /// Queries whether a stored attribute value equals a specified PROPVARIANT. + /// </summary> + new void CompareItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Compares the attributes on this object with the attributes on another object. + /// </summary> + new void Compare([MarshalAs(UnmanagedType.Interface)] IMFAttributes pTheirs, int matchType, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Retrieves a UINT32 value associated with a key. + /// </summary> + new void GetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int punValue); + + /// <summary> + /// Retrieves a UINT64 value associated with a key. + /// </summary> + new void GetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out long punValue); + + /// <summary> + /// Retrieves a double value associated with a key. + /// </summary> + new void GetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out double pfValue); + + /// <summary> + /// Retrieves a GUID value associated with a key. + /// </summary> + new void GetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out Guid pguidValue); + + /// <summary> + /// Retrieves the length of a string value associated with a key. + /// </summary> + new void GetStringLength([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. + /// </summary> + new void GetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPWStr)] StringBuilder pwszValue, int cchBufSize, + out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. This method allocates the memory for the string. + /// </summary> + new void GetAllocatedString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [MarshalAs(UnmanagedType.LPWStr)] out string ppwszValue, + out int pcchLength); + + /// <summary> + /// Retrieves the length of a byte array associated with a key. + /// </summary> + new void GetBlobSize([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. + /// </summary> + new void GetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPArray)] byte[] pBuf, int cbBufSize, + out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. This method allocates the memory for the array. + /// </summary> + new void GetAllocatedBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out IntPtr ip, out int pcbSize); + + /// <summary> + /// Retrieves an interface pointer associated with a key. + /// </summary> + new void GetUnknown([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, + [MarshalAs(UnmanagedType.IUnknown)] out object ppv); + + /// <summary> + /// Associates an attribute value with a key. + /// </summary> + new void SetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value); + + /// <summary> + /// Removes a key/value pair from the object's attribute list. + /// </summary> + new void DeleteItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey); + + /// <summary> + /// Removes all key/value pairs from the object's attribute list. + /// </summary> + new void DeleteAllItems(); + + /// <summary> + /// Associates a UINT32 value with a key. + /// </summary> + new void SetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, int unValue); + + /// <summary> + /// Associates a UINT64 value with a key. + /// </summary> + new void SetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, long unValue); + + /// <summary> + /// Associates a double value with a key. + /// </summary> + new void SetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, double fValue); + + /// <summary> + /// Associates a GUID value with a key. + /// </summary> + new void SetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidValue); + + /// <summary> + /// Associates a wide-character string with a key. + /// </summary> + new void SetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPWStr)] string wszValue); + + /// <summary> + /// Associates a byte array with a key. + /// </summary> + new void SetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 2)] byte[] pBuf, + int cbBufSize); + + /// <summary> + /// Associates an IUnknown pointer with a key. + /// </summary> + new void SetUnknown([MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.IUnknown)] object pUnknown); + + /// <summary> + /// Locks the attribute store so that no other thread can access it. + /// </summary> + new void LockStore(); + + /// <summary> + /// Unlocks the attribute store. + /// </summary> + new void UnlockStore(); + + /// <summary> + /// Retrieves the number of attributes that are set on this object. + /// </summary> + new void GetCount(out int pcItems); + + /// <summary> + /// Retrieves an attribute at the specified index. + /// </summary> + new void GetItemByIndex(int unIndex, out Guid pGuidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Copies all of the attributes from this object into another attribute store. + /// </summary> + new void CopyAllItems([In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pDest); + + /// <summary> + /// Retrieves the major type of the format. + /// </summary> + void GetMajorType(out Guid pguidMajorType); + + /// <summary> + /// Queries whether the media type is a compressed format. + /// </summary> + void IsCompressedFormat([MarshalAs(UnmanagedType.Bool)] out bool pfCompressed); + + /// <summary> + /// Compares two media types and determines whether they are identical. + /// </summary> + [PreserveSig] + int IsEqual([In, MarshalAs(UnmanagedType.Interface)] IMFMediaType pIMediaType, ref int pdwFlags); + + /// <summary> + /// Retrieves an alternative representation of the media type. + /// </summary> + + void GetRepresentation([In] Guid guidRepresentation, ref IntPtr ppvRepresentation); + + /// <summary> + /// Frees memory that was allocated by the GetRepresentation method. + /// </summary> + void FreeRepresentation([In] Guid guidRepresentation, [In] IntPtr pvRepresentation); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaType.cs.meta new file mode 100644 index 0000000..f5e51e5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFMediaType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c36fc65a2544d752bb97ae84ebfcfcab +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFReadWriteClassFactory.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFReadWriteClassFactory.cs new file mode 100644 index 0000000..b245817 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFReadWriteClassFactory.cs @@ -0,0 +1,32 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Creates an instance of either the sink writer or the source reader. + /// </summary> + [ComImport,Guid("E7FE2E12-661C-40DA-92F9-4F002AB67627"), InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + public interface IMFReadWriteClassFactory + { + /// <summary> + /// Creates an instance of the sink writer or source reader, given a URL. + /// </summary> + void CreateInstanceFromURL([In, MarshalAs(UnmanagedType.LPStruct)] Guid clsid, [In, MarshalAs(UnmanagedType.LPWStr)] string pwszURL, [In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pAttributes, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, [Out, MarshalAs(UnmanagedType.Interface)] out object ppvObject); + + /// <summary> + /// Creates an instance of the sink writer or source reader, given an IUnknown pointer. + /// </summary> + void CreateInstanceFromObject([In, MarshalAs(UnmanagedType.LPStruct)] Guid clsid, [In, MarshalAs(UnmanagedType.IUnknown)] object punkObject, [In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pAttributes, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, [Out, MarshalAs(UnmanagedType.Interface)] out object ppvObject); + } + + /// <summary> + /// CLSID_MFReadWriteClassFactory + /// </summary> + [ComImport, Guid("48e2ed0f-98c2-4a37-bed5-166312ddd83f")] + public class MFReadWriteClassFactory + { + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFReadWriteClassFactory.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFReadWriteClassFactory.cs.meta new file mode 100644 index 0000000..1bae871 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFReadWriteClassFactory.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: dc310d871579047b3a10a7cad699c086 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSample.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSample.cs new file mode 100644 index 0000000..dac68bb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSample.cs @@ -0,0 +1,238 @@ +using System; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// http://msdn.microsoft.com/en-gb/library/windows/desktop/ms702192%28v=vs.85%29.aspx + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("c40a00f2-b93a-4d80-ae8c-5a1c634f58e4")] + public interface IMFSample : IMFAttributes + { + /// <summary> + /// Retrieves the value associated with a key. + /// </summary> + new void GetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Retrieves the data type of the value associated with a key. + /// </summary> + new void GetItemType([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pType); + + /// <summary> + /// Queries whether a stored attribute value equals a specified PROPVARIANT. + /// </summary> + new void CompareItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Compares the attributes on this object with the attributes on another object. + /// </summary> + new void Compare([MarshalAs(UnmanagedType.Interface)] IMFAttributes pTheirs, int matchType, [MarshalAs(UnmanagedType.Bool)] out bool pbResult); + + /// <summary> + /// Retrieves a UINT32 value associated with a key. + /// </summary> + new void GetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int punValue); + + /// <summary> + /// Retrieves a UINT64 value associated with a key. + /// </summary> + new void GetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out long punValue); + + /// <summary> + /// Retrieves a double value associated with a key. + /// </summary> + new void GetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out double pfValue); + + /// <summary> + /// Retrieves a GUID value associated with a key. + /// </summary> + new void GetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out Guid pguidValue); + + /// <summary> + /// Retrieves the length of a string value associated with a key. + /// </summary> + new void GetStringLength([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. + /// </summary> + new void GetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPWStr)] StringBuilder pwszValue, int cchBufSize, + out int pcchLength); + + /// <summary> + /// Retrieves a wide-character string associated with a key. This method allocates the memory for the string. + /// </summary> + new void GetAllocatedString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [MarshalAs(UnmanagedType.LPWStr)] out string ppwszValue, + out int pcchLength); + + /// <summary> + /// Retrieves the length of a byte array associated with a key. + /// </summary> + new void GetBlobSize([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. + /// </summary> + new void GetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [Out, MarshalAs(UnmanagedType.LPArray)] byte[] pBuf, int cbBufSize, + out int pcbBlobSize); + + /// <summary> + /// Retrieves a byte array associated with a key. This method allocates the memory for the array. + /// </summary> + new void GetAllocatedBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, out IntPtr ip, out int pcbSize); + + /// <summary> + /// Retrieves an interface pointer associated with a key. + /// </summary> + new void GetUnknown([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, + [MarshalAs(UnmanagedType.IUnknown)] out object ppv); + + /// <summary> + /// Associates an attribute value with a key. + /// </summary> + new void SetItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, IntPtr value); + + /// <summary> + /// Removes a key/value pair from the object's attribute list. + /// </summary> + new void DeleteItem([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey); + + /// <summary> + /// Removes all key/value pairs from the object's attribute list. + /// </summary> + new void DeleteAllItems(); + + /// <summary> + /// Associates a UINT32 value with a key. + /// </summary> + new void SetUINT32([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, int unValue); + + /// <summary> + /// Associates a UINT64 value with a key. + /// </summary> + new void SetUINT64([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, long unValue); + + /// <summary> + /// Associates a double value with a key. + /// </summary> + new void SetDouble([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, double fValue); + + /// <summary> + /// Associates a GUID value with a key. + /// </summary> + new void SetGUID([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidValue); + + /// <summary> + /// Associates a wide-character string with a key. + /// </summary> + new void SetString([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPWStr)] string wszValue); + + /// <summary> + /// Associates a byte array with a key. + /// </summary> + new void SetBlob([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 2)] byte[] pBuf, + int cbBufSize); + + /// <summary> + /// Associates an IUnknown pointer with a key. + /// </summary> + new void SetUnknown([MarshalAs(UnmanagedType.LPStruct)] Guid guidKey, [In, MarshalAs(UnmanagedType.IUnknown)] object pUnknown); + + /// <summary> + /// Locks the attribute store so that no other thread can access it. + /// </summary> + new void LockStore(); + + /// <summary> + /// Unlocks the attribute store. + /// </summary> + new void UnlockStore(); + + /// <summary> + /// Retrieves the number of attributes that are set on this object. + /// </summary> + new void GetCount(out int pcItems); + + /// <summary> + /// Retrieves an attribute at the specified index. + /// </summary> + new void GetItemByIndex(int unIndex, out Guid pGuidKey, [In, Out] IntPtr pValue); + + /// <summary> + /// Copies all of the attributes from this object into another attribute store. + /// </summary> + new void CopyAllItems([In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pDest); + + /// <summary> + /// Retrieves flags associated with the sample. + /// </summary> + void GetSampleFlags(out int pdwSampleFlags); + + /// <summary> + /// Sets flags associated with the sample. + /// </summary> + void SetSampleFlags(int dwSampleFlags); + + /// <summary> + /// Retrieves the presentation time of the sample. + /// </summary> + void GetSampleTime(out long phnsSampletime); + + /// <summary> + /// Sets the presentation time of the sample. + /// </summary> + void SetSampleTime(long hnsSampleTime); + + /// <summary> + /// Retrieves the duration of the sample. + /// </summary> + void GetSampleDuration(out long phnsSampleDuration); + + /// <summary> + /// Sets the duration of the sample. + /// </summary> + void SetSampleDuration(long hnsSampleDuration); + + /// <summary> + /// Retrieves the number of buffers in the sample. + /// </summary> + void GetBufferCount(out int pdwBufferCount); + + /// <summary> + /// Retrieves a buffer from the sample. + /// </summary> + void GetBufferByIndex(int dwIndex, out IMFMediaBuffer ppBuffer); + + /// <summary> + /// Converts a sample with multiple buffers into a sample with a single buffer. + /// </summary> + void ConvertToContiguousBuffer(out IMFMediaBuffer ppBuffer); + + /// <summary> + /// Adds a buffer to the end of the list of buffers in the sample. + /// </summary> + void AddBuffer(IMFMediaBuffer pBuffer); + + /// <summary> + /// Removes a buffer at a specified index from the sample. + /// </summary> + void RemoveBufferByIndex(int dwIndex); + + /// <summary> + /// Removes all buffers from the sample. + /// </summary> + void RemoveAllBuffers(); + + /// <summary> + /// Retrieves the total length of the valid data in all of the buffers in the sample. + /// </summary> + void GetTotalLength(out int pcbTotalLength); + + /// <summary> + /// Copies the sample data to a buffer. + /// </summary> + void CopyToBuffer(IMFMediaBuffer pBuffer); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSample.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSample.cs.meta new file mode 100644 index 0000000..933f75c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSample.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ad1aab0938653f3278a3eff54e705335 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSinkWriter.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSinkWriter.cs new file mode 100644 index 0000000..fcbaabe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSinkWriter.cs @@ -0,0 +1,59 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Implemented by the Microsoft Media Foundation sink writer object. + /// </summary> + [ComImport, Guid("3137f1cd-fe5e-4805-a5d8-fb477448cb3d"), InterfaceType(ComInterfaceType.InterfaceIsIUnknown)] + public interface IMFSinkWriter + { + /// <summary> + /// Adds a stream to the sink writer. + /// </summary> + void AddStream([In, MarshalAs(UnmanagedType.Interface)] IMFMediaType pTargetMediaType, out int pdwStreamIndex); + /// <summary> + /// Sets the input format for a stream on the sink writer. + /// </summary> + void SetInputMediaType([In] int dwStreamIndex, [In, MarshalAs(UnmanagedType.Interface)] IMFMediaType pInputMediaType, [In, MarshalAs(UnmanagedType.Interface)] IMFAttributes pEncodingParameters); + /// <summary> + /// Initializes the sink writer for writing. + /// </summary> + void BeginWriting(); + /// <summary> + /// Delivers a sample to the sink writer. + /// </summary> + void WriteSample([In] int dwStreamIndex, [In, MarshalAs(UnmanagedType.Interface)] IMFSample pSample); + /// <summary> + /// Indicates a gap in an input stream. + /// </summary> + void SendStreamTick([In] int dwStreamIndex, [In] long llTimestamp); + /// <summary> + /// Places a marker in the specified stream. + /// </summary> + void PlaceMarker([In] int dwStreamIndex, [In] IntPtr pvContext); + /// <summary> + /// Notifies the media sink that a stream has reached the end of a segment. + /// </summary> + void NotifyEndOfSegment([In] int dwStreamIndex); + /// <summary> + /// Flushes one or more streams. + /// </summary> + void Flush([In] int dwStreamIndex); + /// <summary> + /// (Finalize) Completes all writing operations on the sink writer. + /// </summary> + void DoFinalize(); + /// <summary> + /// Queries the underlying media sink or encoder for an interface. + /// </summary> + void GetServiceForStream([In] int dwStreamIndex, [In] ref Guid guidService, [In] ref Guid riid, out IntPtr ppvObject); + /// <summary> + /// Gets statistics about the performance of the sink writer. + /// </summary> + void GetStatistics([In] int dwStreamIndex, [In, Out] MF_SINK_WRITER_STATISTICS pStats); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSinkWriter.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSinkWriter.cs.meta new file mode 100644 index 0000000..e02fec2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSinkWriter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 928c4c61c33ca3fae9efeb10aa3df4af +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSourceReader.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSourceReader.cs new file mode 100644 index 0000000..7d34124 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSourceReader.cs @@ -0,0 +1,99 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// IMFSourceReader interface + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd374655%28v=vs.85%29.aspx + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("70ae66f2-c809-4e4f-8915-bdcb406b7993")] + public interface IMFSourceReader + { + /// <summary> + /// Queries whether a stream is selected. + /// </summary> + void GetStreamSelection([In] int dwStreamIndex, [Out, MarshalAs(UnmanagedType.Bool)] out bool pSelected); + /// <summary> + /// Selects or deselects one or more streams. + /// </summary> + void SetStreamSelection([In] int dwStreamIndex, [In, MarshalAs(UnmanagedType.Bool)] bool pSelected); + /// <summary> + /// Gets a format that is supported natively by the media source. + /// </summary> + void GetNativeMediaType([In] int dwStreamIndex, [In] int dwMediaTypeIndex, [Out] out IMFMediaType ppMediaType); + /// <summary> + /// Gets the current media type for a stream. + /// </summary> + void GetCurrentMediaType([In] int dwStreamIndex, [Out] out IMFMediaType ppMediaType); + /// <summary> + /// Sets the media type for a stream. + /// </summary> + void SetCurrentMediaType([In] int dwStreamIndex, IntPtr pdwReserved, [In] IMFMediaType pMediaType); + /// <summary> + /// Seeks to a new position in the media source. + /// </summary> + void SetCurrentPosition([In, MarshalAs(UnmanagedType.LPStruct)] Guid guidTimeFormat, [In] IntPtr varPosition); + /// <summary> + /// Reads the next sample from the media source. + /// </summary> + void ReadSample([In] int dwStreamIndex, [In] int dwControlFlags, [Out] out int pdwActualStreamIndex, [Out] out MF_SOURCE_READER_FLAG pdwStreamFlags, + [Out] out UInt64 pllTimestamp, [Out] out IMFSample ppSample); + /// <summary> + /// Flushes one or more streams. + /// </summary> + void Flush([In] int dwStreamIndex); + + /// <summary> + /// Queries the underlying media source or decoder for an interface. + /// </summary> + void GetServiceForStream([In] int dwStreamIndex, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidService, + [In, MarshalAs(UnmanagedType.LPStruct)] Guid riid, [Out] out IntPtr ppvObject); + + /// <summary> + /// Gets an attribute from the underlying media source. + /// </summary> + [PreserveSig] + int GetPresentationAttribute([In] int dwStreamIndex, [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidAttribute, [Out] IntPtr pvarAttribute); + } + + /// <summary> + /// Contains flags that indicate the status of the IMFSourceReader::ReadSample method + /// http://msdn.microsoft.com/en-us/library/windows/desktop/dd375773(v=vs.85).aspx + /// </summary> + [Flags] + public enum MF_SOURCE_READER_FLAG { + /// <summary> + /// No Error + /// </summary> + None = 0, + /// <summary> + /// An error occurred. If you receive this flag, do not make any further calls to IMFSourceReader methods. + /// </summary> + MF_SOURCE_READERF_ERROR = 0x00000001, + /// <summary> + /// The source reader reached the end of the stream. + /// </summary> + MF_SOURCE_READERF_ENDOFSTREAM = 0x00000002, + /// <summary> + /// One or more new streams were created + /// </summary> + MF_SOURCE_READERF_NEWSTREAM = 0x00000004, + /// <summary> + /// The native format has changed for one or more streams. The native format is the format delivered by the media source before any decoders are inserted. + /// </summary> + MF_SOURCE_READERF_NATIVEMEDIATYPECHANGED = 0x00000010, + /// <summary> + /// The current media has type changed for one or more streams. To get the current media type, call the IMFSourceReader::GetCurrentMediaType method. + /// </summary> + MF_SOURCE_READERF_CURRENTMEDIATYPECHANGED = 0x00000020, + /// <summary> + /// There is a gap in the stream. This flag corresponds to an MEStreamTick event from the media source. + /// </summary> + MF_SOURCE_READERF_STREAMTICK = 0x00000100, + /// <summary> + /// All transforms inserted by the application have been removed for a particular stream. + /// </summary> + MF_SOURCE_READERF_ALLEFFECTSREMOVED = 0x00000200 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSourceReader.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSourceReader.cs.meta new file mode 100644 index 0000000..ca855dc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFSourceReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a49cafaca00d0a3bea48a1544addc41c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFTransform.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFTransform.cs new file mode 100644 index 0000000..e9c8ee8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFTransform.cs @@ -0,0 +1,254 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// IMFTransform, defined in mftransform.h + /// </summary> + [ComImport, InterfaceType(ComInterfaceType.InterfaceIsIUnknown), Guid("bf94c121-5b05-4e6f-8000-ba598961414d")] + public interface IMFTransform + { + /// <summary> + /// Retrieves the minimum and maximum number of input and output streams. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetStreamLimits( + /// /* [out] */ __RPC__out DWORD *pdwInputMinimum, + /// /* [out] */ __RPC__out DWORD *pdwInputMaximum, + /// /* [out] */ __RPC__out DWORD *pdwOutputMinimum, + /// /* [out] */ __RPC__out DWORD *pdwOutputMaximum) = 0; + /// </remarks> + void GetStreamLimits([Out] out int pdwInputMinimum, [Out] out int pdwInputMaximum, [Out] out int pdwOutputMinimum, [Out] out int pdwOutputMaximum); + + /// <summary> + /// Retrieves the current number of input and output streams on this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetStreamCount( + /// /* [out] */ __RPC__out DWORD *pcInputStreams, + /// /* [out] */ __RPC__out DWORD *pcOutputStreams) = 0; + /// </remarks> + void GetStreamCount([Out] out int pcInputStreams, [Out] out int pcOutputStreams); + + /// <summary> + /// Retrieves the stream identifiers for the input and output streams on this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetStreamIDs( + /// DWORD dwInputIDArraySize, + /// /* [size_is][out] */ __RPC__out_ecount_full(dwInputIDArraySize) DWORD *pdwInputIDs, + /// DWORD dwOutputIDArraySize, + /// /* [size_is][out] */ __RPC__out_ecount_full(dwOutputIDArraySize) DWORD *pdwOutputIDs) = 0; + /// </remarks> + void GetStreamIds([In] int dwInputIdArraySize, [In, Out] IntPtr pdwInputIDs, [In] int dwOutputIdArraySize, [In, Out] IntPtr pdwOutputIDs); + + /// <summary> + /// Gets the buffer requirements and other information for an input stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetInputStreamInfo( + /// DWORD dwInputStreamID, + /// /* [out] */ __RPC__out MFT_INPUT_STREAM_INFO *pStreamInfo) = 0; + /// </remarks> + void GetInputStreamInfo([In] int dwInputStreamId, [Out] out MFT_INPUT_STREAM_INFO pStreamInfo); + + /// <summary> + /// Gets the buffer requirements and other information for an output stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetOutputStreamInfo( + /// DWORD dwOutputStreamID, + /// /* [out] */ __RPC__out MFT_OUTPUT_STREAM_INFO *pStreamInfo) = 0; + /// </remarks> + void GetOutputStreamInfo([In] int dwOutputStreamId, [Out] out MFT_OUTPUT_STREAM_INFO pStreamInfo); + + /// <summary> + /// Gets the global attribute store for this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetAttributes( + /// /* [out] */ __RPC__deref_out_opt IMFAttributes **pAttributes) = 0; + /// </remarks> + void GetAttributes([Out] out IMFAttributes pAttributes); + + /// <summary> + /// Retrieves the attribute store for an input stream on this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetInputStreamAttributes( + /// DWORD dwInputStreamID, + /// /* [out] */ __RPC__deref_out_opt IMFAttributes **pAttributes) = 0; + /// </remarks> + void GetInputStreamAttributes([In] int dwInputStreamId, [Out] out IMFAttributes pAttributes); + + /// <summary> + /// Retrieves the attribute store for an output stream on this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetOutputStreamAttributes( + /// DWORD dwOutputStreamID, + /// /* [out] */ __RPC__deref_out_opt IMFAttributes **pAttributes) = 0; + /// </remarks> + void GetOutputStreamAttributes([In] int dwOutputStreamId, [Out] out IMFAttributes pAttributes); + + /// <summary> + /// Removes an input stream from this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE DeleteInputStream( + /// DWORD dwStreamID) = 0; + /// </remarks> + void DeleteInputStream([In] int dwOutputStreamId); + + /// <summary> + /// Adds one or more new input streams to this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE AddInputStreams( + /// DWORD cStreams, + /// /* [in] */ __RPC__in DWORD *adwStreamIDs) = 0; + /// </remarks> + void AddInputStreams([In] int cStreams, [In] IntPtr adwStreamIDs); + + /// <summary> + /// Gets an available media type for an input stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetInputAvailableType( + /// DWORD dwInputStreamID, + /// DWORD dwTypeIndex, + /// /* [out] */ __RPC__deref_out_opt IMFMediaType **ppType) = 0; + /// </remarks> + void GetInputAvailableType([In] int dwInputStreamId, [In] int dwTypeIndex, [Out] out IMFMediaType ppType); + + /// <summary> + /// Retrieves an available media type for an output stream on this MFT. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetOutputAvailableType( + /// DWORD dwOutputStreamID, + /// DWORD dwTypeIndex, + /// /* [out] */ __RPC__deref_out_opt IMFMediaType **ppType) = 0; + /// </remarks> + void GetOutputAvailableType([In] int dwOutputStreamId, [In] int dwTypeIndex, [Out] out IMFMediaType ppType); + + /// <summary> + /// Sets, tests, or clears the media type for an input stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE SetInputType( + /// DWORD dwInputStreamID, + /// /* [in] */ __RPC__in_opt IMFMediaType *pType, + /// DWORD dwFlags) = 0; + /// </remarks> + void SetInputType([In] int dwInputStreamId, [In] IMFMediaType pType, [In] _MFT_SET_TYPE_FLAGS dwFlags); + + /// <summary> + /// Sets, tests, or clears the media type for an output stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE SetOutputType( + /// DWORD dwOutputStreamID, + /// /* [in] */ __RPC__in_opt IMFMediaType *pType, + /// DWORD dwFlags) = 0; + /// </remarks> + void SetOutputType([In] int dwOutputStreamId, [In] IMFMediaType pType, [In] _MFT_SET_TYPE_FLAGS dwFlags); + + /// <summary> + /// Gets the current media type for an input stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetInputCurrentType( + /// DWORD dwInputStreamID, + /// /* [out] */ __RPC__deref_out_opt IMFMediaType **ppType) = 0; + /// </remarks> + void GetInputCurrentType([In] int dwInputStreamId, [Out] out IMFMediaType ppType); + + /// <summary> + /// Gets the current media type for an output stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetOutputCurrentType( + /// DWORD dwOutputStreamID, + /// /* [out] */ __RPC__deref_out_opt IMFMediaType **ppType) = 0; + /// </remarks> + void GetOutputCurrentType([In] int dwOutputStreamId, [Out] out IMFMediaType ppType); + + /// <summary> + /// Queries whether an input stream on this Media Foundation transform (MFT) can accept more data. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetInputStatus( + /// DWORD dwInputStreamID, + /// /* [out] */ __RPC__out DWORD *pdwFlags) = 0; + /// </remarks> + void GetInputStatus([In] int dwInputStreamId, [Out] out _MFT_INPUT_STATUS_FLAGS pdwFlags); + + /// <summary> + /// Queries whether the Media Foundation transform (MFT) is ready to produce output data. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE GetOutputStatus( + /// /* [out] */ __RPC__out DWORD *pdwFlags) = 0; + /// </remarks> + void GetOutputStatus([In] int dwInputStreamId, [Out] out _MFT_OUTPUT_STATUS_FLAGS pdwFlags); + + /// <summary> + /// Sets the range of time stamps the client needs for output. + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE SetOutputBounds( + /// LONGLONG hnsLowerBound, + /// LONGLONG hnsUpperBound) = 0; + /// </remarks> + void SetOutputBounds([In] long hnsLowerBound, [In] long hnsUpperBound); + + /// <summary> + /// Sends an event to an input stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE ProcessEvent( + /// DWORD dwInputStreamID, + /// /* [in] */ __RPC__in_opt IMFMediaEvent *pEvent) = 0; + /// </remarks> + void ProcessEvent([In] int dwInputStreamId, [In] IMFMediaEvent pEvent); + + /// <summary> + /// Sends a message to the Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual HRESULT STDMETHODCALLTYPE ProcessMessage( + /// MFT_MESSAGE_TYPE eMessage, + /// ULONG_PTR ulParam) = 0; + /// </remarks> + void ProcessMessage([In] MFT_MESSAGE_TYPE eMessage, [In] IntPtr ulParam); + + /// <summary> + /// Delivers data to an input stream on this Media Foundation transform (MFT). + /// </summary> + /// <remarks> + /// virtual /* [local] */ HRESULT STDMETHODCALLTYPE ProcessInput( + /// DWORD dwInputStreamID, + /// IMFSample *pSample, + /// DWORD dwFlags) = 0; + /// </remarks> + void ProcessInput([In] int dwInputStreamId, [In] IMFSample pSample, int dwFlags); + + /// <summary> + /// Generates output from the current input data. + /// </summary> + /// <remarks> + /// virtual /* [local] */ HRESULT STDMETHODCALLTYPE ProcessOutput( + /// DWORD dwFlags, + /// DWORD cOutputBufferCount, + /// /* [size_is][out][in] */ MFT_OUTPUT_DATA_BUFFER *pOutputSamples, + /// /* [out] */ DWORD *pdwStatus) = 0; + /// </remarks> + [PreserveSig] + int ProcessOutput([In] _MFT_PROCESS_OUTPUT_FLAGS dwFlags, + [In] int cOutputBufferCount, + [In, Out, MarshalAs(UnmanagedType.LPArray, SizeParamIndex = 1)] MFT_OUTPUT_DATA_BUFFER[] pOutputSamples, + [Out] out _MFT_PROCESS_OUTPUT_STATUS pdwStatus); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFTransform.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFTransform.cs.meta new file mode 100644 index 0000000..a10ecf0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/IMFTransform.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e5ce0edd86755786cb59fd9fed6d9de5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_INPUT_STREAM_INFO.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_INPUT_STREAM_INFO.cs new file mode 100644 index 0000000..11cff00 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_INPUT_STREAM_INFO.cs @@ -0,0 +1,35 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Contains information about an input stream on a Media Foundation transform (MFT) + /// </summary> + [StructLayout(LayoutKind.Sequential)] + public struct MFT_INPUT_STREAM_INFO + { + /// <summary> + /// Maximum amount of time between an input sample and the corresponding output sample, in 100-nanosecond units. + /// </summary> + public long hnsMaxLatency; + /// <summary> + /// Bitwise OR of zero or more flags from the _MFT_INPUT_STREAM_INFO_FLAGS enumeration. + /// </summary> + public _MFT_INPUT_STREAM_INFO_FLAGS dwFlags; + /// <summary> + /// The minimum size of each input buffer, in bytes. + /// </summary> + public int cbSize; + /// <summary> + /// Maximum amount of input data, in bytes, that the MFT holds to perform lookahead. + /// </summary> + public int cbMaxLookahead; + /// <summary> + /// The memory alignment required for input buffers. If the MFT does not require a specific alignment, the value is zero. + /// </summary> + public int cbAlignment; + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_INPUT_STREAM_INFO.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_INPUT_STREAM_INFO.cs.meta new file mode 100644 index 0000000..a33e019 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_INPUT_STREAM_INFO.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cb721f812f9b6608d9ec647ac6f74239 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_MESSAGE_TYPE.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_MESSAGE_TYPE.cs new file mode 100644 index 0000000..d724f4e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_MESSAGE_TYPE.cs @@ -0,0 +1,53 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Defines messages for a Media Foundation transform (MFT). + /// </summary> + public enum MFT_MESSAGE_TYPE + { + /// <summary> + /// Requests the MFT to flush all stored data. + /// </summary> + MFT_MESSAGE_COMMAND_FLUSH = 0x00000000, + /// <summary> + /// Requests the MFT to drain any stored data. + /// </summary> + MFT_MESSAGE_COMMAND_DRAIN = 0x00000001, + /// <summary> + /// Sets or clears the Direct3D Device Manager for DirectX Video Accereration (DXVA). + /// </summary> + MFT_MESSAGE_SET_D3D_MANAGER = 0x00000002, + /// <summary> + /// Drop samples - requires Windows 7 + /// </summary> + MFT_MESSAGE_DROP_SAMPLES = 0x00000003, + /// <summary> + /// Command Tick - requires Windows 8 + /// </summary> + MFT_MESSAGE_COMMAND_TICK = 0x00000004, + /// <summary> + /// Notifies the MFT that streaming is about to begin. + /// </summary> + MFT_MESSAGE_NOTIFY_BEGIN_STREAMING = 0x10000000, + /// <summary> + /// Notifies the MFT that streaming is about to end. + /// </summary> + MFT_MESSAGE_NOTIFY_END_STREAMING = 0x10000001, + /// <summary> + /// Notifies the MFT that an input stream has ended. + /// </summary> + MFT_MESSAGE_NOTIFY_END_OF_STREAM = 0x10000002, + /// <summary> + /// Notifies the MFT that the first sample is about to be processed. + /// </summary> + MFT_MESSAGE_NOTIFY_START_OF_STREAM = 0x10000003, + /// <summary> + /// Marks a point in the stream. This message applies only to asynchronous MFTs. Requires Windows 7 + /// </summary> + MFT_MESSAGE_COMMAND_MARKER = 0x20000000 + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_MESSAGE_TYPE.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_MESSAGE_TYPE.cs.meta new file mode 100644 index 0000000..de501b0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_MESSAGE_TYPE.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 376697207e6e567b0b0e2c62b942da69 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_DATA_BUFFER.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_DATA_BUFFER.cs new file mode 100644 index 0000000..19d2bbf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_DATA_BUFFER.cs @@ -0,0 +1,28 @@ +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Contains information about an output buffer for a Media Foundation transform. + /// </summary> + [StructLayout(LayoutKind.Sequential)] + public struct MFT_OUTPUT_DATA_BUFFER + { + /// <summary> + /// Output stream identifier. + /// </summary> + public int dwStreamID; + /// <summary> + /// Pointer to the IMFSample interface. + /// </summary> + public IMFSample pSample; + /// <summary> + /// Before calling ProcessOutput, set this member to zero. + /// </summary> + public _MFT_OUTPUT_DATA_BUFFER_FLAGS dwStatus; + /// <summary> + /// Before calling ProcessOutput, set this member to NULL. + /// </summary> + public IMFCollection pEvents; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_DATA_BUFFER.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_DATA_BUFFER.cs.meta new file mode 100644 index 0000000..af2fd46 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_DATA_BUFFER.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3c28e2f5f1504e7c3beb616f615d0690 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_STREAM_INFO.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_STREAM_INFO.cs new file mode 100644 index 0000000..1bec26f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_STREAM_INFO.cs @@ -0,0 +1,24 @@ +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Contains information about an output stream on a Media Foundation transform (MFT). + /// </summary> + [StructLayout(LayoutKind.Sequential)] + public struct MFT_OUTPUT_STREAM_INFO + { + /// <summary> + /// Bitwise OR of zero or more flags from the _MFT_OUTPUT_STREAM_INFO_FLAGS enumeration. + /// </summary> + public _MFT_OUTPUT_STREAM_INFO_FLAGS dwFlags; + /// <summary> + /// Minimum size of each output buffer, in bytes. + /// </summary> + public int cbSize; + /// <summary> + /// The memory alignment required for output buffers. + /// </summary> + public int cbAlignment; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_STREAM_INFO.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_STREAM_INFO.cs.meta new file mode 100644 index 0000000..cf42e50 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_OUTPUT_STREAM_INFO.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 36673722fc34855c1be98f68d532f398 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_REGISTER_TYPE_INFO.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_REGISTER_TYPE_INFO.cs new file mode 100644 index 0000000..6af26e9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_REGISTER_TYPE_INFO.cs @@ -0,0 +1,21 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Contains media type information for registering a Media Foundation transform (MFT). + /// </summary> + [StructLayout(LayoutKind.Sequential)] + public class MFT_REGISTER_TYPE_INFO + { + /// <summary> + /// The major media type. + /// </summary> + public Guid guidMajorType; + /// <summary> + /// The Media Subtype + /// </summary> + public Guid guidSubtype; + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_REGISTER_TYPE_INFO.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_REGISTER_TYPE_INFO.cs.meta new file mode 100644 index 0000000..85f59bb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MFT_REGISTER_TYPE_INFO.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 77c96403b87e7073c88fa4573b81f150 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MF_SINK_WRITER_STATISTICS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MF_SINK_WRITER_STATISTICS.cs new file mode 100644 index 0000000..5f30fb9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MF_SINK_WRITER_STATISTICS.cs @@ -0,0 +1,79 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Contains statistics about the performance of the sink writer. + /// </summary> + [StructLayout(LayoutKind.Sequential)] + public class MF_SINK_WRITER_STATISTICS + { + /// <summary> + /// The size of the structure, in bytes. + /// </summary> + public int cb; + /// <summary> + /// The time stamp of the most recent sample given to the sink writer. + /// </summary> + public long llLastTimestampReceived; + /// <summary> + /// The time stamp of the most recent sample to be encoded. + /// </summary> + public long llLastTimestampEncoded; + /// <summary> + /// The time stamp of the most recent sample given to the media sink. + /// </summary> + public long llLastTimestampProcessed; + /// <summary> + /// The time stamp of the most recent stream tick. + /// </summary> + public long llLastStreamTickReceived; + /// <summary> + /// The system time of the most recent sample request from the media sink. + /// </summary> + public long llLastSinkSampleRequest; + /// <summary> + /// The number of samples received. + /// </summary> + public long qwNumSamplesReceived; + /// <summary> + /// The number of samples encoded. + /// </summary> + public long qwNumSamplesEncoded; + /// <summary> + /// The number of samples given to the media sink. + /// </summary> + public long qwNumSamplesProcessed; + /// <summary> + /// The number of stream ticks received. + /// </summary> + public long qwNumStreamTicksReceived; + /// <summary> + /// The amount of data, in bytes, currently waiting to be processed. + /// </summary> + public int dwByteCountQueued; + /// <summary> + /// The total amount of data, in bytes, that has been sent to the media sink. + /// </summary> + public long qwByteCountProcessed; + /// <summary> + /// The number of pending sample requests. + /// </summary> + public int dwNumOutstandingSinkSampleRequests; + /// <summary> + /// The average rate, in media samples per 100-nanoseconds, at which the application sent samples to the sink writer. + /// </summary> + public int dwAverageSampleRateReceived; + /// <summary> + /// The average rate, in media samples per 100-nanoseconds, at which the sink writer sent samples to the encoder + /// </summary> + public int dwAverageSampleRateEncoded; + /// <summary> + /// The average rate, in media samples per 100-nanoseconds, at which the sink writer sent samples to the media sink. + /// </summary> + public int dwAverageSampleRateProcessed; + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MF_SINK_WRITER_STATISTICS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MF_SINK_WRITER_STATISTICS.cs.meta new file mode 100644 index 0000000..f5f785b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MF_SINK_WRITER_STATISTICS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d8a192902c28914538873cc3a63ad495 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaEventType.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaEventType.cs new file mode 100644 index 0000000..da5e401 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaEventType.cs @@ -0,0 +1,437 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// See mfobjects.h + /// </summary> + public enum MediaEventType + { + /// <summary> + /// Unknown event type. + /// </summary> + MEUnknown = 0, + /// <summary> + /// Signals a serious error. + /// </summary> + MEError = 1, + /// <summary> + /// Custom event type. + /// </summary> + MEExtendedType = 2, + /// <summary> + /// A non-fatal error occurred during streaming. + /// </summary> + MENonFatalError = 3, + // MEGenericV1Anchor = MENonFatalError, + /// <summary> + /// Session Unknown + /// </summary> + MESessionUnknown = 100, + /// <summary> + /// Raised after the IMFMediaSession::SetTopology method completes asynchronously + /// </summary> + MESessionTopologySet = 101, + /// <summary> + /// Raised by the Media Session when the IMFMediaSession::ClearTopologies method completes asynchronously. + /// </summary> + MESessionTopologiesCleared = 102, + /// <summary> + /// Raised when the IMFMediaSession::Start method completes asynchronously. + /// </summary> + MESessionStarted = 103, + /// <summary> + /// Raised when the IMFMediaSession::Pause method completes asynchronously. + /// </summary> + MESessionPaused = 104, + /// <summary> + /// Raised when the IMFMediaSession::Stop method completes asynchronously. + /// </summary> + MESessionStopped = 105, + /// <summary> + /// Raised when the IMFMediaSession::Close method completes asynchronously. + /// </summary> + MESessionClosed = 106, + /// <summary> + /// Raised by the Media Session when it has finished playing the last presentation in the playback queue. + /// </summary> + MESessionEnded = 107, + /// <summary> + /// Raised by the Media Session when the playback rate changes. + /// </summary> + MESessionRateChanged = 108, + /// <summary> + /// Raised by the Media Session when it completes a scrubbing request. + /// </summary> + MESessionScrubSampleComplete = 109, + /// <summary> + /// Raised by the Media Session when the session capabilities change. + /// </summary> + MESessionCapabilitiesChanged = 110, + /// <summary> + /// Raised by the Media Session when the status of a topology changes. + /// </summary> + MESessionTopologyStatus = 111, + /// <summary> + /// Raised by the Media Session when a new presentation starts. + /// </summary> + MESessionNotifyPresentationTime = 112, + /// <summary> + /// Raised by a media source a new presentation is ready. + /// </summary> + MENewPresentation = 113, + /// <summary> + /// License acquisition is about to begin. + /// </summary> + MELicenseAcquisitionStart = 114, + /// <summary> + /// License acquisition is complete. + /// </summary> + MELicenseAcquisitionCompleted = 115, + /// <summary> + /// Individualization is about to begin. + /// </summary> + MEIndividualizationStart = 116, + /// <summary> + /// Individualization is complete. + /// </summary> + MEIndividualizationCompleted = 117, + /// <summary> + /// Signals the progress of a content enabler object. + /// </summary> + MEEnablerProgress = 118, + /// <summary> + /// A content enabler object's action is complete. + /// </summary> + MEEnablerCompleted = 119, + /// <summary> + /// Raised by a trusted output if an error occurs while enforcing the output policy. + /// </summary> + MEPolicyError = 120, + /// <summary> + /// Contains status information about the enforcement of an output policy. + /// </summary> + MEPolicyReport = 121, + /// <summary> + /// A media source started to buffer data. + /// </summary> + MEBufferingStarted = 122, + + /// <summary> + /// A media source stopped buffering data. + /// </summary> + MEBufferingStopped = 123, + + /// <summary> + /// The network source started opening a URL. + /// </summary> + MEConnectStart = 124, + /// <summary> + /// The network source finished opening a URL. + /// </summary> + MEConnectEnd = 125, + /// <summary> + /// Raised by a media source at the start of a reconnection attempt. + /// </summary> + MEReconnectStart = 126, + /// <summary> + /// Raised by a media source at the end of a reconnection attempt. + /// </summary> + MEReconnectEnd = 127, + /// <summary> + /// Raised by the enhanced video renderer (EVR) when it receives a user event from the presenter. + /// </summary> + MERendererEvent = 128, + /// <summary> + /// Raised by the Media Session when the format changes on a media sink. + /// </summary> + MESessionStreamSinkFormatChanged = 129, + //MESessionV1Anchor = MESessionStreamSinkFormatChanged, + /// <summary> + /// Source Unknown + /// </summary> + MESourceUnknown = 200, + /// <summary> + /// Raised when a media source starts without seeking. + /// </summary> + MESourceStarted = 201, + /// <summary> + /// Raised by a media stream when the source starts without seeking. + /// </summary> + MEStreamStarted = 202, + /// <summary> + /// Raised when a media source seeks to a new position. + /// </summary> + MESourceSeeked = 203, + /// <summary> + /// Raised by a media stream after a call to IMFMediaSource::Start causes a seek in the stream. + /// </summary> + MEStreamSeeked = 204, + /// <summary> + /// Raised by a media source when it starts a new stream. + /// </summary> + MENewStream = 205, + /// <summary> + /// Raised by a media source when it restarts or seeks a stream that is already active. + /// </summary> + MEUpdatedStream = 206, + /// <summary> + /// Raised by a media source when the IMFMediaSource::Stop method completes asynchronously. + /// </summary> + MESourceStopped = 207, + /// <summary> + /// Raised by a media stream when the IMFMediaSource::Stop method completes asynchronously. + /// </summary> + MEStreamStopped = 208, + /// <summary> + /// Raised by a media source when the IMFMediaSource::Pause method completes asynchronously. + /// </summary> + MESourcePaused = 209, + /// <summary> + /// Raised by a media stream when the IMFMediaSource::Pause method completes asynchronously. + /// </summary> + MEStreamPaused = 210, + /// <summary> + /// Raised by a media source when a presentation ends. + /// </summary> + MEEndOfPresentation = 211, + /// <summary> + /// Raised by a media stream when the stream ends. + /// </summary> + MEEndOfStream = 212, + /// <summary> + /// Raised when a media stream delivers a new sample. + /// </summary> + MEMediaSample = 213, + /// <summary> + /// Signals that a media stream does not have data available at a specified time. + /// </summary> + MEStreamTick = 214, + /// <summary> + /// Raised by a media stream when it starts or stops thinning the stream. + /// </summary> + MEStreamThinMode = 215, + /// <summary> + /// Raised by a media stream when the media type of the stream changes. + /// </summary> + MEStreamFormatChanged = 216, + /// <summary> + /// Raised by a media source when the playback rate changes. + /// </summary> + MESourceRateChanged = 217, + /// <summary> + /// Raised by the sequencer source when a segment is completed and is followed by another segment. + /// </summary> + MEEndOfPresentationSegment = 218, + /// <summary> + /// Raised by a media source when the source's characteristics change. + /// </summary> + MESourceCharacteristicsChanged = 219, + /// <summary> + /// Raised by a media source to request a new playback rate. + /// </summary> + MESourceRateChangeRequested = 220, + /// <summary> + /// Raised by a media source when it updates its metadata. + /// </summary> + MESourceMetadataChanged = 221, + /// <summary> + /// Raised by the sequencer source when the IMFSequencerSource::UpdateTopology method completes asynchronously. + /// </summary> + MESequencerSourceTopologyUpdated = 222, + //MESourceV1Anchor = MESequencerSourceTopologyUpdated, + /// <summary> + /// Sink Unknown + /// </summary> + MESinkUnknown = 300, + /// <summary> + /// Raised by a stream sink when it completes the transition to the running state. + /// </summary> + MEStreamSinkStarted = 301, + /// <summary> + /// Raised by a stream sink when it completes the transition to the stopped state. + /// </summary> + MEStreamSinkStopped = 302, + /// <summary> + /// Raised by a stream sink when it completes the transition to the paused state. + /// </summary> + MEStreamSinkPaused = 303, + /// <summary> + /// Raised by a stream sink when the rate has changed. + /// </summary> + MEStreamSinkRateChanged = 304, + /// <summary> + /// Raised by a stream sink to request a new media sample from the pipeline. + /// </summary> + MEStreamSinkRequestSample = 305, + /// <summary> + /// Raised by a stream sink after the IMFStreamSink::PlaceMarker method is called. + /// </summary> + MEStreamSinkMarker = 306, + /// <summary> + /// Raised by a stream sink when the stream has received enough preroll data to begin rendering. + /// </summary> + MEStreamSinkPrerolled = 307, + /// <summary> + /// Raised by a stream sink when it completes a scrubbing request. + /// </summary> + MEStreamSinkScrubSampleComplete = 308, + /// <summary> + /// Raised by a stream sink when the sink's media type is no longer valid. + /// </summary> + MEStreamSinkFormatChanged = 309, + /// <summary> + /// Raised by the stream sinks of the EVR if the video device changes. + /// </summary> + MEStreamSinkDeviceChanged = 310, + /// <summary> + /// Provides feedback about playback quality to the quality manager. + /// </summary> + MEQualityNotify = 311, + /// <summary> + /// Raised when a media sink becomes invalid. + /// </summary> + MESinkInvalidated = 312, + + /// <summary> + /// The audio session display name changed. + /// </summary> + MEAudioSessionNameChanged = 313, + + /// <summary> + /// The volume or mute state of the audio session changed + /// </summary> + MEAudioSessionVolumeChanged = 314, + + /// <summary> + /// The audio device was removed. + /// </summary> + MEAudioSessionDeviceRemoved = 315, + + /// <summary> + /// The Windows audio server system was shut down. + /// </summary> + MEAudioSessionServerShutdown = 316, + + /// <summary> + /// The grouping parameters changed for the audio session. + /// </summary> + MEAudioSessionGroupingParamChanged = 317, + + /// <summary> + /// The audio session icon changed. + /// </summary> + MEAudioSessionIconChanged = 318, + + /// <summary> + /// The default audio format for the audio device changed. + /// </summary> + MEAudioSessionFormatChanged = 319, + + /// <summary> + /// The audio session was disconnected from a Windows Terminal Services session + /// </summary> + MEAudioSessionDisconnected = 320, + + /// <summary> + /// The audio session was preempted by an exclusive-mode connection. + /// </summary> + MEAudioSessionExclusiveModeOverride = 321, + //MESinkV1Anchor = MEAudioSessionExclusiveModeOverride, + /// <summary> + /// Trust Unknown + /// </summary> + METrustUnknown = 400, + /// <summary> + /// The output policy for a stream changed. + /// </summary> + MEPolicyChanged = 401, + /// <summary> + /// Content protection message + /// </summary> + MEContentProtectionMessage = 402, + /// <summary> + /// The IMFOutputTrustAuthority::SetPolicy method completed. + /// </summary> + MEPolicySet = 403, + //METrustV1Anchor = MEPolicySet, + /// <summary> + /// DRM License Backup Completed + /// </summary> + MEWMDRMLicenseBackupCompleted = 500, + /// <summary> + /// DRM License Backup Progress + /// </summary> + MEWMDRMLicenseBackupProgress = 501, + /// <summary> + /// DRM License Restore Completed + /// </summary> + MEWMDRMLicenseRestoreCompleted = 502, + /// <summary> + /// DRM License Restore Progress + /// </summary> + MEWMDRMLicenseRestoreProgress = 503, + /// <summary> + /// DRM License Acquisition Completed + /// </summary> + MEWMDRMLicenseAcquisitionCompleted = 506, + /// <summary> + /// DRM Individualization Completed + /// </summary> + MEWMDRMIndividualizationCompleted = 508, + /// <summary> + /// DRM Individualization Progress + /// </summary> + MEWMDRMIndividualizationProgress = 513, + /// <summary> + /// DRM Proximity Completed + /// </summary> + MEWMDRMProximityCompleted = 514, + /// <summary> + /// DRM License Store Cleaned + /// </summary> + MEWMDRMLicenseStoreCleaned = 515, + /// <summary> + /// DRM Revocation Download Completed + /// </summary> + MEWMDRMRevocationDownloadCompleted = 516, + //MEWMDRMV1Anchor = MEWMDRMRevocationDownloadCompleted, + /// <summary> + /// Transform Unknown + /// </summary> + METransformUnknown = 600, + /// <summary> + /// Sent by an asynchronous MFT to request a new input sample. + /// </summary> + METransformNeedInput = (METransformUnknown + 1), + /// <summary> + /// Sent by an asynchronous MFT when new output data is available from the MFT. + /// </summary> + METransformHaveOutput = (METransformNeedInput + 1), + /// <summary> + /// Sent by an asynchronous Media Foundation transform (MFT) when a drain operation is complete. + /// </summary> + METransformDrainComplete = (METransformHaveOutput + 1), + /// <summary> + /// Sent by an asynchronous MFT in response to an MFT_MESSAGE_COMMAND_MARKER message. + /// </summary> + METransformMarker = (METransformDrainComplete + 1), + //MEReservedMax = 10000 + } +} + + +/* + +MECaptureAudioSessionDeviceRemoved The device was removed. +MECaptureAudioSessionDisconnected The audio session is disconnected because the user logged off from a Windows Terminal Services (WTS) session. +MECaptureAudioSessionExclusiveModeOverride The user opened an audio stream in exclusive mode. +MECaptureAudioSessionFormatChanged The audio format changed. +MECaptureAudioSessionServerShutdown The audio session server shutdown. +MECaptureAudioSessionVolumeChanged The volume changed. +MEContentProtectionMessage The configuration changed for an output protection scheme. +MEVideoCaptureDevicePreempted The device has been preempted. +MEVideoCaptureDeviceRemoved The device has been removed. +}*/ diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaEventType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaEventType.cs.meta new file mode 100644 index 0000000..c241a0b --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaEventType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 743418488aa8d8640b58af34734c503d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationAttributes.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationAttributes.cs new file mode 100644 index 0000000..f3e55b2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationAttributes.cs @@ -0,0 +1,298 @@ +using System; +using System.Collections.Generic; +using System.Text; +using NAudio.Utils; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Media Foundation attribute guids + /// http://msdn.microsoft.com/en-us/library/windows/desktop/ms696989%28v=vs.85%29.aspx + /// </summary> + public static class MediaFoundationAttributes + { + /// <summary> + /// Specifies whether an MFT performs asynchronous processing. + /// </summary> + public static readonly Guid MF_TRANSFORM_ASYNC = new Guid("f81a699a-649a-497d-8c73-29f8fed6ad7a"); + + /// <summary> + /// Enables the use of an asynchronous MFT. + /// </summary> + public static readonly Guid MF_TRANSFORM_ASYNC_UNLOCK = new Guid("e5666d6b-3422-4eb6-a421-da7db1f8e207"); + + /// <summary> + /// Contains flags for an MFT activation object. + /// </summary> + [FieldDescription("Transform Flags")] + public static readonly Guid MF_TRANSFORM_FLAGS_Attribute = new Guid("9359bb7e-6275-46c4-a025-1c01e45f1a86"); + + /// <summary> + /// Specifies the category for an MFT. + /// </summary> + [FieldDescription("Transform Category")] + public static readonly Guid MF_TRANSFORM_CATEGORY_Attribute = new Guid("ceabba49-506d-4757-a6ff-66c184987e4e"); + + /// <summary> + /// Contains the class identifier (CLSID) of an MFT. + /// </summary> + [FieldDescription("Class identifier")] + public static readonly Guid MFT_TRANSFORM_CLSID_Attribute = new Guid("6821c42b-65a4-4e82-99bc-9a88205ecd0c"); + + /// <summary> + /// Specifies the container type of an encoded file. The container types are supported by Media Foundation. + /// </summary> + [FieldDescription("Container type")] + public static readonly Guid MF_TRANSCODE_CONTAINERTYPE = new Guid(0x150ff23f, 0x4abc, 0x478b, 0xac, 0x4f, 0xe1, 0x91, 0x6f, 0xba, 0x1c, 0xca); + + /// <summary> + /// Contains the registered input types for a Media Foundation transform (MFT). + /// </summary> + [FieldDescription("Input Types")] + public static readonly Guid MFT_INPUT_TYPES_Attributes = new Guid("4276c9b1-759d-4bf3-9cd0-0d723d138f96"); + + /// <summary> + /// Contains the registered output types for a Media Foundation transform (MFT). + /// </summary> + [FieldDescription("Output Types")] + public static readonly Guid MFT_OUTPUT_TYPES_Attributes = new Guid("8eae8cf3-a44f-4306-ba5c-bf5dda242818"); + + /// <summary> + /// Contains the symbolic link for a hardware-based MFT. + /// </summary> + public static readonly Guid MFT_ENUM_HARDWARE_URL_Attribute = new Guid("2fb866ac-b078-4942-ab6c-003d05cda674"); + + /// <summary> + /// Contains the display name for a hardware-based MFT. + /// </summary> + [FieldDescription("Name")] + public static readonly Guid MFT_FRIENDLY_NAME_Attribute = new Guid("314ffbae-5b41-4c95-9c19-4e7d586face3"); + + /// <summary> + /// Contains a pointer to the stream attributes of the connected stream on a hardware-based MFT. + /// </summary> + public static readonly Guid MFT_CONNECTED_STREAM_ATTRIBUTE = new Guid("71eeb820-a59f-4de2-bcec-38db1dd611a4"); + + /// <summary> + /// Specifies whether a hardware-based MFT is connected to another hardware-based MFT. + /// </summary> + public static readonly Guid MFT_CONNECTED_TO_HW_STREAM = new Guid("34e6e728-06d6-4491-a553-4795650db912"); + + /// <summary> + /// Specifies the preferred output format for an encoder. + /// </summary> + [FieldDescription("Preferred Output Format")] + public static readonly Guid MFT_PREFERRED_OUTPUTTYPE_Attribute = new Guid("7e700499-396a-49ee-b1b4-f628021e8c9d"); + + /// <summary> + /// Specifies whether an MFT is registered only in the application's process. + /// </summary> + public static readonly Guid MFT_PROCESS_LOCAL_Attribute = new Guid("543186e4-4649-4e65-b588-4aa352aff379"); + + /// <summary> + /// Contains configuration properties for an encoder. + /// </summary> + public static readonly Guid MFT_PREFERRED_ENCODER_PROFILE = new Guid("53004909-1ef5-46d7-a18e-5a75f8b5905f"); + + /// <summary> + /// Specifies whether a hardware device source uses the system time for time stamps. + /// </summary> + public static readonly Guid MFT_HW_TIMESTAMP_WITH_QPC_Attribute = new Guid("8d030fb8-cc43-4258-a22e-9210bef89be4"); + + /// <summary> + /// Contains an IMFFieldOfUseMFTUnlock pointer, which can be used to unlock the MFT. + /// </summary> + public static readonly Guid MFT_FIELDOFUSE_UNLOCK_Attribute = new Guid("8ec2e9fd-9148-410d-831e-702439461a8e"); + + /// <summary> + /// Contains the merit value of a hardware codec. + /// </summary> + public static readonly Guid MFT_CODEC_MERIT_Attribute = new Guid("88a7cb15-7b07-4a34-9128-e64c6703c4d3"); + + /// <summary> + /// Specifies whether a decoder is optimized for transcoding rather than for playback. + /// </summary> + public static readonly Guid MFT_ENUM_TRANSCODE_ONLY_ATTRIBUTE = new Guid("111ea8cd-b62a-4bdb-89f6-67ffcdc2458b"); + + // Presentation descriptor attributes: + // http://msdn.microsoft.com/en-gb/library/windows/desktop/aa367736%28v=vs.85%29.aspx + + /// <summary> + /// Contains a pointer to the proxy object for the application's presentation descriptor. + /// </summary> + [FieldDescription("PMP Host Context")] + public static readonly Guid MF_PD_PMPHOST_CONTEXT = new Guid("6c990d31-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Contains a pointer to the presentation descriptor from the protected media path (PMP). + /// </summary> + [FieldDescription("App Context")] + public static readonly Guid MF_PD_APP_CONTEXT = new Guid("6c990d32-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies the duration of a presentation, in 100-nanosecond units. + /// </summary> + [FieldDescription("Duration")] + public static readonly Guid MF_PD_DURATION = new Guid("6c990d33-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies the total size of the source file, in bytes. + /// </summary> + [FieldDescription("Total File Size")] + public static readonly Guid MF_PD_TOTAL_FILE_SIZE = new Guid("6c990d34-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies the audio encoding bit rate for the presentation, in bits per second. + /// </summary> + [FieldDescription("Audio encoding bitrate")] + public static readonly Guid MF_PD_AUDIO_ENCODING_BITRATE = new Guid("6c990d35-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies the video encoding bit rate for the presentation, in bits per second. + /// </summary> + [FieldDescription("Video Encoding Bitrate")] + public static readonly Guid MF_PD_VIDEO_ENCODING_BITRATE = new Guid("6c990d36-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies the MIME type of the content. + /// </summary> + [FieldDescription("MIME Type")] + public static readonly Guid MF_PD_MIME_TYPE = new Guid("6c990d37-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies when a presentation was last modified. + /// </summary> + [FieldDescription("Last Modified Time")] + public static readonly Guid MF_PD_LAST_MODIFIED_TIME = new Guid("6c990d38-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// The identifier of the playlist element in the presentation. + /// </summary> + [FieldDescription("Element ID")] + public static readonly Guid MF_PD_PLAYBACK_ELEMENT_ID = new Guid("6c990d39-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Contains the preferred RFC 1766 language of the media source. + /// </summary> + [FieldDescription("Preferred Language")] + public static readonly Guid MF_PD_PREFERRED_LANGUAGE = new Guid("6c990d3a-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// The time at which the presentation must begin, relative to the start of the media source. + /// </summary> + [FieldDescription("Playback boundary time")] + public static readonly Guid MF_PD_PLAYBACK_BOUNDARY_TIME = new Guid("6c990d3b-bb8e-477a-8598-0d5d96fcd88a"); + + /// <summary> + /// Specifies whether the audio streams in the presentation have a variable bit rate. + /// </summary> + [FieldDescription("Audio is variable bitrate")] + public static readonly Guid MF_PD_AUDIO_ISVARIABLEBITRATE = new Guid("33026ee0-e387-4582-ae0a-34a2ad3baa18"); + + /// <summary> + /// Media type Major Type + /// </summary> + [FieldDescription("Major Media Type")] + public static readonly Guid MF_MT_MAJOR_TYPE = new Guid("48eba18e-f8c9-4687-bf11-0a74c9f96a8f"); + /// <summary> + /// Media Type subtype + /// </summary> + [FieldDescription("Media Subtype")] + public static readonly Guid MF_MT_SUBTYPE = new Guid("f7e34c9a-42e8-4714-b74b-cb29d72c35e5"); + /// <summary> + /// Audio block alignment + /// </summary> + [FieldDescription("Audio block alignment")] + public static readonly Guid MF_MT_AUDIO_BLOCK_ALIGNMENT = new Guid("322de230-9eeb-43bd-ab7a-ff412251541d"); + /// <summary> + /// Audio average bytes per second + /// </summary> + [FieldDescription("Audio average bytes per second")] + public static readonly Guid MF_MT_AUDIO_AVG_BYTES_PER_SECOND = new Guid("1aab75c8-cfef-451c-ab95-ac034b8e1731"); + /// <summary> + /// Audio number of channels + /// </summary> + [FieldDescription("Audio number of channels")] + public static readonly Guid MF_MT_AUDIO_NUM_CHANNELS = new Guid("37e48bf5-645e-4c5b-89de-ada9e29b696a"); + /// <summary> + /// Audio samples per second + /// </summary> + [FieldDescription("Audio samples per second")] + public static readonly Guid MF_MT_AUDIO_SAMPLES_PER_SECOND = new Guid("5faeeae7-0290-4c31-9e8a-c534f68d9dba"); + /// <summary> + /// Audio bits per sample + /// </summary> + [FieldDescription("Audio bits per sample")] + public static readonly Guid MF_MT_AUDIO_BITS_PER_SAMPLE = new Guid("f2deb57f-40fa-4764-aa33-ed4f2d1ff669"); + + /// <summary> + /// Enables the source reader or sink writer to use hardware-based Media Foundation transforms (MFTs). + /// </summary> + [FieldDescription("Enable Hardware Transforms")] + public static readonly Guid MF_READWRITE_ENABLE_HARDWARE_TRANSFORMS = new Guid("a634a91c-822b-41b9-a494-4de4643612b0"); + + /// <summary> + /// Specifies whether the sink writer limits the rate of incoming data. + /// </summary> + [FieldDescription("Disable Sink Writer Throttling")] + public static readonly Guid MF_SINK_WRITER_DISABLE_THROTTLING = new Guid("08b845d8-2b74-4afe-9d53-be16d2d5ae4f"); + + /// <summary> + /// Contains additional format data for a media type. + /// </summary> + [FieldDescription("User data")] + public static readonly Guid MF_MT_USER_DATA = new Guid("b6bc765f-4c3b-40a4-bd51-2535b66fe09d"); + + /// <summary> + /// Specifies for a media type whether each sample is independent of the other samples in the stream. + /// </summary> + [FieldDescription("All samples independent")] + public static readonly Guid MF_MT_ALL_SAMPLES_INDEPENDENT = new Guid("c9173739-5e56-461c-b713-46fb995cb95f"); + + /// <summary> + /// Specifies for a media type whether the samples have a fixed size. + /// </summary> + [FieldDescription("Fixed size samples")] + public static readonly Guid MF_MT_FIXED_SIZE_SAMPLES = new Guid("b8ebefaf-b718-4e04-b0a9-116775e3321b"); + + /// <summary> + /// Contains a DirectShow format GUID for a media type. + /// </summary> + [FieldDescription("DirectShow Format Guid")] + public static readonly Guid MF_MT_AM_FORMAT_TYPE = new Guid("73d1072d-1870-4174-a063-29ff4ff6c11e"); + + /// <summary> + /// Specifies the preferred legacy format structure to use when converting an audio media type. + /// </summary> + [FieldDescription("Preferred legacy format structure")] + public static readonly Guid MF_MT_AUDIO_PREFER_WAVEFORMATEX = new Guid("a901aaba-e037-458a-bdf6-545be2074042"); + + /// <summary> + /// Specifies for a media type whether the media data is compressed. + /// </summary> + [FieldDescription("Is Compressed")] + public static readonly Guid MF_MT_COMPRESSED = new Guid("3afd0cee-18f2-4ba5-a110-8bea502e1f92"); + + /// <summary> + /// Approximate data rate of the video stream, in bits per second, for a video media type. + /// </summary> + [FieldDescription("Average bitrate")] + public static readonly Guid MF_MT_AVG_BITRATE = new Guid("20332624-fb0d-4d9e-bd0d-cbf6786c102e"); + + /// <summary> + /// Specifies the payload type of an Advanced Audio Coding (AAC) stream. + /// 0 - The stream contains raw_data_block elements only + /// 1 - Audio Data Transport Stream (ADTS). The stream contains an adts_sequence, as defined by MPEG-2. + /// 2 - Audio Data Interchange Format (ADIF). The stream contains an adif_sequence, as defined by MPEG-2. + /// 3 - The stream contains an MPEG-4 audio transport stream with a synchronization layer (LOAS) and a multiplex layer (LATM). + /// </summary> + [FieldDescription("AAC payload type")] + public static readonly Guid MF_MT_AAC_PAYLOAD_TYPE = new Guid("bfbabe79-7434-4d1c-94f0-72a3b9e17188"); + + /// <summary> + /// Specifies the audio profile and level of an Advanced Audio Coding (AAC) stream, as defined by ISO/IEC 14496-3. + /// </summary> + [FieldDescription("AAC Audio Profile Level Indication")] + public static readonly Guid MF_MT_AAC_AUDIO_PROFILE_LEVEL_INDICATION = new Guid("7632f0e6-9538-4d61-acda-ea29c8c14456"); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationAttributes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationAttributes.cs.meta new file mode 100644 index 0000000..0a26376 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationAttributes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b6e301d5ba722e772abf2a0edbfbb7d1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationErrors.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationErrors.cs new file mode 100644 index 0000000..3ea5455 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationErrors.cs @@ -0,0 +1,2764 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.MediaFoundation +{ + // from mferror.h + /// <summary> + /// Media Foundation Errors + /// + /// </summary> + /// <remarks> + /// RANGES + /// 14000 - 14999 = General Media Foundation errors + /// 15000 - 15999 = ASF parsing errors + /// 16000 - 16999 = Media Source errors + /// 17000 - 17999 = MEDIAFOUNDATION Network Error Events + /// 18000 - 18999 = MEDIAFOUNDATION WMContainer Error Events + /// 19000 - 19999 = MEDIAFOUNDATION Media Sink Error Events + /// 20000 - 20999 = Renderer errors + /// 21000 - 21999 = Topology Errors + /// 25000 - 25999 = Timeline Errors + /// 26000 - 26999 = Unused + /// 28000 - 28999 = Transform errors + /// 29000 - 29999 = Content Protection errors + /// 40000 - 40999 = Clock errors + /// 41000 - 41999 = MF Quality Management Errors + /// 42000 - 42999 = MF Transcode API Errors + /// </remarks> + public static class MediaFoundationErrors + { + #region General Media Foundation errors + /// + /// MessageId: MF_E_PLATFORM_NOT_INITIALIZED + /// + /// MessageText: + /// + /// Platform not initialized. Please call MFStartup().%0 + /// + public const int MF_E_PLATFORM_NOT_INITIALIZED = unchecked((int) 0xC00D36B0); + + /// + /// MessageId: MF_E_BUFFERTOOSMALL + /// + /// MessageText: + /// + /// The buffer was too small to carry out the requested action.%0 + /// + public const int MF_E_BUFFERTOOSMALL = unchecked((int) 0xC00D36B1); + + /// + /// MessageId: MF_E_INVALIDREQUEST + /// + /// MessageText: + /// + /// The request is invalid in the current state.%0 + /// + public const int MF_E_INVALIDREQUEST = unchecked((int) 0xC00D36B2); + + /// + /// MessageId: MF_E_INVALIDSTREAMNUMBER + /// + /// MessageText: + /// + /// The stream number provided was invalid.%0 + /// + public const int MF_E_INVALIDSTREAMNUMBER = unchecked((int) 0xC00D36B3); + + /// + /// MessageId: MF_E_INVALIDMEDIATYPE + /// + /// MessageText: + /// + /// The data specified for the media type is invalid, inconsistent, or not supported by this object.%0 + /// + public const int MF_E_INVALIDMEDIATYPE = unchecked((int) 0xC00D36B4); + + /// + /// MessageId: MF_E_NOTACCEPTING + /// + /// MessageText: + /// + /// The callee is currently not accepting further input.%0 + /// + public const int MF_E_NOTACCEPTING = unchecked((int) 0xC00D36B5); + + /// + /// MessageId: MF_E_NOT_INITIALIZED + /// + /// MessageText: + /// + /// This object needs to be initialized before the requested operation can be carried out.%0 + /// + public const int MF_E_NOT_INITIALIZED = unchecked((int) 0xC00D36B6); + + /// + /// MessageId: MF_E_UNSUPPORTED_REPRESENTATION + /// + /// MessageText: + /// + /// The requested representation is not supported by this object.%0 + /// + public const int MF_E_UNSUPPORTED_REPRESENTATION = unchecked((int) 0xC00D36B7); + + /// + /// MessageId: MF_E_NO_MORE_TYPES + /// + /// MessageText: + /// + /// An object ran out of media types to suggest therefore the requested chain of streaming objects cannot be completed.%0 + /// + public const int MF_E_NO_MORE_TYPES = unchecked((int) 0xC00D36B9); + + /// + /// MessageId: MF_E_UNSUPPORTED_SERVICE + /// + /// MessageText: + /// + /// The object does not support the specified service.%0 + /// + public const int MF_E_UNSUPPORTED_SERVICE = unchecked((int) 0xC00D36BA); + + /// + /// MessageId: MF_E_UNEXPECTED + /// + /// MessageText: + /// + /// An unexpected error has occurred in the operation requested.%0 + /// + public const int MF_E_UNEXPECTED = unchecked((int) 0xC00D36BB); + + /// + /// MessageId: MF_E_INVALIDNAME + /// + /// MessageText: + /// + /// Invalid name.%0 + /// + public const int MF_E_INVALIDNAME = unchecked((int) 0xC00D36BC); + + /// + /// MessageId: MF_E_INVALIDTYPE + /// + /// MessageText: + /// + /// Invalid type.%0 + /// + public const int MF_E_INVALIDTYPE = unchecked((int) 0xC00D36BD); + + /// + /// MessageId: MF_E_INVALID_FILE_FORMAT + /// + /// MessageText: + /// + /// The file does not conform to the relevant file format specification. + /// + public const int MF_E_INVALID_FILE_FORMAT = unchecked((int) 0xC00D36BE); + + /// + /// MessageId: MF_E_INVALIDINDEX + /// + /// MessageText: + /// + /// Invalid index.%0 + /// + public const int MF_E_INVALIDINDEX = unchecked((int) 0xC00D36BF); + + /// + /// MessageId: MF_E_INVALID_TIMESTAMP + /// + /// MessageText: + /// + /// An invalid timestamp was given.%0 + /// + public const int MF_E_INVALID_TIMESTAMP = unchecked((int) 0xC00D36C0); + + /// + /// MessageId: MF_E_UNSUPPORTED_SCHEME + /// + /// MessageText: + /// + /// The scheme of the given URL is unsupported.%0 + /// + public const int MF_E_UNSUPPORTED_SCHEME = unchecked((int) 0xC00D36C3); + + /// + /// MessageId: MF_E_UNSUPPORTED_BYTESTREAM_TYPE + /// + /// MessageText: + /// + /// The byte stream type of the given URL is unsupported.%0 + /// + public const int MF_E_UNSUPPORTED_BYTESTREAM_TYPE = unchecked((int) 0xC00D36C4); + + /// + /// MessageId: MF_E_UNSUPPORTED_TIME_FORMAT + /// + /// MessageText: + /// + /// The given time format is unsupported.%0 + /// + public const int MF_E_UNSUPPORTED_TIME_FORMAT = unchecked((int) 0xC00D36C5); + + /// + /// MessageId: MF_E_NO_SAMPLE_TIMESTAMP + /// + /// MessageText: + /// + /// The Media Sample does not have a timestamp.%0 + /// + public const int MF_E_NO_SAMPLE_TIMESTAMP = unchecked((int) 0xC00D36C8); + + /// + /// MessageId: MF_E_NO_SAMPLE_DURATION + /// + /// MessageText: + /// + /// The Media Sample does not have a duration.%0 + /// + public const int MF_E_NO_SAMPLE_DURATION = unchecked((int) 0xC00D36C9); + + /// + /// MessageId: MF_E_INVALID_STREAM_DATA + /// + /// MessageText: + /// + /// The request failed because the data in the stream is corrupt.%0\n. + /// + public const int MF_E_INVALID_STREAM_DATA = unchecked((int) 0xC00D36CB); + + /// + /// MessageId: MF_E_RT_UNAVAILABLE + /// + /// MessageText: + /// + /// Real time services are not available.%0 + /// + public const int MF_E_RT_UNAVAILABLE = unchecked((int) 0xC00D36CF); + + /// + /// MessageId: MF_E_UNSUPPORTED_RATE + /// + /// MessageText: + /// + /// The specified rate is not supported.%0 + /// + public const int MF_E_UNSUPPORTED_RATE = unchecked((int) 0xC00D36D0); + + /// + /// MessageId: MF_E_THINNING_UNSUPPORTED + /// + /// MessageText: + /// + /// This component does not support stream-thinning.%0 + /// + public const int MF_E_THINNING_UNSUPPORTED = unchecked((int) 0xC00D36D1); + + /// + /// MessageId: MF_E_REVERSE_UNSUPPORTED + /// + /// MessageText: + /// + /// The call failed because no reverse playback rates are available.%0 + /// + public const int MF_E_REVERSE_UNSUPPORTED = unchecked((int) 0xC00D36D2); + + /// + /// MessageId: MF_E_UNSUPPORTED_RATE_TRANSITION + /// + /// MessageText: + /// + /// The requested rate transition cannot occur in the current state.%0 + /// + public const int MF_E_UNSUPPORTED_RATE_TRANSITION = unchecked((int) 0xC00D36D3); + + /// + /// MessageId: MF_E_RATE_CHANGE_PREEMPTED + /// + /// MessageText: + /// + /// The requested rate change has been pre-empted and will not occur.%0 + /// + public const int MF_E_RATE_CHANGE_PREEMPTED = unchecked((int) 0xC00D36D4); + + /// + /// MessageId: MF_E_NOT_FOUND + /// + /// MessageText: + /// + /// The specified object or value does not exist.%0 + /// + public const int MF_E_NOT_FOUND = unchecked((int) 0xC00D36D5); + + /// + /// MessageId: MF_E_NOT_AVAILABLE + /// + /// MessageText: + /// + /// The requested value is not available.%0 + /// + public const int MF_E_NOT_AVAILABLE = unchecked((int) 0xC00D36D6); + + /// + /// MessageId: MF_E_NO_CLOCK + /// + /// MessageText: + /// + /// The specified operation requires a clock and no clock is available.%0 + /// + public const int MF_E_NO_CLOCK = unchecked((int) 0xC00D36D7); + + /// + /// MessageId: MF_S_MULTIPLE_BEGIN + /// + /// MessageText: + /// + /// This callback and state had already been passed in to this event generator earlier.%0 + /// + public const int MF_S_MULTIPLE_BEGIN = unchecked((int) 0x000D36D8); + + /// + /// MessageId: MF_E_MULTIPLE_BEGIN + /// + /// MessageText: + /// + /// This callback has already been passed in to this event generator.%0 + /// + public const int MF_E_MULTIPLE_BEGIN = unchecked((int) 0xC00D36D9); + + /// + /// MessageId: MF_E_MULTIPLE_SUBSCRIBERS + /// + /// MessageText: + /// + /// Some component is already listening to events on this event generator.%0 + /// + public const int MF_E_MULTIPLE_SUBSCRIBERS = unchecked((int) 0xC00D36DA); + + /// + /// MessageId: MF_E_TIMER_ORPHANED + /// + /// MessageText: + /// + /// This timer was orphaned before its callback time arrived.%0 + /// + public const int MF_E_TIMER_ORPHANED = unchecked((int) 0xC00D36DB); + + /// + /// MessageId: MF_E_STATE_TRANSITION_PENDING + /// + /// MessageText: + /// + /// A state transition is already pending.%0 + /// + public const int MF_E_STATE_TRANSITION_PENDING = unchecked((int) 0xC00D36DC); + + /// + /// MessageId: MF_E_UNSUPPORTED_STATE_TRANSITION + /// + /// MessageText: + /// + /// The requested state transition is unsupported.%0 + /// + public const int MF_E_UNSUPPORTED_STATE_TRANSITION = unchecked((int) 0xC00D36DD); + + /// + /// MessageId: MF_E_UNRECOVERABLE_ERROR_OCCURRED + /// + /// MessageText: + /// + /// An unrecoverable error has occurred.%0 + /// + public const int MF_E_UNRECOVERABLE_ERROR_OCCURRED = unchecked((int) 0xC00D36DE); + + /// + /// MessageId: MF_E_SAMPLE_HAS_TOO_MANY_BUFFERS + /// + /// MessageText: + /// + /// The provided sample has too many buffers.%0 + /// + public const int MF_E_SAMPLE_HAS_TOO_MANY_BUFFERS = unchecked((int) 0xC00D36DF); + + /// + /// MessageId: MF_E_SAMPLE_NOT_WRITABLE + /// + /// MessageText: + /// + /// The provided sample is not writable.%0 + /// + public const int MF_E_SAMPLE_NOT_WRITABLE = unchecked((int) 0xC00D36E0); + + /// + /// MessageId: MF_E_INVALID_KEY + /// + /// MessageText: + /// + /// The specified key is not valid. + /// + public const int MF_E_INVALID_KEY = unchecked((int) 0xC00D36E2); + + /// + /// MessageId: MF_E_BAD_STARTUP_VERSION + /// + /// MessageText: + /// + /// You are calling MFStartup with the wrong MF_VERSION. Mismatched bits? + /// + public const int MF_E_BAD_STARTUP_VERSION = unchecked((int) 0xC00D36E3); + + /// + /// MessageId: MF_E_UNSUPPORTED_CAPTION + /// + /// MessageText: + /// + /// The caption of the given URL is unsupported.%0 + /// + public const int MF_E_UNSUPPORTED_CAPTION = unchecked((int) 0xC00D36E4); + + /// + /// MessageId: MF_E_INVALID_POSITION + /// + /// MessageText: + /// + /// The operation on the current offset is not permitted.%0 + /// + public const int MF_E_INVALID_POSITION = unchecked((int) 0xC00D36E5); + + /// + /// MessageId: MF_E_ATTRIBUTENOTFOUND + /// + /// MessageText: + /// + /// The requested attribute was not found.%0 + /// + public const int MF_E_ATTRIBUTENOTFOUND = unchecked((int) 0xC00D36E6); + + /// + /// MessageId: MF_E_PROPERTY_TYPE_NOT_ALLOWED + /// + /// MessageText: + /// + /// The specified property type is not allowed in this context.%0 + /// + public const int MF_E_PROPERTY_TYPE_NOT_ALLOWED = unchecked((int) 0xC00D36E7); + + /// + /// MessageId: MF_E_PROPERTY_TYPE_NOT_SUPPORTED + /// + /// MessageText: + /// + /// The specified property type is not supported.%0 + /// + public const int MF_E_PROPERTY_TYPE_NOT_SUPPORTED = unchecked((int) 0xC00D36E8); + + /// + /// MessageId: MF_E_PROPERTY_EMPTY + /// + /// MessageText: + /// + /// The specified property is empty.%0 + /// + public const int MF_E_PROPERTY_EMPTY = unchecked((int) 0xC00D36E9); + + /// + /// MessageId: MF_E_PROPERTY_NOT_EMPTY + /// + /// MessageText: + /// + /// The specified property is not empty.%0 + /// + public const int MF_E_PROPERTY_NOT_EMPTY = unchecked((int) 0xC00D36EA); + + /// + /// MessageId: MF_E_PROPERTY_VECTOR_NOT_ALLOWED + /// + /// MessageText: + /// + /// The vector property specified is not allowed in this context.%0 + /// + public const int MF_E_PROPERTY_VECTOR_NOT_ALLOWED = unchecked((int) 0xC00D36EB); + + /// + /// MessageId: MF_E_PROPERTY_VECTOR_REQUIRED + /// + /// MessageText: + /// + /// A vector property is required in this context.%0 + /// + public const int MF_E_PROPERTY_VECTOR_REQUIRED = unchecked((int) 0xC00D36EC); + + /// + /// MessageId: MF_E_OPERATION_CANCELLED + /// + /// MessageText: + /// + /// The operation is cancelled.%0 + /// + public const int MF_E_OPERATION_CANCELLED = unchecked((int) 0xC00D36ED); + + /// + /// MessageId: MF_E_BYTESTREAM_NOT_SEEKABLE + /// + /// MessageText: + /// + /// The provided bytestream was expected to be seekable and it is not.%0 + /// + public const int MF_E_BYTESTREAM_NOT_SEEKABLE = unchecked((int) 0xC00D36EE); + + /// + /// MessageId: MF_E_DISABLED_IN_SAFEMODE + /// + /// MessageText: + /// + /// The Media Foundation platform is disabled when the system is running in Safe Mode.%0 + /// + public const int MF_E_DISABLED_IN_SAFEMODE = unchecked((int) 0xC00D36EF); + + /// + /// MessageId: MF_E_CANNOT_PARSE_BYTESTREAM + /// + /// MessageText: + /// + /// The Media Source could not parse the byte stream.%0 + /// + public const int MF_E_CANNOT_PARSE_BYTESTREAM = unchecked((int) 0xC00D36F0); + + /// + /// MessageId: MF_E_SOURCERESOLVER_MUTUALLY_EXCLUSIVE_FLAGS + /// + /// MessageText: + /// + /// Mutually exclusive flags have been specified to source resolver. This flag combination is invalid.%0 + /// + public const int MF_E_SOURCERESOLVER_MUTUALLY_EXCLUSIVE_FLAGS = unchecked((int) 0xC00D36F1); + + /// + /// MessageId: MF_E_MEDIAPROC_WRONGSTATE + /// + /// MessageText: + /// + /// MediaProc is in the wrong state%0 + /// + public const int MF_E_MEDIAPROC_WRONGSTATE = unchecked((int) 0xC00D36F2); + + /// + /// MessageId: MF_E_RT_THROUGHPUT_NOT_AVAILABLE + /// + /// MessageText: + /// + /// Real time I/O service can not provide requested throughput.%0 + /// + public const int MF_E_RT_THROUGHPUT_NOT_AVAILABLE = unchecked((int) 0xC00D36F3); + + /// + /// MessageId: MF_E_RT_TOO_MANY_CLASSES + /// + /// MessageText: + /// + /// The workqueue cannot be registered with more classes.%0 + /// + public const int MF_E_RT_TOO_MANY_CLASSES = unchecked((int) 0xC00D36F4); + + /// + /// MessageId: MF_E_RT_WOULDBLOCK + /// + /// MessageText: + /// + /// This operation cannot succeed because another thread owns this object.%0 + /// + public const int MF_E_RT_WOULDBLOCK = unchecked((int) 0xC00D36F5); + + /// + /// MessageId: MF_E_NO_BITPUMP + /// + /// MessageText: + /// + /// Internal. Bitpump not found.%0 + /// + public const int MF_E_NO_BITPUMP = unchecked((int) 0xC00D36F6); + + /// + /// MessageId: MF_E_RT_OUTOFMEMORY + /// + /// MessageText: + /// + /// No more RT memory available.%0 + /// + public const int MF_E_RT_OUTOFMEMORY = unchecked((int) 0xC00D36F7); + + /// + /// MessageId: MF_E_RT_WORKQUEUE_CLASS_NOT_SPECIFIED + /// + /// MessageText: + /// + /// An MMCSS class has not been set for this work queue.%0 + /// + public const int MF_E_RT_WORKQUEUE_CLASS_NOT_SPECIFIED = unchecked((int) 0xC00D36F8); + + /// + /// MessageId: MF_E_INSUFFICIENT_BUFFER + /// + /// MessageText: + /// + /// Insufficient memory for response.%0 + /// + public const int MF_E_INSUFFICIENT_BUFFER = unchecked((int) 0xC00D7170); + + /// + /// MessageId: MF_E_CANNOT_CREATE_SINK + /// + /// MessageText: + /// + /// Activate failed to create mediasink. Call OutputNode::GetUINT32(MF_TOPONODE_MAJORTYPE) for more information. %0 + /// + public const int MF_E_CANNOT_CREATE_SINK = unchecked((int) 0xC00D36FA); + + /// + /// MessageId: MF_E_BYTESTREAM_UNKNOWN_LENGTH + /// + /// MessageText: + /// + /// The length of the provided bytestream is unknown.%0 + /// + public const int MF_E_BYTESTREAM_UNKNOWN_LENGTH = unchecked((int) 0xC00D36FB); + + /// + /// MessageId: MF_E_SESSION_PAUSEWHILESTOPPED + /// + /// MessageText: + /// + /// The media session cannot pause from a stopped state.%0 + /// + public const int MF_E_SESSION_PAUSEWHILESTOPPED = unchecked((int) 0xC00D36FC); + + /// + /// MessageId: MF_S_ACTIVATE_REPLACED + /// + /// MessageText: + /// + /// The activate could not be created in the remote process for some reason it was replaced with empty one.%0 + /// + public const int MF_S_ACTIVATE_REPLACED = unchecked((int) 0x000D36FD); + + /// + /// MessageId: MF_E_FORMAT_CHANGE_NOT_SUPPORTED + /// + /// MessageText: + /// + /// The data specified for the media type is supported, but would require a format change, which is not supported by this object.%0 + /// + public const int MF_E_FORMAT_CHANGE_NOT_SUPPORTED = unchecked((int) 0xC00D36FE); + + /// + /// MessageId: MF_E_INVALID_WORKQUEUE + /// + /// MessageText: + /// + /// The operation failed because an invalid combination of workqueue ID and flags was specified.%0 + /// + public const int MF_E_INVALID_WORKQUEUE = unchecked((int) 0xC00D36FF); + + /// + /// MessageId: MF_E_DRM_UNSUPPORTED + /// + /// MessageText: + /// + /// No DRM support is available.%0 + /// + public const int MF_E_DRM_UNSUPPORTED = unchecked((int) 0xC00D3700); + + /// + /// MessageId: MF_E_UNAUTHORIZED + /// + /// MessageText: + /// + /// This operation is not authorized.%0 + /// + public const int MF_E_UNAUTHORIZED = unchecked((int) 0xC00D3701); + + /// + /// MessageId: MF_E_OUT_OF_RANGE + /// + /// MessageText: + /// + /// The value is not in the specified or valid range.%0 + /// + public const int MF_E_OUT_OF_RANGE = unchecked((int) 0xC00D3702); + + /// + /// MessageId: MF_E_INVALID_CODEC_MERIT + /// + /// MessageText: + /// + /// The registered codec merit is not valid.%0 + /// + public const int MF_E_INVALID_CODEC_MERIT = unchecked((int) 0xC00D3703); + + /// + /// MessageId: MF_E_HW_MFT_FAILED_START_STREAMING + /// + /// MessageText: + /// + /// Hardware MFT failed to start streaming due to lack of hardware resources.%0 + /// + public const int MF_E_HW_MFT_FAILED_START_STREAMING = unchecked((int) 0xC00D3704); + + #endregion + #region MEDIAFOUNDATION ASF Parsing Informational Events + + /// + /// MessageId: MF_S_ASF_PARSEINPROGRESS + /// + /// MessageText: + /// + /// Parsing is still in progress and is not yet complete.%0 + /// + public const int MF_S_ASF_PARSEINPROGRESS = unchecked((int) 0x400D3A98); + #endregion + + #region MEDIAFOUNDATION ASF Parsing Error Events + + /// + /// MessageId: MF_E_ASF_PARSINGINCOMPLETE + /// + /// MessageText: + /// + /// Not enough data have been parsed to carry out the requested action.%0 + /// + public const int MF_E_ASF_PARSINGINCOMPLETE = unchecked((int) 0xC00D3A98); + + /// + /// MessageId: MF_E_ASF_MISSINGDATA + /// + /// MessageText: + /// + /// There is a gap in the ASF data provided.%0 + /// + public const int MF_E_ASF_MISSINGDATA = unchecked((int) 0xC00D3A99); + + /// + /// MessageId: MF_E_ASF_INVALIDDATA + /// + /// MessageText: + /// + /// The data provided are not valid ASF.%0 + /// + public const int MF_E_ASF_INVALIDDATA = unchecked((int) 0xC00D3A9A); + + /// + /// MessageId: MF_E_ASF_OPAQUEPACKET + /// + /// MessageText: + /// + /// The packet is opaque, so the requested information cannot be returned.%0 + /// + public const int MF_E_ASF_OPAQUEPACKET = unchecked((int) 0xC00D3A9B); + + /// + /// MessageId: MF_E_ASF_NOINDEX + /// + /// MessageText: + /// + /// The requested operation failed since there is no appropriate ASF index.%0 + /// + public const int MF_E_ASF_NOINDEX = unchecked((int) 0xC00D3A9C); + + /// + /// MessageId: MF_E_ASF_OUTOFRANGE + /// + /// MessageText: + /// + /// The value supplied is out of range for this operation.%0 + /// + public const int MF_E_ASF_OUTOFRANGE = unchecked((int) 0xC00D3A9D); + + /// + /// MessageId: MF_E_ASF_INDEXNOTLOADED + /// + /// MessageText: + /// + /// The index entry requested needs to be loaded before it can be available.%0 + /// + public const int MF_E_ASF_INDEXNOTLOADED = unchecked((int) 0xC00D3A9E); + + /// + /// MessageId: MF_E_ASF_TOO_MANY_PAYLOADS + /// + /// MessageText: + /// + /// The packet has reached the maximum number of payloads.%0 + /// + public const int MF_E_ASF_TOO_MANY_PAYLOADS = unchecked((int) 0xC00D3A9F); + + /// + /// MessageId: MF_E_ASF_UNSUPPORTED_STREAM_TYPE + /// + /// MessageText: + /// + /// Stream type is not supported.%0 + /// + public const int MF_E_ASF_UNSUPPORTED_STREAM_TYPE = unchecked((int) 0xC00D3AA0); + + /// + /// MessageId: MF_E_ASF_DROPPED_PACKET + /// + /// MessageText: + /// + /// One or more ASF packets were dropped.%0 + /// + public const int MF_E_ASF_DROPPED_PACKET = unchecked((int) 0xC00D3AA1); + + #endregion + #region MEDIAFOUNDATION Media Source Error Events + + /// + /// MessageId: MF_E_NO_EVENTS_AVAILABLE + /// + /// MessageText: + /// + /// There are no events available in the queue.%0 + /// + public const int MF_E_NO_EVENTS_AVAILABLE = unchecked((int) 0xC00D3E80); + + /// + /// MessageId: MF_E_INVALID_STATE_TRANSITION + /// + /// MessageText: + /// + /// A media source cannot go from the stopped state to the paused state.%0 + /// + public const int MF_E_INVALID_STATE_TRANSITION = unchecked((int) 0xC00D3E82); + + /// + /// MessageId: MF_E_END_OF_STREAM + /// + /// MessageText: + /// + /// The media stream cannot process any more samples because there are no more samples in the stream.%0 + /// + public const int MF_E_END_OF_STREAM = unchecked((int) 0xC00D3E84); + + /// + /// MessageId: MF_E_SHUTDOWN + /// + /// MessageText: + /// + /// The request is invalid because Shutdown() has been called.%0 + /// + public const int MF_E_SHUTDOWN = unchecked((int) 0xC00D3E85); + + /// + /// MessageId: MF_E_MP3_NOTFOUND + /// + /// MessageText: + /// + /// The MP3 object was not found.%0 + /// + public const int MF_E_MP3_NOTFOUND = unchecked((int) 0xC00D3E86); + + /// + /// MessageId: MF_E_MP3_OUTOFDATA + /// + /// MessageText: + /// + /// The MP3 parser ran out of data before finding the MP3 object.%0 + /// + public const int MF_E_MP3_OUTOFDATA = unchecked((int) 0xC00D3E87); + + /// + /// MessageId: MF_E_MP3_NOTMP3 + /// + /// MessageText: + /// + /// The file is not really a MP3 file.%0 + /// + public const int MF_E_MP3_NOTMP3 = unchecked((int) 0xC00D3E88); + + /// + /// MessageId: MF_E_MP3_NOTSUPPORTED + /// + /// MessageText: + /// + /// The MP3 file is not supported.%0 + /// + public const int MF_E_MP3_NOTSUPPORTED = unchecked((int) 0xC00D3E89); + + /// + /// MessageId: MF_E_NO_DURATION + /// + /// MessageText: + /// + /// The Media stream has no duration.%0 + /// + public const int MF_E_NO_DURATION = unchecked((int) 0xC00D3E8A); + + /// + /// MessageId: MF_E_INVALID_FORMAT + /// + /// MessageText: + /// + /// The Media format is recognized but is invalid.%0 + /// + public const int MF_E_INVALID_FORMAT = unchecked((int) 0xC00D3E8C); + + /// + /// MessageId: MF_E_PROPERTY_NOT_FOUND + /// + /// MessageText: + /// + /// The property requested was not found.%0 + /// + public const int MF_E_PROPERTY_NOT_FOUND = unchecked((int) 0xC00D3E8D); + + /// + /// MessageId: MF_E_PROPERTY_READ_ONLY + /// + /// MessageText: + /// + /// The property is read only.%0 + /// + public const int MF_E_PROPERTY_READ_ONLY = unchecked((int) 0xC00D3E8E); + + /// + /// MessageId: MF_E_PROPERTY_NOT_ALLOWED + /// + /// MessageText: + /// + /// The specified property is not allowed in this context.%0 + /// + public const int MF_E_PROPERTY_NOT_ALLOWED = unchecked((int) 0xC00D3E8F); + + /// + /// MessageId: MF_E_MEDIA_SOURCE_NOT_STARTED + /// + /// MessageText: + /// + /// The media source is not started.%0 + /// + public const int MF_E_MEDIA_SOURCE_NOT_STARTED = unchecked((int) 0xC00D3E91); + + /// + /// MessageId: MF_E_UNSUPPORTED_FORMAT + /// + /// MessageText: + /// + /// The Media format is recognized but not supported.%0 + /// + public const int MF_E_UNSUPPORTED_FORMAT = unchecked((int) 0xC00D3E98); + + /// + /// MessageId: MF_E_MP3_BAD_CRC + /// + /// MessageText: + /// + /// The MPEG frame has bad CRC.%0 + /// + public const int MF_E_MP3_BAD_CRC = unchecked((int) 0xC00D3E99); + + /// + /// MessageId: MF_E_NOT_PROTECTED + /// + /// MessageText: + /// + /// The file is not protected.%0 + /// + public const int MF_E_NOT_PROTECTED = unchecked((int) 0xC00D3E9A); + + /// + /// MessageId: MF_E_MEDIA_SOURCE_WRONGSTATE + /// + /// MessageText: + /// + /// The media source is in the wrong state%0 + /// + public const int MF_E_MEDIA_SOURCE_WRONGSTATE = unchecked((int) 0xC00D3E9B); + + /// + /// MessageId: MF_E_MEDIA_SOURCE_NO_STREAMS_SELECTED + /// + /// MessageText: + /// + /// No streams are selected in source presentation descriptor.%0 + /// + public const int MF_E_MEDIA_SOURCE_NO_STREAMS_SELECTED = unchecked((int) 0xC00D3E9C); + + /// + /// MessageId: MF_E_CANNOT_FIND_KEYFRAME_SAMPLE + /// + /// MessageText: + /// + /// No key frame sample was found.%0 + /// + public const int MF_E_CANNOT_FIND_KEYFRAME_SAMPLE = unchecked((int) 0xC00D3E9D); + + #endregion + #region MEDIAFOUNDATION Network Error Events + + /// + /// MessageId: MF_E_NETWORK_RESOURCE_FAILURE + /// + /// MessageText: + /// + /// An attempt to acquire a network resource failed.%0 + /// + public const int MF_E_NETWORK_RESOURCE_FAILURE = unchecked((int) 0xC00D4268); + + /// + /// MessageId: MF_E_NET_WRITE + /// + /// MessageText: + /// + /// Error writing to the network.%0 + /// + public const int MF_E_NET_WRITE = unchecked((int) 0xC00D4269); + + /// + /// MessageId: MF_E_NET_READ + /// + /// MessageText: + /// + /// Error reading from the network.%0 + /// + public const int MF_E_NET_READ = unchecked((int) 0xC00D426A); + + /// + /// MessageId: MF_E_NET_REQUIRE_NETWORK + /// + /// MessageText: + /// + /// Internal. Entry cannot complete operation without network.%0 + /// + public const int MF_E_NET_REQUIRE_NETWORK = unchecked((int) 0xC00D426B); + + /// + /// MessageId: MF_E_NET_REQUIRE_ASYNC + /// + /// MessageText: + /// + /// Internal. Async op is required.%0 + /// + public const int MF_E_NET_REQUIRE_ASYNC = unchecked((int) 0xC00D426C); + + /// + /// MessageId: MF_E_NET_BWLEVEL_NOT_SUPPORTED + /// + /// MessageText: + /// + /// Internal. Bandwidth levels are not supported.%0 + /// + public const int MF_E_NET_BWLEVEL_NOT_SUPPORTED = unchecked((int) 0xC00D426D); + + /// + /// MessageId: MF_E_NET_STREAMGROUPS_NOT_SUPPORTED + /// + /// MessageText: + /// + /// Internal. Stream groups are not supported.%0 + /// + public const int MF_E_NET_STREAMGROUPS_NOT_SUPPORTED = unchecked((int) 0xC00D426E); + + /// + /// MessageId: MF_E_NET_MANUALSS_NOT_SUPPORTED + /// + /// MessageText: + /// + /// Manual stream selection is not supported.%0 + /// + public const int MF_E_NET_MANUALSS_NOT_SUPPORTED = unchecked((int) 0xC00D426F); + + /// + /// MessageId: MF_E_NET_INVALID_PRESENTATION_DESCRIPTOR + /// + /// MessageText: + /// + /// Invalid presentation descriptor.%0 + /// + public const int MF_E_NET_INVALID_PRESENTATION_DESCRIPTOR = unchecked((int) 0xC00D4270); + + /// + /// MessageId: MF_E_NET_CACHESTREAM_NOT_FOUND + /// + /// MessageText: + /// + /// Cannot find cache stream.%0 + /// + public const int MF_E_NET_CACHESTREAM_NOT_FOUND = unchecked((int) 0xC00D4271); + + /// + /// MessageId: MF_I_MANUAL_PROXY + /// + /// MessageText: + /// + /// The proxy setting is manual.%0 + /// + public const int MF_I_MANUAL_PROXY = unchecked((int) 0x400D4272); + + ///duplicate removed + ///MessageId=17011 Severity=Informational Facility=MEDIAFOUNDATION SymbolicName=MF_E_INVALID_REQUEST + ///Language=English + ///The request is invalid in the current state.%0 + ///. + /// + /// MessageId: MF_E_NET_REQUIRE_INPUT + /// + /// MessageText: + /// + /// Internal. Entry cannot complete operation without input.%0 + /// + public const int MF_E_NET_REQUIRE_INPUT = unchecked((int) 0xC00D4274); + + /// + /// MessageId: MF_E_NET_REDIRECT + /// + /// MessageText: + /// + /// The client redirected to another server.%0 + /// + public const int MF_E_NET_REDIRECT = unchecked((int) 0xC00D4275); + + /// + /// MessageId: MF_E_NET_REDIRECT_TO_PROXY + /// + /// MessageText: + /// + /// The client is redirected to a proxy server.%0 + /// + public const int MF_E_NET_REDIRECT_TO_PROXY = unchecked((int) 0xC00D4276); + + /// + /// MessageId: MF_E_NET_TOO_MANY_REDIRECTS + /// + /// MessageText: + /// + /// The client reached maximum redirection limit.%0 + /// + public const int MF_E_NET_TOO_MANY_REDIRECTS = unchecked((int) 0xC00D4277); + + /// + /// MessageId: MF_E_NET_TIMEOUT + /// + /// MessageText: + /// + /// The server, a computer set up to offer multimedia content to other computers, could not handle your request for multimedia content in a timely manner. Please try again later.%0 + /// + public const int MF_E_NET_TIMEOUT = unchecked((int) 0xC00D4278); + + /// + /// MessageId: MF_E_NET_CLIENT_CLOSE + /// + /// MessageText: + /// + /// The control socket is closed by the client.%0 + /// + public const int MF_E_NET_CLIENT_CLOSE = unchecked((int) 0xC00D4279); + + /// + /// MessageId: MF_E_NET_BAD_CONTROL_DATA + /// + /// MessageText: + /// + /// The server received invalid data from the client on the control connection.%0 + /// + public const int MF_E_NET_BAD_CONTROL_DATA = unchecked((int) 0xC00D427A); + + /// + /// MessageId: MF_E_NET_INCOMPATIBLE_SERVER + /// + /// MessageText: + /// + /// The server is not a compatible streaming media server.%0 + /// + public const int MF_E_NET_INCOMPATIBLE_SERVER = unchecked((int) 0xC00D427B); + + /// + /// MessageId: MF_E_NET_UNSAFE_URL + /// + /// MessageText: + /// + /// Url.%0 + /// + public const int MF_E_NET_UNSAFE_URL = unchecked((int) 0xC00D427C); + + /// + /// MessageId: MF_E_NET_CACHE_NO_DATA + /// + /// MessageText: + /// + /// Data is not available.%0 + /// + public const int MF_E_NET_CACHE_NO_DATA = unchecked((int) 0xC00D427D); + + /// + /// MessageId: MF_E_NET_EOL + /// + /// MessageText: + /// + /// End of line.%0 + /// + public const int MF_E_NET_EOL = unchecked((int) 0xC00D427E); + + /// + /// MessageId: MF_E_NET_BAD_REQUEST + /// + /// MessageText: + /// + /// The request could not be understood by the server.%0 + /// + public const int MF_E_NET_BAD_REQUEST = unchecked((int) 0xC00D427F); + + /// + /// MessageId: MF_E_NET_INTERNAL_SERVER_ERROR + /// + /// MessageText: + /// + /// The server encountered an unexpected condition which prevented it from fulfilling the request.%0 + /// + public const int MF_E_NET_INTERNAL_SERVER_ERROR = unchecked((int) 0xC00D4280); + + /// + /// MessageId: MF_E_NET_SESSION_NOT_FOUND + /// + /// MessageText: + /// + /// Session not found.%0 + /// + public const int MF_E_NET_SESSION_NOT_FOUND = unchecked((int) 0xC00D4281); + + /// + /// MessageId: MF_E_NET_NOCONNECTION + /// + /// MessageText: + /// + /// There is no connection established with the Windows Media server. The operation failed.%0 + /// + public const int MF_E_NET_NOCONNECTION = unchecked((int) 0xC00D4282); + + /// + /// MessageId: MF_E_NET_CONNECTION_FAILURE + /// + /// MessageText: + /// + /// The network connection has failed.%0 + /// + public const int MF_E_NET_CONNECTION_FAILURE = unchecked((int) 0xC00D4283); + + /// + /// MessageId: MF_E_NET_INCOMPATIBLE_PUSHSERVER + /// + /// MessageText: + /// + /// The Server service that received the HTTP push request is not a compatible version of Windows Media Services (WMS). This error may indicate the push request was received by IIS instead of WMS. Ensure WMS is started and has the HTTP Server control protocol properly enabled and try again.%0 + /// + public const int MF_E_NET_INCOMPATIBLE_PUSHSERVER = unchecked((int) 0xC00D4284); + + /// + /// MessageId: MF_E_NET_SERVER_ACCESSDENIED + /// + /// MessageText: + /// + /// The Windows Media server is denying access. The username and/or password might be incorrect.%0 + /// + public const int MF_E_NET_SERVER_ACCESSDENIED = unchecked((int) 0xC00D4285); + + /// + /// MessageId: MF_E_NET_PROXY_ACCESSDENIED + /// + /// MessageText: + /// + /// The proxy server is denying access. The username and/or password might be incorrect.%0 + /// + public const int MF_E_NET_PROXY_ACCESSDENIED = unchecked((int) 0xC00D4286); + + /// + /// MessageId: MF_E_NET_CANNOTCONNECT + /// + /// MessageText: + /// + /// Unable to establish a connection to the server.%0 + /// + public const int MF_E_NET_CANNOTCONNECT = unchecked((int) 0xC00D4287); + + /// + /// MessageId: MF_E_NET_INVALID_PUSH_TEMPLATE + /// + /// MessageText: + /// + /// The specified push template is invalid.%0 + /// + public const int MF_E_NET_INVALID_PUSH_TEMPLATE = unchecked((int) 0xC00D4288); + + /// + /// MessageId: MF_E_NET_INVALID_PUSH_PUBLISHING_POINT + /// + /// MessageText: + /// + /// The specified push publishing point is invalid.%0 + /// + public const int MF_E_NET_INVALID_PUSH_PUBLISHING_POINT = unchecked((int) 0xC00D4289); + + /// + /// MessageId: MF_E_NET_BUSY + /// + /// MessageText: + /// + /// The requested resource is in use.%0 + /// + public const int MF_E_NET_BUSY = unchecked((int) 0xC00D428A); + + /// + /// MessageId: MF_E_NET_RESOURCE_GONE + /// + /// MessageText: + /// + /// The Publishing Point or file on the Windows Media Server is no longer available.%0 + /// + public const int MF_E_NET_RESOURCE_GONE = unchecked((int) 0xC00D428B); + + /// + /// MessageId: MF_E_NET_ERROR_FROM_PROXY + /// + /// MessageText: + /// + /// The proxy experienced an error while attempting to contact the media server.%0 + /// + public const int MF_E_NET_ERROR_FROM_PROXY = unchecked((int) 0xC00D428C); + + /// + /// MessageId: MF_E_NET_PROXY_TIMEOUT + /// + /// MessageText: + /// + /// The proxy did not receive a timely response while attempting to contact the media server.%0 + /// + public const int MF_E_NET_PROXY_TIMEOUT = unchecked((int) 0xC00D428D); + + /// + /// MessageId: MF_E_NET_SERVER_UNAVAILABLE + /// + /// MessageText: + /// + /// The server is currently unable to handle the request due to a temporary overloading or maintenance of the server.%0 + /// + public const int MF_E_NET_SERVER_UNAVAILABLE = unchecked((int) 0xC00D428E); + + /// + /// MessageId: MF_E_NET_TOO_MUCH_DATA + /// + /// MessageText: + /// + /// The encoding process was unable to keep up with the amount of supplied data.%0 + /// + public const int MF_E_NET_TOO_MUCH_DATA = unchecked((int) 0xC00D428F); + + /// + /// MessageId: MF_E_NET_SESSION_INVALID + /// + /// MessageText: + /// + /// Session not found.%0 + /// + public const int MF_E_NET_SESSION_INVALID = unchecked((int) 0xC00D4290); + + /// + /// MessageId: MF_E_OFFLINE_MODE + /// + /// MessageText: + /// + /// The requested URL is not available in offline mode.%0 + /// + public const int MF_E_OFFLINE_MODE = unchecked((int) 0xC00D4291); + + /// + /// MessageId: MF_E_NET_UDP_BLOCKED + /// + /// MessageText: + /// + /// A device in the network is blocking UDP traffic.%0 + /// + public const int MF_E_NET_UDP_BLOCKED = unchecked((int) 0xC00D4292); + + /// + /// MessageId: MF_E_NET_UNSUPPORTED_CONFIGURATION + /// + /// MessageText: + /// + /// The specified configuration value is not supported.%0 + /// + public const int MF_E_NET_UNSUPPORTED_CONFIGURATION = unchecked((int) 0xC00D4293); + + /// + /// MessageId: MF_E_NET_PROTOCOL_DISABLED + /// + /// MessageText: + /// + /// The networking protocol is disabled.%0 + /// + public const int MF_E_NET_PROTOCOL_DISABLED = unchecked((int) 0xC00D4294); + + #endregion + #region MEDIAFOUNDATION WMContainer Error Events + + /// + /// MessageId: MF_E_ALREADY_INITIALIZED + /// + /// MessageText: + /// + /// This object has already been initialized and cannot be re-initialized at this time.%0 + /// + public const int MF_E_ALREADY_INITIALIZED = unchecked((int) 0xC00D4650); + + /// + /// MessageId: MF_E_BANDWIDTH_OVERRUN + /// + /// MessageText: + /// + /// The amount of data passed in exceeds the given bitrate and buffer window.%0 + /// + public const int MF_E_BANDWIDTH_OVERRUN = unchecked((int) 0xC00D4651); + + /// + /// MessageId: MF_E_LATE_SAMPLE + /// + /// MessageText: + /// + /// The sample was passed in too late to be correctly processed.%0 + /// + public const int MF_E_LATE_SAMPLE = unchecked((int) 0xC00D4652); + + /// + /// MessageId: MF_E_FLUSH_NEEDED + /// + /// MessageText: + /// + /// The requested action cannot be carried out until the object is flushed and the queue is emptied.%0 + /// + public const int MF_E_FLUSH_NEEDED = unchecked((int) 0xC00D4653); + + /// + /// MessageId: MF_E_INVALID_PROFILE + /// + /// MessageText: + /// + /// The profile is invalid.%0 + /// + public const int MF_E_INVALID_PROFILE = unchecked((int) 0xC00D4654); + + /// + /// MessageId: MF_E_INDEX_NOT_COMMITTED + /// + /// MessageText: + /// + /// The index that is being generated needs to be committed before the requested action can be carried out.%0 + /// + public const int MF_E_INDEX_NOT_COMMITTED = unchecked((int) 0xC00D4655); + + /// + /// MessageId: MF_E_NO_INDEX + /// + /// MessageText: + /// + /// The index that is necessary for the requested action is not found.%0 + /// + public const int MF_E_NO_INDEX = unchecked((int) 0xC00D4656); + + /// + /// MessageId: MF_E_CANNOT_INDEX_IN_PLACE + /// + /// MessageText: + /// + /// The requested index cannot be added in-place to the specified ASF content.%0 + /// + public const int MF_E_CANNOT_INDEX_IN_PLACE = unchecked((int) 0xC00D4657); + + /// + /// MessageId: MF_E_MISSING_ASF_LEAKYBUCKET + /// + /// MessageText: + /// + /// The ASF leaky bucket parameters must be specified in order to carry out this request.%0 + /// + public const int MF_E_MISSING_ASF_LEAKYBUCKET = unchecked((int) 0xC00D4658); + + /// + /// MessageId: MF_E_INVALID_ASF_STREAMID + /// + /// MessageText: + /// + /// The stream id is invalid. The valid range for ASF stream id is from 1 to 127.%0 + /// + public const int MF_E_INVALID_ASF_STREAMID = unchecked((int) 0xC00D4659); + + #endregion + #region MEDIAFOUNDATION Media Sink Error Events + + /// + /// MessageId: MF_E_STREAMSINK_REMOVED + /// + /// MessageText: + /// + /// The requested Stream Sink has been removed and cannot be used.%0 + /// + public const int MF_E_STREAMSINK_REMOVED = unchecked((int) 0xC00D4A38); + + /// + /// MessageId: MF_E_STREAMSINKS_OUT_OF_SYNC + /// + /// MessageText: + /// + /// The various Stream Sinks in this Media Sink are too far out of sync for the requested action to take place.%0 + /// + public const int MF_E_STREAMSINKS_OUT_OF_SYNC = unchecked((int) 0xC00D4A3A); + + /// + /// MessageId: MF_E_STREAMSINKS_FIXED + /// + /// MessageText: + /// + /// Stream Sinks cannot be added to or removed from this Media Sink because its set of streams is fixed.%0 + /// + public const int MF_E_STREAMSINKS_FIXED = unchecked((int) 0xC00D4A3B); + + /// + /// MessageId: MF_E_STREAMSINK_EXISTS + /// + /// MessageText: + /// + /// The given Stream Sink already exists.%0 + /// + public const int MF_E_STREAMSINK_EXISTS = unchecked((int) 0xC00D4A3C); + + /// + /// MessageId: MF_E_SAMPLEALLOCATOR_CANCELED + /// + /// MessageText: + /// + /// Sample allocations have been canceled.%0 + /// + public const int MF_E_SAMPLEALLOCATOR_CANCELED = unchecked((int) 0xC00D4A3D); + + /// + /// MessageId: MF_E_SAMPLEALLOCATOR_EMPTY + /// + /// MessageText: + /// + /// The sample allocator is currently empty, due to outstanding requests.%0 + /// + public const int MF_E_SAMPLEALLOCATOR_EMPTY = unchecked((int) 0xC00D4A3E); + + /// + /// MessageId: MF_E_SINK_ALREADYSTOPPED + /// + /// MessageText: + /// + /// When we try to sopt a stream sink, it is already stopped %0 + /// + public const int MF_E_SINK_ALREADYSTOPPED = unchecked((int) 0xC00D4A3F); + + /// + /// MessageId: MF_E_ASF_FILESINK_BITRATE_UNKNOWN + /// + /// MessageText: + /// + /// The ASF file sink could not reserve AVIO because the bitrate is unknown.%0 + /// + public const int MF_E_ASF_FILESINK_BITRATE_UNKNOWN = unchecked((int) 0xC00D4A40); + + /// + /// MessageId: MF_E_SINK_NO_STREAMS + /// + /// MessageText: + /// + /// No streams are selected in sink presentation descriptor.%0 + /// + public const int MF_E_SINK_NO_STREAMS = unchecked((int) 0xC00D4A41); + + /// + /// MessageId: MF_S_SINK_NOT_FINALIZED + /// + /// MessageText: + /// + /// The sink has not been finalized before shut down. This may cause sink generate a corrupted content.%0 + /// + public const int MF_S_SINK_NOT_FINALIZED = unchecked((int) 0x000D4A42); + + /// + /// MessageId: MF_E_METADATA_TOO_LONG + /// + /// MessageText: + /// + /// A metadata item was too long to write to the output container.%0 + /// + public const int MF_E_METADATA_TOO_LONG = unchecked((int) 0xC00D4A43); + + /// + /// MessageId: MF_E_SINK_NO_SAMPLES_PROCESSED + /// + /// MessageText: + /// + /// The operation failed because no samples were processed by the sink.%0 + /// + public const int MF_E_SINK_NO_SAMPLES_PROCESSED = unchecked((int) 0xC00D4A44); + + #endregion + #region MEDIAFOUNDATION Renderer Error Events + + /// + /// MessageId: MF_E_VIDEO_REN_NO_PROCAMP_HW + /// + /// MessageText: + /// + /// There is no available procamp hardware with which to perform color correction.%0 + /// + public const int MF_E_VIDEO_REN_NO_PROCAMP_HW = unchecked((int) 0xC00D4E20); + + /// + /// MessageId: MF_E_VIDEO_REN_NO_DEINTERLACE_HW + /// + /// MessageText: + /// + /// There is no available deinterlacing hardware with which to deinterlace the video stream.%0 + /// + public const int MF_E_VIDEO_REN_NO_DEINTERLACE_HW = unchecked((int) 0xC00D4E21); + + /// + /// MessageId: MF_E_VIDEO_REN_COPYPROT_FAILED + /// + /// MessageText: + /// + /// A video stream requires copy protection to be enabled, but there was a failure in attempting to enable copy protection.%0 + /// + public const int MF_E_VIDEO_REN_COPYPROT_FAILED = unchecked((int) 0xC00D4E22); + + /// + /// MessageId: MF_E_VIDEO_REN_SURFACE_NOT_SHARED + /// + /// MessageText: + /// + /// A component is attempting to access a surface for sharing that is not shared.%0 + /// + public const int MF_E_VIDEO_REN_SURFACE_NOT_SHARED = unchecked((int) 0xC00D4E23); + + /// + /// MessageId: MF_E_VIDEO_DEVICE_LOCKED + /// + /// MessageText: + /// + /// A component is attempting to access a shared device that is already locked by another component.%0 + /// + public const int MF_E_VIDEO_DEVICE_LOCKED = unchecked((int) 0xC00D4E24); + + /// + /// MessageId: MF_E_NEW_VIDEO_DEVICE + /// + /// MessageText: + /// + /// The device is no longer available. The handle should be closed and a new one opened.%0 + /// + public const int MF_E_NEW_VIDEO_DEVICE = unchecked((int) 0xC00D4E25); + + /// + /// MessageId: MF_E_NO_VIDEO_SAMPLE_AVAILABLE + /// + /// MessageText: + /// + /// A video sample is not currently queued on a stream that is required for mixing.%0 + /// + public const int MF_E_NO_VIDEO_SAMPLE_AVAILABLE = unchecked((int) 0xC00D4E26); + + /// + /// MessageId: MF_E_NO_AUDIO_PLAYBACK_DEVICE + /// + /// MessageText: + /// + /// No audio playback device was found.%0 + /// + public const int MF_E_NO_AUDIO_PLAYBACK_DEVICE = unchecked((int) 0xC00D4E84); + + /// + /// MessageId: MF_E_AUDIO_PLAYBACK_DEVICE_IN_USE + /// + /// MessageText: + /// + /// The requested audio playback device is currently in use.%0 + /// + public const int MF_E_AUDIO_PLAYBACK_DEVICE_IN_USE = unchecked((int) 0xC00D4E85); + + /// + /// MessageId: MF_E_AUDIO_PLAYBACK_DEVICE_INVALIDATED + /// + /// MessageText: + /// + /// The audio playback device is no longer present.%0 + /// + public const int MF_E_AUDIO_PLAYBACK_DEVICE_INVALIDATED = unchecked((int) 0xC00D4E86); + + /// + /// MessageId: MF_E_AUDIO_SERVICE_NOT_RUNNING + /// + /// MessageText: + /// + /// The audio service is not running.%0 + /// + public const int MF_E_AUDIO_SERVICE_NOT_RUNNING = unchecked((int) 0xC00D4E87); + + #endregion + #region MEDIAFOUNDATION Topology Error Events + + /// + /// MessageId: MF_E_TOPO_INVALID_OPTIONAL_NODE + /// + /// MessageText: + /// + /// The topology contains an invalid optional node. Possible reasons are incorrect number of outputs and inputs or optional node is at the beginning or end of a segment. %0 + /// + public const int MF_E_TOPO_INVALID_OPTIONAL_NODE = unchecked((int) 0xC00D520E); + + /// + /// MessageId: MF_E_TOPO_CANNOT_FIND_DECRYPTOR + /// + /// MessageText: + /// + /// No suitable transform was found to decrypt the content. %0 + /// + public const int MF_E_TOPO_CANNOT_FIND_DECRYPTOR = unchecked((int) 0xC00D5211); + + /// + /// MessageId: MF_E_TOPO_CODEC_NOT_FOUND + /// + /// MessageText: + /// + /// No suitable transform was found to encode or decode the content. %0 + /// + public const int MF_E_TOPO_CODEC_NOT_FOUND = unchecked((int) 0xC00D5212); + + /// + /// MessageId: MF_E_TOPO_CANNOT_CONNECT + /// + /// MessageText: + /// + /// Unable to find a way to connect nodes%0 + /// + public const int MF_E_TOPO_CANNOT_CONNECT = unchecked((int) 0xC00D5213); + + /// + /// MessageId: MF_E_TOPO_UNSUPPORTED + /// + /// MessageText: + /// + /// Unsupported operations in topoloader%0 + /// + public const int MF_E_TOPO_UNSUPPORTED = unchecked((int) 0xC00D5214); + + /// + /// MessageId: MF_E_TOPO_INVALID_TIME_ATTRIBUTES + /// + /// MessageText: + /// + /// The topology or its nodes contain incorrectly set time attributes%0 + /// + public const int MF_E_TOPO_INVALID_TIME_ATTRIBUTES = unchecked((int) 0xC00D5215); + + /// + /// MessageId: MF_E_TOPO_LOOPS_IN_TOPOLOGY + /// + /// MessageText: + /// + /// The topology contains loops, which are unsupported in media foundation topologies%0 + /// + public const int MF_E_TOPO_LOOPS_IN_TOPOLOGY = unchecked((int) 0xC00D5216); + + /// + /// MessageId: MF_E_TOPO_MISSING_PRESENTATION_DESCRIPTOR + /// + /// MessageText: + /// + /// A source stream node in the topology does not have a presentation descriptor%0 + /// + public const int MF_E_TOPO_MISSING_PRESENTATION_DESCRIPTOR = unchecked((int) 0xC00D5217); + + /// + /// MessageId: MF_E_TOPO_MISSING_STREAM_DESCRIPTOR + /// + /// MessageText: + /// + /// A source stream node in the topology does not have a stream descriptor%0 + /// + public const int MF_E_TOPO_MISSING_STREAM_DESCRIPTOR = unchecked((int) 0xC00D5218); + + /// + /// MessageId: MF_E_TOPO_STREAM_DESCRIPTOR_NOT_SELECTED + /// + /// MessageText: + /// + /// A stream descriptor was set on a source stream node but it was not selected on the presentation descriptor%0 + /// + public const int MF_E_TOPO_STREAM_DESCRIPTOR_NOT_SELECTED = unchecked((int) 0xC00D5219); + + /// + /// MessageId: MF_E_TOPO_MISSING_SOURCE + /// + /// MessageText: + /// + /// A source stream node in the topology does not have a source%0 + /// + public const int MF_E_TOPO_MISSING_SOURCE = unchecked((int) 0xC00D521A); + + /// + /// MessageId: MF_E_TOPO_SINK_ACTIVATES_UNSUPPORTED + /// + /// MessageText: + /// + /// The topology loader does not support sink activates on output nodes.%0 + /// + public const int MF_E_TOPO_SINK_ACTIVATES_UNSUPPORTED = unchecked((int) 0xC00D521B); + #endregion + #region MEDIAFOUNDATION Timeline Error Events + + /// + /// MessageId: MF_E_SEQUENCER_UNKNOWN_SEGMENT_ID + /// + /// MessageText: + /// + /// The sequencer cannot find a segment with the given ID.%0\n. + /// + public const int MF_E_SEQUENCER_UNKNOWN_SEGMENT_ID = unchecked((int) 0xC00D61AC); + + /// + /// MessageId: MF_S_SEQUENCER_CONTEXT_CANCELED + /// + /// MessageText: + /// + /// The context was canceled.%0\n. + /// + public const int MF_S_SEQUENCER_CONTEXT_CANCELED = unchecked((int) 0x000D61AD); + + /// + /// MessageId: MF_E_NO_SOURCE_IN_CACHE + /// + /// MessageText: + /// + /// Cannot find source in source cache.%0\n. + /// + public const int MF_E_NO_SOURCE_IN_CACHE = unchecked((int) 0xC00D61AE); + + /// + /// MessageId: MF_S_SEQUENCER_SEGMENT_AT_END_OF_STREAM + /// + /// MessageText: + /// + /// Cannot update topology flags.%0\n. + /// + public const int MF_S_SEQUENCER_SEGMENT_AT_END_OF_STREAM = unchecked((int) 0x000D61AF); + #endregion + #region Transform errors + + /// + /// MessageId: MF_E_TRANSFORM_TYPE_NOT_SET + /// + /// MessageText: + /// + /// A valid type has not been set for this stream or a stream that it depends on.%0 + /// + public const int MF_E_TRANSFORM_TYPE_NOT_SET = unchecked((int) 0xC00D6D60); + + /// + /// MessageId: MF_E_TRANSFORM_STREAM_CHANGE + /// + /// MessageText: + /// + /// A stream change has occurred. Output cannot be produced until the streams have been renegotiated.%0 + /// + public const int MF_E_TRANSFORM_STREAM_CHANGE = unchecked((int) 0xC00D6D61); + + /// + /// MessageId: MF_E_TRANSFORM_INPUT_REMAINING + /// + /// MessageText: + /// + /// The transform cannot take the requested action until all of the input data it currently holds is processed or flushed.%0 + /// + public const int MF_E_TRANSFORM_INPUT_REMAINING = unchecked((int) 0xC00D6D62); + + /// + /// MessageId: MF_E_TRANSFORM_PROFILE_MISSING + /// + /// MessageText: + /// + /// The transform requires a profile but no profile was supplied or found.%0 + /// + public const int MF_E_TRANSFORM_PROFILE_MISSING = unchecked((int) 0xC00D6D63); + + /// + /// MessageId: MF_E_TRANSFORM_PROFILE_INVALID_OR_CORRUPT + /// + /// MessageText: + /// + /// The transform requires a profile but the supplied profile was invalid or corrupt.%0 + /// + public const int MF_E_TRANSFORM_PROFILE_INVALID_OR_CORRUPT = unchecked((int) 0xC00D6D64); + + /// + /// MessageId: MF_E_TRANSFORM_PROFILE_TRUNCATED + /// + /// MessageText: + /// + /// The transform requires a profile but the supplied profile ended unexpectedly while parsing.%0 + /// + public const int MF_E_TRANSFORM_PROFILE_TRUNCATED = unchecked((int) 0xC00D6D65); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_PID_NOT_RECOGNIZED + /// + /// MessageText: + /// + /// The property ID does not match any property supported by the transform.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_PID_NOT_RECOGNIZED = unchecked((int) 0xC00D6D66); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_VARIANT_TYPE_WRONG + /// + /// MessageText: + /// + /// The variant does not have the type expected for this property ID.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_VARIANT_TYPE_WRONG = unchecked((int) 0xC00D6D67); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_NOT_WRITEABLE + /// + /// MessageText: + /// + /// An attempt was made to set the value on a read-only property.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_NOT_WRITEABLE = unchecked((int) 0xC00D6D68); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_ARRAY_VALUE_WRONG_NUM_DIM + /// + /// MessageText: + /// + /// The array property value has an unexpected number of dimensions.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_ARRAY_VALUE_WRONG_NUM_DIM = unchecked((int) 0xC00D6D69); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_VALUE_SIZE_WRONG + /// + /// MessageText: + /// + /// The array or blob property value has an unexpected size.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_VALUE_SIZE_WRONG = unchecked((int) 0xC00D6D6A); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_VALUE_OUT_OF_RANGE + /// + /// MessageText: + /// + /// The property value is out of range for this transform.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_VALUE_OUT_OF_RANGE = unchecked((int) 0xC00D6D6B); + + /// + /// MessageId: MF_E_TRANSFORM_PROPERTY_VALUE_INCOMPATIBLE + /// + /// MessageText: + /// + /// The property value is incompatible with some other property or mediatype set on the transform.%0 + /// + public const int MF_E_TRANSFORM_PROPERTY_VALUE_INCOMPATIBLE = unchecked((int) 0xC00D6D6C); + + /// + /// MessageId: MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_OUTPUT_MEDIATYPE + /// + /// MessageText: + /// + /// The requested operation is not supported for the currently set output mediatype.%0 + /// + public const int MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_OUTPUT_MEDIATYPE = unchecked((int) 0xC00D6D6D); + + /// + /// MessageId: MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_INPUT_MEDIATYPE + /// + /// MessageText: + /// + /// The requested operation is not supported for the currently set input mediatype.%0 + /// + public const int MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_INPUT_MEDIATYPE = unchecked((int) 0xC00D6D6E); + + /// + /// MessageId: MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_MEDIATYPE_COMBINATION + /// + /// MessageText: + /// + /// The requested operation is not supported for the currently set combination of mediatypes.%0 + /// + public const int MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_MEDIATYPE_COMBINATION = unchecked((int) 0xC00D6D6F); + + /// + /// MessageId: MF_E_TRANSFORM_CONFLICTS_WITH_OTHER_CURRENTLY_ENABLED_FEATURES + /// + /// MessageText: + /// + /// The requested feature is not supported in combination with some other currently enabled feature.%0 + /// + public const int MF_E_TRANSFORM_CONFLICTS_WITH_OTHER_CURRENTLY_ENABLED_FEATURES = unchecked((int) 0xC00D6D70); + + /// + /// MessageId: MF_E_TRANSFORM_NEED_MORE_INPUT + /// + /// MessageText: + /// + /// The transform cannot produce output until it gets more input samples.%0 + /// + public const int MF_E_TRANSFORM_NEED_MORE_INPUT = unchecked((int) 0xC00D6D72); + + /// + /// MessageId: MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_SPKR_CONFIG + /// + /// MessageText: + /// + /// The requested operation is not supported for the current speaker configuration.%0 + /// + public const int MF_E_TRANSFORM_NOT_POSSIBLE_FOR_CURRENT_SPKR_CONFIG = unchecked((int) 0xC00D6D73); + + /// + /// MessageId: MF_E_TRANSFORM_CANNOT_CHANGE_MEDIATYPE_WHILE_PROCESSING + /// + /// MessageText: + /// + /// The transform cannot accept mediatype changes in the middle of processing.%0 + /// + public const int MF_E_TRANSFORM_CANNOT_CHANGE_MEDIATYPE_WHILE_PROCESSING = unchecked((int) 0xC00D6D74); + + /// + /// MessageId: MF_S_TRANSFORM_DO_NOT_PROPAGATE_EVENT + /// + /// MessageText: + /// + /// The caller should not propagate this event to downstream components.%0 + /// + public const int MF_S_TRANSFORM_DO_NOT_PROPAGATE_EVENT = unchecked((int) 0x000D6D75); + + /// + /// MessageId: MF_E_UNSUPPORTED_D3D_TYPE + /// + /// MessageText: + /// + /// The input type is not supported for D3D device.%0 + /// + public const int MF_E_UNSUPPORTED_D3D_TYPE = unchecked((int) 0xC00D6D76); + + /// + /// MessageId: MF_E_TRANSFORM_ASYNC_LOCKED + /// + /// MessageText: + /// + /// The caller does not appear to support this transform's asynchronous capabilities.%0 + /// + public const int MF_E_TRANSFORM_ASYNC_LOCKED = unchecked((int) 0xC00D6D77); + + /// + /// MessageId: MF_E_TRANSFORM_CANNOT_INITIALIZE_ACM_DRIVER + /// + /// MessageText: + /// + /// An audio compression manager driver could not be initialized by the transform.%0 + /// + public const int MF_E_TRANSFORM_CANNOT_INITIALIZE_ACM_DRIVER = unchecked((int) 0xC00D6D78); + + #endregion + #region Content Protection errors + + /// + /// MessageId: MF_E_LICENSE_INCORRECT_RIGHTS + /// + /// MessageText: + /// + /// You are not allowed to open this file. Contact the content provider for further assistance.%0 + /// + public const int MF_E_LICENSE_INCORRECT_RIGHTS = unchecked((int) 0xC00D7148); + + /// + /// MessageId: MF_E_LICENSE_OUTOFDATE + /// + /// MessageText: + /// + /// The license for this media file has expired. Get a new license or contact the content provider for further assistance.%0 + /// + public const int MF_E_LICENSE_OUTOFDATE = unchecked((int) 0xC00D7149); + + /// + /// MessageId: MF_E_LICENSE_REQUIRED + /// + /// MessageText: + /// + /// You need a license to perform the requested operation on this media file.%0 + /// + public const int MF_E_LICENSE_REQUIRED = unchecked((int) 0xC00D714A); + + /// + /// MessageId: MF_E_DRM_HARDWARE_INCONSISTENT + /// + /// MessageText: + /// + /// The licenses for your media files are corrupted. Contact Microsoft product support.%0 + /// + public const int MF_E_DRM_HARDWARE_INCONSISTENT = unchecked((int) 0xC00D714B); + + /// + /// MessageId: MF_E_NO_CONTENT_PROTECTION_MANAGER + /// + /// MessageText: + /// + /// The APP needs to provide IMFContentProtectionManager callback to access the protected media file.%0 + /// + public const int MF_E_NO_CONTENT_PROTECTION_MANAGER = unchecked((int) 0xC00D714C); + + /// + /// MessageId: MF_E_LICENSE_RESTORE_NO_RIGHTS + /// + /// MessageText: + /// + /// Client does not have rights to restore licenses.%0 + /// + public const int MF_E_LICENSE_RESTORE_NO_RIGHTS = unchecked((int) 0xC00D714D); + + /// + /// MessageId: MF_E_BACKUP_RESTRICTED_LICENSE + /// + /// MessageText: + /// + /// Licenses are restricted and hence can not be backed up.%0 + /// + public const int MF_E_BACKUP_RESTRICTED_LICENSE = unchecked((int) 0xC00D714E); + + /// + /// MessageId: MF_E_LICENSE_RESTORE_NEEDS_INDIVIDUALIZATION + /// + /// MessageText: + /// + /// License restore requires machine to be individualized.%0 + /// + public const int MF_E_LICENSE_RESTORE_NEEDS_INDIVIDUALIZATION = unchecked((int) 0xC00D714F); + + /// + /// MessageId: MF_S_PROTECTION_NOT_REQUIRED + /// + /// MessageText: + /// + /// Protection for stream is not required.%0 + /// + public const int MF_S_PROTECTION_NOT_REQUIRED = unchecked((int) 0x000D7150); + + /// + /// MessageId: MF_E_COMPONENT_REVOKED + /// + /// MessageText: + /// + /// Component is revoked.%0 + /// + public const int MF_E_COMPONENT_REVOKED = unchecked((int) 0xC00D7151); + + /// + /// MessageId: MF_E_TRUST_DISABLED + /// + /// MessageText: + /// + /// Trusted functionality is currently disabled on this component.%0 + /// + public const int MF_E_TRUST_DISABLED = unchecked((int) 0xC00D7152); + + /// + /// MessageId: MF_E_WMDRMOTA_NO_ACTION + /// + /// MessageText: + /// + /// No Action is set on WMDRM Output Trust Authority.%0 + /// + public const int MF_E_WMDRMOTA_NO_ACTION = unchecked((int) 0xC00D7153); + + /// + /// MessageId: MF_E_WMDRMOTA_ACTION_ALREADY_SET + /// + /// MessageText: + /// + /// Action is already set on WMDRM Output Trust Authority.%0 + /// + public const int MF_E_WMDRMOTA_ACTION_ALREADY_SET = unchecked((int) 0xC00D7154); + + /// + /// MessageId: MF_E_WMDRMOTA_DRM_HEADER_NOT_AVAILABLE + /// + /// MessageText: + /// + /// DRM Heaader is not available.%0 + /// + public const int MF_E_WMDRMOTA_DRM_HEADER_NOT_AVAILABLE = unchecked((int) 0xC00D7155); + + /// + /// MessageId: MF_E_WMDRMOTA_DRM_ENCRYPTION_SCHEME_NOT_SUPPORTED + /// + /// MessageText: + /// + /// Current encryption scheme is not supported.%0 + /// + public const int MF_E_WMDRMOTA_DRM_ENCRYPTION_SCHEME_NOT_SUPPORTED = unchecked((int) 0xC00D7156); + + /// + /// MessageId: MF_E_WMDRMOTA_ACTION_MISMATCH + /// + /// MessageText: + /// + /// Action does not match with current configuration.%0 + /// + public const int MF_E_WMDRMOTA_ACTION_MISMATCH = unchecked((int) 0xC00D7157); + + /// + /// MessageId: MF_E_WMDRMOTA_INVALID_POLICY + /// + /// MessageText: + /// + /// Invalid policy for WMDRM Output Trust Authority.%0 + /// + public const int MF_E_WMDRMOTA_INVALID_POLICY = unchecked((int) 0xC00D7158); + + /// + /// MessageId: MF_E_POLICY_UNSUPPORTED + /// + /// MessageText: + /// + /// The policies that the Input Trust Authority requires to be enforced are unsupported by the outputs.%0 + /// + public const int MF_E_POLICY_UNSUPPORTED = unchecked((int) 0xC00D7159); + + /// + /// MessageId: MF_E_OPL_NOT_SUPPORTED + /// + /// MessageText: + /// + /// The OPL that the license requires to be enforced are not supported by the Input Trust Authority.%0 + /// + public const int MF_E_OPL_NOT_SUPPORTED = unchecked((int) 0xC00D715A); + + /// + /// MessageId: MF_E_TOPOLOGY_VERIFICATION_FAILED + /// + /// MessageText: + /// + /// The topology could not be successfully verified.%0 + /// + public const int MF_E_TOPOLOGY_VERIFICATION_FAILED = unchecked((int) 0xC00D715B); + + /// + /// MessageId: MF_E_SIGNATURE_VERIFICATION_FAILED + /// + /// MessageText: + /// + /// Signature verification could not be completed successfully for this component.%0 + /// + public const int MF_E_SIGNATURE_VERIFICATION_FAILED = unchecked((int) 0xC00D715C); + + /// + /// MessageId: MF_E_DEBUGGING_NOT_ALLOWED + /// + /// MessageText: + /// + /// Running this process under a debugger while using protected content is not allowed.%0 + /// + public const int MF_E_DEBUGGING_NOT_ALLOWED = unchecked((int) 0xC00D715D); + + /// + /// MessageId: MF_E_CODE_EXPIRED + /// + /// MessageText: + /// + /// MF component has expired.%0 + /// + public const int MF_E_CODE_EXPIRED = unchecked((int) 0xC00D715E); + + /// + /// MessageId: MF_E_GRL_VERSION_TOO_LOW + /// + /// MessageText: + /// + /// The current GRL on the machine does not meet the minimum version requirements.%0 + /// + public const int MF_E_GRL_VERSION_TOO_LOW = unchecked((int) 0xC00D715F); + + /// + /// MessageId: MF_E_GRL_RENEWAL_NOT_FOUND + /// + /// MessageText: + /// + /// The current GRL on the machine does not contain any renewal entries for the specified revocation.%0 + /// + public const int MF_E_GRL_RENEWAL_NOT_FOUND = unchecked((int) 0xC00D7160); + + /// + /// MessageId: MF_E_GRL_EXTENSIBLE_ENTRY_NOT_FOUND + /// + /// MessageText: + /// + /// The current GRL on the machine does not contain any extensible entries for the specified extension GUID.%0 + /// + public const int MF_E_GRL_EXTENSIBLE_ENTRY_NOT_FOUND = unchecked((int) 0xC00D7161); + + /// + /// MessageId: MF_E_KERNEL_UNTRUSTED + /// + /// MessageText: + /// + /// The kernel isn't secure for high security level content.%0 + /// + public const int MF_E_KERNEL_UNTRUSTED = unchecked((int) 0xC00D7162); + + /// + /// MessageId: MF_E_PEAUTH_UNTRUSTED + /// + /// MessageText: + /// + /// The response from protected environment driver isn't valid.%0 + /// + public const int MF_E_PEAUTH_UNTRUSTED = unchecked((int) 0xC00D7163); + + /// + /// MessageId: MF_E_NON_PE_PROCESS + /// + /// MessageText: + /// + /// A non-PE process tried to talk to PEAuth.%0 + /// + public const int MF_E_NON_PE_PROCESS = unchecked((int) 0xC00D7165); + + /// + /// MessageId: MF_E_REBOOT_REQUIRED + /// + /// MessageText: + /// + /// We need to reboot the machine.%0 + /// + public const int MF_E_REBOOT_REQUIRED = unchecked((int) 0xC00D7167); + + /// + /// MessageId: MF_S_WAIT_FOR_POLICY_SET + /// + /// MessageText: + /// + /// Protection for this stream is not guaranteed to be enforced until the MEPolicySet event is fired.%0 + /// + public const int MF_S_WAIT_FOR_POLICY_SET = unchecked((int) 0x000D7168); + + /// + /// MessageId: MF_S_VIDEO_DISABLED_WITH_UNKNOWN_SOFTWARE_OUTPUT + /// + /// MessageText: + /// + /// This video stream is disabled because it is being sent to an unknown software output.%0 + /// + public const int MF_S_VIDEO_DISABLED_WITH_UNKNOWN_SOFTWARE_OUTPUT = unchecked((int) 0x000D7169); + + /// + /// MessageId: MF_E_GRL_INVALID_FORMAT + /// + /// MessageText: + /// + /// The GRL file is not correctly formed, it may have been corrupted or overwritten.%0 + /// + public const int MF_E_GRL_INVALID_FORMAT = unchecked((int) 0xC00D716A); + + /// + /// MessageId: MF_E_GRL_UNRECOGNIZED_FORMAT + /// + /// MessageText: + /// + /// The GRL file is in a format newer than those recognized by this GRL Reader.%0 + /// + public const int MF_E_GRL_UNRECOGNIZED_FORMAT = unchecked((int) 0xC00D716B); + + /// + /// MessageId: MF_E_ALL_PROCESS_RESTART_REQUIRED + /// + /// MessageText: + /// + /// The GRL was reloaded and required all processes that can run protected media to restart.%0 + /// + public const int MF_E_ALL_PROCESS_RESTART_REQUIRED = unchecked((int) 0xC00D716C); + + /// + /// MessageId: MF_E_PROCESS_RESTART_REQUIRED + /// + /// MessageText: + /// + /// The GRL was reloaded and the current process needs to restart.%0 + /// + public const int MF_E_PROCESS_RESTART_REQUIRED = unchecked((int) 0xC00D716D); + + /// + /// MessageId: MF_E_USERMODE_UNTRUSTED + /// + /// MessageText: + /// + /// The user space is untrusted for protected content play.%0 + /// + public const int MF_E_USERMODE_UNTRUSTED = unchecked((int) 0xC00D716E); + + /// + /// MessageId: MF_E_PEAUTH_SESSION_NOT_STARTED + /// + /// MessageText: + /// + /// PEAuth communication session hasn't been started.%0 + /// + public const int MF_E_PEAUTH_SESSION_NOT_STARTED = unchecked((int) 0xC00D716F); + + /// + /// MessageId: MF_E_PEAUTH_PUBLICKEY_REVOKED + /// + /// MessageText: + /// + /// PEAuth's public key is revoked.%0 + /// + public const int MF_E_PEAUTH_PUBLICKEY_REVOKED = unchecked((int) 0xC00D7171); + + /// + /// MessageId: MF_E_GRL_ABSENT + /// + /// MessageText: + /// + /// The GRL is absent.%0 + /// + public const int MF_E_GRL_ABSENT = unchecked((int) 0xC00D7172); + + /// + /// MessageId: MF_S_PE_TRUSTED + /// + /// MessageText: + /// + /// The Protected Environment is trusted.%0 + /// + public const int MF_S_PE_TRUSTED = unchecked((int) 0x000D7173); + + /// + /// MessageId: MF_E_PE_UNTRUSTED + /// + /// MessageText: + /// + /// The Protected Environment is untrusted.%0 + /// + public const int MF_E_PE_UNTRUSTED = unchecked((int) 0xC00D7174); + + /// + /// MessageId: MF_E_PEAUTH_NOT_STARTED + /// + /// MessageText: + /// + /// The Protected Environment Authorization service (PEAUTH) has not been started.%0 + /// + public const int MF_E_PEAUTH_NOT_STARTED = unchecked((int) 0xC00D7175); + + /// + /// MessageId: MF_E_INCOMPATIBLE_SAMPLE_PROTECTION + /// + /// MessageText: + /// + /// The sample protection algorithms supported by components are not compatible.%0 + /// + public const int MF_E_INCOMPATIBLE_SAMPLE_PROTECTION = unchecked((int) 0xC00D7176); + + /// + /// MessageId: MF_E_PE_SESSIONS_MAXED + /// + /// MessageText: + /// + /// No more protected environment sessions can be supported.%0 + /// + public const int MF_E_PE_SESSIONS_MAXED = unchecked((int) 0xC00D7177); + + /// + /// MessageId: MF_E_HIGH_SECURITY_LEVEL_CONTENT_NOT_ALLOWED + /// + /// MessageText: + /// + /// WMDRM ITA does not allow protected content with high security level for this release.%0 + /// + public const int MF_E_HIGH_SECURITY_LEVEL_CONTENT_NOT_ALLOWED = unchecked((int) 0xC00D7178); + + /// + /// MessageId: MF_E_TEST_SIGNED_COMPONENTS_NOT_ALLOWED + /// + /// MessageText: + /// + /// WMDRM ITA cannot allow the requested action for the content as one or more components is not properly signed.%0 + /// + public const int MF_E_TEST_SIGNED_COMPONENTS_NOT_ALLOWED = unchecked((int) 0xC00D7179); + + /// + /// MessageId: MF_E_ITA_UNSUPPORTED_ACTION + /// + /// MessageText: + /// + /// WMDRM ITA does not support the requested action.%0 + /// + public const int MF_E_ITA_UNSUPPORTED_ACTION = unchecked((int) 0xC00D717A); + + /// + /// MessageId: MF_E_ITA_ERROR_PARSING_SAP_PARAMETERS + /// + /// MessageText: + /// + /// WMDRM ITA encountered an error in parsing the Secure Audio Path parameters.%0 + /// + public const int MF_E_ITA_ERROR_PARSING_SAP_PARAMETERS = unchecked((int) 0xC00D717B); + + /// + /// MessageId: MF_E_POLICY_MGR_ACTION_OUTOFBOUNDS + /// + /// MessageText: + /// + /// The Policy Manager action passed in is invalid.%0 + /// + public const int MF_E_POLICY_MGR_ACTION_OUTOFBOUNDS = unchecked((int) 0xC00D717C); + + /// + /// MessageId: MF_E_BAD_OPL_STRUCTURE_FORMAT + /// + /// MessageText: + /// + /// The structure specifying Output Protection Level is not the correct format.%0 + /// + public const int MF_E_BAD_OPL_STRUCTURE_FORMAT = unchecked((int) 0xC00D717D); + + /// + /// MessageId: MF_E_ITA_UNRECOGNIZED_ANALOG_VIDEO_PROTECTION_GUID + /// + /// MessageText: + /// + /// WMDRM ITA does not recognize the Explicite Analog Video Output Protection guid specified in the license.%0 + /// + public const int MF_E_ITA_UNRECOGNIZED_ANALOG_VIDEO_PROTECTION_GUID = unchecked((int) 0xC00D717E); + + /// + /// MessageId: MF_E_NO_PMP_HOST + /// + /// MessageText: + /// + /// IMFPMPHost object not available.%0 + /// + public const int MF_E_NO_PMP_HOST = unchecked((int) 0xC00D717F); + + /// + /// MessageId: MF_E_ITA_OPL_DATA_NOT_INITIALIZED + /// + /// MessageText: + /// + /// WMDRM ITA could not initialize the Output Protection Level data.%0 + /// + public const int MF_E_ITA_OPL_DATA_NOT_INITIALIZED = unchecked((int) 0xC00D7180); + + /// + /// MessageId: MF_E_ITA_UNRECOGNIZED_ANALOG_VIDEO_OUTPUT + /// + /// MessageText: + /// + /// WMDRM ITA does not recognize the Analog Video Output specified by the OTA.%0 + /// + public const int MF_E_ITA_UNRECOGNIZED_ANALOG_VIDEO_OUTPUT = unchecked((int) 0xC00D7181); + + /// + /// MessageId: MF_E_ITA_UNRECOGNIZED_DIGITAL_VIDEO_OUTPUT + /// + /// MessageText: + /// + /// WMDRM ITA does not recognize the Digital Video Output specified by the OTA.%0 + /// + public const int MF_E_ITA_UNRECOGNIZED_DIGITAL_VIDEO_OUTPUT = unchecked((int) 0xC00D7182); + + #endregion + #region Clock errors + + /// + /// MessageId: MF_E_CLOCK_INVALID_CONTINUITY_KEY + /// + /// MessageText: + /// + /// The continuity key supplied is not currently valid.%0 + /// + public const int MF_E_CLOCK_INVALID_CONTINUITY_KEY = unchecked((int) 0xC00D9C40); + + /// + /// MessageId: MF_E_CLOCK_NO_TIME_SOURCE + /// + /// MessageText: + /// + /// No Presentation Time Source has been specified.%0 + /// + public const int MF_E_CLOCK_NO_TIME_SOURCE = unchecked((int) 0xC00D9C41); + + /// + /// MessageId: MF_E_CLOCK_STATE_ALREADY_SET + /// + /// MessageText: + /// + /// The clock is already in the requested state.%0 + /// + public const int MF_E_CLOCK_STATE_ALREADY_SET = unchecked((int) 0xC00D9C42); + + /// + /// MessageId: MF_E_CLOCK_NOT_SIMPLE + /// + /// MessageText: + /// + /// The clock has too many advanced features to carry out the request.%0 + /// + public const int MF_E_CLOCK_NOT_SIMPLE = unchecked((int) 0xC00D9C43); + + /// + /// MessageId: MF_S_CLOCK_STOPPED + /// + /// MessageText: + /// + /// Timer::SetTimer returns this success code if called happened while timer is stopped. Timer is not going to be dispatched until clock is running%0 + /// + public const int MF_S_CLOCK_STOPPED = unchecked((int) 0x000D9C44); + #endregion + #region MF Quality Management errors + + /// + /// MessageId: MF_E_NO_MORE_DROP_MODES + /// + /// MessageText: + /// + /// The component does not support any more drop modes.%0 + /// + public const int MF_E_NO_MORE_DROP_MODES = unchecked((int) 0xC00DA028); + + /// + /// MessageId: MF_E_NO_MORE_QUALITY_LEVELS + /// + /// MessageText: + /// + /// The component does not support any more quality levels.%0 + /// + public const int MF_E_NO_MORE_QUALITY_LEVELS = unchecked((int) 0xC00DA029); + + /// + /// MessageId: MF_E_DROPTIME_NOT_SUPPORTED + /// + /// MessageText: + /// + /// The component does not support drop time functionality.%0 + /// + public const int MF_E_DROPTIME_NOT_SUPPORTED = unchecked((int) 0xC00DA02A); + + /// + /// MessageId: MF_E_QUALITYKNOB_WAIT_LONGER + /// + /// MessageText: + /// + /// Quality Manager needs to wait longer before bumping the Quality Level up.%0 + /// + public const int MF_E_QUALITYKNOB_WAIT_LONGER = unchecked((int) 0xC00DA02B); + + /// + /// MessageId: MF_E_QM_INVALIDSTATE + /// + /// MessageText: + /// + /// Quality Manager is in an invalid state. Quality Management is off at this moment.%0 + /// + public const int MF_E_QM_INVALIDSTATE = unchecked((int) 0xC00DA02C); + + #endregion + #region MF Transcode errors + + /// + /// MessageId: MF_E_TRANSCODE_NO_CONTAINERTYPE + /// + /// MessageText: + /// + /// No transcode output container type is specified.%0 + /// + public const int MF_E_TRANSCODE_NO_CONTAINERTYPE = unchecked((int) 0xC00DA410); + + /// + /// MessageId: MF_E_TRANSCODE_PROFILE_NO_MATCHING_STREAMS + /// + /// MessageText: + /// + /// The profile does not have a media type configuration for any selected source streams.%0 + /// + public const int MF_E_TRANSCODE_PROFILE_NO_MATCHING_STREAMS = unchecked((int) 0xC00DA411); + + /// + /// MessageId: MF_E_TRANSCODE_NO_MATCHING_ENCODER + /// + /// MessageText: + /// + /// Cannot find an encoder MFT that accepts the user preferred output type.%0 + /// + public const int MF_E_TRANSCODE_NO_MATCHING_ENCODER = unchecked((int) 0xC00DA412); + + #endregion + #region MF HW Device Proxy errors + + /// + /// MessageId: MF_E_ALLOCATOR_NOT_INITIALIZED + /// + /// MessageText: + /// + /// Memory allocator is not initialized.%0 + /// + public const int MF_E_ALLOCATOR_NOT_INITIALIZED = unchecked((int) 0xC00DA7F8); + + /// + /// MessageId: MF_E_ALLOCATOR_NOT_COMMITED + /// + /// MessageText: + /// + /// Memory allocator is not committed yet.%0 + /// + public const int MF_E_ALLOCATOR_NOT_COMMITED = unchecked((int) 0xC00DA7F9); + + /// + /// MessageId: MF_E_ALLOCATOR_ALREADY_COMMITED + /// + /// MessageText: + /// + /// Memory allocator has already been committed.%0 + /// + public const int MF_E_ALLOCATOR_ALREADY_COMMITED = unchecked((int) 0xC00DA7FA); + + /// + /// MessageId: MF_E_STREAM_ERROR + /// + /// MessageText: + /// + /// An error occurred in media stream.%0 + /// + public const int MF_E_STREAM_ERROR = unchecked((int) 0xC00DA7FB); + + /// + /// MessageId: MF_E_INVALID_STREAM_STATE + /// + /// MessageText: + /// + /// Stream is not in a state to handle the request.%0 + /// + public const int MF_E_INVALID_STREAM_STATE = unchecked((int) 0xC00DA7FC); + + /// + /// MessageId: MF_E_HW_STREAM_NOT_CONNECTED + /// + /// MessageText: + /// + /// Hardware stream is not connected yet.%0 + /// + public const int MF_E_HW_STREAM_NOT_CONNECTED = unchecked((int) 0xC00DA7FD); + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationErrors.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationErrors.cs.meta new file mode 100644 index 0000000..a2504fe --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationErrors.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f193441c3e18df7a593077051f8d1309 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationHelpers.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationHelpers.cs new file mode 100644 index 0000000..465fd1c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationHelpers.cs @@ -0,0 +1,161 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using System.Runtime.InteropServices.ComTypes; +using NAudio.Wave; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Main interface for using Media Foundation with NAudio + /// </summary> + public static class MediaFoundationApi + { + private static bool initialized; + + /// <summary> + /// initializes MediaFoundation - only needs to be called once per process + /// </summary> + public static void Startup() + { + if (!initialized) + { + var sdkVersion = MediaFoundationInterop.MF_SDK_VERSION; + // Windows Vista check + var os = Environment.OSVersion; + if (os.Version.Major == 6 && os.Version.Minor == 0) + sdkVersion = 1; + MediaFoundationInterop.MFStartup((sdkVersion << 16) | MediaFoundationInterop.MF_API_VERSION, 0); + initialized = true; + } + } + + /// <summary> + /// Enumerate the installed MediaFoundation transforms in the specified category + /// </summary> + /// <param name="category">A category from MediaFoundationTransformCategories</param> + /// <returns></returns> + public static IEnumerable<IMFActivate> EnumerateTransforms(Guid category) + { + MediaFoundationInterop.MFTEnumEx(category, _MFT_ENUM_FLAG.MFT_ENUM_FLAG_ALL, + null, null, out var interfacesPointer, out var interfaceCount); + var interfaces = new IMFActivate[interfaceCount]; + for (int n = 0; n < interfaceCount; n++) + { + var ptr = + Marshal.ReadIntPtr(new IntPtr(interfacesPointer.ToInt64() + n*Marshal.SizeOf(interfacesPointer))); + interfaces[n] = (IMFActivate) Marshal.GetObjectForIUnknown(ptr); + } + + foreach (var i in interfaces) + { + yield return i; + } + Marshal.FreeCoTaskMem(interfacesPointer); + } + + /// <summary> + /// uninitializes MediaFoundation + /// </summary> + public static void Shutdown() + { + if (initialized) + { + MediaFoundationInterop.MFShutdown(); + initialized = false; + } + } + + /// <summary> + /// Creates a Media type + /// </summary> + public static IMFMediaType CreateMediaType() + { + MediaFoundationInterop.MFCreateMediaType(out IMFMediaType mediaType); + return mediaType; + } + + /// <summary> + /// Creates a media type from a WaveFormat + /// </summary> + public static IMFMediaType CreateMediaTypeFromWaveFormat(WaveFormat waveFormat) + { + var mediaType = CreateMediaType(); + try + { + MediaFoundationInterop.MFInitMediaTypeFromWaveFormatEx(mediaType, waveFormat, Marshal.SizeOf(waveFormat)); + } + catch (Exception) + { + Marshal.ReleaseComObject(mediaType); + throw; + } + return mediaType; + } + + /// <summary> + /// Creates a memory buffer of the specified size + /// </summary> + /// <param name="bufferSize">Memory buffer size in bytes</param> + /// <returns>The memory buffer</returns> + public static IMFMediaBuffer CreateMemoryBuffer(int bufferSize) + { + MediaFoundationInterop.MFCreateMemoryBuffer(bufferSize, out IMFMediaBuffer buffer); + return buffer; + } + + /// <summary> + /// Creates a sample object + /// </summary> + /// <returns>The sample object</returns> + public static IMFSample CreateSample() + { + MediaFoundationInterop.MFCreateSample(out IMFSample sample); + return sample; + } + + /// <summary> + /// Creates a new attributes store + /// </summary> + /// <param name="initialSize">Initial size</param> + /// <returns>The attributes store</returns> + public static IMFAttributes CreateAttributes(int initialSize) + { + MediaFoundationInterop.MFCreateAttributes(out IMFAttributes attributes, initialSize); + return attributes; + } + + /// <summary> + /// Creates a media foundation byte stream based on a stream object + /// (usable with WinRT streams) + /// </summary> + /// <param name="stream">The input stream</param> + /// <returns>A media foundation byte stream</returns> + public static IMFByteStream CreateByteStream(object stream) + { + // n.b. UWP apps should use MediaFoundationInterop.MFCreateMFByteStreamOnStreamEx(stream, out byteStream); + IMFByteStream byteStream; + + if (stream is IStream) + { + MediaFoundationInterop.MFCreateMFByteStreamOnStream(stream as IStream, out byteStream); + } + else + { + throw new ArgumentException("Stream must be IStream in desktop apps"); + } + return byteStream; + } + + /// <summary> + /// Creates a source reader based on a byte stream + /// </summary> + /// <param name="byteStream">The byte stream</param> + /// <returns>A media foundation source reader</returns> + public static IMFSourceReader CreateSourceReaderFromByteStream(IMFByteStream byteStream) + { + MediaFoundationInterop.MFCreateSourceReaderFromByteStream(byteStream, null, out IMFSourceReader reader); + return reader; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationHelpers.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationHelpers.cs.meta new file mode 100644 index 0000000..c2c81e4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationHelpers.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9278d507852e4eb3a912363d75d9b8dc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationInterop.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationInterop.cs new file mode 100644 index 0000000..b0331a8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationInterop.cs @@ -0,0 +1,150 @@ +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; +using NAudio.Wave; +using System.Runtime.InteropServices.ComTypes; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Interop definitions for MediaFoundation + /// thanks to Lucian Wischik for the initial work on many of these definitions (also various interfaces) + /// n.b. the goal is to make as much of this internal as possible, and provide + /// better .NET APIs using the MediaFoundationApi class instead + /// </summary> + public static class MediaFoundationInterop + { + /// <summary> + /// Initializes Microsoft Media Foundation. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFStartup(int version, int dwFlags = 0); + + /// <summary> + /// Shuts down the Microsoft Media Foundation platform + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFShutdown(); + + /// <summary> + /// Creates an empty media type. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + internal static extern void MFCreateMediaType(out IMFMediaType ppMFType); + + /// <summary> + /// Initializes a media type from a WAVEFORMATEX structure. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + internal static extern void MFInitMediaTypeFromWaveFormatEx([In] IMFMediaType pMFType, [In] WaveFormat pWaveFormat, [In] int cbBufSize); + + /// <summary> + /// Converts a Media Foundation audio media type to a WAVEFORMATEX structure. + /// </summary> + /// TODO: try making second parameter out WaveFormatExtraData + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + internal static extern void MFCreateWaveFormatExFromMFMediaType(IMFMediaType pMFType, ref IntPtr ppWF, ref int pcbSize, int flags = 0); + + /// <summary> + /// Creates the source reader from a URL. + /// </summary> + [DllImport("mfreadwrite.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFCreateSourceReaderFromURL([In, MarshalAs(UnmanagedType.LPWStr)] string pwszURL, [In] IMFAttributes pAttributes, + [Out, MarshalAs(UnmanagedType.Interface)] out IMFSourceReader ppSourceReader); + + /// <summary> + /// Creates the source reader from a byte stream. + /// </summary> + [DllImport("mfreadwrite.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFCreateSourceReaderFromByteStream([In] IMFByteStream pByteStream, [In] IMFAttributes pAttributes, [Out, MarshalAs(UnmanagedType.Interface)] out IMFSourceReader ppSourceReader); + + /// <summary> + /// Creates the sink writer from a URL or byte stream. + /// </summary> + [DllImport("mfreadwrite.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFCreateSinkWriterFromURL([In, MarshalAs(UnmanagedType.LPWStr)] string pwszOutputURL, + [In] IMFByteStream pByteStream, [In] IMFAttributes pAttributes, [Out] out IMFSinkWriter ppSinkWriter); + + + /// <summary> + /// Creates a Microsoft Media Foundation byte stream that wraps an IRandomAccessStream object. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFCreateMFByteStreamOnStreamEx([MarshalAs(UnmanagedType.IUnknown)] object punkStream, out IMFByteStream ppByteStream); + + /// <summary> + /// Creates a Microsoft Media Foundation byte stream that wraps an IRandomAccessStream object. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFCreateMFByteStreamOnStream([In] IStream punkStream, out IMFByteStream ppByteStream); + + /// <summary> + /// Gets a list of Microsoft Media Foundation transforms (MFTs) that match specified search criteria. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFTEnumEx([In] Guid guidCategory, [In] _MFT_ENUM_FLAG flags, [In] MFT_REGISTER_TYPE_INFO pInputType, [In] MFT_REGISTER_TYPE_INFO pOutputType, + [Out] out IntPtr pppMFTActivate, [Out] out int pcMFTActivate); + + /// <summary> + /// Creates an empty media sample. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + internal static extern void MFCreateSample([Out] out IMFSample ppIMFSample); + + /// <summary> + /// Allocates system memory and creates a media buffer to manage it. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + internal static extern void MFCreateMemoryBuffer( + int cbMaxLength, [Out] out IMFMediaBuffer ppBuffer); + + /// <summary> + /// Creates an empty attribute store. + /// </summary> + [DllImport("mfplat.dll", ExactSpelling = true, PreserveSig = false)] + internal static extern void MFCreateAttributes( + [Out, MarshalAs(UnmanagedType.Interface)] out IMFAttributes ppMFAttributes, + [In] int cInitialSize); + + /// <summary> + /// Gets a list of output formats from an audio encoder. + /// </summary> + [DllImport("mf.dll", ExactSpelling = true, PreserveSig = false)] + public static extern void MFTranscodeGetAudioOutputAvailableTypes( + [In, MarshalAs(UnmanagedType.LPStruct)] Guid guidSubType, + [In] _MFT_ENUM_FLAG dwMFTFlags, + [In] IMFAttributes pCodecConfig, + [Out, MarshalAs(UnmanagedType.Interface)] out IMFCollection ppAvailableTypes); + + /// <summary> + /// All streams + /// </summary> + public const int MF_SOURCE_READER_ALL_STREAMS = unchecked((int)0xFFFFFFFE); + /// <summary> + /// First audio stream + /// </summary> + public const int MF_SOURCE_READER_FIRST_AUDIO_STREAM = unchecked((int)0xFFFFFFFD); + /// <summary> + /// First video stream + /// </summary> + public const int MF_SOURCE_READER_FIRST_VIDEO_STREAM = unchecked((int)0xFFFFFFFC); + /// <summary> + /// Media source + /// </summary> + public const int MF_SOURCE_READER_MEDIASOURCE = unchecked((int)0xFFFFFFFF); + /// <summary> + /// Media Foundation SDK Version + /// </summary> + public const int MF_SDK_VERSION = 0x2; + /// <summary> + /// Media Foundation API Version + /// </summary> + public const int MF_API_VERSION = 0x70; + /// <summary> + /// Media Foundation Version + /// </summary> + public const int MF_VERSION = (MF_SDK_VERSION << 16) | MF_API_VERSION; + + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationInterop.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationInterop.cs.meta new file mode 100644 index 0000000..8e50e48 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationInterop.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 00f23715451f99d4c866c3789123cc61 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransform.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransform.cs new file mode 100644 index 0000000..4165820 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransform.cs @@ -0,0 +1,293 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Utils; +using NAudio.Wave; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// An abstract base class for simplifying working with Media Foundation Transforms + /// You need to override the method that actually creates and configures the transform + /// </summary> + public abstract class MediaFoundationTransform : IWaveProvider, IDisposable + { + /// <summary> + /// The Source Provider + /// </summary> + protected readonly IWaveProvider sourceProvider; + /// <summary> + /// The Output WaveFormat + /// </summary> + protected readonly WaveFormat outputWaveFormat; + private readonly byte[] sourceBuffer; + + private byte[] outputBuffer; + private int outputBufferOffset; + private int outputBufferCount; + + private IMFTransform transform; + private bool disposed; + private long inputPosition; // in ref-time, so we can timestamp the input samples + private long outputPosition; // also in ref-time + private bool initializedForStreaming; + + /// <summary> + /// Constructs a new MediaFoundationTransform wrapper + /// Will read one second at a time + /// </summary> + /// <param name="sourceProvider">The source provider for input data to the transform</param> + /// <param name="outputFormat">The desired output format</param> + public MediaFoundationTransform(IWaveProvider sourceProvider, WaveFormat outputFormat) + { + this.outputWaveFormat = outputFormat; + this.sourceProvider = sourceProvider; + sourceBuffer = new byte[sourceProvider.WaveFormat.AverageBytesPerSecond]; + outputBuffer = new byte[outputWaveFormat.AverageBytesPerSecond + outputWaveFormat.BlockAlign]; // we will grow this buffer if needed, but try to make something big enough + } + + private void InitializeTransformForStreaming() + { + transform.ProcessMessage(MFT_MESSAGE_TYPE.MFT_MESSAGE_COMMAND_FLUSH, IntPtr.Zero); + transform.ProcessMessage(MFT_MESSAGE_TYPE.MFT_MESSAGE_NOTIFY_BEGIN_STREAMING, IntPtr.Zero); + transform.ProcessMessage(MFT_MESSAGE_TYPE.MFT_MESSAGE_NOTIFY_START_OF_STREAM, IntPtr.Zero); + initializedForStreaming = true; + } + + /// <summary> + /// To be implemented by overriding classes. Create the transform object, set up its input and output types, + /// and configure any custom properties in here + /// </summary> + /// <returns>An object implementing IMFTrasform</returns> + protected abstract IMFTransform CreateTransform(); + + /// <summary> + /// Disposes this MediaFoundation transform + /// </summary> + protected virtual void Dispose(bool disposing) + { + if (transform != null) + { + Marshal.ReleaseComObject(transform); + } + } + + /// <summary> + /// Disposes this Media Foundation Transform + /// </summary> + public void Dispose() + { + if (!disposed) + { + disposed = true; + Dispose(true); + GC.SuppressFinalize(this); + } + } + + /// <summary> + /// Destructor + /// </summary> + ~MediaFoundationTransform() + { + Dispose(false); + } + + /// <summary> + /// The output WaveFormat of this Media Foundation Transform + /// </summary> + public WaveFormat WaveFormat { get { return outputWaveFormat; } } + + /// <summary> + /// Reads data out of the source, passing it through the transform + /// </summary> + /// <param name="buffer">Output buffer</param> + /// <param name="offset">Offset within buffer to write to</param> + /// <param name="count">Desired byte count</param> + /// <returns>Number of bytes read</returns> + public int Read(byte[] buffer, int offset, int count) + { + if (transform == null) + { + transform = CreateTransform(); + InitializeTransformForStreaming(); + } + + // strategy will be to always read 1 second from the source, and give it to the resampler + int bytesWritten = 0; + + // read in any leftovers from last time + if (outputBufferCount > 0) + { + bytesWritten += ReadFromOutputBuffer(buffer, offset, count - bytesWritten); + } + + while (bytesWritten < count) + { + var sample = ReadFromSource(); + if (sample == null) // reached the end of our input + { + // be good citizens and send some end messages: + EndStreamAndDrain(); + // resampler might have given us a little bit more to return + bytesWritten += ReadFromOutputBuffer(buffer, offset + bytesWritten, count - bytesWritten); + ClearOutputBuffer(); + break; + } + + // might need to resurrect the stream if the user has read all the way to the end, + // and then repositioned the input backwards + if (!initializedForStreaming) + { + InitializeTransformForStreaming(); + } + + // give the input to the resampler + // can get MF_E_NOTACCEPTING if we didn't drain the buffer properly + transform.ProcessInput(0, sample, 0); + + Marshal.ReleaseComObject(sample); + + int readFromTransform; + // n.b. in theory we ought to loop here, although we'd need to be careful as the next time into ReadFromTransform there could + // still be some leftover bytes in outputBuffer, which would get overwritten. Only introduce this if we find a transform that + // needs it. For most transforms, alternating read/write should be OK + //do + //{ + // keep reading from transform + readFromTransform = ReadFromTransform(); + bytesWritten += ReadFromOutputBuffer(buffer, offset + bytesWritten, count - bytesWritten); + //} while (readFromTransform > 0); + } + + return bytesWritten; + } + + private void EndStreamAndDrain() + { + transform.ProcessMessage(MFT_MESSAGE_TYPE.MFT_MESSAGE_NOTIFY_END_OF_STREAM, IntPtr.Zero); + transform.ProcessMessage(MFT_MESSAGE_TYPE.MFT_MESSAGE_COMMAND_DRAIN, IntPtr.Zero); + int read; + do + { + read = ReadFromTransform(); + } while (read > 0); + inputPosition = 0; + outputPosition = 0; + transform.ProcessMessage(MFT_MESSAGE_TYPE.MFT_MESSAGE_NOTIFY_END_STREAMING, IntPtr.Zero); + initializedForStreaming = false; + } + + private void ClearOutputBuffer() + { + outputBufferCount = 0; + outputBufferOffset = 0; + } + + /// <summary> + /// Attempts to read from the transform + /// Some useful info here: + /// http://msdn.microsoft.com/en-gb/library/windows/desktop/aa965264%28v=vs.85%29.aspx#process_data + /// </summary> + /// <returns></returns> + private int ReadFromTransform() + { + var outputDataBuffer = new MFT_OUTPUT_DATA_BUFFER[1]; + // we have to create our own for + var sample = MediaFoundationApi.CreateSample(); + var pBuffer = MediaFoundationApi.CreateMemoryBuffer(outputBuffer.Length); + sample.AddBuffer(pBuffer); + sample.SetSampleTime(outputPosition); // hopefully this is not needed + outputDataBuffer[0].pSample = sample; + + _MFT_PROCESS_OUTPUT_STATUS status; + var hr = transform.ProcessOutput(_MFT_PROCESS_OUTPUT_FLAGS.None, + 1, outputDataBuffer, out status); + if (hr == MediaFoundationErrors.MF_E_TRANSFORM_NEED_MORE_INPUT) + { + Marshal.ReleaseComObject(pBuffer); + Marshal.ReleaseComObject(sample); + // nothing to read + return 0; + } + else if (hr != 0) + { + Marshal.ThrowExceptionForHR(hr); + } + + IMFMediaBuffer outputMediaBuffer; + outputDataBuffer[0].pSample.ConvertToContiguousBuffer(out outputMediaBuffer); + IntPtr pOutputBuffer; + int outputBufferLength; + int maxSize; + outputMediaBuffer.Lock(out pOutputBuffer, out maxSize, out outputBufferLength); + outputBuffer = BufferHelpers.Ensure(outputBuffer, outputBufferLength); + Marshal.Copy(pOutputBuffer, outputBuffer, 0, outputBufferLength); + outputBufferOffset = 0; + outputBufferCount = outputBufferLength; + outputMediaBuffer.Unlock(); + outputPosition += BytesToNsPosition(outputBufferCount, WaveFormat); // hopefully not needed + Marshal.ReleaseComObject(pBuffer); + sample.RemoveAllBuffers(); // needed to fix memory leak in some cases + Marshal.ReleaseComObject(sample); + Marshal.ReleaseComObject(outputMediaBuffer); + return outputBufferLength; + } + + private static long BytesToNsPosition(int bytes, WaveFormat waveFormat) + { + long nsPosition = (10000000L * bytes) / waveFormat.AverageBytesPerSecond; + return nsPosition; + } + + private IMFSample ReadFromSource() + { + // we always read a full second + int bytesRead = sourceProvider.Read(sourceBuffer, 0, sourceBuffer.Length); + if (bytesRead == 0) return null; + + var mediaBuffer = MediaFoundationApi.CreateMemoryBuffer(bytesRead); + IntPtr pBuffer; + int maxLength, currentLength; + mediaBuffer.Lock(out pBuffer, out maxLength, out currentLength); + Marshal.Copy(sourceBuffer, 0, pBuffer, bytesRead); + mediaBuffer.Unlock(); + mediaBuffer.SetCurrentLength(bytesRead); + + var sample = MediaFoundationApi.CreateSample(); + sample.AddBuffer(mediaBuffer); + // we'll set the time, I don't think it is needed for Resampler, but other MFTs might need it + sample.SetSampleTime(inputPosition); + long duration = BytesToNsPosition(bytesRead, sourceProvider.WaveFormat); + sample.SetSampleDuration(duration); + inputPosition += duration; + Marshal.ReleaseComObject(mediaBuffer); + return sample; + } + + private int ReadFromOutputBuffer(byte[] buffer, int offset, int needed) + { + int bytesFromOutputBuffer = Math.Min(needed, outputBufferCount); + Array.Copy(outputBuffer, outputBufferOffset, buffer, offset, bytesFromOutputBuffer); + outputBufferOffset += bytesFromOutputBuffer; + outputBufferCount -= bytesFromOutputBuffer; + if (outputBufferCount == 0) + { + outputBufferOffset = 0; + } + return bytesFromOutputBuffer; + } + + /// <summary> + /// Indicate that the source has been repositioned and completely drain out the transforms buffers + /// </summary> + public void Reposition() + { + if (initializedForStreaming) + { + EndStreamAndDrain(); + ClearOutputBuffer(); + InitializeTransformForStreaming(); + } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransform.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransform.cs.meta new file mode 100644 index 0000000..646ce79 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransform.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fe41f0edb2d4e9c52b842f83fc9e9df4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransformCategories.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransformCategories.cs new file mode 100644 index 0000000..f254f97 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransformCategories.cs @@ -0,0 +1,64 @@ +using System; +using System.Collections.Generic; +using System.Reflection; +using NAudio.Utils; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Media Foundation Transform Categories + /// </summary> + public static class MediaFoundationTransformCategories + { + /// <summary> + /// MFT_CATEGORY_VIDEO_DECODER + /// </summary> + [FieldDescription("Video Decoder")] + public static readonly Guid VideoDecoder = new Guid("{d6c02d4b-6833-45b4-971a-05a4b04bab91}"); + /// <summary> + /// MFT_CATEGORY_VIDEO_ENCODER + /// </summary> + [FieldDescription("Video Encoder")] + public static readonly Guid VideoEncoder = new Guid("{f79eac7d-e545-4387-bdee-d647d7bde42a}"); + /// <summary> + /// MFT_CATEGORY_VIDEO_EFFECT + /// </summary> + [FieldDescription("Video Effect")] + public static readonly Guid VideoEffect = new Guid("{12e17c21-532c-4a6e-8a1c-40825a736397}"); + /// <summary> + /// MFT_CATEGORY_MULTIPLEXER + /// </summary> + [FieldDescription("Multiplexer")] + public static readonly Guid Multiplexer = new Guid("{059c561e-05ae-4b61-b69d-55b61ee54a7b}"); + /// <summary> + /// MFT_CATEGORY_DEMULTIPLEXER + /// </summary> + [FieldDescription("Demultiplexer")] + public static readonly Guid Demultiplexer = new Guid("{a8700a7a-939b-44c5-99d7-76226b23b3f1}"); + /// <summary> + /// MFT_CATEGORY_AUDIO_DECODER + /// </summary> + [FieldDescription("Audio Decoder")] + public static readonly Guid AudioDecoder = new Guid("{9ea73fb4-ef7a-4559-8d5d-719d8f0426c7}"); + /// <summary> + /// MFT_CATEGORY_AUDIO_ENCODER + /// </summary> + [FieldDescription("Audio Encoder")] + public static readonly Guid AudioEncoder = new Guid("{91c64bd0-f91e-4d8c-9276-db248279d975}"); + /// <summary> + /// MFT_CATEGORY_AUDIO_EFFECT + /// </summary> + [FieldDescription("Audio Effect")] + public static readonly Guid AudioEffect = new Guid("{11064c48-3648-4ed0-932e-05ce8ac811b7}"); + /// <summary> + /// MFT_CATEGORY_VIDEO_PROCESSOR + /// </summary> + [FieldDescription("Video Processor")] + public static readonly Guid VideoProcessor = new Guid("{302EA3FC-AA5F-47f9-9F7A-C2188BB16302}"); + /// <summary> + /// MFT_CATEGORY_OTHER + /// </summary> + [FieldDescription("Other")] + public static readonly Guid Other = new Guid("{90175d57-b7ea-4901-aeb3-933a8747756f}"); + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransformCategories.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransformCategories.cs.meta new file mode 100644 index 0000000..9a96707 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaFoundationTransformCategories.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7b427d9e3bbde8748a8b79de443a08d6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaType.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaType.cs new file mode 100644 index 0000000..9367ccb --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaType.cs @@ -0,0 +1,160 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Utils; +using NAudio.Wave; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Media Type helper class, simplifying working with IMFMediaType + /// (will probably change in the future, to inherit from an attributes class) + /// Currently does not release the COM object, so you must do that yourself + /// </summary> + public class MediaType + { + private readonly IMFMediaType mediaType; + + /// <summary> + /// Wraps an existing IMFMediaType object + /// </summary> + /// <param name="mediaType">The IMFMediaType object</param> + public MediaType(IMFMediaType mediaType) + { + this.mediaType = mediaType; + } + + /// <summary> + /// Creates and wraps a new IMFMediaType object + /// </summary> + public MediaType() + { + mediaType = MediaFoundationApi.CreateMediaType(); + } + + /// <summary> + /// Creates and wraps a new IMFMediaType object based on a WaveFormat + /// </summary> + /// <param name="waveFormat">WaveFormat</param> + public MediaType(WaveFormat waveFormat) + { + mediaType = MediaFoundationApi.CreateMediaTypeFromWaveFormat(waveFormat); + } + + private int GetUInt32(Guid key) + { + int value; + mediaType.GetUINT32(key, out value); + return value; + } + + private Guid GetGuid(Guid key) + { + Guid value; + mediaType.GetGUID(key, out value); + return value; + } + + /// <summary> + /// Tries to get a UINT32 value, returning a default value if it doesn't exist + /// </summary> + /// <param name="key">Attribute key</param> + /// <param name="defaultValue">Default value</param> + /// <returns>Value or default if key doesn't exist</returns> + public int TryGetUInt32(Guid key, int defaultValue = -1) + { + int intValue = defaultValue; + try + { + mediaType.GetUINT32(key, out intValue); + } + catch (COMException exception) + { + if (exception.GetHResult() == MediaFoundationErrors.MF_E_ATTRIBUTENOTFOUND) + { + // not a problem, return the default + } + else if (exception.GetHResult() == MediaFoundationErrors.MF_E_INVALIDTYPE) + { + throw new ArgumentException("Not a UINT32 parameter"); + } + else + { + throw; + } + } + return intValue; + } + + /// <summary> + /// Sets a UINT32 attribute on this media type + /// </summary> + /// <param name="key">Attribute key</param> + /// <param name="value">Attribute value (e.g. 1 for TRUE)</param> + public void SetUInt32(Guid key, int value) + { + mediaType.SetUINT32(key, value); + } + + /// <summary> + /// The Sample Rate (valid for audio media types) + /// </summary> + public int SampleRate + { + get { return GetUInt32(MediaFoundationAttributes.MF_MT_AUDIO_SAMPLES_PER_SECOND); } + set { mediaType.SetUINT32(MediaFoundationAttributes.MF_MT_AUDIO_SAMPLES_PER_SECOND, value); } + } + + /// <summary> + /// The number of Channels (valid for audio media types) + /// </summary> + public int ChannelCount + { + get { return GetUInt32(MediaFoundationAttributes.MF_MT_AUDIO_NUM_CHANNELS); } + set { mediaType.SetUINT32(MediaFoundationAttributes.MF_MT_AUDIO_NUM_CHANNELS, value); } + } + + /// <summary> + /// The number of bits per sample (n.b. not always valid for compressed audio types) + /// </summary> + public int BitsPerSample + { + get { return GetUInt32(MediaFoundationAttributes.MF_MT_AUDIO_BITS_PER_SAMPLE); } + set { mediaType.SetUINT32(MediaFoundationAttributes.MF_MT_AUDIO_BITS_PER_SAMPLE, value); } + } + + /// <summary> + /// The average bytes per second (valid for audio media types) + /// </summary> + public int AverageBytesPerSecond + { + get { return GetUInt32(MediaFoundationAttributes.MF_MT_AUDIO_AVG_BYTES_PER_SECOND); } + } + + /// <summary> + /// The Media Subtype. For audio, is a value from the AudioSubtypes class + /// </summary> + public Guid SubType + { + get { return GetGuid(MediaFoundationAttributes.MF_MT_SUBTYPE); } + set { mediaType.SetGUID(MediaFoundationAttributes.MF_MT_SUBTYPE, value); } + } + + /// <summary> + /// The Major type, e.g. audio or video (from the MediaTypes class) + /// </summary> + public Guid MajorType + { + get { return GetGuid(MediaFoundationAttributes.MF_MT_MAJOR_TYPE); } + set { mediaType.SetGUID(MediaFoundationAttributes.MF_MT_MAJOR_TYPE, value); } + } + + /// <summary> + /// Access to the actual IMFMediaType object + /// Use to pass to MF APIs or Marshal.ReleaseComObject when you are finished with it + /// </summary> + public IMFMediaType MediaFoundationObject + { + get { return mediaType; } + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaType.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaType.cs.meta new file mode 100644 index 0000000..e513c01 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fd0c22d3b87d04c039c724c5c1e60b43 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaTypes.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaTypes.cs new file mode 100644 index 0000000..c9ddec4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaTypes.cs @@ -0,0 +1,64 @@ +using System; +using System.Collections.Generic; +using System.Text; +using NAudio.Utils; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Major Media Types + /// http://msdn.microsoft.com/en-us/library/windows/desktop/aa367377%28v=vs.85%29.aspx + /// </summary> + public static class MediaTypes + { + /// <summary> + /// Default + /// </summary> + public static readonly Guid MFMediaType_Default = new Guid("81A412E6-8103-4B06-857F-1862781024AC"); + /// <summary> + /// Audio + /// </summary> + [FieldDescription("Audio")] + public static readonly Guid MFMediaType_Audio = new Guid("73647561-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Video + /// </summary> + [FieldDescription("Video")] + public static readonly Guid MFMediaType_Video = new Guid("73646976-0000-0010-8000-00aa00389b71"); + /// <summary> + /// Protected Media + /// </summary> + [FieldDescription("Protected Media")] + public static readonly Guid MFMediaType_Protected = new Guid("7b4b6fe6-9d04-4494-be14-7e0bd076c8e4"); + /// <summary> + /// Synchronized Accessible Media Interchange (SAMI) captions. + /// </summary> + [FieldDescription("SAMI captions")] + public static readonly Guid MFMediaType_SAMI = new Guid("e69669a0-3dcd-40cb-9e2e-3708387c0616"); + /// <summary> + /// Script stream + /// </summary> + [FieldDescription("Script stream")] + public static readonly Guid MFMediaType_Script = new Guid("72178c22-e45b-11d5-bc2a-00b0d0f3f4ab"); + /// <summary> + /// Still image stream. + /// </summary> + [FieldDescription("Still image stream")] + public static readonly Guid MFMediaType_Image = new Guid("72178c23-e45b-11d5-bc2a-00b0d0f3f4ab"); + /// <summary> + /// HTML stream. + /// </summary> + [FieldDescription("HTML stream")] + public static readonly Guid MFMediaType_HTML = new Guid("72178c24-e45b-11d5-bc2a-00b0d0f3f4ab"); + /// <summary> + /// Binary stream. + /// </summary> + [FieldDescription("Binary stream")] + public static readonly Guid MFMediaType_Binary = new Guid("72178c25-e45b-11d5-bc2a-00b0d0f3f4ab"); + /// <summary> + /// A stream that contains data files. + /// </summary> + [FieldDescription("File transfer")] + public static readonly Guid MFMediaType_FileTransfer = new Guid("72178c26-e45b-11d5-bc2a-00b0d0f3f4ab"); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaTypes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaTypes.cs.meta new file mode 100644 index 0000000..786ebe3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/MediaTypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d647fbf1e940945108246aa564701dde +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/TranscodeContainerTypes.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/TranscodeContainerTypes.cs new file mode 100644 index 0000000..a104b2e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/TranscodeContainerTypes.cs @@ -0,0 +1,53 @@ +using System; + +namespace NAudio.MediaFoundation { + /// <summary> + /// https://docs.microsoft.com/en-us/windows/win32/medfound/mf-transcode-containertype + /// </summary> + public static class TranscodeContainerTypes { + /// <summary> + /// ASF + /// </summary> + public static readonly Guid MFTranscodeContainerType_ASF = new Guid(0x430f6f6e, 0xb6bf, 0x4fc1, 0xa0, 0xbd, 0x9e, 0xe4, 0x6e, 0xee, 0x2a, 0xfb); + /// <summary> + /// MPEG4 + /// </summary> + public static readonly Guid MFTranscodeContainerType_MPEG4 = new Guid(0xdc6cd05d, 0xb9d0, 0x40ef, 0xbd, 0x35, 0xfa, 0x62, 0x2c, 0x1a, 0xb2, 0x8a); + /// <summary> + /// MP3 + /// </summary> + public static readonly Guid MFTranscodeContainerType_MP3 = new Guid(0xe438b912, 0x83f1, 0x4de6, 0x9e, 0x3a, 0x9f, 0xfb, 0xc6, 0xdd, 0x24, 0xd1); + /// <summary> + /// 3GP + /// </summary> + public static readonly Guid MFTranscodeContainerType_3GP = new Guid(0x34c50167, 0x4472, 0x4f34, 0x9e, 0xa0, 0xc4, 0x9f, 0xba, 0xcf, 0x03, 0x7d); + /// <summary> + /// AC3 + /// </summary> + public static readonly Guid MFTranscodeContainerType_AC3 = new Guid(0x6d8d91c3, 0x8c91, 0x4ed1, 0x87, 0x42, 0x8c, 0x34, 0x7d, 0x5b, 0x44, 0xd0); + /// <summary> + /// ADTS + /// </summary> + public static readonly Guid MFTranscodeContainerType_ADTS = new Guid(0x132fd27d, 0x0f02, 0x43de, 0xa3, 0x01, 0x38, 0xfb, 0xbb, 0xb3, 0x83, 0x4e); + /// <summary> + /// MPEG2 + /// </summary> + public static readonly Guid MFTranscodeContainerType_MPEG2 = new Guid(0xbfc2dbf9, 0x7bb4, 0x4f8f, 0xaf, 0xde, 0xe1, 0x12, 0xc4, 0x4b, 0xa8, 0x82); + /// <summary> + /// FMPEG4 + /// </summary> + public static readonly Guid MFTranscodeContainerType_FMPEG4 = new Guid(0x9ba876f1, 0x419f, 0x4b77, 0xa1, 0xe0, 0x35, 0x95, 0x9d, 0x9d, 0x40, 0x4); + /// <summary> + /// WAVE + /// </summary> + public static readonly Guid MFTranscodeContainerType_WAVE = new Guid(0x64c3453c, 0x0f26, 0x4741, 0xbe, 0x63, 0x87, 0xbd, 0xf8, 0xbb, 0x93, 0x5b); + /// <summary> + /// AVI + /// </summary> + public static readonly Guid MFTranscodeContainerType_AVI = new Guid(0x7edfe8af, 0x402f, 0x4d76, 0xa3, 0x3c, 0x61, 0x9f, 0xd1, 0x57, 0xd0, 0xf1); + /// <summary> + /// AMR + /// </summary> + public static readonly Guid MFTranscodeContainerType_AMR = new Guid(0x025d5ad3, 0x621a, 0x475b, 0x96, 0x4d, 0x66, 0xb1, 0xc8, 0x24, 0xf0, 0x79); + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/TranscodeContainerTypes.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/TranscodeContainerTypes.cs.meta new file mode 100644 index 0000000..24533f4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/TranscodeContainerTypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3499eb1004d1d8905aa012b22355606d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_ENUM_FLAG.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_ENUM_FLAG.cs new file mode 100644 index 0000000..3fdd1ba --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_ENUM_FLAG.cs @@ -0,0 +1,48 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Contains flags for registering and enumeration Media Foundation transforms (MFTs). + /// </summary> + [Flags] + public enum _MFT_ENUM_FLAG + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// The MFT performs synchronous data processing in software. + /// </summary> + MFT_ENUM_FLAG_SYNCMFT = 0x00000001, + /// <summary> + /// The MFT performs asynchronous data processing in software. + /// </summary> + MFT_ENUM_FLAG_ASYNCMFT = 0x00000002, + /// <summary> + /// The MFT performs hardware-based data processing, using either the AVStream driver or a GPU-based proxy MFT. + /// </summary> + MFT_ENUM_FLAG_HARDWARE = 0x00000004, + /// <summary> + /// The MFT that must be unlocked by the application before use. + /// </summary> + MFT_ENUM_FLAG_FIELDOFUSE = 0x00000008, + /// <summary> + /// For enumeration, include MFTs that were registered in the caller's process. + /// </summary> + MFT_ENUM_FLAG_LOCALMFT = 0x00000010, + /// <summary> + /// The MFT is optimized for transcoding rather than playback. + /// </summary> + MFT_ENUM_FLAG_TRANSCODE_ONLY = 0x00000020, + /// <summary> + /// For enumeration, sort and filter the results. + /// </summary> + MFT_ENUM_FLAG_SORTANDFILTER = 0x00000040, + /// <summary> + /// Bitwise OR of all the flags, excluding MFT_ENUM_FLAG_SORTANDFILTER. + /// </summary> + MFT_ENUM_FLAG_ALL = 0x0000003F + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_ENUM_FLAG.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_ENUM_FLAG.cs.meta new file mode 100644 index 0000000..89addf1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_ENUM_FLAG.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c5eebaa3a2251814d8a1199bb62b39dd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STATUS_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STATUS_FLAGS.cs new file mode 100644 index 0000000..1e866b1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STATUS_FLAGS.cs @@ -0,0 +1,20 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Indicates the status of an input stream on a Media Foundation transform (MFT). + /// </summary> + [Flags] + public enum _MFT_INPUT_STATUS_FLAGS + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// The input stream can receive more data at this time. + /// </summary> + MFT_INPUT_STATUS_ACCEPT_DATA = 0x00000001 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STATUS_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STATUS_FLAGS.cs.meta new file mode 100644 index 0000000..bc37077 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STATUS_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b8e7f28b6ab7473f7b45602c636a6428 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STREAM_INFO_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STREAM_INFO_FLAGS.cs new file mode 100644 index 0000000..3f028a6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STREAM_INFO_FLAGS.cs @@ -0,0 +1,48 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Describes an input stream on a Media Foundation transform (MFT). + /// </summary> + [Flags] + public enum _MFT_INPUT_STREAM_INFO_FLAGS + { + /// <summary> + /// No flags set + /// </summary> + None = 0, + /// <summary> + /// Each media sample (IMFSample interface) of input data must contain complete, unbroken units of data. + /// </summary> + MFT_INPUT_STREAM_WHOLE_SAMPLES = 0x00000001, + /// <summary> + /// Each media sample that the client provides as input must contain exactly one unit of data, as defined for the MFT_INPUT_STREAM_WHOLE_SAMPLES flag. + /// </summary> + MFT_INPUT_STREAM_SINGLE_SAMPLE_PER_BUFFER = 0x00000002, + /// <summary> + /// All input samples must be the same size. + /// </summary> + MFT_INPUT_STREAM_FIXED_SAMPLE_SIZE = 0x00000004, + /// <summary> + /// MTF Input Stream Holds buffers + /// </summary> + MFT_INPUT_STREAM_HOLDS_BUFFERS = 0x00000008, + /// <summary> + /// The MFT does not hold input samples after the IMFTransform::ProcessInput method returns. + /// </summary> + MFT_INPUT_STREAM_DOES_NOT_ADDREF = 0x00000100, + /// <summary> + /// This input stream can be removed by calling IMFTransform::DeleteInputStream. + /// </summary> + MFT_INPUT_STREAM_REMOVABLE = 0x00000200, + /// <summary> + /// This input stream is optional. + /// </summary> + MFT_INPUT_STREAM_OPTIONAL = 0x00000400, + /// <summary> + /// The MFT can perform in-place processing. + /// </summary> + MFT_INPUT_STREAM_PROCESSES_IN_PLACE = 0x00000800 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STREAM_INFO_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STREAM_INFO_FLAGS.cs.meta new file mode 100644 index 0000000..d96f2f8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_INPUT_STREAM_INFO_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3db4e514511a7a11abee6f1e42396365 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_DATA_BUFFER_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_DATA_BUFFER_FLAGS.cs new file mode 100644 index 0000000..16a9ff7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_DATA_BUFFER_FLAGS.cs @@ -0,0 +1,33 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Defines flags for the IMFTransform::ProcessOutput method. + /// </summary> + [Flags] + public enum _MFT_OUTPUT_DATA_BUFFER_FLAGS + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// The MFT can still generate output from this stream without receiving any more input. + /// </summary> + MFT_OUTPUT_DATA_BUFFER_INCOMPLETE = 0x01000000, + /// <summary> + /// The format has changed on this output stream, or there is a new preferred format for this stream. + /// </summary> + MFT_OUTPUT_DATA_BUFFER_FORMAT_CHANGE = 0x00000100, + /// <summary> + /// The MFT has removed this output stream. + /// </summary> + MFT_OUTPUT_DATA_BUFFER_STREAM_END = 0x00000200, + /// <summary> + /// There is no sample ready for this stream. + /// </summary> + MFT_OUTPUT_DATA_BUFFER_NO_SAMPLE = 0x00000300 + + }; +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_DATA_BUFFER_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_DATA_BUFFER_FLAGS.cs.meta new file mode 100644 index 0000000..fc382e0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_DATA_BUFFER_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2ea4585ee40f609caa057df970f5a9d7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STATUS_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STATUS_FLAGS.cs new file mode 100644 index 0000000..0a87028 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STATUS_FLAGS.cs @@ -0,0 +1,20 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Indicates whether a Media Foundation transform (MFT) can produce output data. + /// </summary> + [Flags] + public enum _MFT_OUTPUT_STATUS_FLAGS + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// There is a sample available for at least one output stream. + /// </summary> + MFT_OUTPUT_STATUS_SAMPLE_READY = 0x00000001 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STATUS_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STATUS_FLAGS.cs.meta new file mode 100644 index 0000000..8bed924 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STATUS_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c08d782b29acdfc47a79c89663f9146c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STREAM_INFO_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STREAM_INFO_FLAGS.cs new file mode 100644 index 0000000..144d3b4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STREAM_INFO_FLAGS.cs @@ -0,0 +1,52 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Describes an output stream on a Media Foundation transform (MFT). + /// </summary> + [Flags] + public enum _MFT_OUTPUT_STREAM_INFO_FLAGS + { + /// <summary> + /// No flags set + /// </summary> + None = 0, + /// <summary> + /// Each media sample (IMFSample interface) of output data from the MFT contains complete, unbroken units of data. + /// </summary> + MFT_OUTPUT_STREAM_WHOLE_SAMPLES = 0x00000001, + /// <summary> + /// Each output sample contains exactly one unit of data, as defined for the MFT_OUTPUT_STREAM_WHOLE_SAMPLES flag. + /// </summary> + MFT_OUTPUT_STREAM_SINGLE_SAMPLE_PER_BUFFER = 0x00000002, + /// <summary> + /// All output samples are the same size. + /// </summary> + MFT_OUTPUT_STREAM_FIXED_SAMPLE_SIZE = 0x00000004, + /// <summary> + /// The MFT can discard the output data from this output stream, if requested by the client. + /// </summary> + MFT_OUTPUT_STREAM_DISCARDABLE = 0x00000008, + /// <summary> + /// This output stream is optional. + /// </summary> + MFT_OUTPUT_STREAM_OPTIONAL = 0x00000010, + /// <summary> + /// The MFT provides the output samples for this stream, either by allocating them internally or by operating directly on the input samples. + /// </summary> + MFT_OUTPUT_STREAM_PROVIDES_SAMPLES = 0x00000100, + /// <summary> + /// The MFT can either provide output samples for this stream or it can use samples that the client allocates. + /// </summary> + MFT_OUTPUT_STREAM_CAN_PROVIDE_SAMPLES = 0x00000200, + /// <summary> + /// The MFT does not require the client to process the output for this stream. + /// </summary> + MFT_OUTPUT_STREAM_LAZY_READ = 0x00000400, + /// <summary> + /// The MFT might remove this output stream during streaming. + /// </summary> + MFT_OUTPUT_STREAM_REMOVABLE = 0x00000800 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STREAM_INFO_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STREAM_INFO_FLAGS.cs.meta new file mode 100644 index 0000000..e9b265c --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_OUTPUT_STREAM_INFO_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a487a8a43d28188eb870bb5e5ac89cf2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_FLAGS.cs new file mode 100644 index 0000000..dd3dace --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_FLAGS.cs @@ -0,0 +1,24 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Defines flags for processing output samples in a Media Foundation transform (MFT). + /// </summary> + [Flags] + public enum _MFT_PROCESS_OUTPUT_FLAGS + { + /// <summary> + /// None + /// </summary> + None, + /// <summary> + /// Do not produce output for streams in which the pSample member of the MFT_OUTPUT_DATA_BUFFER structure is NULL. + /// </summary> + MFT_PROCESS_OUTPUT_DISCARD_WHEN_NO_BUFFER = 0x00000001, + /// <summary> + /// Regenerates the last output sample. + /// </summary> + MFT_PROCESS_OUTPUT_REGENERATE_LAST_OUTPUT = 0x00000002 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_FLAGS.cs.meta new file mode 100644 index 0000000..0867664 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e39e89634226be2dda4a55fe6c1ba9c8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_STATUS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_STATUS.cs new file mode 100644 index 0000000..40a8193 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_STATUS.cs @@ -0,0 +1,20 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Process Output Status flags + /// </summary> + [Flags] + public enum _MFT_PROCESS_OUTPUT_STATUS + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// The Media Foundation transform (MFT) has created one or more new output streams. + /// </summary> + MFT_PROCESS_OUTPUT_STATUS_NEW_STREAMS = 0x00000100 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_STATUS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_STATUS.cs.meta new file mode 100644 index 0000000..79960fc --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_PROCESS_OUTPUT_STATUS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2786abd73afd9c4fb997ff6b34af2bfe +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_SET_TYPE_FLAGS.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_SET_TYPE_FLAGS.cs new file mode 100644 index 0000000..60a5a73 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_SET_TYPE_FLAGS.cs @@ -0,0 +1,20 @@ +using System; + +namespace NAudio.MediaFoundation +{ + /// <summary> + /// Defines flags for the setting or testing the media type on a Media Foundation transform (MFT). + /// </summary> + [Flags] + public enum _MFT_SET_TYPE_FLAGS + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// Test the proposed media type, but do not set it. + /// </summary> + MFT_SET_TYPE_TEST_ONLY = 0x00000001 + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_SET_TYPE_FLAGS.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_SET_TYPE_FLAGS.cs.meta new file mode 100644 index 0000000..cba140f --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundation/_MFT_SET_TYPE_FLAGS.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f36e5e1476d1b6bf0b29716b3160f0ec +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationEncoder.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationEncoder.cs new file mode 100644 index 0000000..7663df1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationEncoder.cs @@ -0,0 +1,418 @@ +using System; +using System.Collections.Generic; +using System.IO; +using System.Linq; +using System.Runtime.InteropServices; +using System.Runtime.InteropServices.ComTypes; +using NAudio.MediaFoundation; +using NAudio.Utils; + +namespace NAudio.Wave +{ + /// <summary> + /// Media Foundation Encoder class allows you to use Media Foundation to encode an IWaveProvider + /// to any supported encoding format + /// </summary> + public class MediaFoundationEncoder : IDisposable + { + /// <summary> + /// Queries the available bitrates for a given encoding output type, sample rate and number of channels + /// </summary> + /// <param name="audioSubtype">Audio subtype - a value from the AudioSubtypes class</param> + /// <param name="sampleRate">The sample rate of the PCM to encode</param> + /// <param name="channels">The number of channels of the PCM to encode</param> + /// <returns>An array of available bitrates in average bits per second</returns> + public static int[] GetEncodeBitrates(Guid audioSubtype, int sampleRate, int channels) + { + return GetOutputMediaTypes(audioSubtype) + .Where(mt => mt.SampleRate == sampleRate && mt.ChannelCount == channels) + .Select(mt => mt.AverageBytesPerSecond*8) + .Distinct() + .OrderBy(br => br) + .ToArray(); + } + + /// <summary> + /// Gets all the available media types for a particular + /// </summary> + /// <param name="audioSubtype">Audio subtype - a value from the AudioSubtypes class</param> + /// <returns>An array of available media types that can be encoded with this subtype</returns> + public static MediaType[] GetOutputMediaTypes(Guid audioSubtype) + { + MediaFoundationApi.Startup(); + IMFCollection availableTypes; + try + { + MediaFoundationInterop.MFTranscodeGetAudioOutputAvailableTypes( + audioSubtype, _MFT_ENUM_FLAG.MFT_ENUM_FLAG_ALL, null, out availableTypes); + } + catch (COMException c) + { + if (c.GetHResult() == MediaFoundationErrors.MF_E_NOT_FOUND) + { + // Don't worry if we didn't find any - just means no encoder available for this type + return new MediaType[0]; + } + else + { + throw; + } + } + availableTypes.GetElementCount(out int count); + var mediaTypes = new List<MediaType>(count); + for (int n = 0; n < count; n++) + { + availableTypes.GetElement(n, out object mediaTypeObject); + var mediaType = (IMFMediaType)mediaTypeObject; + mediaTypes.Add(new MediaType(mediaType)); + } + Marshal.ReleaseComObject(availableTypes); + return mediaTypes.ToArray(); + } + + /// <summary> + /// Helper function to simplify encoding Window Media Audio + /// Should be supported on Vista and above (not tested) + /// </summary> + /// <param name="inputProvider">Input provider, must be PCM</param> + /// <param name="outputFile">Output file path, should end with .wma</param> + /// <param name="desiredBitRate">Desired bitrate. Use GetEncodeBitrates to find the possibilities for your input type</param> + public static void EncodeToWma(IWaveProvider inputProvider, string outputFile, int desiredBitRate = 192000) + { + var mediaType = SelectMediaType(AudioSubtypes.MFAudioFormat_WMAudioV8, inputProvider.WaveFormat, desiredBitRate); + if (mediaType == null) throw new InvalidOperationException("No suitable WMA encoders available"); + using (var encoder = new MediaFoundationEncoder(mediaType)) + { + encoder.Encode(outputFile, inputProvider); + } + } + + /// <summary> + /// Helper function to simplify encoding Window Media Audio + /// Should be supported on Vista and above (not tested) + /// </summary> + /// <param name="inputProvider">Input provider, must be PCM</param> + /// <param name="outputStream">Output stream</param> + /// <param name="desiredBitRate">Desired bitrate. Use GetEncodeBitrates to find the possibilities for your input type</param> + public static void EncodeToWma(IWaveProvider inputProvider, Stream outputStream, int desiredBitRate = 192000) { + var mediaType = SelectMediaType(AudioSubtypes.MFAudioFormat_WMAudioV8, inputProvider.WaveFormat, desiredBitRate); + if (mediaType == null) throw new InvalidOperationException("No suitable WMA encoders available"); + using (var encoder = new MediaFoundationEncoder(mediaType)) { + encoder.Encode(outputStream, inputProvider, TranscodeContainerTypes.MFTranscodeContainerType_ASF); + } + } + + /// <summary> + /// Helper function to simplify encoding to MP3 + /// By default, will only be available on Windows 8 and above + /// </summary> + /// <param name="inputProvider">Input provider, must be PCM</param> + /// <param name="outputFile">Output file path, should end with .mp3</param> + /// <param name="desiredBitRate">Desired bitrate. Use GetEncodeBitrates to find the possibilities for your input type</param> + public static void EncodeToMp3(IWaveProvider inputProvider, string outputFile, int desiredBitRate = 192000) + { + var mediaType = SelectMediaType(AudioSubtypes.MFAudioFormat_MP3, inputProvider.WaveFormat, desiredBitRate); + if (mediaType == null) throw new InvalidOperationException("No suitable MP3 encoders available"); + using (var encoder = new MediaFoundationEncoder(mediaType)) + { + encoder.Encode(outputFile, inputProvider); + } + } + + /// <summary> + /// Helper function to simplify encoding to MP3 + /// By default, will only be available on Windows 8 and above + /// </summary> + /// <param name="inputProvider">Input provider, must be PCM</param> + /// <param name="outputStream">Output stream</param> + /// <param name="desiredBitRate">Desired bitrate. Use GetEncodeBitrates to find the possibilities for your input type</param> + public static void EncodeToMp3(IWaveProvider inputProvider, Stream outputStream, int desiredBitRate = 192000) + { + var mediaType = SelectMediaType(AudioSubtypes.MFAudioFormat_MP3, inputProvider.WaveFormat, desiredBitRate); + if (mediaType == null) throw new InvalidOperationException("No suitable MP3 encoders available"); + using (var encoder = new MediaFoundationEncoder(mediaType)) { + encoder.Encode(outputStream, inputProvider, TranscodeContainerTypes.MFTranscodeContainerType_MP3); + } + } + + /// <summary> + /// Helper function to simplify encoding to AAC + /// By default, will only be available on Windows 7 and above + /// </summary> + /// <param name="inputProvider">Input provider, must be PCM</param> + /// <param name="outputFile">Output file path, should end with .mp4 (or .aac on Windows 8)</param> + /// <param name="desiredBitRate">Desired bitrate. Use GetEncodeBitrates to find the possibilities for your input type</param> + public static void EncodeToAac(IWaveProvider inputProvider, string outputFile, int desiredBitRate = 192000) + { + // Information on configuring an AAC media type can be found here: + // http://msdn.microsoft.com/en-gb/library/windows/desktop/dd742785%28v=vs.85%29.aspx + var mediaType = SelectMediaType(AudioSubtypes.MFAudioFormat_AAC, inputProvider.WaveFormat, desiredBitRate); + if (mediaType == null) throw new InvalidOperationException("No suitable AAC encoders available"); + using (var encoder = new MediaFoundationEncoder(mediaType)) + { + // should AAC container have ADTS, or is that just for ADTS? + // http://www.hydrogenaudio.org/forums/index.php?showtopic=97442 + encoder.Encode(outputFile, inputProvider); + } + } + + /// <summary> + /// Helper function to simplify encoding to AAC + /// By default, will only be available on Windows 7 and above + /// </summary> + /// <param name="inputProvider">Input provider, must be PCM</param> + /// <param name="outputStream">Output stream</param> + /// <param name="desiredBitRate">Desired bitrate. Use GetEncodeBitrates to find the possibilities for your input type</param> + public static void EncodeToAac(IWaveProvider inputProvider, Stream outputStream, int desiredBitRate = 192000) { + // Information on configuring an AAC media type can be found here: + // http://msdn.microsoft.com/en-gb/library/windows/desktop/dd742785%28v=vs.85%29.aspx + var mediaType = SelectMediaType(AudioSubtypes.MFAudioFormat_AAC, inputProvider.WaveFormat, desiredBitRate); + if (mediaType == null) throw new InvalidOperationException("No suitable AAC encoders available"); + using (var encoder = new MediaFoundationEncoder(mediaType)) { + // should AAC container have ADTS, or is that just for ADTS? + // http://www.hydrogenaudio.org/forums/index.php?showtopic=97442 + encoder.Encode(outputStream, inputProvider, TranscodeContainerTypes.MFTranscodeContainerType_MPEG4); + } + } + + /// <summary> + /// Tries to find the encoding media type with the closest bitrate to that specified + /// </summary> + /// <param name="audioSubtype">Audio subtype, a value from AudioSubtypes</param> + /// <param name="inputFormat">Your encoder input format (used to check sample rate and channel count)</param> + /// <param name="desiredBitRate">Your desired bitrate</param> + /// <returns>The closest media type, or null if none available</returns> + public static MediaType SelectMediaType(Guid audioSubtype, WaveFormat inputFormat, int desiredBitRate) + { + MediaFoundationApi.Startup(); + return GetOutputMediaTypes(audioSubtype) + .Where(mt => mt.SampleRate == inputFormat.SampleRate && mt.ChannelCount == inputFormat.Channels) + .Select(mt => new { MediaType = mt, Delta = Math.Abs(desiredBitRate - mt.AverageBytesPerSecond * 8) } ) + .OrderBy(mt => mt.Delta) + .Select(mt => mt.MediaType) + .FirstOrDefault(); + } + + public int DefaultReadBufferSize { get; set; } + private readonly MediaType outputMediaType; + private bool disposed; + + /// <summary> + /// Creates a new encoder that encodes to the specified output media type + /// </summary> + /// <param name="outputMediaType">Desired output media type</param> + public MediaFoundationEncoder(MediaType outputMediaType) + { + if (outputMediaType == null) throw new ArgumentNullException("outputMediaType"); + this.outputMediaType = outputMediaType; + } + + /// <summary> + /// Encodes a file + /// </summary> + /// <param name="outputFile">Output filename (container type is deduced from the filename)</param> + /// <param name="inputProvider">Input provider (should be PCM, some encoders will also allow IEEE float)</param> + public void Encode(string outputFile, IWaveProvider inputProvider) + { + if (inputProvider.WaveFormat.Encoding != WaveFormatEncoding.Pcm && inputProvider.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Encode input format must be PCM or IEEE float"); + } + + var inputMediaType = new MediaType(inputProvider.WaveFormat); + + var writer = CreateSinkWriter(outputFile); + try + { + writer.AddStream(outputMediaType.MediaFoundationObject, out int streamIndex); + + // n.b. can get 0xC00D36B4 - MF_E_INVALIDMEDIATYPE here + writer.SetInputMediaType(streamIndex, inputMediaType.MediaFoundationObject, null); + + PerformEncode(writer, streamIndex, inputProvider); + } + finally + { + if (writer != null) + { + Marshal.ReleaseComObject(writer); + } + if (inputMediaType.MediaFoundationObject != null) + { + Marshal.ReleaseComObject(inputMediaType.MediaFoundationObject); + } + } + } + + /// <summary> + /// Encodes a file + /// </summary> + /// <param name="outputStream">Output stream</param> + /// <param name="inputProvider">Input provider (should be PCM, some encoders will also allow IEEE float)</param> + /// <param name="transcodeContainerType">One of <see cref="TranscodeContainerTypes"/></param> + public void Encode(Stream outputStream, IWaveProvider inputProvider, Guid transcodeContainerType) + { + if (inputProvider.WaveFormat.Encoding != WaveFormatEncoding.Pcm && inputProvider.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + throw new ArgumentException("Encode input format must be PCM or IEEE float"); + } + + var inputMediaType = new MediaType(inputProvider.WaveFormat); + + var writer = CreateSinkWriter(new ComStream(outputStream), transcodeContainerType); + try + { + writer.AddStream(outputMediaType.MediaFoundationObject, out int streamIndex); + + // n.b. can get 0xC00D36B4 - MF_E_INVALIDMEDIATYPE here + writer.SetInputMediaType(streamIndex, inputMediaType.MediaFoundationObject, null); + + PerformEncode(writer, streamIndex, inputProvider); + } + finally + { + if (writer != null) + { + Marshal.ReleaseComObject(writer); + } + if (inputMediaType.MediaFoundationObject != null) + { + Marshal.ReleaseComObject(inputMediaType.MediaFoundationObject); + } + } + } + + private static IMFSinkWriter CreateSinkWriter(string outputFile) + { + // n.b. could try specifying the container type using attributes, but I think + // it does a decent job of working it out from the file extension + // n.b. AAC encode on Win 8 can have AAC extension, but use MP4 in win 7 + // http://msdn.microsoft.com/en-gb/library/windows/desktop/dd389284%28v=vs.85%29.aspx + IMFSinkWriter writer; + var attributes = MediaFoundationApi.CreateAttributes(1); + attributes.SetUINT32(MediaFoundationAttributes.MF_READWRITE_ENABLE_HARDWARE_TRANSFORMS, 1); + + try + { + MediaFoundationInterop.MFCreateSinkWriterFromURL(outputFile, null, attributes, out writer); + } + catch (COMException e) + { + if (e.GetHResult() == MediaFoundationErrors.MF_E_NOT_FOUND) + { + throw new ArgumentException("Was not able to create a sink writer for this file extension"); + } + throw; + } + finally + { + Marshal.ReleaseComObject(attributes); + } + return writer; + } + + private static IMFSinkWriter CreateSinkWriter(IStream outputStream, Guid TranscodeContainerType) + { + // n.b. could try specifying the container type using attributes, but I think + // it does a decent job of working it out from the file extension + // n.b. AAC encode on Win 8 can have AAC extension, but use MP4 in win 7 + // http://msdn.microsoft.com/en-gb/library/windows/desktop/dd389284%28v=vs.85%29.aspx + IMFSinkWriter writer; + var attributes = MediaFoundationApi.CreateAttributes(1); + attributes.SetGUID(MediaFoundationAttributes.MF_TRANSCODE_CONTAINERTYPE, TranscodeContainerType); + + try + { + MediaFoundationInterop.MFCreateMFByteStreamOnStream(outputStream, out var ppByteStream); + MediaFoundationInterop.MFCreateSinkWriterFromURL(null, ppByteStream, attributes, out writer); + } + finally + { + Marshal.ReleaseComObject(attributes); + } + return writer; + } + + private void PerformEncode(IMFSinkWriter writer, int streamIndex, IWaveProvider inputProvider) + { + if (DefaultReadBufferSize== 0) DefaultReadBufferSize = inputProvider.WaveFormat.AverageBytesPerSecond * 4; + var managedBuffer = new byte[DefaultReadBufferSize]; + + writer.BeginWriting(); + + long position = 0; + long duration; + do + { + duration = ConvertOneBuffer(writer, streamIndex, inputProvider, position, managedBuffer); + position += duration; + } while (duration > 0); + + writer.DoFinalize(); + } + + private static long BytesToNsPosition(int bytes, WaveFormat waveFormat) + { + long nsPosition = (10000000L * bytes) / waveFormat.AverageBytesPerSecond; + return nsPosition; + } + + private long ConvertOneBuffer(IMFSinkWriter writer, int streamIndex, IWaveProvider inputProvider, long position, byte[] managedBuffer) + { + long durationConverted = 0; + IMFMediaBuffer buffer = MediaFoundationApi.CreateMemoryBuffer(managedBuffer.Length); + buffer.GetMaxLength(out var maxLength); + + IMFSample sample = MediaFoundationApi.CreateSample(); + sample.AddBuffer(buffer); + + int read = inputProvider.Read(managedBuffer, 0, maxLength); + if (read > 0) + { + buffer.Lock(out var ptr, out maxLength, out int currentLength); + durationConverted = BytesToNsPosition(read, inputProvider.WaveFormat); + Marshal.Copy(managedBuffer, 0, ptr, read); + buffer.SetCurrentLength(read); + buffer.Unlock(); + sample.SetSampleTime(position); + sample.SetSampleDuration(durationConverted); + writer.WriteSample(streamIndex, sample); + //writer.Flush(streamIndex); + } + + Marshal.ReleaseComObject(sample); + Marshal.ReleaseComObject(buffer); + return durationConverted; + } + + /// <summary> + /// Disposes this instance + /// </summary> + /// <param name="disposing"></param> + protected void Dispose(bool disposing) + { + Marshal.ReleaseComObject(outputMediaType.MediaFoundationObject); + } + + /// <summary> + /// Disposes this instance + /// </summary> + public void Dispose() + { + if (!disposed) + { + disposed = true; + Dispose(true); + } + GC.SuppressFinalize(this); + } + + /// <summary> + /// Finalizer + /// </summary> + ~MediaFoundationEncoder() + { + Dispose(false); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationEncoder.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationEncoder.cs.meta new file mode 100644 index 0000000..33f97bf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationEncoder.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 03ab7832d14c1824a8c90d167cafb958 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationReader.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationReader.cs new file mode 100644 index 0000000..a96d25a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationReader.cs @@ -0,0 +1,388 @@ +using System; +using System.Diagnostics; +using System.IO; +using System.Runtime.InteropServices; +using NAudio.CoreAudioApi.Interfaces; +using NAudio.MediaFoundation; +using NAudio.Utils; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Class for reading any file that Media Foundation can play + /// Will only work in Windows Vista and above + /// Automatically converts to PCM + /// If it is a video file with multiple audio streams, it will pick out the first audio stream + /// </summary> + public class MediaFoundationReader : WaveStream + { + private WaveFormat waveFormat; + private long length; + private MediaFoundationReaderSettings settings; + private readonly string file; + private IMFSourceReader pReader; + + private long position; + + /// <summary> + /// Allows customisation of this reader class + /// </summary> + public class MediaFoundationReaderSettings + { + /// <summary> + /// Sets up the default settings for MediaFoundationReader + /// </summary> + public MediaFoundationReaderSettings() + { + RepositionInRead = true; + } + + /// <summary> + /// Allows us to request IEEE float output (n.b. no guarantee this will be accepted) + /// </summary> + public bool RequestFloatOutput { get; set; } + /// <summary> + /// If true, the reader object created in the constructor is used in Read + /// Should only be set to true if you are working entirely on an STA thread, or + /// entirely with MTA threads. + /// </summary> + public bool SingleReaderObject { get; set; } + /// <summary> + /// If true, the reposition does not happen immediately, but waits until the + /// next call to read to be processed. + /// </summary> + public bool RepositionInRead { get; set; } + } + + /// <summary> + /// Default constructor + /// </summary> + protected MediaFoundationReader() + { + } + + /// <summary> + /// Creates a new MediaFoundationReader based on the supplied file + /// </summary> + /// <param name="file">Filename (can also be a URL e.g. http:// mms:// file://)</param> + public MediaFoundationReader(string file) + : this(file, null) + { + } + + + /// <summary> + /// Creates a new MediaFoundationReader based on the supplied file + /// </summary> + /// <param name="file">Filename</param> + /// <param name="settings">Advanced settings</param> + public MediaFoundationReader(string file, MediaFoundationReaderSettings settings) + { + this.file = file; + Init(settings); + } + + /// <summary> + /// Initializes + /// </summary> + protected void Init(MediaFoundationReaderSettings initialSettings) + { + MediaFoundationApi.Startup(); + settings = initialSettings ?? new MediaFoundationReaderSettings(); + var reader = CreateReader(settings); + + waveFormat = GetCurrentWaveFormat(reader); + + reader.SetStreamSelection(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, true); + length = GetLength(reader); + + if (settings.SingleReaderObject) + { + pReader = reader; + } + else + { + Marshal.ReleaseComObject(reader); + } + } + + private WaveFormat GetCurrentWaveFormat(IMFSourceReader reader) + { + reader.GetCurrentMediaType(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, out IMFMediaType uncompressedMediaType); + + // Two ways to query it, first is to ask for properties (second is to convert into WaveFormatEx using MFCreateWaveFormatExFromMFMediaType) + var outputMediaType = new MediaType(uncompressedMediaType); + Guid actualMajorType = outputMediaType.MajorType; + Debug.Assert(actualMajorType == MediaTypes.MFMediaType_Audio); + Guid audioSubType = outputMediaType.SubType; + int channels = outputMediaType.ChannelCount; + int bits = outputMediaType.BitsPerSample; + int sampleRate = outputMediaType.SampleRate; + + if (audioSubType == AudioSubtypes.MFAudioFormat_PCM) + return new WaveFormat(sampleRate, bits, channels); + if (audioSubType == AudioSubtypes.MFAudioFormat_Float) + return WaveFormat.CreateIeeeFloatWaveFormat(sampleRate, channels); + var subTypeDescription = FieldDescriptionHelper.Describe(typeof (AudioSubtypes), audioSubType); + throw new InvalidDataException($"Unsupported audio sub Type {subTypeDescription}"); + } + + private static MediaType GetCurrentMediaType(IMFSourceReader reader) + { + reader.GetCurrentMediaType(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, out IMFMediaType mediaType); + return new MediaType(mediaType); + } + + /// <summary> + /// Creates the reader (overridable by ) + /// </summary> + protected virtual IMFSourceReader CreateReader(MediaFoundationReaderSettings settings) + { + IMFSourceReader reader; + MediaFoundationInterop.MFCreateSourceReaderFromURL(file, null, out reader); + reader.SetStreamSelection(MediaFoundationInterop.MF_SOURCE_READER_ALL_STREAMS, false); + reader.SetStreamSelection(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, true); + + // Create a partial media type indicating that we want uncompressed PCM audio + + var partialMediaType = new MediaType(); + partialMediaType.MajorType = MediaTypes.MFMediaType_Audio; + partialMediaType.SubType = settings.RequestFloatOutput ? AudioSubtypes.MFAudioFormat_Float : AudioSubtypes.MFAudioFormat_PCM; + + var currentMediaType = GetCurrentMediaType(reader); + + // mono, low sample rate files can go wrong on Windows 10 unless we specify here + partialMediaType.ChannelCount = currentMediaType.ChannelCount; + partialMediaType.SampleRate = currentMediaType.SampleRate; + + try + { + // set the media type + // can return MF_E_INVALIDMEDIATYPE if not supported + reader.SetCurrentMediaType(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, IntPtr.Zero, partialMediaType.MediaFoundationObject); + } + catch (COMException ex) when (ex.GetHResult() == MediaFoundationErrors.MF_E_INVALIDMEDIATYPE) + { + // HE-AAC (and v2) seems to halve the samplerate + if (currentMediaType.SubType == AudioSubtypes.MFAudioFormat_AAC && currentMediaType.ChannelCount == 1) + { + partialMediaType.SampleRate = currentMediaType.SampleRate *= 2; + partialMediaType.ChannelCount = currentMediaType.ChannelCount *= 2; + reader.SetCurrentMediaType(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, IntPtr.Zero, partialMediaType.MediaFoundationObject); + } + else { throw; } + } + + Marshal.ReleaseComObject(currentMediaType.MediaFoundationObject); + return reader; + } + + private long GetLength(IMFSourceReader reader) + { + var variantPtr = Marshal.AllocHGlobal(Marshal.SizeOf<PropVariant>()); + try + { + + // http://msdn.microsoft.com/en-gb/library/windows/desktop/dd389281%28v=vs.85%29.aspx#getting_file_duration + int hResult = reader.GetPresentationAttribute(MediaFoundationInterop.MF_SOURCE_READER_MEDIASOURCE, + MediaFoundationAttributes.MF_PD_DURATION, variantPtr); + if (hResult == MediaFoundationErrors.MF_E_ATTRIBUTENOTFOUND) + { + // this doesn't support telling us its duration (might be streaming) + return 0; + } + if (hResult != 0) + { + Marshal.ThrowExceptionForHR(hResult); + } + var variant = Marshal.PtrToStructure<PropVariant>(variantPtr); + + var lengthInBytes = (((long)variant.Value) * waveFormat.AverageBytesPerSecond) / 10000000L; + return lengthInBytes; + } + finally + { + PropVariant.Clear(variantPtr); + Marshal.FreeHGlobal(variantPtr); + } + } + + private byte[] decoderOutputBuffer; + private int decoderOutputOffset; + private int decoderOutputCount; + + private void EnsureBuffer(int bytesRequired) + { + if (decoderOutputBuffer == null || decoderOutputBuffer.Length < bytesRequired) + { + decoderOutputBuffer = new byte[bytesRequired]; + } + } + + /// <summary> + /// Reads from this wave stream + /// </summary> + /// <param name="buffer">Buffer to read into</param> + /// <param name="offset">Offset in buffer</param> + /// <param name="count">Bytes required</param> + /// <returns>Number of bytes read; 0 indicates end of stream</returns> + public override int Read(byte[] buffer, int offset, int count) + { + if (pReader == null) + { + pReader = CreateReader(settings); + } + if (repositionTo != -1) + { + Reposition(repositionTo); + } + + int bytesWritten = 0; + // read in any leftovers from last time + if (decoderOutputCount > 0) + { + bytesWritten += ReadFromDecoderBuffer(buffer, offset, count - bytesWritten); + } + + while (bytesWritten < count) + { + pReader.ReadSample(MediaFoundationInterop.MF_SOURCE_READER_FIRST_AUDIO_STREAM, 0, + out int actualStreamIndex, out MF_SOURCE_READER_FLAG dwFlags, out ulong timestamp, out IMFSample pSample); + if ((dwFlags & MF_SOURCE_READER_FLAG.MF_SOURCE_READERF_ENDOFSTREAM) != 0) + { + // reached the end of the stream + break; + } + else if ((dwFlags & MF_SOURCE_READER_FLAG.MF_SOURCE_READERF_CURRENTMEDIATYPECHANGED) != 0) + { + waveFormat = GetCurrentWaveFormat(pReader); + OnWaveFormatChanged(); + // carry on, but user must handle the change of format + } + else if (dwFlags != 0) + { + throw new InvalidOperationException($"MediaFoundationReadError {dwFlags}"); + } + + pSample.ConvertToContiguousBuffer(out IMFMediaBuffer pBuffer); + pBuffer.Lock(out IntPtr pAudioData, out int pcbMaxLength, out int cbBuffer); + EnsureBuffer(cbBuffer); + Marshal.Copy(pAudioData, decoderOutputBuffer, 0, cbBuffer); + decoderOutputOffset = 0; + decoderOutputCount = cbBuffer; + + bytesWritten += ReadFromDecoderBuffer(buffer, offset + bytesWritten, count - bytesWritten); + + pBuffer.Unlock(); + Marshal.ReleaseComObject(pBuffer); + Marshal.ReleaseComObject(pSample); + } + position += bytesWritten; + return bytesWritten; + } + + private int ReadFromDecoderBuffer(byte[] buffer, int offset, int needed) + { + int bytesFromDecoderOutput = Math.Min(needed, decoderOutputCount); + Array.Copy(decoderOutputBuffer, decoderOutputOffset, buffer, offset, bytesFromDecoderOutput); + decoderOutputOffset += bytesFromDecoderOutput; + decoderOutputCount -= bytesFromDecoderOutput; + if (decoderOutputCount == 0) + { + decoderOutputOffset = 0; + } + return bytesFromDecoderOutput; + } + + /// <summary> + /// WaveFormat of this stream (n.b. this is after converting to PCM) + /// </summary> + public override WaveFormat WaveFormat + { + get { return waveFormat; } + } + + /// <summary> + /// The bytesRequired of this stream in bytes (n.b may not be accurate) + /// </summary> + public override long Length + { + get + { + return length; + } + } + + /// <summary> + /// Current position within this stream + /// </summary> + public override long Position + { + get { return position; } + set + { + if (value < 0) + throw new ArgumentOutOfRangeException("value", "Position cannot be less than 0"); + if (settings.RepositionInRead) + { + repositionTo = value; + position = value; // for gui apps, make it look like we have alread processed the reposition + } + else + { + Reposition(value); + } + } + } + + private long repositionTo = -1; + + private void Reposition(long desiredPosition) + { + long nsPosition = (10000000L * repositionTo) / waveFormat.AverageBytesPerSecond; + var pv = PropVariant.FromLong(nsPosition); + var ptr = Marshal.AllocHGlobal(Marshal.SizeOf(pv)); + try + { + Marshal.StructureToPtr(pv, ptr, false); + + // should pass in a variant of type VT_I8 which is a long containing time in 100nanosecond units + pReader.SetCurrentPosition(Guid.Empty, ptr); + } + finally + { + Marshal.FreeHGlobal(ptr); + } + decoderOutputCount = 0; + decoderOutputOffset = 0; + position = desiredPosition; + repositionTo = -1;// clear the flag + } + + /// <summary> + /// Cleans up after finishing with this reader + /// </summary> + /// <param name="disposing">true if called from Dispose</param> + protected override void Dispose(bool disposing) + { + if (pReader != null) + { + Marshal.ReleaseComObject(pReader); + pReader = null; + } + base.Dispose(disposing); + } + + /// <summary> + /// WaveFormat has changed + /// </summary> + public event EventHandler WaveFormatChanged; + + private void OnWaveFormatChanged() + { + var handler = WaveFormatChanged; + if (handler != null) handler(this, EventArgs.Empty); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationReader.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationReader.cs.meta new file mode 100644 index 0000000..7a1c196 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e7683db95381e37d49efbe23c477cf86 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationResampler.cs b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationResampler.cs new file mode 100644 index 0000000..4cfc7cf --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationResampler.cs @@ -0,0 +1,177 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Dmo; +using NAudio.MediaFoundation; + +namespace NAudio.Wave +{ + /// <summary> + /// The Media Foundation Resampler Transform + /// </summary> + public class MediaFoundationResampler : MediaFoundationTransform + { + private int resamplerQuality; + + private static bool IsPcmOrIeeeFloat(WaveFormat waveFormat) + { + var wfe = waveFormat as WaveFormatExtensible; + return waveFormat.Encoding == WaveFormatEncoding.Pcm || + waveFormat.Encoding == WaveFormatEncoding.IeeeFloat || + (wfe != null && (wfe.SubFormat == AudioSubtypes.MFAudioFormat_PCM + || wfe.SubFormat == AudioSubtypes.MFAudioFormat_Float)); + } + + /// <summary> + /// Creates the Media Foundation Resampler, allowing modifying of sample rate, bit depth and channel count + /// </summary> + /// <param name="sourceProvider">Source provider, must be PCM</param> + /// <param name="outputFormat">Output format, must also be PCM</param> + public MediaFoundationResampler(IWaveProvider sourceProvider, WaveFormat outputFormat) + : base(sourceProvider, outputFormat) + { + if (!IsPcmOrIeeeFloat(sourceProvider.WaveFormat)) + throw new ArgumentException("Input must be PCM or IEEE float", "sourceProvider"); + if (!IsPcmOrIeeeFloat(outputFormat)) + throw new ArgumentException("Output must be PCM or IEEE float", "outputFormat"); + MediaFoundationApi.Startup(); + ResamplerQuality = 60; // maximum quality + + // n.b. we will create the resampler COM object on demand in the Read method, + // to avoid threading issues but just + // so we can check it exists on the system we'll make one so it will throw an + // exception if not exists + var comObject = CreateResamplerComObject(); + FreeComObject(comObject); + } + + private static readonly Guid ResamplerClsid = new Guid("f447b69e-1884-4a7e-8055-346f74d6edb3"); + private static readonly Guid IMFTransformIid = new Guid("bf94c121-5b05-4e6f-8000-ba598961414d"); + private IMFActivate activate; + + private void FreeComObject(object comObject) + { + if (activate != null) activate.ShutdownObject(); + Marshal.ReleaseComObject(comObject); + } + + private object CreateResamplerComObject() + { +#if NETFX_CORE + return CreateResamplerComObjectUsingActivator(); +#else + return new ResamplerMediaComObject(); +#endif + } + + private object CreateResamplerComObjectUsingActivator() + { + var transformActivators = MediaFoundationApi.EnumerateTransforms(MediaFoundationTransformCategories.AudioEffect); + foreach (var activator in transformActivators) + { + Guid clsid; + activator.GetGUID(MediaFoundationAttributes.MFT_TRANSFORM_CLSID_Attribute, out clsid); + if (clsid.Equals(ResamplerClsid)) + { + object comObject; + activator.ActivateObject(IMFTransformIid, out comObject); + activate = activator; + return comObject; + } + } + return null; + } + + /// <summary> + /// Creates a resampler with a specified target output sample rate + /// </summary> + /// <param name="sourceProvider">Source provider</param> + /// <param name="outputSampleRate">Output sample rate</param> + public MediaFoundationResampler(IWaveProvider sourceProvider, int outputSampleRate) + : this(sourceProvider, CreateOutputFormat(sourceProvider.WaveFormat, outputSampleRate)) + { + + } + + /// <summary> + /// Creates and configures the actual Resampler transform + /// </summary> + /// <returns>A newly created and configured resampler MFT</returns> + protected override IMFTransform CreateTransform() + { + var comObject = CreateResamplerComObject();// new ResamplerMediaComObject(); + var resamplerTransform = (IMFTransform)comObject; + + var inputMediaFormat = MediaFoundationApi.CreateMediaTypeFromWaveFormat(sourceProvider.WaveFormat); + resamplerTransform.SetInputType(0, inputMediaFormat, 0); + Marshal.ReleaseComObject(inputMediaFormat); + + var outputMediaFormat = MediaFoundationApi.CreateMediaTypeFromWaveFormat(outputWaveFormat); + resamplerTransform.SetOutputType(0, outputMediaFormat, 0); + Marshal.ReleaseComObject(outputMediaFormat); + + //MFT_OUTPUT_STREAM_INFO pStreamInfo; + //resamplerTransform.GetOutputStreamInfo(0, out pStreamInfo); + // if pStreamInfo.dwFlags is 0, then it means we have to provide samples + + // setup quality + var resamplerProps = (IWMResamplerProps)comObject; + // 60 is the best quality, 1 is linear interpolation + resamplerProps.SetHalfFilterLength(ResamplerQuality); + // may also be able to set this using MFPKEY_WMRESAMP_CHANNELMTX on the + // IPropertyStore interface. + // looks like we can also adjust the LPF with MFPKEY_WMRESAMP_LOWPASS_BANDWIDTH + return resamplerTransform; + } + + /// <summary> + /// Gets or sets the Resampler quality. n.b. set the quality before starting to resample. + /// 1 is lowest quality (linear interpolation) and 60 is best quality + /// </summary> + public int ResamplerQuality + { + get { return resamplerQuality; } + set + { + if (value < 1 || value > 60) + throw new ArgumentOutOfRangeException("Resampler Quality must be between 1 and 60"); + resamplerQuality = value; + } + } + + private static WaveFormat CreateOutputFormat(WaveFormat inputFormat, int outputSampleRate) + { + WaveFormat outputFormat; + if (inputFormat.Encoding == WaveFormatEncoding.Pcm) + { + outputFormat = new WaveFormat(outputSampleRate, + inputFormat.BitsPerSample, + inputFormat.Channels); + } + else if (inputFormat.Encoding == WaveFormatEncoding.IeeeFloat) + { + outputFormat = WaveFormat.CreateIeeeFloatWaveFormat(outputSampleRate, + inputFormat.Channels); + } + else + { + throw new ArgumentException("Can only resample PCM or IEEE float"); + } + return outputFormat; + } + + /// <summary> + /// Disposes this resampler + /// </summary> + protected override void Dispose(bool disposing) + { + if (activate != null) + { + activate.ShutdownObject(); + activate = null; + } + + base.Dispose(disposing); + } + + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationResampler.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationResampler.cs.meta new file mode 100644 index 0000000..3c5f259 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/MediaFoundationResampler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b5ceb1f6d3ea3c84fa2e5b52287b87ea +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/NAudio.Wasapi.csproj b/NAudio-2.2.1/NAudio.Wasapi/NAudio.Wasapi.csproj new file mode 100644 index 0000000..b36e25a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/NAudio.Wasapi.csproj @@ -0,0 +1,43 @@ +<Project Sdk="MSBuild.Sdk.Extras"> + + <PropertyGroup> + <TargetFrameworks>netstandard2.0;uap10.0.18362</TargetFrameworks> + <Version>2.2.1</Version> + <GeneratePackageOnBuild>true</GeneratePackageOnBuild> + <GenerateDocumentationFile>true</GenerateDocumentationFile> + <Authors>Mark Heath</Authors> + <SignAssembly>true</SignAssembly> + <AssemblyOriginatorKeyFile>..\NAudioStrongNameKey.snk</AssemblyOriginatorKeyFile> + <PackageProjectUrl>https://github.com/naudio/NAudio</PackageProjectUrl> + <PackageTags>C# .NET audio sound</PackageTags> + <RepositoryUrl>https://github.com/naudio/NAudio</RepositoryUrl> + <Copyright>© Mark Heath 2023</Copyright> + <PackageLicenseExpression>MIT</PackageLicenseExpression> + <PackageIcon>naudio-icon.png</PackageIcon> + <AllowUnsafeBlocks>True</AllowUnsafeBlocks> + </PropertyGroup> + + <!-- needed for perfomance profiling unit tests --> + <PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Debug|AnyCPU'"> + <DebugType>full</DebugType> + <DebugSymbols>true</DebugSymbols> + </PropertyGroup> + + <ItemGroup> + <ProjectReference Include="..\NAudio.Core\NAudio.Core.csproj" /> + </ItemGroup> + + + + <PropertyGroup Condition=" '$(TargetFramework)' == 'uap10.0.18362' "> + <DefineConstants>UAP;NETFX_CORE</DefineConstants> + </PropertyGroup> + + + <ItemGroup> + <None Include="..\naudio-icon.png"> + <Pack>True</Pack> + <PackagePath></PackagePath> + </None> + </ItemGroup> + </Project> diff --git a/NAudio-2.2.1/NAudio.Wasapi/NAudio.Wasapi.csproj.meta b/NAudio-2.2.1/NAudio.Wasapi/NAudio.Wasapi.csproj.meta new file mode 100644 index 0000000..65d48e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/NAudio.Wasapi.csproj.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 22fe1be1f88165b409d2a71ca1655daa +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/ResamplerDmoStream.cs b/NAudio-2.2.1/NAudio.Wasapi/ResamplerDmoStream.cs new file mode 100644 index 0000000..1502c39 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/ResamplerDmoStream.cs @@ -0,0 +1,195 @@ +using System; +using NAudio.Dmo; +using System.Diagnostics; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Wave Stream for converting between sample rates + /// </summary> + public class ResamplerDmoStream : WaveStream + { + private readonly IWaveProvider inputProvider; + private readonly WaveStream inputStream; + private readonly WaveFormat outputFormat; + private DmoOutputDataBuffer outputBuffer; + private DmoResampler dmoResampler; + private MediaBuffer inputMediaBuffer; + private long position; + + /// <summary> + /// WaveStream to resample using the DMO Resampler + /// </summary> + /// <param name="inputProvider">Input Stream</param> + /// <param name="outputFormat">Desired Output Format</param> + public ResamplerDmoStream(IWaveProvider inputProvider, WaveFormat outputFormat) + { + this.inputProvider = inputProvider; + inputStream = inputProvider as WaveStream; + this.outputFormat = outputFormat; + dmoResampler = new DmoResampler(); + if (!dmoResampler.MediaObject.SupportsInputWaveFormat(0, inputProvider.WaveFormat)) + { + throw new ArgumentException("Unsupported Input Stream format", nameof(inputProvider)); + } + + dmoResampler.MediaObject.SetInputWaveFormat(0, inputProvider.WaveFormat); + if (!dmoResampler.MediaObject.SupportsOutputWaveFormat(0, outputFormat)) + { + throw new ArgumentException("Unsupported Output Stream format", nameof(outputFormat)); + } + + dmoResampler.MediaObject.SetOutputWaveFormat(0, outputFormat); + if (inputStream != null) + { + position = InputToOutputPosition(inputStream.Position); + } + inputMediaBuffer = new MediaBuffer(inputProvider.WaveFormat.AverageBytesPerSecond); + outputBuffer = new DmoOutputDataBuffer(outputFormat.AverageBytesPerSecond); + } + + /// <summary> + /// Stream Wave Format + /// </summary> + public override WaveFormat WaveFormat => outputFormat; + + private long InputToOutputPosition(long inputPosition) + { + double ratio = (double)outputFormat.AverageBytesPerSecond + / inputProvider.WaveFormat.AverageBytesPerSecond; + long outputPosition = (long)(inputPosition * ratio); + if (outputPosition % outputFormat.BlockAlign != 0) + { + outputPosition -= outputPosition % outputFormat.BlockAlign; + } + return outputPosition; + } + + private long OutputToInputPosition(long outputPosition) + { + double ratio = (double)outputFormat.AverageBytesPerSecond + / inputProvider.WaveFormat.AverageBytesPerSecond; + long inputPosition = (long)(outputPosition / ratio); + if (inputPosition % inputProvider.WaveFormat.BlockAlign != 0) + { + inputPosition -= inputPosition % inputProvider.WaveFormat.BlockAlign; + } + return inputPosition; + } + + /// <summary> + /// Stream length in bytes + /// </summary> + public override long Length + { + get + { + if (inputStream == null) + { + throw new InvalidOperationException("Cannot report length if the input was an IWaveProvider"); + } + return InputToOutputPosition(inputStream.Length); + } + } + + /// <summary> + /// Stream position in bytes + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + if (inputStream == null) + { + throw new InvalidOperationException("Cannot set position if the input was not a WaveStream"); + } + inputStream.Position = OutputToInputPosition(value); + position = InputToOutputPosition(inputStream.Position); + dmoResampler.MediaObject.Discontinuity(0); + } + } + + /// <summary> + /// Reads data from input stream + /// </summary> + /// <param name="buffer">buffer</param> + /// <param name="offset">offset into buffer</param> + /// <param name="count">Bytes required</param> + /// <returns>Number of bytes read</returns> + public override int Read(byte[] buffer, int offset, int count) + { + int outputBytesProvided = 0; + + while (outputBytesProvided < count) + { + if (dmoResampler.MediaObject.IsAcceptingData(0)) + { + // 1. Read from the input stream + int inputBytesRequired = (int)OutputToInputPosition(count - outputBytesProvided); + byte[] inputByteArray = new byte[inputBytesRequired]; + int inputBytesRead = inputProvider.Read(inputByteArray, 0, inputBytesRequired); + if (inputBytesRead == 0) + { + //Debug.WriteLine("ResamplerDmoStream.Read: No input data available"); + break; + } + // 2. copy into our DMO's input buffer + inputMediaBuffer.LoadData(inputByteArray, inputBytesRead); + + // 3. Give the input buffer to the DMO to process + dmoResampler.MediaObject.ProcessInput(0, inputMediaBuffer, DmoInputDataBufferFlags.None, 0, 0); + + outputBuffer.MediaBuffer.SetLength(0); + outputBuffer.StatusFlags = DmoOutputDataBufferFlags.None; + + // 4. Now ask the DMO for some output data + dmoResampler.MediaObject.ProcessOutput(DmoProcessOutputFlags.None, 1, new[] { outputBuffer }); + + if (outputBuffer.Length == 0) + { + Debug.WriteLine("ResamplerDmoStream.Read: No output data available"); + break; + } + + // 5. Now get the data out of the output buffer + outputBuffer.RetrieveData(buffer, offset + outputBytesProvided); + outputBytesProvided += outputBuffer.Length; + + Debug.Assert(!outputBuffer.MoreDataAvailable, "have not implemented more data available yet"); + } + else + { + Debug.Assert(false, "have not implemented not accepting logic yet"); + } + } + + position += outputBytesProvided; + return outputBytesProvided; + } + + /// <summary> + /// Dispose + /// </summary> + /// <param name="disposing">True if disposing (not from finalizer)</param> + protected override void Dispose(bool disposing) + { + if (inputMediaBuffer != null) + { + inputMediaBuffer.Dispose(); + inputMediaBuffer = null; + } + outputBuffer.Dispose(); + if (dmoResampler != null) + { + //resampler.Dispose(); s + dmoResampler = null; + } + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/ResamplerDmoStream.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/ResamplerDmoStream.cs.meta new file mode 100644 index 0000000..5e8f46a --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/ResamplerDmoStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d947c8b330185e0c2a627e0d22fd280d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/StreamMediaFoundationReader.cs b/NAudio-2.2.1/NAudio.Wasapi/StreamMediaFoundationReader.cs new file mode 100644 index 0000000..0c0ebfd --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/StreamMediaFoundationReader.cs @@ -0,0 +1,42 @@ +using System; +using System.IO; +using NAudio.MediaFoundation; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// MediaFoundationReader supporting reading from a stream + /// </summary> + public class StreamMediaFoundationReader : MediaFoundationReader + { + private readonly Stream stream; + + /// <summary> + /// Constructs a new media foundation reader from a stream + /// </summary> + public StreamMediaFoundationReader(Stream stream, MediaFoundationReaderSettings settings = null) + { + this.stream = stream; + Init(settings); + } + + /// <summary> + /// Creates the reader + /// </summary> + protected override IMFSourceReader CreateReader(MediaFoundationReaderSettings settings) + { + var ppSourceReader = MediaFoundationApi.CreateSourceReaderFromByteStream(MediaFoundationApi.CreateByteStream(new ComStream(stream))); + + ppSourceReader.SetStreamSelection(-2, false); + ppSourceReader.SetStreamSelection(-3, true); + ppSourceReader.SetCurrentMediaType(-3, IntPtr.Zero, new MediaType + { + MajorType = MediaTypes.MFMediaType_Audio, + SubType = settings.RequestFloatOutput ? AudioSubtypes.MFAudioFormat_Float : AudioSubtypes.MFAudioFormat_PCM + }.MediaFoundationObject); + + return ppSourceReader; + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/StreamMediaFoundationReader.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/StreamMediaFoundationReader.cs.meta new file mode 100644 index 0000000..026b7f0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/StreamMediaFoundationReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 33172f887b413f46dbcf8cd89e9557b4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/WasapiCapture.cs b/NAudio-2.2.1/NAudio.Wasapi/WasapiCapture.cs new file mode 100644 index 0000000..0aec261 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/WasapiCapture.cs @@ -0,0 +1,332 @@ +using System; +using System.Threading; +using System.Runtime.InteropServices; +using NAudio.Wave; + +// for consistency this should be in NAudio.Wave namespace, but left as it is for backwards compatibility +// ReSharper disable once CheckNamespace +namespace NAudio.CoreAudioApi +{ + /// <summary> + /// Audio Capture using Wasapi + /// See http://msdn.microsoft.com/en-us/library/dd370800%28VS.85%29.aspx + /// </summary> + public class WasapiCapture : IWaveIn + { + private const long ReftimesPerSec = 10000000; + private const long ReftimesPerMillisec = 10000; + private volatile CaptureState captureState; + private byte[] recordBuffer; + private Thread captureThread; + private AudioClient audioClient; + private int bytesPerFrame; + private WaveFormat waveFormat; + private bool initialized; + private readonly SynchronizationContext syncContext; + private readonly bool isUsingEventSync; + private EventWaitHandle frameEventWaitHandle; + private readonly int audioBufferMillisecondsLength; + + /// <summary> + /// Indicates recorded data is available + /// </summary> + public event EventHandler<WaveInEventArgs> DataAvailable; + + /// <summary> + /// Indicates that all recorded data has now been received. + /// </summary> + public event EventHandler<StoppedEventArgs> RecordingStopped; + + /// <summary> + /// Initialises a new instance of the WASAPI capture class + /// </summary> + public WasapiCapture() : + this(GetDefaultCaptureDevice()) + { + } + + /// <summary> + /// Initialises a new instance of the WASAPI capture class + /// </summary> + /// <param name="captureDevice">Capture device to use</param> + public WasapiCapture(MMDevice captureDevice) + : this(captureDevice, false) + { + + } + + /// <summary> + /// Initializes a new instance of the <see cref="WasapiCapture"/> class. + /// </summary> + /// <param name="captureDevice">The capture device.</param> + /// <param name="useEventSync">true if sync is done with event. false use sleep.</param> + public WasapiCapture(MMDevice captureDevice, bool useEventSync) + : this(captureDevice, useEventSync, 100) + { + } + + /// <summary> + /// Initializes a new instance of the <see cref="WasapiCapture" /> class. + /// </summary> + /// <param name="captureDevice">The capture device.</param> + /// <param name="useEventSync">true if sync is done with event. false use sleep.</param> + /// <param name="audioBufferMillisecondsLength">Length of the audio buffer in milliseconds. A lower value means lower latency but increased CPU usage.</param> + public WasapiCapture(MMDevice captureDevice, bool useEventSync, int audioBufferMillisecondsLength) + { + syncContext = SynchronizationContext.Current; + audioClient = captureDevice.AudioClient; + ShareMode = AudioClientShareMode.Shared; + isUsingEventSync = useEventSync; + this.audioBufferMillisecondsLength = audioBufferMillisecondsLength; + + waveFormat = audioClient.MixFormat; + + } + + /// <summary> + /// Share Mode - set before calling StartRecording + /// </summary> + public AudioClientShareMode ShareMode { get; set; } + + /// <summary> + /// Current Capturing State + /// </summary> + public CaptureState CaptureState { get { return captureState; } } + + /// <summary> + /// Capturing wave format + /// </summary> + public virtual WaveFormat WaveFormat + { + get + { + // for convenience, return a WAVEFORMATEX, instead of the real + // WAVEFORMATEXTENSIBLE being used + return waveFormat.AsStandardWaveFormat(); + } + set { waveFormat = value; } + } + + /// <summary> + /// Gets the default audio capture device + /// </summary> + /// <returns>The default audio capture device</returns> + public static MMDevice GetDefaultCaptureDevice() + { + var devices = new MMDeviceEnumerator(); + return devices.GetDefaultAudioEndpoint(DataFlow.Capture, Role.Console); + } + + private void InitializeCaptureDevice() + { + if (initialized) + return; + + long requestedDuration = ReftimesPerMillisec * audioBufferMillisecondsLength; + + var streamFlags = GetAudioClientStreamFlags(); + + // If using EventSync, setup is specific with shareMode + if (isUsingEventSync) + { + // Init Shared or Exclusive + if (ShareMode == AudioClientShareMode.Shared) + { + // With EventCallBack and Shared, both latencies must be set to 0 + audioClient.Initialize(ShareMode, AudioClientStreamFlags.EventCallback | streamFlags, requestedDuration, 0, + waveFormat, Guid.Empty); + } + else + { + // With EventCallBack and Exclusive, both latencies must equals + audioClient.Initialize(ShareMode, AudioClientStreamFlags.EventCallback | streamFlags, requestedDuration, requestedDuration, + waveFormat, Guid.Empty); + } + + // Create the Wait Event Handle + frameEventWaitHandle = new EventWaitHandle(false, EventResetMode.AutoReset); + audioClient.SetEventHandle(frameEventWaitHandle.SafeWaitHandle.DangerousGetHandle()); + } + else + { + // Normal setup for both sharedMode + audioClient.Initialize(ShareMode, + streamFlags, + requestedDuration, + 0, + waveFormat, + Guid.Empty); + } + + int bufferFrameCount = audioClient.BufferSize; + bytesPerFrame = waveFormat.Channels * waveFormat.BitsPerSample / 8; + recordBuffer = new byte[bufferFrameCount * bytesPerFrame]; + + //Debug.WriteLine(string.Format("record buffer size = {0}", this.recordBuffer.Length)); + + initialized = true; + } + + /// <summary> + /// To allow overrides to specify different flags (e.g. loopback) + /// </summary> + protected virtual AudioClientStreamFlags GetAudioClientStreamFlags() + { + // enable auto-convert PCM + return AudioClientStreamFlags.AutoConvertPcm | AudioClientStreamFlags.SrcDefaultQuality; + } + + /// <summary> + /// Start Capturing + /// </summary> + public void StartRecording() + { + if (captureState != CaptureState.Stopped) + { + throw new InvalidOperationException("Previous recording still in progress"); + } + captureState = CaptureState.Starting; + InitializeCaptureDevice(); + captureThread = new Thread(() => CaptureThread(audioClient)) + { + IsBackground = true, + }; + captureThread.Start(); + } + + /// <summary> + /// Stop Capturing (requests a stop, wait for RecordingStopped event to know it has finished) + /// </summary> + public void StopRecording() + { + if (captureState != CaptureState.Stopped) + captureState = CaptureState.Stopping; + } + + private void CaptureThread(AudioClient client) + { + Exception exception = null; + try + { + DoRecording(client); + } + catch (Exception e) + { + exception = e; + } + finally + { + client.Stop(); + // don't dispose - the AudioClient only gets disposed when WasapiCapture is disposed + } + captureThread = null; + captureState = CaptureState.Stopped; + RaiseRecordingStopped(exception); + } + + private void DoRecording(AudioClient client) + { + //Debug.WriteLine(String.Format("Client buffer frame count: {0}", client.BufferSize)); + int bufferFrameCount = client.BufferSize; + + // Calculate the actual duration of the allocated buffer. + long actualDuration = (long)((double)ReftimesPerSec * + bufferFrameCount / waveFormat.SampleRate); + int sleepMilliseconds = (int)(actualDuration / ReftimesPerMillisec / 2); + int waitMilliseconds = (int)(3 * actualDuration / ReftimesPerMillisec); + + var capture = client.AudioCaptureClient; + client.Start(); + // avoid race condition where we stop immediately after starting + if (captureState == CaptureState.Starting) + { + captureState = CaptureState.Capturing; + } + while (captureState == CaptureState.Capturing) + { + if (isUsingEventSync) + { + frameEventWaitHandle.WaitOne(waitMilliseconds, false); + } + else + { + Thread.Sleep(sleepMilliseconds); + } + if (captureState != CaptureState.Capturing) + break; + + // If still recording + ReadNextPacket(capture); + } + } + + private void RaiseRecordingStopped(Exception e) + { + var handler = RecordingStopped; + if (handler == null) return; + if (syncContext == null) + { + handler(this, new StoppedEventArgs(e)); + } + else + { + syncContext.Post(state => handler(this, new StoppedEventArgs(e)), null); + } + } + + private void ReadNextPacket(AudioCaptureClient capture) + { + int packetSize = capture.GetNextPacketSize(); + int recordBufferOffset = 0; + //Debug.WriteLine(string.Format("packet size: {0} samples", packetSize / 4)); + + while (packetSize != 0) + { + IntPtr buffer = capture.GetBuffer(out int framesAvailable, out AudioClientBufferFlags flags); + + int bytesAvailable = framesAvailable * bytesPerFrame; + + // apparently it is sometimes possible to read more frames than we were expecting? + // fix suggested by Michael Feld: + int spaceRemaining = Math.Max(0, recordBuffer.Length - recordBufferOffset); + if (spaceRemaining < bytesAvailable && recordBufferOffset > 0) + { + DataAvailable?.Invoke(this, new WaveInEventArgs(recordBuffer, recordBufferOffset)); + recordBufferOffset = 0; + } + + // if not silence... + if ((flags & AudioClientBufferFlags.Silent) != AudioClientBufferFlags.Silent) + { + Marshal.Copy(buffer, recordBuffer, recordBufferOffset, bytesAvailable); + } + else + { + Array.Clear(recordBuffer, recordBufferOffset, bytesAvailable); + } + recordBufferOffset += bytesAvailable; + capture.ReleaseBuffer(framesAvailable); + packetSize = capture.GetNextPacketSize(); + } + DataAvailable?.Invoke(this, new WaveInEventArgs(recordBuffer, recordBufferOffset)); + } + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + StopRecording(); + if (captureThread != null) + { + captureThread.Join(); + captureThread = null; + } + if (audioClient != null) + { + audioClient.Dispose(); + audioClient = null; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/WasapiCapture.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/WasapiCapture.cs.meta new file mode 100644 index 0000000..b947d05 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/WasapiCapture.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d52c51054423fbcaabe18566949b3078 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/WasapiLoopbackCapture.cs b/NAudio-2.2.1/NAudio.Wasapi/WasapiLoopbackCapture.cs new file mode 100644 index 0000000..9d45e86 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/WasapiLoopbackCapture.cs @@ -0,0 +1,48 @@ +using System; +using NAudio.CoreAudioApi; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// WASAPI Loopback Capture + /// based on a contribution from "Pygmy" - http://naudio.codeplex.com/discussions/203605 + /// </summary> + public class WasapiLoopbackCapture : WasapiCapture + { + /// <summary> + /// Initialises a new instance of the WASAPI capture class + /// </summary> + public WasapiLoopbackCapture() : + this(GetDefaultLoopbackCaptureDevice()) + { + } + + /// <summary> + /// Initialises a new instance of the WASAPI capture class + /// </summary> + /// <param name="captureDevice">Capture device to use</param> + public WasapiLoopbackCapture(MMDevice captureDevice) : + base(captureDevice) + { + } + + /// <summary> + /// Gets the default audio loopback capture device + /// </summary> + /// <returns>The default audio loopback capture device</returns> + public static MMDevice GetDefaultLoopbackCaptureDevice() + { + MMDeviceEnumerator devices = new MMDeviceEnumerator(); + return devices.GetDefaultAudioEndpoint(DataFlow.Render, Role.Multimedia); + } + + /// <summary> + /// Specify loopback + /// </summary> + protected override AudioClientStreamFlags GetAudioClientStreamFlags() + { + return AudioClientStreamFlags.Loopback | base.GetAudioClientStreamFlags(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/WasapiLoopbackCapture.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/WasapiLoopbackCapture.cs.meta new file mode 100644 index 0000000..d983a92 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/WasapiLoopbackCapture.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ed48af977b4b28c2394df8a8a7dfcd01 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.Wasapi/WasapiOut.cs b/NAudio-2.2.1/NAudio.Wasapi/WasapiOut.cs new file mode 100644 index 0000000..3277c26 --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/WasapiOut.cs @@ -0,0 +1,548 @@ +using System; +using NAudio.CoreAudioApi; +using NAudio.CoreAudioApi.Interfaces; +using System.Threading; +using System.Runtime.InteropServices; +using NAudio.Utils; +using System.Collections.Generic; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Support for playback using Wasapi + /// </summary> + public class WasapiOut : IWavePlayer, IWavePosition + { + private AudioClient audioClient; + private readonly MMDevice mmDevice; + private readonly AudioClientShareMode shareMode; + private AudioRenderClient renderClient; + private IWaveProvider sourceProvider; + private int latencyMilliseconds; + private int bufferFrameCount; + private int bytesPerFrame; + private readonly bool isUsingEventSync; + private EventWaitHandle frameEventWaitHandle; + private byte[] readBuffer; + private volatile PlaybackState playbackState; + private Thread playThread; + private readonly SynchronizationContext syncContext; + private bool dmoResamplerNeeded; + + /// <summary> + /// Playback Stopped + /// </summary> + public event EventHandler<StoppedEventArgs> PlaybackStopped; + + /// <summary> + /// WASAPI Out shared mode, default + /// </summary> + public WasapiOut() : + this(GetDefaultAudioEndpoint(), AudioClientShareMode.Shared, true, 200) + { + + } + + /// <summary> + /// WASAPI Out using default audio endpoint + /// </summary> + /// <param name="shareMode">ShareMode - shared or exclusive</param> + /// <param name="latency">Desired latency in milliseconds</param> + public WasapiOut(AudioClientShareMode shareMode, int latency) : + this(GetDefaultAudioEndpoint(), shareMode, true, latency) + { + + } + + /// <summary> + /// WASAPI Out using default audio endpoint + /// </summary> + /// <param name="shareMode">ShareMode - shared or exclusive</param> + /// <param name="useEventSync">true if sync is done with event. false use sleep.</param> + /// <param name="latency">Desired latency in milliseconds</param> + public WasapiOut(AudioClientShareMode shareMode, bool useEventSync, int latency) : + this(GetDefaultAudioEndpoint(), shareMode, useEventSync, latency) + { + + } + + /// <summary> + /// Creates a new WASAPI Output + /// </summary> + /// <param name="device">Device to use</param> + /// <param name="shareMode"></param> + /// <param name="useEventSync">true if sync is done with event. false use sleep.</param> + /// <param name="latency">Desired latency in milliseconds</param> + public WasapiOut(MMDevice device, AudioClientShareMode shareMode, bool useEventSync, int latency) + { + audioClient = device.AudioClient; + mmDevice = device; + this.shareMode = shareMode; + isUsingEventSync = useEventSync; + latencyMilliseconds = latency; + syncContext = SynchronizationContext.Current; + OutputWaveFormat = audioClient.MixFormat; // allow the user to query the default format for shared mode streams + } + + static MMDevice GetDefaultAudioEndpoint() + { + if (Environment.OSVersion.Version.Major < 6) + { + throw new NotSupportedException("WASAPI supported only on Windows Vista and above"); + } + var enumerator = new MMDeviceEnumerator(); + return enumerator.GetDefaultAudioEndpoint(DataFlow.Render, Role.Console); + } + + private void PlayThread() + { + ResamplerDmoStream resamplerDmoStream = null; + IWaveProvider playbackProvider = sourceProvider; + Exception exception = null; + try + { + if (dmoResamplerNeeded) + { + resamplerDmoStream = new ResamplerDmoStream(sourceProvider, OutputWaveFormat); + playbackProvider = resamplerDmoStream; + } + // fill a whole buffer + bufferFrameCount = audioClient.BufferSize; + bytesPerFrame = OutputWaveFormat.Channels * OutputWaveFormat.BitsPerSample / 8; + readBuffer = BufferHelpers.Ensure(readBuffer, bufferFrameCount * bytesPerFrame); + if (FillBuffer(playbackProvider, bufferFrameCount)) + { + // played a zero length stream - exit immediately + return; + } + // to calculate buffer duration but does always seem to match latency + // var bufferDurationMilliseconds = (bufferFrameCount * 1000) /OutputWaveFormat.SampleRate; + // Create WaitHandle for sync + var waitHandles = new WaitHandle[] { frameEventWaitHandle }; + + audioClient.Start(); + + while (playbackState != PlaybackState.Stopped) + { + // If using Event Sync, Wait for notification from AudioClient or Sleep half latency + if (isUsingEventSync) + { + WaitHandle.WaitAny(waitHandles, 3 * latencyMilliseconds, false); + } + else + { + Thread.Sleep(latencyMilliseconds / 2); + } + + // If still playing + if (playbackState == PlaybackState.Playing) + { + // See how much buffer space is available. + int numFramesPadding; + if (isUsingEventSync) + { + // In exclusive mode, always ask the max = bufferFrameCount = audioClient.BufferSize + numFramesPadding = (shareMode == AudioClientShareMode.Shared) ? audioClient.CurrentPadding : 0; + } + else + { + numFramesPadding = audioClient.CurrentPadding; + } + int numFramesAvailable = bufferFrameCount - numFramesPadding; + if (numFramesAvailable > 10) // see https://naudio.codeplex.com/workitem/16363 + { + if (FillBuffer(playbackProvider, numFramesAvailable)) + { + // reached the end + break; + } + } + } + } + if (playbackState == PlaybackState.Playing) + { + // we got here by reaching the end of the input file, so + // let's make sure the last buffer has time to play + // (otherwise the user requested stop, so we'll just stop + // immediately + Thread.Sleep(isUsingEventSync ? latencyMilliseconds : latencyMilliseconds / 2); + } + audioClient.Stop(); + // set if we got here by reaching the end + playbackState = PlaybackState.Stopped; + audioClient.Reset(); + } + catch (Exception e) + { + exception = e; + } + finally + { + if (resamplerDmoStream != null) + { + resamplerDmoStream.Dispose(); + } + RaisePlaybackStopped(exception); + } + } + + private void RaisePlaybackStopped(Exception e) + { + var handler = PlaybackStopped; + if (handler != null) + { + if (syncContext == null) + { + handler(this, new StoppedEventArgs(e)); + } + else + { + syncContext.Post(state => handler(this, new StoppedEventArgs(e)), null); + } + } + } + + /// <summary> + /// returns true if reached the end + /// </summary> + private bool FillBuffer(IWaveProvider playbackProvider, int frameCount) + { + var readLength = frameCount * bytesPerFrame; + int read = playbackProvider.Read(readBuffer, 0, readLength); + if (read == 0) + { + return true; + } + var buffer = renderClient.GetBuffer(frameCount); + Marshal.Copy(readBuffer, 0, buffer, read); + if (this.isUsingEventSync && this.shareMode == AudioClientShareMode.Exclusive) + { + if (read < readLength) + { + // need to zero the end of the buffer as we have to + // pass frameCount + unsafe + { + byte* pByte = (byte*)buffer; + while(read < readLength) + { + pByte[read++] = 0; + } + } + } + + renderClient.ReleaseBuffer(frameCount, AudioClientBufferFlags.None); + } + else + { + int actualFrameCount = read / bytesPerFrame; + /*if (actualFrameCount != frameCount) + { + Debug.WriteLine(String.Format("WASAPI wanted {0} frames, supplied {1}", frameCount, actualFrameCount )); + }*/ + renderClient.ReleaseBuffer(actualFrameCount, AudioClientBufferFlags.None); + } + return false; + } + + private WaveFormat GetFallbackFormat() + { + var deviceSampleRate = audioClient.MixFormat.SampleRate; + var deviceChannels = audioClient.MixFormat.Channels; // almost certain to be stereo + + // we are in exclusive mode + // First priority is to try the sample rate you provided. + var sampleRatesToTry = new List<int>() { OutputWaveFormat.SampleRate }; + // Second priority is to use the sample rate the device wants + if (!sampleRatesToTry.Contains(deviceSampleRate)) sampleRatesToTry.Add(deviceSampleRate); + // And if we've not already got 44.1 and 48kHz in the list, let's try them too + if (!sampleRatesToTry.Contains(44100)) sampleRatesToTry.Add(44100); + if (!sampleRatesToTry.Contains(48000)) sampleRatesToTry.Add(48000); + + var channelCountsToTry = new List<int>() { OutputWaveFormat.Channels }; + if (!channelCountsToTry.Contains(deviceChannels)) channelCountsToTry.Add(deviceChannels); + if (!channelCountsToTry.Contains(2)) channelCountsToTry.Add(2); + + var bitDepthsToTry = new List<int>() { OutputWaveFormat.BitsPerSample }; + if (!bitDepthsToTry.Contains(32)) bitDepthsToTry.Add(32); + if (!bitDepthsToTry.Contains(24)) bitDepthsToTry.Add(24); + if (!bitDepthsToTry.Contains(16)) bitDepthsToTry.Add(16); + + foreach (var sampleRate in sampleRatesToTry) + { + foreach (var channelCount in channelCountsToTry) + { + foreach (var bitDepth in bitDepthsToTry) + { + var format = new WaveFormatExtensible(sampleRate, bitDepth, channelCount); + if (audioClient.IsFormatSupported(shareMode, format)) + return format; + } + } + } + throw new NotSupportedException("Can't find a supported format to use"); + } + + /// <summary> + /// Gets the current position in bytes from the wave output device. + /// (n.b. this is not the same thing as the position within your reader + /// stream) + /// </summary> + /// <returns>Position in bytes</returns> + public long GetPosition() + { + ulong pos; + switch (playbackState) + { + case PlaybackState.Stopped: + return 0; + case PlaybackState.Playing: + pos = audioClient.AudioClockClient.AdjustedPosition; + break; + default: // PlaybackState.Paused + audioClient.AudioClockClient.GetPosition(out pos, out _); + break; + } + return ((long)pos * OutputWaveFormat.AverageBytesPerSecond) / (long)audioClient.AudioClockClient.Frequency; + } + + /// <summary> + /// Gets a <see cref="Wave.WaveFormat"/> instance indicating the format the hardware is using. + /// </summary> + public WaveFormat OutputWaveFormat { get; private set; } + +#region IWavePlayer Members + + /// <summary> + /// Begin Playback + /// </summary> + public void Play() + { + if (playbackState != PlaybackState.Playing) + { + if (playbackState == PlaybackState.Stopped) + { + playThread = new Thread(PlayThread) + { + IsBackground = true, + }; + playbackState = PlaybackState.Playing; + playThread.Start(); + } + else + { + playbackState = PlaybackState.Playing; + } + } + } + + /// <summary> + /// Stop playback and flush buffers + /// </summary> + public void Stop() + { + if (playbackState != PlaybackState.Stopped) + { + playbackState = PlaybackState.Stopped; + playThread.Join(); + playThread = null; + } + } + + /// <summary> + /// Stop playback without flushing buffers + /// </summary> + public void Pause() + { + if (playbackState == PlaybackState.Playing) + { + playbackState = PlaybackState.Paused; + } + } + + /// <summary> + /// Initialize for playing the specified wave stream + /// </summary> + /// <param name="waveProvider">IWaveProvider to play</param> + public void Init(IWaveProvider waveProvider) + { + long latencyRefTimes = latencyMilliseconds * 10000L; + OutputWaveFormat = waveProvider.WaveFormat; + + // allow auto sample rate conversion - works for shared mode + var flags = AudioClientStreamFlags.AutoConvertPcm | AudioClientStreamFlags.SrcDefaultQuality; + sourceProvider = waveProvider; + + if (shareMode == AudioClientShareMode.Exclusive) + { + flags = AudioClientStreamFlags.None; + if (!audioClient.IsFormatSupported(shareMode, OutputWaveFormat, out WaveFormatExtensible closestSampleRateFormat)) + { + // Use closesSampleRateFormat (in sharedMode, it equals usualy to the audioClient.MixFormat) + // See documentation : http://msdn.microsoft.com/en-us/library/ms678737(VS.85).aspx + // They say : "In shared mode, the audio engine always supports the mix format" + // The MixFormat is more likely to be a WaveFormatExtensible. + if (closestSampleRateFormat == null) + { + + OutputWaveFormat = GetFallbackFormat(); + } + else + { + OutputWaveFormat = closestSampleRateFormat; + } + + try + { + // just check that we can make it. + using (new ResamplerDmoStream(waveProvider, OutputWaveFormat)) + { + } + } + catch (Exception) + { + // On Windows 10 some poorly coded drivers return a bad format in to closestSampleRateFormat + // In that case, try and fallback as if it provided no closest (e.g. force trying the mix format) + OutputWaveFormat = GetFallbackFormat(); + using (new ResamplerDmoStream(waveProvider, OutputWaveFormat)) + { + } + } + dmoResamplerNeeded = true; + } + else + { + dmoResamplerNeeded = false; + } + } + + // If using EventSync, setup is specific with shareMode + if (isUsingEventSync) + { + // Init Shared or Exclusive + if (shareMode == AudioClientShareMode.Shared) + { + // With EventCallBack and Shared, both latencies must be set to 0 (update - not sure this is true anymore) + // + audioClient.Initialize(shareMode, AudioClientStreamFlags.EventCallback | flags, latencyRefTimes, 0, + OutputWaveFormat, Guid.Empty); + + // Windows 10 returns 0 from stream latency, resulting in maxing out CPU usage later + var streamLatency = audioClient.StreamLatency; + if (streamLatency != 0) + { + // Get back the effective latency from AudioClient + latencyMilliseconds = (int)(streamLatency / 10000); + } + } + else + { + try + { + // With EventCallBack and Exclusive, both latencies must equals + audioClient.Initialize(shareMode, AudioClientStreamFlags.EventCallback | flags, latencyRefTimes, latencyRefTimes, + OutputWaveFormat, Guid.Empty); + } + catch (COMException ex) + { + // Starting with Windows 7, Initialize can return AUDCLNT_E_BUFFER_SIZE_NOT_ALIGNED for a render device. + // We should to initialize again. + if (ex.ErrorCode != AudioClientErrorCode.BufferSizeNotAligned) + throw; + + // Calculate the new latency. + long newLatencyRefTimes = (long)(10000000.0 / + (double)this.OutputWaveFormat.SampleRate * + (double)this.audioClient.BufferSize + 0.5); + + this.audioClient.Dispose(); + this.audioClient = this.mmDevice.AudioClient; + this.audioClient.Initialize(this.shareMode, AudioClientStreamFlags.EventCallback | flags, + newLatencyRefTimes, newLatencyRefTimes, this.OutputWaveFormat, Guid.Empty); + } + } + + // Create the Wait Event Handle + frameEventWaitHandle = new EventWaitHandle(false, EventResetMode.AutoReset); + audioClient.SetEventHandle(frameEventWaitHandle.SafeWaitHandle.DangerousGetHandle()); + } + else + { + // Normal setup for both sharedMode + audioClient.Initialize(shareMode, flags, latencyRefTimes, 0, + OutputWaveFormat, Guid.Empty); + } + + // Get the RenderClient + renderClient = audioClient.AudioRenderClient; + } + + /// <summary> + /// Playback State + /// </summary> + public PlaybackState PlaybackState + { + get { return playbackState; } + } + + /// <summary> + /// Volume + /// </summary> + public float Volume + { + get + { + return mmDevice.AudioEndpointVolume.MasterVolumeLevelScalar; + } + set + { + if (value < 0) throw new ArgumentOutOfRangeException("value", "Volume must be between 0.0 and 1.0"); + if (value > 1) throw new ArgumentOutOfRangeException("value", "Volume must be between 0.0 and 1.0"); + mmDevice.AudioEndpointVolume.MasterVolumeLevelScalar = value; + } + } + + /// <summary> + /// Retrieve the AudioStreamVolume object for this audio stream + /// </summary> + /// <remarks> + /// This returns the AudioStreamVolume object ONLY for shared audio streams. + /// </remarks> + /// <exception cref="InvalidOperationException"> + /// This is thrown when an exclusive audio stream is being used. + /// </exception> + public AudioStreamVolume AudioStreamVolume + { + get + { + if (shareMode == AudioClientShareMode.Exclusive) + { + throw new InvalidOperationException("AudioStreamVolume is ONLY supported for shared audio streams."); + } + return audioClient.AudioStreamVolume; + } + } + +#endregion + +#region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (audioClient != null) + { + Stop(); + + audioClient.Dispose(); + audioClient = null; + renderClient = null; + } + } + +#endregion + } +} diff --git a/NAudio-2.2.1/NAudio.Wasapi/WasapiOut.cs.meta b/NAudio-2.2.1/NAudio.Wasapi/WasapiOut.cs.meta new file mode 100644 index 0000000..c0e675e --- /dev/null +++ b/NAudio-2.2.1/NAudio.Wasapi/WasapiOut.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bc75dadb5cb63b48c8c1c6076d80ca78 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinForms.meta b/NAudio-2.2.1/NAudio.WinForms.meta new file mode 100644 index 0000000..0430b9e --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinForms.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 7e408605c60aa9f4fad520f51e40f08b +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM.meta b/NAudio-2.2.1/NAudio.WinMM.meta new file mode 100644 index 0000000..492f732 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 4acb70398f3ebfcf4ba133cf86f19c68 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression.meta b/NAudio-2.2.1/NAudio.WinMM/Compression.meta new file mode 100644 index 0000000..41d9ec6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 98175882243b24b04aee0cf6bee8c31a +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriver.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriver.cs new file mode 100644 index 0000000..8145618 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriver.cs @@ -0,0 +1,353 @@ +using System; +using System.Collections.Generic; +using System.IO; +using System.Runtime.InteropServices; +using NAudio.Utils; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Represents an installed ACM Driver + /// </summary> + public class AcmDriver : IDisposable + { + private static List<AcmDriver> drivers; + private AcmDriverDetails details; + private IntPtr driverId; + private IntPtr driverHandle; + private List<AcmFormatTag> formatTags; + private List<AcmFormat> tempFormatsList; // used by enumerator + private IntPtr localDllHandle; + + /// <summary> + /// Helper function to determine whether a particular codec is installed + /// </summary> + /// <param name="shortName">The short name of the function</param> + /// <returns>Whether the codec is installed</returns> + public static bool IsCodecInstalled(string shortName) + { + foreach (AcmDriver driver in EnumerateAcmDrivers()) + { + if (driver.ShortName == shortName) + { + return true; + } + } + return false; + } + + /// <summary> + /// Attempts to add a new ACM driver from a file + /// </summary> + /// <param name="driverFile">Full path of the .acm or dll file containing the driver</param> + /// <returns>Handle to the driver</returns> + public static AcmDriver AddLocalDriver(string driverFile) + { + IntPtr handle = NativeMethods.LoadLibrary(driverFile); + if (handle == IntPtr.Zero) + { + throw new ArgumentException("Failed to load driver file"); + } + var driverProc = NativeMethods.GetProcAddress(handle, "DriverProc"); + if (driverProc == IntPtr.Zero) + { + NativeMethods.FreeLibrary(handle); + throw new ArgumentException("Failed to discover DriverProc"); + } + var result = AcmInterop.acmDriverAdd(out IntPtr driverHandle, + handle, driverProc, 0, AcmDriverAddFlags.Function); + if (result != MmResult.NoError) + { + NativeMethods.FreeLibrary(handle); + throw new MmException(result, "acmDriverAdd"); + } + var driver = new AcmDriver(driverHandle); + // long name seems to be missing when we use acmDriverAdd + if (string.IsNullOrEmpty(driver.details.longName)) + { + driver.details.longName = "Local driver: " + Path.GetFileName(driverFile); + driver.localDllHandle = handle; + } + return driver; + } + + /// <summary> + /// Removes a driver previously added using AddLocalDriver + /// </summary> + /// <param name="localDriver">Local driver to remove</param> + public static void RemoveLocalDriver(AcmDriver localDriver) + { + if (localDriver.localDllHandle == IntPtr.Zero) + { + throw new ArgumentException("Please pass in the AcmDriver returned by the AddLocalDriver method"); + } + var removeResult = AcmInterop.acmDriverRemove(localDriver.driverId, 0); // gets stored as a driver Id + NativeMethods.FreeLibrary(localDriver.localDllHandle); + MmException.Try(removeResult, "acmDriverRemove"); + } + + /// <summary> + /// Show Format Choose Dialog + /// </summary> + /// <param name="ownerWindowHandle">Owner window handle, can be null</param> + /// <param name="windowTitle">Window title</param> + /// <param name="enumFlags">Enumeration flags. None to get everything</param> + /// <param name="enumFormat">Enumeration format. Only needed with certain enumeration flags</param> + /// <param name="selectedFormat">The selected format</param> + /// <param name="selectedFormatDescription">Textual description of the selected format</param> + /// <param name="selectedFormatTagDescription">Textual description of the selected format tag</param> + /// <returns>True if a format was selected</returns> + public static bool ShowFormatChooseDialog( + IntPtr ownerWindowHandle, + string windowTitle, + AcmFormatEnumFlags enumFlags, + WaveFormat enumFormat, + out WaveFormat selectedFormat, + out string selectedFormatDescription, + out string selectedFormatTagDescription) + { + AcmFormatChoose formatChoose = new AcmFormatChoose(); + formatChoose.structureSize = Marshal.SizeOf(formatChoose); + formatChoose.styleFlags = AcmFormatChooseStyleFlags.None; + formatChoose.ownerWindowHandle = ownerWindowHandle; + int maxFormatSize = 200; // guess + formatChoose.selectedWaveFormatPointer = Marshal.AllocHGlobal(maxFormatSize); + formatChoose.selectedWaveFormatByteSize = maxFormatSize; + formatChoose.title = windowTitle; + formatChoose.name = null; + formatChoose.formatEnumFlags = enumFlags;//AcmFormatEnumFlags.None; + formatChoose.waveFormatEnumPointer = IntPtr.Zero; + if (enumFormat != null) + { + IntPtr enumPointer = Marshal.AllocHGlobal(Marshal.SizeOf(enumFormat)); + Marshal.StructureToPtr(enumFormat,enumPointer,false); + formatChoose.waveFormatEnumPointer = enumPointer; + } + formatChoose.instanceHandle = IntPtr.Zero; + formatChoose.templateName = null; + + MmResult result = AcmInterop.acmFormatChoose(ref formatChoose); + selectedFormat = null; + selectedFormatDescription = null; + selectedFormatTagDescription = null; + if (result == MmResult.NoError) + { + selectedFormat = WaveFormat.MarshalFromPtr(formatChoose.selectedWaveFormatPointer); + selectedFormatDescription = formatChoose.formatDescription; + selectedFormatTagDescription = formatChoose.formatTagDescription; + } + + Marshal.FreeHGlobal(formatChoose.waveFormatEnumPointer); + Marshal.FreeHGlobal(formatChoose.selectedWaveFormatPointer); + if(result != MmResult.AcmCancelled && result != MmResult.NoError) + { + throw new MmException(result, "acmFormatChoose"); + } + return result == MmResult.NoError; + + } + + /// <summary> + /// Gets the maximum size needed to store a WaveFormat for ACM interop functions + /// </summary> + public int MaxFormatSize + { + get + { + MmException.Try(AcmInterop.acmMetrics(driverHandle, AcmMetrics.MaxSizeFormat, out int maxFormatSize), "acmMetrics"); + return maxFormatSize; + } + } + + /// <summary> + /// Finds a Driver by its short name + /// </summary> + /// <param name="shortName">Short Name</param> + /// <returns>The driver, or null if not found</returns> + public static AcmDriver FindByShortName(string shortName) + { + foreach (AcmDriver driver in AcmDriver.EnumerateAcmDrivers()) + { + if (driver.ShortName == shortName) + { + return driver; + } + } + return null; + } + + /// <summary> + /// Gets a list of the ACM Drivers installed + /// </summary> + public static IEnumerable<AcmDriver> EnumerateAcmDrivers() + { + drivers = new List<AcmDriver>(); + MmException.Try(AcmInterop.acmDriverEnum(new AcmInterop.AcmDriverEnumCallback(DriverEnumCallback), IntPtr.Zero, 0), "acmDriverEnum"); + return drivers; + } + + /// <summary> + /// The callback for acmDriverEnum + /// </summary> + private static bool DriverEnumCallback(IntPtr hAcmDriver, IntPtr dwInstance, AcmDriverDetailsSupportFlags flags) + { + drivers.Add(new AcmDriver(hAcmDriver)); + return true; + } + + /// <summary> + /// Creates a new ACM Driver object + /// </summary> + /// <param name="hAcmDriver">Driver handle</param> + private AcmDriver(IntPtr hAcmDriver) + { + driverId = hAcmDriver; + details = new AcmDriverDetails(); + details.structureSize = Marshal.SizeOf(details); + MmException.Try(AcmInterop.acmDriverDetails(hAcmDriver, ref details, 0), "acmDriverDetails"); + } + + /// <summary> + /// The short name of this driver + /// </summary> + public string ShortName + { + get + { + return details.shortName; + } + } + + /// <summary> + /// The full name of this driver + /// </summary> + public string LongName + { + get + { + return details.longName; + } + } + + /// <summary> + /// The driver ID + /// </summary> + public IntPtr DriverId + { + get + { + return driverId; + } + } + + /// <summary> + /// ToString + /// </summary> + public override string ToString() + { + return LongName; + } + + /// <summary> + /// The list of FormatTags for this ACM Driver + /// </summary> + public IEnumerable<AcmFormatTag> FormatTags + { + get + { + if (formatTags == null) + { + if (driverHandle == IntPtr.Zero) + { + throw new InvalidOperationException("Driver must be opened first"); + } + formatTags = new List<AcmFormatTag>(); + AcmFormatTagDetails formatTagDetails = new AcmFormatTagDetails(); + formatTagDetails.structureSize = Marshal.SizeOf(formatTagDetails); + MmException.Try(AcmInterop.acmFormatTagEnum(this.driverHandle, ref formatTagDetails, AcmFormatTagEnumCallback, IntPtr.Zero, 0), "acmFormatTagEnum"); + } + return formatTags; + } + } + + + /// <summary> + /// Gets all the supported formats for a given format tag + /// </summary> + /// <param name="formatTag">Format tag</param> + /// <returns>Supported formats</returns> + public IEnumerable<AcmFormat> GetFormats(AcmFormatTag formatTag) + { + if (driverHandle == IntPtr.Zero) + { + throw new InvalidOperationException("Driver must be opened first"); + } + tempFormatsList = new List<AcmFormat>(); + var formatDetails = new AcmFormatDetails(); + formatDetails.structSize = Marshal.SizeOf(formatDetails); + // need to make sure we have enough space for a waveFormat. formatTag.FormatSize isn't reliable, + // and some codecs MaxFormatSize isn't either + formatDetails.waveFormatByteSize = 1024; + formatDetails.waveFormatPointer = Marshal.AllocHGlobal(formatDetails.waveFormatByteSize); + formatDetails.formatTag = (int)formatTag.FormatTag; // (int)WaveFormatEncoding.Unknown + var result = AcmInterop.acmFormatEnum(driverHandle, + ref formatDetails, AcmFormatEnumCallback, IntPtr.Zero, + AcmFormatEnumFlags.None); + Marshal.FreeHGlobal(formatDetails.waveFormatPointer); + MmException.Try(result,"acmFormatEnum"); + return tempFormatsList; + } + + /// <summary> + /// Opens this driver + /// </summary> + public void Open() + { + if (driverHandle == IntPtr.Zero) + { + MmException.Try(AcmInterop.acmDriverOpen(out driverHandle, DriverId, 0), "acmDriverOpen"); + } + } + + /// <summary> + /// Closes this driver + /// </summary> + public void Close() + { + if(driverHandle != IntPtr.Zero) + { + MmException.Try(AcmInterop.acmDriverClose(driverHandle, 0),"acmDriverClose"); + driverHandle = IntPtr.Zero; + } + } + + private bool AcmFormatTagEnumCallback(IntPtr hAcmDriverId, ref AcmFormatTagDetails formatTagDetails, IntPtr dwInstance, AcmDriverDetailsSupportFlags flags) + { + formatTags.Add(new AcmFormatTag(formatTagDetails)); + return true; + } + + private bool AcmFormatEnumCallback(IntPtr hAcmDriverId, ref AcmFormatDetails formatDetails, IntPtr dwInstance, AcmDriverDetailsSupportFlags flags) + { + tempFormatsList.Add(new AcmFormat(formatDetails)); + return true; + } + + #region IDisposable Members + + /// <summary> + /// Dispose + /// </summary> + public void Dispose() + { + if (driverHandle != IntPtr.Zero) + { + Close(); + GC.SuppressFinalize(this); + } + } + + #endregion + } + +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriver.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriver.cs.meta new file mode 100644 index 0000000..85c9c49 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriver.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c7aa632abd5c0fcbfada924d71a27219 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverAddFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverAddFlags.cs new file mode 100644 index 0000000..c228f9b --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverAddFlags.cs @@ -0,0 +1,27 @@ +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Flags for use with acmDriverAdd + /// </summary> + enum AcmDriverAddFlags + { + // also ACM_DRIVERADDF_TYPEMASK = 0x00000007; + + /// <summary> + /// ACM_DRIVERADDF_LOCAL + /// </summary> + Local = 0, + /// <summary> + /// ACM_DRIVERADDF_GLOBAL + /// </summary> + Global = 8, + /// <summary> + /// ACM_DRIVERADDF_FUNCTION + /// </summary> + Function = 3, + /// <summary> + /// ACM_DRIVERADDF_NOTIFYHWND + /// </summary> + NotifyWindowHandle = 4, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverAddFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverAddFlags.cs.meta new file mode 100644 index 0000000..8fd82e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverAddFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 50715568904c1bcb5a24c652dc3a3bd8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetails.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetails.cs new file mode 100644 index 0000000..f6f32c1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetails.cs @@ -0,0 +1,104 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Interop structure for ACM driver details (ACMDRIVERDETAILS) + /// http://msdn.microsoft.com/en-us/library/dd742889%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack=2)] + struct AcmDriverDetails + { + /// <summary> + /// DWORD cbStruct + /// </summary> + public int structureSize; + /// <summary> + /// FOURCC fccType + /// </summary> + public UInt32 fccType; + /// <summary> + /// FOURCC fccComp + /// </summary> + public UInt32 fccComp; + /// <summary> + /// WORD wMid; + /// </summary> + public UInt16 manufacturerId; + /// <summary> + /// WORD wPid + /// </summary> + public UInt16 productId; + /// <summary> + /// DWORD vdwACM + /// </summary> + public UInt32 acmVersion; + /// <summary> + /// DWORD vdwDriver + /// </summary> + public UInt32 driverVersion; + /// <summary> + /// DWORD fdwSupport; + /// </summary> + public AcmDriverDetailsSupportFlags supportFlags; + /// <summary> + /// DWORD cFormatTags + /// </summary> + public int formatTagsCount; + /// <summary> + /// DWORD cFilterTags + /// </summary> + public int filterTagsCount; + /// <summary> + /// HICON hicon + /// </summary> + public IntPtr hicon; + /// <summary> + /// TCHAR szShortName[ACMDRIVERDETAILS_SHORTNAME_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = ShortNameChars)] + public string shortName; + /// <summary> + /// TCHAR szLongName[ACMDRIVERDETAILS_LONGNAME_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = LongNameChars)] + public string longName; + /// <summary> + /// TCHAR szCopyright[ACMDRIVERDETAILS_COPYRIGHT_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = CopyrightChars)] + public string copyright; + /// <summary> + /// TCHAR szLicensing[ACMDRIVERDETAILS_LICENSING_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = LicensingChars)] + public string licensing; + /// <summary> + /// TCHAR szFeatures[ACMDRIVERDETAILS_FEATURES_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = FeaturesChars)] + public string features; + + /// <summary> + /// ACMDRIVERDETAILS_SHORTNAME_CHARS + /// </summary> + private const int ShortNameChars = 32; + /// <summary> + /// ACMDRIVERDETAILS_LONGNAME_CHARS + /// </summary> + private const int LongNameChars = 128; + /// <summary> + /// ACMDRIVERDETAILS_COPYRIGHT_CHARS + /// </summary> + private const int CopyrightChars = 80; + /// <summary> + /// ACMDRIVERDETAILS_LICENSING_CHARS + /// </summary> + private const int LicensingChars = 128; + /// <summary> + /// ACMDRIVERDETAILS_FEATURES_CHARS + /// </summary> + private const int FeaturesChars = 512; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetails.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetails.cs.meta new file mode 100644 index 0000000..44054b5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetails.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1406073aaa963d19f9a6fe6d4c61256c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetailsSupportFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetailsSupportFlags.cs new file mode 100644 index 0000000..991e391 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetailsSupportFlags.cs @@ -0,0 +1,26 @@ +using System; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Flags indicating what support a particular ACM driver has + /// </summary> + [Flags] + public enum AcmDriverDetailsSupportFlags + { + /// <summary>ACMDRIVERDETAILS_SUPPORTF_CODEC - Codec</summary> + Codec = 0x00000001, + /// <summary>ACMDRIVERDETAILS_SUPPORTF_CONVERTER - Converter</summary> + Converter = 0x00000002, + /// <summary>ACMDRIVERDETAILS_SUPPORTF_FILTER - Filter</summary> + Filter = 0x00000004, + /// <summary>ACMDRIVERDETAILS_SUPPORTF_HARDWARE - Hardware</summary> + Hardware = 0x00000008, + /// <summary>ACMDRIVERDETAILS_SUPPORTF_ASYNC - Async</summary> + Async = 0x00000010, + /// <summary>ACMDRIVERDETAILS_SUPPORTF_LOCAL - Local</summary> + Local = 0x40000000, + /// <summary>ACMDRIVERDETAILS_SUPPORTF_DISABLED - Disabled</summary> + Disabled = unchecked((int)0x80000000), + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetailsSupportFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetailsSupportFlags.cs.meta new file mode 100644 index 0000000..eaee419 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverDetailsSupportFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7241006e47fa49cebaf968149a544371 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverEnumFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverEnumFlags.cs new file mode 100644 index 0000000..02e0e0c --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverEnumFlags.cs @@ -0,0 +1,17 @@ +using System; + +namespace NAudio.Wave.Compression +{ + [Flags] + enum AcmDriverEnumFlags + { + /// <summary> + /// ACM_DRIVERENUMF_NOLOCAL, Only global drivers should be included in the enumeration + /// </summary> + NoLocal = 0x40000000, + /// <summary> + /// ACM_DRIVERENUMF_DISABLED, Disabled ACM drivers should be included in the enumeration + /// </summary> + Disabled = unchecked((int)0x80000000), + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverEnumFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverEnumFlags.cs.meta new file mode 100644 index 0000000..68c4214 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmDriverEnumFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 44ac371f11435d8b7a99dddc8b491787 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormat.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormat.cs new file mode 100644 index 0000000..6a5ece8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormat.cs @@ -0,0 +1,46 @@ +namespace NAudio.Wave.Compression +{ + /// <summary> + /// ACM Format + /// </summary> + public class AcmFormat + { + private readonly AcmFormatDetails formatDetails; + + internal AcmFormat(AcmFormatDetails formatDetails) + { + this.formatDetails = formatDetails; + WaveFormat = WaveFormat.MarshalFromPtr(formatDetails.waveFormatPointer); + } + + /// <summary> + /// Format Index + /// </summary> + public int FormatIndex => formatDetails.formatIndex; + + /// <summary> + /// Format Tag + /// </summary> + public WaveFormatEncoding FormatTag => (WaveFormatEncoding)formatDetails.formatTag; + + /// <summary> + /// Support Flags + /// </summary> + public AcmDriverDetailsSupportFlags SupportFlags => formatDetails.supportFlags; + + /// <summary> + /// WaveFormat + /// </summary> + public WaveFormat WaveFormat { get; private set; } + + /// <summary> + /// WaveFormat Size + /// </summary> + public int WaveFormatByteSize => formatDetails.waveFormatByteSize; + + /// <summary> + /// Format Description + /// </summary> + public string FormatDescription => formatDetails.formatDescription; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormat.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormat.cs.meta new file mode 100644 index 0000000..e4be581 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8105f37125b9b560f9a2a672e9eaa43d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChoose.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChoose.cs new file mode 100644 index 0000000..d47cdd5 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChoose.cs @@ -0,0 +1,89 @@ +using System; +using System.Collections.Generic; +using System.Text; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// ACMFORMATCHOOSE + /// http://msdn.microsoft.com/en-us/library/dd742911%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, Pack = 4, CharSet = CharSet.Auto)] + struct AcmFormatChoose + { + /// <summary> + /// DWORD cbStruct; + /// </summary> + public int structureSize; + /// <summary> + /// DWORD fdwStyle; + /// </summary> + public AcmFormatChooseStyleFlags styleFlags; + /// <summary> + /// HWND hwndOwner; + /// </summary> + public IntPtr ownerWindowHandle; + /// <summary> + /// LPWAVEFORMATEX pwfx; + /// </summary> + public IntPtr selectedWaveFormatPointer; + /// <summary> + /// DWORD cbwfx; + /// </summary> + public int selectedWaveFormatByteSize; + /// <summary> + /// LPCTSTR pszTitle; + /// </summary> + [MarshalAs(UnmanagedType.LPTStr)] + public string title; + /// <summary> + /// TCHAR szFormatTag[ACMFORMATTAGDETAILS_FORMATTAG_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst=AcmFormatTagDetails.FormatTagDescriptionChars)] + public string formatTagDescription; + /// <summary> + /// TCHAR szFormat[ACMFORMATDETAILS_FORMAT_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = AcmFormatDetails.FormatDescriptionChars)] + public string formatDescription; + /// <summary> + /// LPTSTR pszName; + /// n.b. can be written into + /// </summary> + [MarshalAs(UnmanagedType.LPTStr)] + public string name; + /// <summary> + /// DWORD cchName + /// Should be at least 128 unless name is zero + /// </summary> + public int nameByteSize; + /// <summary> + /// DWORD fdwEnum; + /// </summary> + public AcmFormatEnumFlags formatEnumFlags; + /// <summary> + /// LPWAVEFORMATEX pwfxEnum; + /// </summary> + public IntPtr waveFormatEnumPointer; + /// <summary> + /// HINSTANCE hInstance; + /// </summary> + public IntPtr instanceHandle; + /// <summary> + /// LPCTSTR pszTemplateName; + /// </summary> + [MarshalAs(UnmanagedType.LPTStr)] + public string templateName; + /// <summary> + /// LPARAM lCustData; + /// </summary> + public IntPtr customData; + /// <summary> + /// ACMFORMATCHOOSEHOOKPROC pfnHook; + /// </summary> + public AcmInterop.AcmFormatChooseHookProc windowCallbackFunction; + + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChoose.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChoose.cs.meta new file mode 100644 index 0000000..22e989a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChoose.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f7b981e35e61344e0a6eb0291a493b41 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChooseStyleFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChooseStyleFlags.cs new file mode 100644 index 0000000..f2768c7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChooseStyleFlags.cs @@ -0,0 +1,37 @@ +using System; + +namespace NAudio.Wave.Compression +{ + [Flags] + enum AcmFormatChooseStyleFlags + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// ACMFORMATCHOOSE_STYLEF_SHOWHELP + /// </summary> + ShowHelp = 0x00000004, + /// <summary> + /// ACMFORMATCHOOSE_STYLEF_ENABLEHOOK + /// </summary> + EnableHook = 0x00000008, + /// <summary> + /// ACMFORMATCHOOSE_STYLEF_ENABLETEMPLATE + /// </summary> + EnableTemplate = 0x00000010, + /// <summary> + /// ACMFORMATCHOOSE_STYLEF_ENABLETEMPLATEHANDLE + /// </summary> + EnableTemplateHandle = 0x00000020, + /// <summary> + /// ACMFORMATCHOOSE_STYLEF_INITTOWFXSTRUCT + /// </summary> + InitToWfxStruct = 0x00000040, + /// <summary> + /// ACMFORMATCHOOSE_STYLEF_CONTEXTHELP + /// </summary> + ContextHelp = 0x00000080 + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChooseStyleFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChooseStyleFlags.cs.meta new file mode 100644 index 0000000..a3721c1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatChooseStyleFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b263a8ee121e28217bf357fd46eabe75 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatDetails.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatDetails.cs new file mode 100644 index 0000000..f144df6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatDetails.cs @@ -0,0 +1,48 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// ACMFORMATDETAILS + /// http://msdn.microsoft.com/en-us/library/dd742913%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack=4)] + struct AcmFormatDetails + { + /// <summary> + /// DWORD cbStruct; + /// </summary> + public int structSize; + /// <summary> + /// DWORD dwFormatIndex; + /// </summary> + public int formatIndex; + /// <summary> + /// DWORD dwFormatTag; + /// </summary> + public int formatTag; + /// <summary> + /// DWORD fdwSupport; + /// </summary> + public AcmDriverDetailsSupportFlags supportFlags; + /// <summary> + /// LPWAVEFORMATEX pwfx; + /// </summary> + public IntPtr waveFormatPointer; + /// <summary> + /// DWORD cbwfx; + /// </summary> + public int waveFormatByteSize; + /// <summary> + /// TCHAR szFormat[ACMFORMATDETAILS_FORMAT_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = FormatDescriptionChars)] + public string formatDescription; + + /// <summary> + /// ACMFORMATDETAILS_FORMAT_CHARS + /// </summary> + public const int FormatDescriptionChars = 128; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatDetails.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatDetails.cs.meta new file mode 100644 index 0000000..e45a979 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatDetails.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cd1ff68e91e81ede59c9f1b9c199d819 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatEnumFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatEnumFlags.cs new file mode 100644 index 0000000..427621b --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatEnumFlags.cs @@ -0,0 +1,61 @@ +using System; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Format Enumeration Flags + /// </summary> + [Flags] + public enum AcmFormatEnumFlags + { + /// <summary> + /// None + /// </summary> + None = 0, + /// <summary> + /// ACM_FORMATENUMF_CONVERT + /// The WAVEFORMATEX structure pointed to by the pwfx member of the ACMFORMATDETAILS structure is valid. The enumerator will only enumerate destination formats that can be converted from the given pwfx format. + /// </summary> + Convert = 0x00100000, + /// <summary> + /// ACM_FORMATENUMF_HARDWARE + /// The enumerator should only enumerate formats that are supported as native input or output formats on one or more of the installed waveform-audio devices. This flag provides a way for an application to choose only formats native to an installed waveform-audio device. This flag must be used with one or both of the ACM_FORMATENUMF_INPUT and ACM_FORMATENUMF_OUTPUT flags. Specifying both ACM_FORMATENUMF_INPUT and ACM_FORMATENUMF_OUTPUT will enumerate only formats that can be opened for input or output. This is true regardless of whether this flag is specified. + /// </summary> + Hardware = 0x00400000, + /// <summary> + /// ACM_FORMATENUMF_INPUT + /// Enumerator should enumerate only formats that are supported for input (recording). + /// </summary> + Input = 0x00800000, + /// <summary> + /// ACM_FORMATENUMF_NCHANNELS + /// The nChannels member of the WAVEFORMATEX structure pointed to by the pwfx member of the ACMFORMATDETAILS structure is valid. The enumerator will enumerate only a format that conforms to this attribute. + /// </summary> + Channels = 0x00020000, + /// <summary> + /// ACM_FORMATENUMF_NSAMPLESPERSEC + /// The nSamplesPerSec member of the WAVEFORMATEX structure pointed to by the pwfx member of the ACMFORMATDETAILS structure is valid. The enumerator will enumerate only a format that conforms to this attribute. + /// </summary> + SamplesPerSecond = 0x00040000, + /// <summary> + /// ACM_FORMATENUMF_OUTPUT + /// Enumerator should enumerate only formats that are supported for output (playback). + /// </summary> + Output = 0x01000000, + /// <summary> + /// ACM_FORMATENUMF_SUGGEST + /// The WAVEFORMATEX structure pointed to by the pwfx member of the ACMFORMATDETAILS structure is valid. The enumerator will enumerate all suggested destination formats for the given pwfx format. This mechanism can be used instead of the acmFormatSuggest function to allow an application to choose the best suggested format for conversion. The dwFormatIndex member will always be set to zero on return. + /// </summary> + Suggest = 0x00200000, + /// <summary> + /// ACM_FORMATENUMF_WBITSPERSAMPLE + /// The wBitsPerSample member of the WAVEFORMATEX structure pointed to by the pwfx member of the ACMFORMATDETAILS structure is valid. The enumerator will enumerate only a format that conforms to this attribute. + /// </summary> + BitsPerSample = 0x00080000, + /// <summary> + /// ACM_FORMATENUMF_WFORMATTAG + /// The wFormatTag member of the WAVEFORMATEX structure pointed to by the pwfx member of the ACMFORMATDETAILS structure is valid. The enumerator will enumerate only a format that conforms to this attribute. The dwFormatTag member of the ACMFORMATDETAILS structure must be equal to the wFormatTag member. + /// </summary> + FormatTag = 0x00010000, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatEnumFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatEnumFlags.cs.meta new file mode 100644 index 0000000..70b7629 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatEnumFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0eb7bf6006cab87e0bf771087535fad7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatSuggestFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatSuggestFlags.cs new file mode 100644 index 0000000..deebe1a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatSuggestFlags.cs @@ -0,0 +1,29 @@ +using System; + +namespace NAudio.Wave.Compression +{ + [Flags] + enum AcmFormatSuggestFlags + { + /// <summary> + /// ACM_FORMATSUGGESTF_WFORMATTAG + /// </summary> + FormatTag = 0x00010000, + /// <summary> + /// ACM_FORMATSUGGESTF_NCHANNELS + /// </summary> + Channels = 0x00020000, + /// <summary> + /// ACM_FORMATSUGGESTF_NSAMPLESPERSEC + /// </summary> + SamplesPerSecond = 0x00040000, + /// <summary> + /// ACM_FORMATSUGGESTF_WBITSPERSAMPLE + /// </summary> + BitsPerSample = 0x00080000, + /// <summary> + /// ACM_FORMATSUGGESTF_TYPEMASK + /// </summary> + TypeMask = 0x00FF0000, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatSuggestFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatSuggestFlags.cs.meta new file mode 100644 index 0000000..fb4d037 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatSuggestFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9730650afb3540a10b141d126bb93e62 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTag.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTag.cs new file mode 100644 index 0000000..35329ab --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTag.cs @@ -0,0 +1,65 @@ +namespace NAudio.Wave.Compression +{ + /// <summary> + /// ACM Format Tag + /// </summary> + public class AcmFormatTag + { + private AcmFormatTagDetails formatTagDetails; + + internal AcmFormatTag(AcmFormatTagDetails formatTagDetails) + { + this.formatTagDetails = formatTagDetails; + } + + /// <summary> + /// Format Tag Index + /// </summary> + public int FormatTagIndex + { + get { return formatTagDetails.formatTagIndex; } + } + + /// <summary> + /// Format Tag + /// </summary> + public WaveFormatEncoding FormatTag + { + get { return (WaveFormatEncoding)formatTagDetails.formatTag; } + } + + /// <summary> + /// Format Size + /// </summary> + public int FormatSize + { + get { return formatTagDetails.formatSize; } + } + + /// <summary> + /// Support Flags + /// </summary> + public AcmDriverDetailsSupportFlags SupportFlags + { + get { return formatTagDetails.supportFlags; } + } + + /// <summary> + /// Standard Formats Count + /// </summary> + public int StandardFormatsCount + { + get { return formatTagDetails.standardFormatsCount; } + } + + /// <summary> + /// Format Description + /// </summary> + public string FormatDescription + { + get { return formatTagDetails.formatDescription; } + } + + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTag.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTag.cs.meta new file mode 100644 index 0000000..aeeb7ea --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8d91eb63b1d2f1e09a53c65a914386f9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTagDetails.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTagDetails.cs new file mode 100644 index 0000000..9305818 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTagDetails.cs @@ -0,0 +1,46 @@ +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi)] + struct AcmFormatTagDetails + { + /// <summary> + /// DWORD cbStruct; + /// </summary> + public int structureSize; + /// <summary> + /// DWORD dwFormatTagIndex; + /// </summary> + public int formatTagIndex; + /// <summary> + /// DWORD dwFormatTag; + /// </summary> + public int formatTag; + /// <summary> + /// DWORD cbFormatSize; + /// </summary> + public int formatSize; + /// <summary> + /// DWORD fdwSupport; + /// </summary> + public AcmDriverDetailsSupportFlags supportFlags; + /// <summary> + /// DWORD cStandardFormats; + /// </summary> + public int standardFormatsCount; + /// <summary> + /// TCHAR szFormatTag[ACMFORMATTAGDETAILS_FORMATTAG_CHARS]; + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = FormatTagDescriptionChars)] + public string formatDescription; + + + + /// <summary> + /// ACMFORMATTAGDETAILS_FORMATTAG_CHARS + /// </summary> + public const int FormatTagDescriptionChars = 48; + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTagDetails.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTagDetails.cs.meta new file mode 100644 index 0000000..80202e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmFormatTagDetails.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5fe8ed950270e5eafbaaf5a61139944b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmInterop.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmInterop.cs new file mode 100644 index 0000000..c597925 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmInterop.cs @@ -0,0 +1,190 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Interop definitions for Windows ACM (Audio Compression Manager) API + /// </summary> + class AcmInterop + { + // http://msdn.microsoft.com/en-us/library/dd742891%28VS.85%29.aspx + public delegate bool AcmDriverEnumCallback(IntPtr hAcmDriverId, IntPtr instance, AcmDriverDetailsSupportFlags flags); + + public delegate bool AcmFormatEnumCallback(IntPtr hAcmDriverId, ref AcmFormatDetails formatDetails, IntPtr dwInstance, AcmDriverDetailsSupportFlags flags); + + public delegate bool AcmFormatTagEnumCallback(IntPtr hAcmDriverId, ref AcmFormatTagDetails formatTagDetails, IntPtr dwInstance, AcmDriverDetailsSupportFlags flags); + + /// <summary> + /// http://msdn.microsoft.com/en-us/library/dd742910%28VS.85%29.aspx + /// UINT ACMFORMATCHOOSEHOOKPROC acmFormatChooseHookProc( + /// HWND hwnd, + /// UINT uMsg, + /// WPARAM wParam, + /// LPARAM lParam + /// </summary> + public delegate bool AcmFormatChooseHookProc(IntPtr windowHandle, int message, IntPtr wParam, IntPtr lParam); + + // not done: + // acmDriverAdd + // acmDriverID + // acmDriverMessage + // acmDriverRemove + // acmFilterChoose + // acmFilterChooseHookProc + // acmFilterDetails + // acmFilterEnum -acmFilterEnumCallback + // acmFilterTagDetails + // acmFilterTagEnum + // acmFormatDetails + // acmFormatTagDetails + // acmGetVersion + // acmStreamMessage + + // http://msdn.microsoft.com/en-us/library/windows/desktop/dd742885%28v=vs.85%29.aspx + // MMRESULT acmDriverAdd( + // LPHACMDRIVERID phadid, + // HINSTANCE hinstModule, + // LPARAM lParam, + // DWORD dwPriority, + // DWORD fdwAdd) + [DllImport("msacm32.dll")] + public static extern MmResult acmDriverAdd(out IntPtr driverHandle, + IntPtr driverModule, + IntPtr driverFunctionAddress, + int priority, + AcmDriverAddFlags flags); + + // http://msdn.microsoft.com/en-us/library/windows/desktop/dd742897%28v=vs.85%29.aspx + [DllImport("msacm32.dll")] + public static extern MmResult acmDriverRemove(IntPtr driverHandle, + int removeFlags); + + // http://msdn.microsoft.com/en-us/library/dd742886%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmDriverClose(IntPtr hAcmDriver, int closeFlags); + + // http://msdn.microsoft.com/en-us/library/dd742890%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmDriverEnum(AcmDriverEnumCallback fnCallback, IntPtr dwInstance, AcmDriverEnumFlags flags); + + // http://msdn.microsoft.com/en-us/library/dd742887%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmDriverDetails(IntPtr hAcmDriver, ref AcmDriverDetails driverDetails, int reserved); + + // http://msdn.microsoft.com/en-us/library/dd742894%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmDriverOpen(out IntPtr pAcmDriver, IntPtr hAcmDriverId, int openFlags); + + // http://msdn.microsoft.com/en-us/library/dd742909%28VS.85%29.aspx + [DllImport("Msacm32.dll", EntryPoint = "acmFormatChooseW")] + public static extern MmResult acmFormatChoose(ref AcmFormatChoose formatChoose); + + // http://msdn.microsoft.com/en-us/library/dd742914%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmFormatEnum(IntPtr hAcmDriver, ref AcmFormatDetails formatDetails, AcmFormatEnumCallback callback, IntPtr instance, AcmFormatEnumFlags flags); + +#if NET35 + /// <summary> + /// http://msdn.microsoft.com/en-us/library/dd742916%28VS.85%29.aspx + /// MMRESULT acmFormatSuggest( + /// HACMDRIVER had, + /// LPWAVEFORMATEX pwfxSrc, + /// LPWAVEFORMATEX pwfxDst, + /// DWORD cbwfxDst, + /// DWORD fdwSuggest); + /// </summary> + [DllImport("Msacm32.dll")] + public static extern MmResult acmFormatSuggest( + IntPtr hAcmDriver, + [In, MarshalAs(UnmanagedType.CustomMarshaler, MarshalType = "NAudio.Wave.WaveFormatCustomMarshaler")] + WaveFormat sourceFormat, + [In, Out, MarshalAs(UnmanagedType.CustomMarshaler, MarshalType = "NAudio.Wave.WaveFormatCustomMarshaler")] + WaveFormat destFormat, + int sizeDestFormat, + AcmFormatSuggestFlags suggestFlags); +#endif + + [DllImport("Msacm32.dll",EntryPoint="acmFormatSuggest")] + public static extern MmResult acmFormatSuggest2( + IntPtr hAcmDriver, + IntPtr sourceFormatPointer, + IntPtr destFormatPointer, + int sizeDestFormat, + AcmFormatSuggestFlags suggestFlags); + + // http://msdn.microsoft.com/en-us/library/dd742919%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmFormatTagEnum(IntPtr hAcmDriver, ref AcmFormatTagDetails formatTagDetails, AcmFormatTagEnumCallback callback, IntPtr instance, int reserved); + + // http://msdn.microsoft.com/en-us/library/dd742922%28VS.85%29.aspx + // this version of the prototype is for metrics that output a single integer + [DllImport("Msacm32.dll")] + public static extern MmResult acmMetrics(IntPtr hAcmObject, AcmMetrics metric, out int output); + +#if NET35 + /// <summary> + /// http://msdn.microsoft.com/en-us/library/dd742928%28VS.85%29.aspx + /// MMRESULT acmStreamOpen( + /// LPHACMSTREAM phas, + /// HACMDRIVER had, + /// LPWAVEFORMATEX pwfxSrc, + /// LPWAVEFORMATEX pwfxDst, + /// LPWAVEFILTER pwfltr, + /// DWORD_PTR dwCallback, + /// DWORD_PTR dwInstance, + /// DWORD fdwOpen + /// </summary> + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamOpen( + out IntPtr hAcmStream, + IntPtr hAcmDriver, + [In, MarshalAs(UnmanagedType.CustomMarshaler, MarshalType = "NAudio.Wave.WaveFormatCustomMarshaler")] + WaveFormat sourceFormat, + [In, MarshalAs(UnmanagedType.CustomMarshaler, MarshalType = "NAudio.Wave.WaveFormatCustomMarshaler")] + WaveFormat destFormat, + [In] WaveFilter waveFilter, + IntPtr callback, + IntPtr instance, + AcmStreamOpenFlags openFlags); +#endif + + /// <summary> + /// A version with pointers for troubleshooting + /// </summary> + [DllImport("Msacm32.dll",EntryPoint="acmStreamOpen")] + public static extern MmResult acmStreamOpen2( + out IntPtr hAcmStream, + IntPtr hAcmDriver, + IntPtr sourceFormatPointer, + IntPtr destFormatPointer, + [In] WaveFilter waveFilter, + IntPtr callback, + IntPtr instance, + AcmStreamOpenFlags openFlags); + + // http://msdn.microsoft.com/en-us/library/dd742923%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamClose(IntPtr hAcmStream, int closeFlags); + + // http://msdn.microsoft.com/en-us/library/dd742924%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamConvert(IntPtr hAcmStream, [In, Out] AcmStreamHeaderStruct streamHeader, AcmStreamConvertFlags streamConvertFlags); + + // http://msdn.microsoft.com/en-us/library/dd742929%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamPrepareHeader(IntPtr hAcmStream, [In, Out] AcmStreamHeaderStruct streamHeader, int prepareFlags); + + // http://msdn.microsoft.com/en-us/library/dd742929%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamReset(IntPtr hAcmStream, int resetFlags); + + // http://msdn.microsoft.com/en-us/library/dd742931%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamSize(IntPtr hAcmStream, int inputBufferSize, out int outputBufferSize, AcmStreamSizeFlags flags); + + // http://msdn.microsoft.com/en-us/library/dd742932%28VS.85%29.aspx + [DllImport("Msacm32.dll")] + public static extern MmResult acmStreamUnprepareHeader(IntPtr hAcmStream, [In, Out] AcmStreamHeaderStruct streamHeader, int flags); + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmInterop.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmInterop.cs.meta new file mode 100644 index 0000000..ea5069a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmInterop.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b4a0d4915496477468939e0d159e0c82 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmMetrics.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmMetrics.cs new file mode 100644 index 0000000..0a644e7 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmMetrics.cs @@ -0,0 +1,40 @@ +namespace NAudio.Wave +{ + enum AcmMetrics + { + /// <summary>ACM_METRIC_COUNT_DRIVERS</summary> + CountDrivers = 1, + /// <summary>ACM_METRIC_COUNT_CODECS</summary> + CountCodecs = 2, + /// <summary>ACM_METRIC_COUNT_CONVERTERS</summary> + CountConverters = 3, + /// <summary>ACM_METRIC_COUNT_FILTERS</summary> + CountFilters = 4, + /// <summary>ACM_METRIC_COUNT_DISABLED</summary> + CountDisabled = 5, + /// <summary>ACM_METRIC_COUNT_HARDWARE</summary> + CountHardware = 6, + /// <summary>ACM_METRIC_COUNT_LOCAL_DRIVERS</summary> + CountLocalDrivers = 20, + /// <summary>ACM_METRIC_COUNT_LOCAL_CODECS</summary> + CountLocalCodecs = 21, + /// <summary>ACM_METRIC_COUNT_LOCAL_CONVERTERS</summary> + CountLocalConverters = 22, + /// <summary>ACM_METRIC_COUNT_LOCAL_FILTERS</summary> + CountLocalFilters = 23, + /// <summary>ACM_METRIC_COUNT_LOCAL_DISABLED</summary> + CountLocalDisabled = 24, + /// <summary>ACM_METRIC_HARDWARE_WAVE_INPUT</summary> + HardwareWaveInput = 30, + /// <summary>ACM_METRIC_HARDWARE_WAVE_OUTPUT</summary> + HardwareWaveOutput = 31, + /// <summary>ACM_METRIC_MAX_SIZE_FORMAT</summary> + MaxSizeFormat = 50, + /// <summary>ACM_METRIC_MAX_SIZE_FILTER</summary> + MaxSizeFilter = 51, + /// <summary>ACM_METRIC_DRIVER_SUPPORT</summary> + DriverSupport = 100, + /// <summary>ACM_METRIC_DRIVER_PRIORITY</summary> + DriverPriority = 101, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmMetrics.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmMetrics.cs.meta new file mode 100644 index 0000000..d90bc7c --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmMetrics.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 051aea95165d47db088eec429270b6b0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStream.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStream.cs new file mode 100644 index 0000000..db84b7f --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStream.cs @@ -0,0 +1,264 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// AcmStream encapsulates an Audio Compression Manager Stream + /// used to convert audio from one format to another + /// </summary> + public class AcmStream : IDisposable + { + private IntPtr streamHandle; + private IntPtr driverHandle; + private AcmStreamHeader streamHeader; + private readonly WaveFormat sourceFormat; + + /// <summary> + /// Creates a new ACM stream to convert one format to another. Note that + /// not all conversions can be done in one step + /// </summary> + /// <param name="sourceFormat">The source audio format</param> + /// <param name="destFormat">The destination audio format</param> + public AcmStream(WaveFormat sourceFormat, WaveFormat destFormat) + { + try + { + streamHandle = IntPtr.Zero; + this.sourceFormat = sourceFormat; + int sourceBufferSize = Math.Max(65536, sourceFormat.AverageBytesPerSecond); + sourceBufferSize -= (sourceBufferSize % sourceFormat.BlockAlign); + IntPtr sourceFormatPointer = WaveFormat.MarshalToPtr(sourceFormat); + IntPtr destFormatPointer = WaveFormat.MarshalToPtr(destFormat); + + try + { + MmException.Try(AcmInterop.acmStreamOpen2(out streamHandle, IntPtr.Zero, sourceFormatPointer, destFormatPointer, null, IntPtr.Zero, IntPtr.Zero, AcmStreamOpenFlags.NonRealTime), "acmStreamOpen"); + } + finally + { + Marshal.FreeHGlobal(sourceFormatPointer); + Marshal.FreeHGlobal(destFormatPointer); + + } + + int destBufferSize = SourceToDest(sourceBufferSize); + streamHeader = new AcmStreamHeader(streamHandle, sourceBufferSize, destBufferSize); + driverHandle = IntPtr.Zero; + } + catch + { + // suppress the finalise and clean up resources + Dispose(); + throw; + } + } + + /// <summary> + /// Creates a new ACM stream to convert one format to another, using a + /// specified driver identifier and wave filter + /// </summary> + /// <param name="driverId">the driver identifier</param> + /// <param name="sourceFormat">the source format</param> + /// <param name="waveFilter">the wave filter</param> + public AcmStream(IntPtr driverId, WaveFormat sourceFormat, WaveFilter waveFilter) + { + int sourceBufferSize = Math.Max(16384, sourceFormat.AverageBytesPerSecond); + this.sourceFormat = sourceFormat; + sourceBufferSize -= (sourceBufferSize % sourceFormat.BlockAlign); + MmException.Try(AcmInterop.acmDriverOpen(out driverHandle, driverId, 0), "acmDriverOpen"); + + IntPtr sourceFormatPointer = WaveFormat.MarshalToPtr(sourceFormat); + try + { + MmException.Try(AcmInterop.acmStreamOpen2(out streamHandle, driverHandle, + sourceFormatPointer, sourceFormatPointer, waveFilter, IntPtr.Zero, IntPtr.Zero, AcmStreamOpenFlags.NonRealTime), "acmStreamOpen"); + } + finally + { + Marshal.FreeHGlobal(sourceFormatPointer); + } + streamHeader = new AcmStreamHeader(streamHandle, sourceBufferSize, SourceToDest(sourceBufferSize)); + } + + + /// <summary> + /// Returns the number of output bytes for a given number of input bytes + /// </summary> + /// <param name="source">Number of input bytes</param> + /// <returns>Number of output bytes</returns> + public int SourceToDest(int source) + { + if (source == 0) // zero is an invalid parameter to acmStreamSize + return 0; + int convertedBytes; + var mmResult = AcmInterop.acmStreamSize(streamHandle, source, out convertedBytes, AcmStreamSizeFlags.Source); + MmException.Try(mmResult, "acmStreamSize"); + return convertedBytes; + } + + /// <summary> + /// Returns the number of source bytes for a given number of destination bytes + /// </summary> + /// <param name="dest">Number of destination bytes</param> + /// <returns>Number of source bytes</returns> + public int DestToSource(int dest) + { + if (dest == 0) // zero is an invalid parameter to acmStreamSize + return 0; + int convertedBytes; + MmException.Try(AcmInterop.acmStreamSize(streamHandle, dest, out convertedBytes, AcmStreamSizeFlags.Destination), "acmStreamSize"); + return convertedBytes; + } + + /// <summary> + /// Suggests an appropriate PCM format that the compressed format can be converted + /// to in one step + /// </summary> + /// <param name="compressedFormat">The compressed format</param> + /// <returns>The PCM format</returns> + public static WaveFormat SuggestPcmFormat(WaveFormat compressedFormat) + { + // create a PCM format + WaveFormat suggestedFormat = new WaveFormat(compressedFormat.SampleRate, 16, compressedFormat.Channels); + //MmException.Try(AcmInterop.acmFormatSuggest(IntPtr.Zero, compressedFormat, suggestedFormat, Marshal.SizeOf(suggestedFormat), AcmFormatSuggestFlags.FormatTag), "acmFormatSuggest"); + + + IntPtr suggestedFormatPointer = WaveFormat.MarshalToPtr(suggestedFormat); + IntPtr compressedFormatPointer = WaveFormat.MarshalToPtr(compressedFormat); + try + { + MmResult result = AcmInterop.acmFormatSuggest2(IntPtr.Zero, compressedFormatPointer, + suggestedFormatPointer, Marshal.SizeOf(suggestedFormat), AcmFormatSuggestFlags.FormatTag); + suggestedFormat = WaveFormat.MarshalFromPtr(suggestedFormatPointer); + MmException.Try(result, "acmFormatSuggest"); + } + finally + { + Marshal.FreeHGlobal(suggestedFormatPointer); + Marshal.FreeHGlobal(compressedFormatPointer); + } + return suggestedFormat; + } + + /// <summary> + /// Returns the Source Buffer. Fill this with data prior to calling convert + /// </summary> + public byte[] SourceBuffer => streamHeader.SourceBuffer; + + /// <summary> + /// Returns the Destination buffer. This will contain the converted data + /// after a successful call to Convert + /// </summary> + public byte[] DestBuffer => streamHeader.DestBuffer; + + /// <summary> + /// Report that we have repositioned in the source stream + /// </summary> + public void Reposition() + { + streamHeader.Reposition(); + } + + /// <summary> + /// Converts the contents of the SourceBuffer into the DestinationBuffer + /// </summary> + /// <param name="bytesToConvert">The number of bytes in the SourceBuffer + /// that need to be converted</param> + /// <param name="sourceBytesConverted">The number of source bytes actually converted</param> + /// <returns>The number of converted bytes in the DestinationBuffer</returns> + public int Convert(int bytesToConvert, out int sourceBytesConverted) + { + if (bytesToConvert % sourceFormat.BlockAlign != 0) + { + System.Diagnostics.Debug.WriteLine(String.Format("Not a whole number of blocks: {0} ({1})", bytesToConvert, sourceFormat.BlockAlign)); + bytesToConvert -= (bytesToConvert % sourceFormat.BlockAlign); + } + + return streamHeader.Convert(bytesToConvert, out sourceBytesConverted); + } + + /// <summary> + /// Converts the contents of the SourceBuffer into the DestinationBuffer + /// </summary> + /// <param name="bytesToConvert">The number of bytes in the SourceBuffer + /// that need to be converted</param> + /// <returns>The number of converted bytes in the DestinationBuffer</returns> + [Obsolete("Call the version returning sourceBytesConverted instead")] + public int Convert(int bytesToConvert) + { + int sourceBytesConverted; + int destBytes = Convert(bytesToConvert, out sourceBytesConverted); + if (sourceBytesConverted != bytesToConvert) + { + throw new MmException(MmResult.NotSupported, "AcmStreamHeader.Convert didn't convert everything"); + } + return destBytes; + } + + /* Relevant only for async conversion streams + public void Reset() + { + MmException.Try(AcmInterop.acmStreamReset(streamHandle,0),"acmStreamReset"); + } + */ + + #region IDisposable Members + + /// <summary> + /// Frees resources associated with this ACM Stream + /// </summary> + public void Dispose() + { + Dispose(true); + GC.SuppressFinalize(this); + } + + /// <summary> + /// Frees resources associated with this ACM Stream + /// </summary> + protected virtual void Dispose(bool disposing) + { + if (disposing) + { + // Free other state (managed objects). + if (streamHeader != null) + { + streamHeader.Dispose(); + streamHeader = null; + } + } + + // Free your own state (unmanaged objects). + + if (streamHandle != IntPtr.Zero) + { + MmResult result = AcmInterop.acmStreamClose(streamHandle, 0); + streamHandle = IntPtr.Zero; + if (result != MmResult.NoError) + { + throw new MmException(result, "acmStreamClose"); + } + + } + // Set large fields to null. + if (driverHandle != IntPtr.Zero) + { + AcmInterop.acmDriverClose(driverHandle, 0); + driverHandle = IntPtr.Zero; + } + } + + /// <summary> + /// Frees resources associated with this ACM Stream + /// </summary> + ~AcmStream() + { + // Simply call Dispose(false). + System.Diagnostics.Debug.Assert(false, "AcmStream Dispose was not called"); + Dispose(false); + } + + #endregion + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStream.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStream.cs.meta new file mode 100644 index 0000000..ca0b991 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 53383e72575872c3990eeff6000fffc3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamConvertFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamConvertFlags.cs new file mode 100644 index 0000000..91345fd --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamConvertFlags.cs @@ -0,0 +1,21 @@ +using System; + +namespace NAudio.Wave +{ + [Flags] + enum AcmStreamConvertFlags + { + /// <summary> + /// ACM_STREAMCONVERTF_BLOCKALIGN + /// </summary> + BlockAlign = 0x00000004, + /// <summary> + /// ACM_STREAMCONVERTF_START + /// </summary> + Start = 0x00000010, + /// <summary> + /// ACM_STREAMCONVERTF_END + /// </summary> + End = 0x00000020, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamConvertFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamConvertFlags.cs.meta new file mode 100644 index 0000000..48966c6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamConvertFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1862e370e37023709a5d05f93794cec5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeader.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeader.cs new file mode 100644 index 0000000..8201785 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeader.cs @@ -0,0 +1,114 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + class AcmStreamHeader : IDisposable + { + private AcmStreamHeaderStruct streamHeader; + private GCHandle hSourceBuffer; + private GCHandle hDestBuffer; + private IntPtr streamHandle; + private bool firstTime; + + public AcmStreamHeader(IntPtr streamHandle, int sourceBufferLength, int destBufferLength) + { + streamHeader = new AcmStreamHeaderStruct(); + SourceBuffer = new byte[sourceBufferLength]; + hSourceBuffer = GCHandle.Alloc(SourceBuffer, GCHandleType.Pinned); + + DestBuffer = new byte[destBufferLength]; + hDestBuffer = GCHandle.Alloc(DestBuffer, GCHandleType.Pinned); + + this.streamHandle = streamHandle; + firstTime = true; + //Prepare(); + } + + private void Prepare() + { + streamHeader.cbStruct = Marshal.SizeOf(streamHeader); + streamHeader.sourceBufferLength = SourceBuffer.Length; + streamHeader.sourceBufferPointer = hSourceBuffer.AddrOfPinnedObject(); + streamHeader.destBufferLength = DestBuffer.Length; + streamHeader.destBufferPointer = hDestBuffer.AddrOfPinnedObject(); + MmException.Try(AcmInterop.acmStreamPrepareHeader(streamHandle, streamHeader, 0), "acmStreamPrepareHeader"); + } + + private void Unprepare() + { + streamHeader.sourceBufferLength = SourceBuffer.Length; + streamHeader.sourceBufferPointer = hSourceBuffer.AddrOfPinnedObject(); + streamHeader.destBufferLength = DestBuffer.Length; + streamHeader.destBufferPointer = hDestBuffer.AddrOfPinnedObject(); + + MmResult result = AcmInterop.acmStreamUnprepareHeader(streamHandle, streamHeader, 0); + if (result != MmResult.NoError) + { + //if (result == MmResult.AcmHeaderUnprepared) + throw new MmException(result, "acmStreamUnprepareHeader"); + } + } + + public void Reposition() + { + firstTime = true; + } + + public int Convert(int bytesToConvert, out int sourceBytesConverted) + { + Prepare(); + try + { + streamHeader.sourceBufferLength = bytesToConvert; + streamHeader.sourceBufferLengthUsed = bytesToConvert; + AcmStreamConvertFlags flags = firstTime ? (AcmStreamConvertFlags.Start | AcmStreamConvertFlags.BlockAlign) : AcmStreamConvertFlags.BlockAlign; + MmException.Try(AcmInterop.acmStreamConvert(streamHandle, streamHeader, flags), "acmStreamConvert"); + firstTime = false; + System.Diagnostics.Debug.Assert(streamHeader.destBufferLength == DestBuffer.Length, "Codecs should not change dest buffer length"); + sourceBytesConverted = streamHeader.sourceBufferLengthUsed; + } + finally + { + Unprepare(); + } + + return streamHeader.destBufferLengthUsed; + } + + public byte[] SourceBuffer { get; private set; } + + public byte[] DestBuffer { get; private set; } + + #region IDisposable Members + + bool disposed = false; + + public void Dispose() + { + GC.SuppressFinalize(this); + Dispose(true); + } + + protected virtual void Dispose(bool disposing) + { + if (!disposed) + { + //Unprepare(); + SourceBuffer = null; + DestBuffer = null; + hSourceBuffer.Free(); + hDestBuffer.Free(); + } + disposed = true; + } + + ~AcmStreamHeader() + { + System.Diagnostics.Debug.Assert(false, "AcmStreamHeader dispose was not called"); + Dispose(false); + } + #endregion + } + +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeader.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeader.cs.meta new file mode 100644 index 0000000..041085e --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 146601aaacf8c8d3f8eee6420ac97fa1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStatusFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStatusFlags.cs new file mode 100644 index 0000000..1cd3906 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStatusFlags.cs @@ -0,0 +1,21 @@ +using System; + +namespace NAudio.Wave.Compression +{ + [Flags] + enum AcmStreamHeaderStatusFlags + { + /// <summary> + /// ACMSTREAMHEADER_STATUSF_DONE + /// </summary> + Done = 0x00010000, + /// <summary> + /// ACMSTREAMHEADER_STATUSF_PREPARED + /// </summary> + Prepared = 0x00020000, + /// <summary> + /// ACMSTREAMHEADER_STATUSF_INQUEUE + /// </summary> + InQueue = 0x00100000, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStatusFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStatusFlags.cs.meta new file mode 100644 index 0000000..8622e3f --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStatusFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1d3dcf33bb8f75a68a97e1937f0faaf9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStruct.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStruct.cs new file mode 100644 index 0000000..5370bc0 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStruct.cs @@ -0,0 +1,40 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Interop structure for ACM stream headers. + /// ACMSTREAMHEADER + /// http://msdn.microsoft.com/en-us/library/dd742926%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Size = 128)] // explicit size to make it work for x64 + class AcmStreamHeaderStruct + { + public int cbStruct; + public AcmStreamHeaderStatusFlags fdwStatus = 0; + public IntPtr userData; + public IntPtr sourceBufferPointer; + public int sourceBufferLength; + public int sourceBufferLengthUsed; + public IntPtr sourceUserData; + public IntPtr destBufferPointer; + public int destBufferLength; + public int destBufferLengthUsed = 0; + public IntPtr destUserData; + + // 10 reserved values follow this, we don't need to declare them + // since we have set the struct size explicitly and don't + // need to access them in client code (thanks Brian) + /*public int reserved0; + public int reserved1; + public int reserved2; + public int reserved3; + public int reserved4; + public int reserved5; + public int reserved6; + public int reserved7; + public int reserved8; + public int reserved9;*/ + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStruct.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStruct.cs.meta new file mode 100644 index 0000000..53b63ea --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamHeaderStruct.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 88add1a40516a5f9aaa91455d75f4ad9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamOpenFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamOpenFlags.cs new file mode 100644 index 0000000..239dacd --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamOpenFlags.cs @@ -0,0 +1,49 @@ +using System; + +namespace NAudio.Wave.Compression +{ + [Flags] + enum AcmStreamOpenFlags + { + /// <summary> + /// ACM_STREAMOPENF_QUERY, ACM will be queried to determine whether it supports the given conversion. A conversion stream will not be opened, and no handle will be returned in the phas parameter. + /// </summary> + Query = 0x00000001, + /// <summary> + /// ACM_STREAMOPENF_ASYNC, Stream conversion should be performed asynchronously. If this flag is specified, the application can use a callback function to be notified when the conversion stream is opened and closed and after each buffer is converted. In addition to using a callback function, an application can examine the fdwStatus member of the ACMSTREAMHEADER structure for the ACMSTREAMHEADER_STATUSF_DONE flag. + /// </summary> + Async = 0x00000002, + /// <summary> + /// ACM_STREAMOPENF_NONREALTIME, ACM will not consider time constraints when converting the data. By default, the driver will attempt to convert the data in real time. For some formats, specifying this flag might improve the audio quality or other characteristics. + /// </summary> + NonRealTime = 0x00000004, + /// <summary> + /// CALLBACK_TYPEMASK, callback type mask + /// </summary> + CallbackTypeMask = 0x00070000, + /// <summary> + /// CALLBACK_NULL, no callback + /// </summary> + CallbackNull = 0x00000000, + /// <summary> + /// CALLBACK_WINDOW, dwCallback is a HWND + /// </summary> + CallbackWindow = 0x00010000, + /// <summary> + /// CALLBACK_TASK, dwCallback is a HTASK + /// </summary> + CallbackTask = 0x00020000, + /// <summary> + /// CALLBACK_FUNCTION, dwCallback is a FARPROC + /// </summary> + CallbackFunction = 0x00030000, + /// <summary> + /// CALLBACK_THREAD, thread ID replaces 16 bit task + /// </summary> + CallbackThread = CallbackTask, + /// <summary> + /// CALLBACK_EVENT, dwCallback is an EVENT Handle + /// </summary> + CallbackEvent = 0x00050000, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamOpenFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamOpenFlags.cs.meta new file mode 100644 index 0000000..d7f1d8b --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamOpenFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bd5b9c9335305d579855e1c2aa24ba69 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamSizeFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamSizeFlags.cs new file mode 100644 index 0000000..f70723e --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamSizeFlags.cs @@ -0,0 +1,14 @@ +namespace NAudio.Wave.Compression +{ + enum AcmStreamSizeFlags + { + /// <summary> + /// ACM_STREAMSIZEF_SOURCE + /// </summary> + Source = 0x00000000, + /// <summary> + /// ACM_STREAMSIZEF_DESTINATION + /// </summary> + Destination = 0x00000001 + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamSizeFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamSizeFlags.cs.meta new file mode 100644 index 0000000..e0c825c --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/AcmStreamSizeFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9ca58b2e6521aaf37bcb0c1e77c02bd2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/WaveFilter.cs b/NAudio-2.2.1/NAudio.WinMM/Compression/WaveFilter.cs new file mode 100644 index 0000000..74652d6 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/WaveFilter.cs @@ -0,0 +1,29 @@ +using System.Runtime.InteropServices; + +namespace NAudio.Wave.Compression +{ + /// <summary> + /// Summary description for WaveFilter. + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet=CharSet.Ansi)] + public class WaveFilter + { + /// <summary> + /// cbStruct + /// </summary> + public int StructureSize = Marshal.SizeOf(typeof(WaveFilter)); + /// <summary> + /// dwFilterTag + /// </summary> + public int FilterTag = 0; + /// <summary> + /// fdwFilter + /// </summary> + public int Filter = 0; + /// <summary> + /// reserved + /// </summary> + [MarshalAs(UnmanagedType.ByValArray, SizeConst=5)] + public int []Reserved = null; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Compression/WaveFilter.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Compression/WaveFilter.cs.meta new file mode 100644 index 0000000..71e421f --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Compression/WaveFilter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a157cfd015eeba267b1c86689f4b40b3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer.meta new file mode 100644 index 0000000..60015f8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 6224eb5d6a7ea58e3a4edf829be30463 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/BooleanMixerControl.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/BooleanMixerControl.cs new file mode 100644 index 0000000..1541453 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/BooleanMixerControl.cs @@ -0,0 +1,56 @@ +// created on 10/12/2002 at 23:58 +using System; +using System.Runtime.InteropServices; +using NAudio.Utils; + +namespace NAudio.Mixer +{ + /// <summary> + /// Boolean mixer control + /// </summary> + public class BooleanMixerControl : MixerControl + { + private MixerInterop.MIXERCONTROLDETAILS_BOOLEAN boolDetails; + + internal BooleanMixerControl(MixerInterop.MIXERCONTROL mixerControl, IntPtr mixerHandle, MixerFlags mixerHandleType, int nChannels) + { + this.mixerControl = mixerControl; + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + this.nChannels = nChannels; + this.mixerControlDetails = new MixerInterop.MIXERCONTROLDETAILS(); + + GetControlDetails(); + + } + + /// <summary> + /// Gets the details for this control + /// </summary> + /// <param name="pDetails">memory pointer</param> + protected override void GetDetails(IntPtr pDetails) + { + boolDetails = Marshal.PtrToStructure<MixerInterop.MIXERCONTROLDETAILS_BOOLEAN>(pDetails); + } + + /// <summary> + /// The current value of the control + /// </summary> + public bool Value + { + get + { + GetControlDetails(); // make sure we have the latest value + return (boolDetails.fValue == 1); + } + set + { + boolDetails.fValue = (value) ? 1 : 0; + mixerControlDetails.paDetails = Marshal.AllocHGlobal(Marshal.SizeOf(boolDetails)); + Marshal.StructureToPtr(boolDetails, mixerControlDetails.paDetails, false); + MmException.Try(MixerInterop.mixerSetControlDetails(mixerHandle, ref mixerControlDetails, MixerFlags.Value | mixerHandleType), "mixerSetControlDetails"); + Marshal.FreeHGlobal(mixerControlDetails.paDetails); + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/BooleanMixerControl.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/BooleanMixerControl.cs.meta new file mode 100644 index 0000000..04d1571 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/BooleanMixerControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 525e8c11d67509e20a27b89ee1c290ed +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/CustomMixerControl.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/CustomMixerControl.cs new file mode 100644 index 0000000..bc9a308 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/CustomMixerControl.cs @@ -0,0 +1,32 @@ +// created on 13/12/2002 at 22:07 +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Mixer +{ + /// <summary> + /// Custom Mixer control + /// </summary> + public class CustomMixerControl : MixerControl + { + internal CustomMixerControl(MixerInterop.MIXERCONTROL mixerControl, IntPtr mixerHandle, MixerFlags mixerHandleType, int nChannels) + { + this.mixerControl = mixerControl; + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + this.nChannels = nChannels; + this.mixerControlDetails = new MixerInterop.MIXERCONTROLDETAILS(); + GetControlDetails(); + } + + /// <summary> + /// Get the data for this custom control + /// </summary> + /// <param name="pDetails">pointer to memory to receive data</param> + protected override void GetDetails(IntPtr pDetails) + { + } + + // TODO: provide a way of getting / setting data + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/CustomMixerControl.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/CustomMixerControl.cs.meta new file mode 100644 index 0000000..2490b69 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/CustomMixerControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 73b1eb8827e193427a0739697f7dd610 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/ListTextMixerControl.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/ListTextMixerControl.cs new file mode 100644 index 0000000..8dc8623 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/ListTextMixerControl.cs @@ -0,0 +1,34 @@ +// created on 13/12/2002 at 22:06 +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Mixer +{ + /// <summary> + /// List text mixer control + /// </summary> + public class ListTextMixerControl : MixerControl + { + internal ListTextMixerControl(MixerInterop.MIXERCONTROL mixerControl, IntPtr mixerHandle, MixerFlags mixerHandleType, int nChannels) + { + this.mixerControl = mixerControl; + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + this.nChannels = nChannels; + this.mixerControlDetails = new MixerInterop.MIXERCONTROLDETAILS(); + + GetControlDetails(); + + } + + /// <summary> + /// Get the details for this control + /// </summary> + /// <param name="pDetails">Memory location to read to</param> + protected override void GetDetails(IntPtr pDetails) + { + } + + // TODO: provide a way of getting / setting data + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/ListTextMixerControl.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/ListTextMixerControl.cs.meta new file mode 100644 index 0000000..f0b81f9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/ListTextMixerControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e4312797c98545599961d489808b0f7f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/Mixer.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/Mixer.cs new file mode 100644 index 0000000..ee43b3b --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/Mixer.cs @@ -0,0 +1,118 @@ +using System; +using System.Runtime.InteropServices; +using System.Collections.Generic; +using NAudio.Wave; + +namespace NAudio.Mixer +{ + /// <summary>Represents a Windows mixer device</summary> + public class Mixer + { + private MixerInterop.MIXERCAPS caps; + private IntPtr mixerHandle; + private MixerFlags mixerHandleType; + + /// <summary>The number of mixer devices available</summary> + public static int NumberOfDevices + { + get + { + return MixerInterop.mixerGetNumDevs(); + } + } + + /// <summary>Connects to the specified mixer</summary> + /// <param name="mixerIndex">The index of the mixer to use. + /// This should be between zero and NumberOfDevices - 1</param> + public Mixer(int mixerIndex) + { + if(mixerIndex < 0 || mixerIndex >= NumberOfDevices) + { + throw new ArgumentOutOfRangeException("mixerID"); + } + caps = new MixerInterop.MIXERCAPS(); + MmException.Try(MixerInterop.mixerGetDevCaps((IntPtr)mixerIndex,ref caps,Marshal.SizeOf(caps)),"mixerGetDevCaps"); + this.mixerHandle = (IntPtr)mixerIndex; + this.mixerHandleType = MixerFlags.Mixer; + + // TODO: optionally support really opening the mixer device + //MmException.Try(MixerInterop.mixerOpen(out mixerHandle, mixerIndex, IntPtr.Zero, IntPtr.Zero, 0), "mixerOpen"); + } + + /// <summary>The number of destinations this mixer supports</summary> + public int DestinationCount + { + get + { + return (int) caps.cDestinations; + } + } + + /// <summary>The name of this mixer device</summary> + public String Name + { + get + { + return caps.szPname; + } + } + + /// <summary>The manufacturer code for this mixer device</summary> + public Manufacturers Manufacturer + { + get + { + return (Manufacturers) caps.wMid; + } + } + + /// <summary>The product identifier code for this mixer device</summary> + public int ProductID + { + get + { + return caps.wPid; + } + } + + /// <summary>Retrieve the specified MixerDestination object</summary> + /// <param name="destinationIndex">The ID of the destination to use. + /// Should be between 0 and DestinationCount - 1</param> + public MixerLine GetDestination(int destinationIndex) + { + if(destinationIndex < 0 || destinationIndex >= DestinationCount) + { + throw new ArgumentOutOfRangeException("destinationIndex"); + } + return new MixerLine(mixerHandle, destinationIndex, mixerHandleType); + } + + /// <summary> + /// A way to enumerate the destinations + /// </summary> + public IEnumerable<MixerLine> Destinations + { + get + { + for (int destination = 0; destination < DestinationCount; destination++) + { + yield return GetDestination(destination); + } + } + } + + /// <summary> + /// A way to enumerate all available devices + /// </summary> + public static IEnumerable<Mixer> Mixers + { + get + { + for (int device = 0; device < Mixer.NumberOfDevices; device++) + { + yield return new Mixer(device); + } + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/Mixer.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/Mixer.cs.meta new file mode 100644 index 0000000..92738fd --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/Mixer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bdd21fe112606592c842f59d797fd1ba +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControl.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControl.cs new file mode 100644 index 0000000..c5a23de --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControl.cs @@ -0,0 +1,356 @@ +// created on 10/12/2002 at 21:11 +using System; +using System.Runtime.InteropServices; +using System.Collections.Generic; +using NAudio.Utils; + +namespace NAudio.Mixer +{ + /// <summary> + /// Represents a mixer control + /// </summary> + public abstract class MixerControl + { + internal MixerInterop.MIXERCONTROL mixerControl; + internal MixerInterop.MIXERCONTROLDETAILS mixerControlDetails; + + /// <summary> + /// Mixer Handle + /// </summary> + protected IntPtr mixerHandle; + + /// <summary> + /// Number of Channels + /// </summary> + protected int nChannels; + + /// <summary> + /// Mixer Handle Type + /// </summary> + protected MixerFlags mixerHandleType; + + /// <summary> + /// Gets all the mixer controls + /// </summary> + /// <param name="mixerHandle">Mixer Handle</param> + /// <param name="mixerLine">Mixer Line</param> + /// <param name="mixerHandleType">Mixer Handle Type</param> + /// <returns></returns> + public static IList<MixerControl> GetMixerControls(IntPtr mixerHandle, MixerLine mixerLine, + MixerFlags mixerHandleType) + { + var controls = new List<MixerControl>(); + if (mixerLine.ControlsCount > 0) + { + int mixerControlSize = Marshal.SizeOf<MixerInterop.MIXERCONTROL>(); + var mlc = new MixerInterop.MIXERLINECONTROLS(); + IntPtr pmc = Marshal.AllocHGlobal(mixerControlSize * mixerLine.ControlsCount); + mlc.cbStruct = Marshal.SizeOf(mlc); + mlc.dwLineID = mixerLine.LineId; + mlc.cControls = mixerLine.ControlsCount; + mlc.pamxctrl = pmc; + mlc.cbmxctrl = Marshal.SizeOf<MixerInterop.MIXERCONTROL>(); + try + { + MmResult err = MixerInterop.mixerGetLineControls(mixerHandle, ref mlc, MixerFlags.All | mixerHandleType); + if (err != MmResult.NoError) + { + throw new MmException(err, "mixerGetLineControls"); + } + for (int i = 0; i < mlc.cControls; i++) + { + Int64 address = pmc.ToInt64() + mixerControlSize * i; + + var mc = + Marshal.PtrToStructure<MixerInterop.MIXERCONTROL>((IntPtr)address); + var mixerControl = GetMixerControl(mixerHandle, mixerLine.LineId, mc.dwControlID, mixerLine.Channels, + mixerHandleType); + + controls.Add(mixerControl); + } + } + finally + { + Marshal.FreeHGlobal(pmc); + } + + } + return controls; + } + + /// <summary> + /// Gets a specified Mixer Control + /// </summary> + /// <param name="mixerHandle">Mixer Handle</param> + /// <param name="nLineId">Line ID</param> + /// <param name="controlId">Control ID</param> + /// <param name="nChannels">Number of Channels</param> + /// <param name="mixerFlags">Flags to use (indicates the meaning of mixerHandle)</param> + /// <returns></returns> + public static MixerControl GetMixerControl(IntPtr mixerHandle, int nLineId, int controlId, int nChannels, + MixerFlags mixerFlags) + { + var mlc = new MixerInterop.MIXERLINECONTROLS(); + var mc = new MixerInterop.MIXERCONTROL(); + + // set up the pointer to a structure + IntPtr pMixerControl = Marshal.AllocCoTaskMem(Marshal.SizeOf(mc)); + //Marshal.StructureToPtr(mc, pMixerControl, false); + + mlc.cbStruct = Marshal.SizeOf(mlc); + mlc.cControls = 1; + mlc.dwControlID = controlId; + mlc.cbmxctrl = Marshal.SizeOf(mc); + mlc.pamxctrl = pMixerControl; + mlc.dwLineID = nLineId; + MmResult err = MixerInterop.mixerGetLineControls(mixerHandle, ref mlc, MixerFlags.OneById | mixerFlags); + if (err != MmResult.NoError) + { + Marshal.FreeCoTaskMem(pMixerControl); + throw new MmException(err, "mixerGetLineControls"); + } + + // retrieve the structure from the pointer + mc = Marshal.PtrToStructure<MixerInterop.MIXERCONTROL>(mlc.pamxctrl); + Marshal.FreeCoTaskMem(pMixerControl); + + if (IsControlBoolean(mc.dwControlType)) + { + return new BooleanMixerControl(mc, mixerHandle, mixerFlags, nChannels); + } + + if (IsControlSigned(mc.dwControlType)) + { + return new SignedMixerControl(mc, mixerHandle, mixerFlags, nChannels); + } + + if (IsControlUnsigned(mc.dwControlType)) + { + return new UnsignedMixerControl(mc, mixerHandle, mixerFlags, nChannels); + } + + if (IsControlListText(mc.dwControlType)) + { + return new ListTextMixerControl(mc, mixerHandle, mixerFlags, nChannels); + } + + if (IsControlCustom(mc.dwControlType)) + { + return new CustomMixerControl(mc, mixerHandle, mixerFlags, nChannels); + } + + throw new InvalidOperationException($"Unknown mixer control type {mc.dwControlType}"); + } + + /// <summary> + /// Gets the control details + /// </summary> + protected void GetControlDetails() + { + mixerControlDetails.cbStruct = Marshal.SizeOf(mixerControlDetails); + mixerControlDetails.dwControlID = mixerControl.dwControlID; + if (IsCustom) + { + mixerControlDetails.cChannels = 0; + } + else if ((mixerControl.fdwControl & MixerInterop.MIXERCONTROL_CONTROLF_UNIFORM) != 0) + { + mixerControlDetails.cChannels = 1; + } + else + { + mixerControlDetails.cChannels = nChannels; + } + + + if ((mixerControl.fdwControl & MixerInterop.MIXERCONTROL_CONTROLF_MULTIPLE) != 0) + { + mixerControlDetails.hwndOwner = (IntPtr) mixerControl.cMultipleItems; + } + else if (IsCustom) + { + mixerControlDetails.hwndOwner = IntPtr.Zero; // TODO: special cases + } + else + { + mixerControlDetails.hwndOwner = IntPtr.Zero; + } + + if (IsBoolean) + { + mixerControlDetails.cbDetails = Marshal.SizeOf<MixerInterop.MIXERCONTROLDETAILS_BOOLEAN>(); + } + else if (IsListText) + { + mixerControlDetails.cbDetails = Marshal.SizeOf<MixerInterop.MIXERCONTROLDETAILS_LISTTEXT>(); + } + else if (IsSigned) + { + mixerControlDetails.cbDetails = Marshal.SizeOf<MixerInterop.MIXERCONTROLDETAILS_SIGNED>(); + } + else if (IsUnsigned) + { + mixerControlDetails.cbDetails = Marshal.SizeOf<MixerInterop.MIXERCONTROLDETAILS_UNSIGNED>(); + } + else + { + // must be custom + mixerControlDetails.cbDetails = mixerControl.Metrics.customData; + } + var detailsSize = mixerControlDetails.cbDetails*mixerControlDetails.cChannels; + if ((mixerControl.fdwControl & MixerInterop.MIXERCONTROL_CONTROLF_MULTIPLE) != 0) + { + // fixing issue 16390 - calculating size correctly for multiple items + detailsSize *= (int) mixerControl.cMultipleItems; + } + IntPtr buffer = Marshal.AllocCoTaskMem(detailsSize); + // To copy stuff in: + // Marshal.StructureToPtr( theStruct, buffer, false ); + mixerControlDetails.paDetails = buffer; + MmResult err = MixerInterop.mixerGetControlDetails(mixerHandle, ref mixerControlDetails, + MixerFlags.Value | mixerHandleType); + // let the derived classes get the details before we free the handle + if (err == MmResult.NoError) + { + GetDetails(mixerControlDetails.paDetails); + } + Marshal.FreeCoTaskMem(buffer); + if (err != MmResult.NoError) + { + throw new MmException(err, "mixerGetControlDetails"); + } + } + + /// <summary> + /// Gets the control details + /// </summary> + /// <param name="pDetails"></param> + protected abstract void GetDetails(IntPtr pDetails); + + /// <summary> + /// Mixer control name + /// </summary> + public String Name => mixerControl.szName; + + /// <summary> + /// Mixer control type + /// </summary> + public MixerControlType ControlType => mixerControl.dwControlType; + + /// <summary> + /// Returns true if this is a boolean control + /// </summary> + /// <param name="controlType">Control type</param> + private static bool IsControlBoolean(MixerControlType controlType) + { + switch (controlType) + { + case MixerControlType.BooleanMeter: + case MixerControlType.Boolean: + case MixerControlType.Button: + case MixerControlType.Loudness: + case MixerControlType.Mono: + case MixerControlType.Mute: + case MixerControlType.OnOff: + case MixerControlType.StereoEnhance: + case MixerControlType.Mixer: + case MixerControlType.MultipleSelect: + case MixerControlType.Mux: + case MixerControlType.SingleSelect: + return true; + default: + return false; + } + } + + /// <summary> + /// Is this a boolean control + /// </summary> + public bool IsBoolean => IsControlBoolean(mixerControl.dwControlType); + + /// <summary> + /// Determines whether a specified mixer control type is a list text control + /// </summary> + private static bool IsControlListText(MixerControlType controlType) + { + switch (controlType) + { + case MixerControlType.Equalizer: + case MixerControlType.Mixer: + case MixerControlType.MultipleSelect: + case MixerControlType.Mux: + case MixerControlType.SingleSelect: + return true; + default: + return false; + } + } + + /// <summary> + /// True if this is a list text control + /// </summary> + public bool IsListText => IsControlListText(mixerControl.dwControlType); + + private static bool IsControlSigned(MixerControlType controlType) + { + switch (controlType) + { + case MixerControlType.PeakMeter: + case MixerControlType.SignedMeter: + case MixerControlType.Signed: + case MixerControlType.Decibels: + case MixerControlType.Pan: + case MixerControlType.QSoundPan: + case MixerControlType.Slider: + return true; + default: + return false; + } + } + + /// <summary> + /// True if this is a signed control + /// </summary> + public bool IsSigned => IsControlSigned(mixerControl.dwControlType); + + private static bool IsControlUnsigned(MixerControlType controlType) + { + switch (controlType) + { + case MixerControlType.UnsignedMeter: + case MixerControlType.Unsigned: + case MixerControlType.Bass: + case MixerControlType.Equalizer: + case MixerControlType.Fader: + case MixerControlType.Treble: + case MixerControlType.Volume: + case MixerControlType.MicroTime: + case MixerControlType.MilliTime: + case MixerControlType.Percent: + return true; + default: + return false; + } + } + + /// <summary> + /// True if this is an unsigned control + /// </summary> + public bool IsUnsigned => IsControlUnsigned(mixerControl.dwControlType); + + private static bool IsControlCustom(MixerControlType controlType) + { + return controlType == MixerControlType.Custom; + } + + /// <summary> + /// True if this is a custom control + /// </summary> + public bool IsCustom => IsControlCustom(mixerControl.dwControlType); + + /// <summary> + /// String representation for debug purposes + /// </summary> + public override string ToString() => $"{Name} {ControlType}"; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControl.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControl.cs.meta new file mode 100644 index 0000000..4c99591 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ad8851c3776ebe5a28bc6b58ca53351c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControlType.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControlType.cs new file mode 100644 index 0000000..7673f49 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControlType.cs @@ -0,0 +1,111 @@ +// created on 15/12/2002 at 02:55 +using System; + +namespace NAudio.Mixer +{ + [Flags] + internal enum MixerControlClass + { + Custom = 0x00000000, + Meter = 0x10000000, + Switch = 0x20000000, + Number = 0x30000000, + Slider = 0x40000000, + Fader = 0x50000000, + Time = 0x60000000, + List = 0x70000000, + Mask = Custom | Meter | Switch | Number | Slider | Fader | Time | List + } + + [Flags] + internal enum MixerControlSubclass + { + SwitchBoolean = 0x00000000, + SwitchButton = 0x01000000, + MeterPolled = 0x00000000, + TimeMicrosecs = 0x00000000, + TimeMillisecs = 0x01000000, + ListSingle = 0x00000000, + ListMultiple = 0x01000000, + Mask = 0x0F000000 + } + + [Flags] + internal enum MixerControlUnits + { + Custom = 0x00000000, + Boolean = 0x00010000, + Signed = 0x00020000, + Unsigned = 0x00030000, + Decibels = 0x00040000, // in 10ths + Percent = 0x00050000, // in 10ths + Mask = 0x00FF0000 + } + + /// <summary> + /// Mixer control types + /// </summary> + public enum MixerControlType + { + /// <summary>Custom</summary> + Custom = (MixerControlClass.Custom | MixerControlUnits.Custom), + /// <summary>Boolean meter</summary> + BooleanMeter = (MixerControlClass.Meter | MixerControlSubclass.MeterPolled | MixerControlUnits.Boolean), + /// <summary>Signed meter</summary> + SignedMeter = (MixerControlClass.Meter | MixerControlSubclass.MeterPolled | MixerControlUnits.Signed), + /// <summary>Peak meter</summary> + PeakMeter = (SignedMeter + 1), + /// <summary>Unsigned meter</summary> + UnsignedMeter = (MixerControlClass.Meter | MixerControlSubclass.MeterPolled | MixerControlUnits.Unsigned), + /// <summary>Boolean</summary> + Boolean = (MixerControlClass.Switch | MixerControlSubclass.SwitchBoolean | MixerControlUnits.Boolean), + /// <summary>On Off</summary> + OnOff = (Boolean + 1), + /// <summary>Mute</summary> + Mute = (Boolean + 2), + /// <summary>Mono</summary> + Mono = (Boolean + 3), + /// <summary>Loudness</summary> + Loudness = (Boolean + 4), + /// <summary>Stereo Enhance</summary> + StereoEnhance = (Boolean + 5), + /// <summary>Button</summary> + Button = (MixerControlClass.Switch | MixerControlSubclass.SwitchButton | MixerControlUnits.Boolean), + /// <summary>Decibels</summary> + Decibels = (MixerControlClass.Number | MixerControlUnits.Decibels), + /// <summary>Signed</summary> + Signed = (MixerControlClass.Number | MixerControlUnits.Signed), + /// <summary>Unsigned</summary> + Unsigned = (MixerControlClass.Number | MixerControlUnits.Unsigned), + /// <summary>Percent</summary> + Percent = (MixerControlClass.Number | MixerControlUnits.Percent), + /// <summary>Slider</summary> + Slider = (MixerControlClass.Slider | MixerControlUnits.Signed), + /// <summary>Pan</summary> + Pan = (Slider + 1), + /// <summary>Q-sound pan</summary> + QSoundPan = (Slider + 2), + /// <summary>Fader</summary> + Fader = (MixerControlClass.Fader | MixerControlUnits.Unsigned), + /// <summary>Volume</summary> + Volume = (Fader + 1), + /// <summary>Bass</summary> + Bass = (Fader + 2), + /// <summary>Treble</summary> + Treble = (Fader + 3), + /// <summary>Equaliser</summary> + Equalizer = (Fader + 4), + /// <summary>Single Select</summary> + SingleSelect = (MixerControlClass.List | MixerControlSubclass.ListSingle | MixerControlUnits.Boolean), + /// <summary>Mux</summary> + Mux = (SingleSelect + 1), + /// <summary>Multiple select</summary> + MultipleSelect = (MixerControlClass.List | MixerControlSubclass.ListMultiple | MixerControlUnits.Boolean), + /// <summary>Mixer</summary> + Mixer = (MultipleSelect + 1), + /// <summary>Micro time</summary> + MicroTime = (MixerControlClass.Time | MixerControlSubclass.TimeMicrosecs | MixerControlUnits.Unsigned), + /// <summary>Milli time</summary> + MilliTime = (MixerControlClass.Time | MixerControlSubclass.TimeMillisecs | MixerControlUnits.Unsigned), + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControlType.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControlType.cs.meta new file mode 100644 index 0000000..3f23e60 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerControlType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 40620915f1aa2bba0bc896894843fc0c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerFlags.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerFlags.cs new file mode 100644 index 0000000..5d19fa1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerFlags.cs @@ -0,0 +1,123 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Mixer +{ + /// <summary> + /// Mixer Interop Flags + /// </summary> + [Flags] + public enum MixerFlags + { + #region Objects + /// <summary> + /// MIXER_OBJECTF_HANDLE = 0x80000000; + /// </summary> + Handle = unchecked ( (int) 0x80000000 ), + /// <summary> + /// MIXER_OBJECTF_MIXER = 0x00000000; + /// </summary> + Mixer = 0, + /// <summary> + /// MIXER_OBJECTF_HMIXER + /// </summary> + MixerHandle = Mixer | Handle, + /// <summary> + /// MIXER_OBJECTF_WAVEOUT + /// </summary> + WaveOut = 0x10000000, + /// <summary> + /// MIXER_OBJECTF_HWAVEOUT + /// </summary> + WaveOutHandle = WaveOut | Handle, + /// <summary> + /// MIXER_OBJECTF_WAVEIN + /// </summary> + WaveIn = 0x20000000, + /// <summary> + /// MIXER_OBJECTF_HWAVEIN + /// </summary> + WaveInHandle = WaveIn | Handle, + /// <summary> + /// MIXER_OBJECTF_MIDIOUT + /// </summary> + MidiOut = 0x30000000, + /// <summary> + /// MIXER_OBJECTF_HMIDIOUT + /// </summary> + MidiOutHandle = MidiOut | Handle, + /// <summary> + /// MIXER_OBJECTF_MIDIIN + /// </summary> + MidiIn = 0x40000000, + /// <summary> + /// MIXER_OBJECTF_HMIDIIN + /// </summary> + MidiInHandle = MidiIn | Handle, + /// <summary> + /// MIXER_OBJECTF_AUX + /// </summary> + Aux = 0x50000000, + #endregion + + #region Get/Set control details + /// <summary> + /// MIXER_GETCONTROLDETAILSF_VALUE = 0x00000000; + /// MIXER_SETCONTROLDETAILSF_VALUE = 0x00000000; + /// </summary> + Value = 0, + /// <summary> + /// MIXER_GETCONTROLDETAILSF_LISTTEXT = 0x00000001; + /// MIXER_SETCONTROLDETAILSF_LISTTEXT = 0x00000001; + /// </summary> + ListText = 1, + /// <summary> + /// MIXER_GETCONTROLDETAILSF_QUERYMASK = 0x0000000F; + /// MIXER_SETCONTROLDETAILSF_QUERYMASK = 0x0000000F; + /// MIXER_GETLINECONTROLSF_QUERYMASK = 0x0000000F; + /// </summary> + QueryMask = 0xF, + #endregion + + #region get line controls + /// <summary> + /// MIXER_GETLINECONTROLSF_ALL = 0x00000000; + /// </summary> + All = 0, + /// <summary> + /// MIXER_GETLINECONTROLSF_ONEBYID = 0x00000001; + /// </summary> + OneById = 1, + /// <summary> + /// MIXER_GETLINECONTROLSF_ONEBYTYPE = 0x00000002; + /// </summary> + OneByType = 2, + #endregion + + /// <summary> + /// MIXER_GETLINEINFOF_DESTINATION = 0x00000000; + /// </summary> + GetLineInfoOfDestination = 0, + /// <summary> + /// MIXER_GETLINEINFOF_SOURCE = 0x00000001; + /// </summary> + GetLineInfoOfSource = 1, + /// <summary> + /// MIXER_GETLINEINFOF_LINEID = 0x00000002; + /// </summary> + GetLineInfoOfLineId = 2, + /// <summary> + /// MIXER_GETLINEINFOF_COMPONENTTYPE = 0x00000003; + /// </summary> + GetLineInfoOfComponentType = 3, + /// <summary> + /// MIXER_GETLINEINFOF_TARGETTYPE = 0x00000004; + /// </summary> + GetLineInfoOfTargetType = 4, + /// <summary> + /// MIXER_GETLINEINFOF_QUERYMASK = 0x0000000F; + /// </summary> + GetLineInfoOfQueryMask = 0xF, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerFlags.cs.meta new file mode 100644 index 0000000..549534a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f9a8fb015c8336e25bb3dbaf2bb5f634 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerInterop.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerInterop.cs new file mode 100644 index 0000000..0273e8d --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerInterop.cs @@ -0,0 +1,267 @@ +// created on 09/12/2002 at 21:03 +using System; +using System.Runtime.InteropServices; +using NAudio.Wave; + +// TODO: add function help from MSDN +// TODO: Create enums for flags parameters +namespace NAudio.Mixer +{ + class MixerInterop + { + public const UInt32 MIXERCONTROL_CONTROLF_UNIFORM = 0x00000001; + public const UInt32 MIXERCONTROL_CONTROLF_MULTIPLE = 0x00000002; + public const UInt32 MIXERCONTROL_CONTROLF_DISABLED = 0x80000000; + + public const Int32 MAXPNAMELEN = 32; + public const Int32 MIXER_SHORT_NAME_CHARS = 16; + public const Int32 MIXER_LONG_NAME_CHARS = 64; + + // http://msdn.microsoft.com/en-us/library/dd757304%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern Int32 mixerGetNumDevs(); + + // http://msdn.microsoft.com/en-us/library/dd757308%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerOpen(out IntPtr hMixer, int uMxId, IntPtr dwCallback, IntPtr dwInstance, MixerFlags dwOpenFlags); + + // http://msdn.microsoft.com/en-us/library/dd757292%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerClose(IntPtr hMixer); + + // http://msdn.microsoft.com/en-us/library/dd757299%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerGetControlDetails(IntPtr hMixer, ref MIXERCONTROLDETAILS mixerControlDetails, MixerFlags dwDetailsFlags); + + // http://msdn.microsoft.com/en-us/library/dd757300%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerGetDevCaps(IntPtr nMixerID, ref MIXERCAPS mixerCaps, Int32 mixerCapsSize); + + // http://msdn.microsoft.com/en-us/library/dd757301%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerGetID(IntPtr hMixer, out Int32 mixerID, MixerFlags dwMixerIDFlags); + + // http://msdn.microsoft.com/en-us/library/dd757302%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerGetLineControls(IntPtr hMixer, ref MIXERLINECONTROLS mixerLineControls, MixerFlags dwControlFlags); + + // http://msdn.microsoft.com/en-us/library/dd757303%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerGetLineInfo(IntPtr hMixer, ref MIXERLINE mixerLine, MixerFlags dwInfoFlags); + + // http://msdn.microsoft.com/en-us/library/dd757307%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerMessage(IntPtr hMixer, UInt32 nMessage, IntPtr dwParam1, IntPtr dwParam2); + + // http://msdn.microsoft.com/en-us/library/dd757309%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Ansi)] + public static extern MmResult mixerSetControlDetails(IntPtr hMixer, ref MIXERCONTROLDETAILS mixerControlDetails, MixerFlags dwDetailsFlags); + + // http://msdn.microsoft.com/en-us/library/dd757294%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Auto, Pack = 1)] + public struct MIXERCONTROLDETAILS + { + public Int32 cbStruct; // size of the MIXERCONTROLDETAILS structure + public Int32 dwControlID; + public Int32 cChannels; // Number of channels on which to get or set control properties + public IntPtr hwndOwner; // Union with DWORD cMultipleItems + public Int32 cbDetails; // Size of the paDetails Member + public IntPtr paDetails; // LPVOID + } + + // http://msdn.microsoft.com/en-us/library/dd757291%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct MIXERCAPS + { + public UInt16 wMid; + public UInt16 wPid; + public UInt32 vDriverVersion; // MMVERSION - major high byte, minor low byte + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MAXPNAMELEN)] + public String szPname; + public UInt32 fdwSupport; + public UInt32 cDestinations; + } + + // http://msdn.microsoft.com/en-us/library/dd757306%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct MIXERLINECONTROLS + { + public Int32 cbStruct; // size of the MIXERLINECONTROLS structure + public Int32 dwLineID; // Line identifier for which controls are being queried + public Int32 dwControlID; // union with UInt32 dwControlType + public Int32 cControls; + public Int32 cbmxctrl; + public IntPtr pamxctrl; // see MSDN "Structs Sample" + } + + /// <summary> + /// Mixer Line Flags + /// </summary> + [Flags] + public enum MIXERLINE_LINEF + { + /// <summary> + /// Audio line is active. An active line indicates that a signal is probably passing + /// through the line. + /// </summary> + MIXERLINE_LINEF_ACTIVE = 1, + + /// <summary> + /// Audio line is disconnected. A disconnected line's associated controls can still be + /// modified, but the changes have no effect until the line is connected. + /// </summary> + MIXERLINE_LINEF_DISCONNECTED = 0x8000, + + /// <summary> + /// Audio line is an audio source line associated with a single audio destination line. + /// If this flag is not set, this line is an audio destination line associated with zero + /// or more audio source lines. + /// </summary> + MIXERLINE_LINEF_SOURCE = (unchecked((int)0x80000000)) + } + + // http://msdn.microsoft.com/en-us/library/dd757305%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct MIXERLINE + { + public Int32 cbStruct; + public Int32 dwDestination; + public Int32 dwSource; + public Int32 dwLineID; + public MIXERLINE_LINEF fdwLine; + public IntPtr dwUser; + public MixerLineComponentType dwComponentType; + public Int32 cChannels; + public Int32 cConnections; + public Int32 cControls; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MIXER_SHORT_NAME_CHARS)] + public String szShortName; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MIXER_LONG_NAME_CHARS)] + public String szName; + // start of target struct 'Target' + public UInt32 dwType; + public UInt32 dwDeviceID; + public UInt16 wMid; + public UInt16 wPid; + public UInt32 vDriverVersion; // MMVERSION - major high byte, minor low byte + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MAXPNAMELEN)] + public String szPname; + // end of target struct + } + + /// <summary> + /// BOUNDS structure + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct Bounds + { + /// <summary> + /// dwMinimum / lMinimum / reserved 0 + /// </summary> + public int minimum; + /// <summary> + /// dwMaximum / lMaximum / reserved 1 + /// </summary> + public int maximum; + /// <summary> + /// reserved 2 + /// </summary> + public int reserved2; + /// <summary> + /// reserved 3 + /// </summary> + public int reserved3; + /// <summary> + /// reserved 4 + /// </summary> + public int reserved4; + /// <summary> + /// reserved 5 + /// </summary> + public int reserved5; + } + + /// <summary> + /// METRICS structure + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct Metrics + { + /// <summary> + /// cSteps / reserved[0] + /// </summary> + public int step; + /// <summary> + /// cbCustomData / reserved[1], number of bytes for control details + /// </summary> + public int customData; + /// <summary> + /// reserved 2 + /// </summary> + public int reserved2; + /// <summary> + /// reserved 3 + /// </summary> + public int reserved3; + /// <summary> + /// reserved 4 + /// </summary> + public int reserved4; + /// <summary> + /// reserved 5 + /// </summary> + public int reserved5; + } + + /// <summary> + /// MIXERCONTROL struct + /// http://msdn.microsoft.com/en-us/library/dd757293%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct MIXERCONTROL + { + public UInt32 cbStruct; + public Int32 dwControlID; + public MixerControlType dwControlType; + public UInt32 fdwControl; + public UInt32 cMultipleItems; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MIXER_SHORT_NAME_CHARS)] + public String szShortName; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MIXER_LONG_NAME_CHARS)] + public String szName; + public Bounds Bounds; + public Metrics Metrics; + } + + // http://msdn.microsoft.com/en-us/library/dd757295%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi)] + public struct MIXERCONTROLDETAILS_BOOLEAN + { + public Int32 fValue; + } + + // http://msdn.microsoft.com/en-us/library/dd757297%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi)] + public struct MIXERCONTROLDETAILS_SIGNED + { + public Int32 lValue; + } + + // http://msdn.microsoft.com/en-us/library/dd757296%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi, Pack = 1)] + public struct MIXERCONTROLDETAILS_LISTTEXT + { + public UInt32 dwParam1; + public UInt32 dwParam2; + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MIXER_LONG_NAME_CHARS)] + public String szName; + } + + // http://msdn.microsoft.com/en-us/library/dd757298%28VS.85%29.aspx + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Ansi)] + public struct MIXERCONTROLDETAILS_UNSIGNED + { + public UInt32 dwValue; + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerInterop.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerInterop.cs.meta new file mode 100644 index 0000000..9047fa4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerInterop.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 23ac86faa0a6af893bc8f8b8bf4e402b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLine.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLine.cs new file mode 100644 index 0000000..4a42e92 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLine.cs @@ -0,0 +1,288 @@ +// created on 10/12/2002 at 20:37 +using System; +using System.Runtime.InteropServices; +using NAudio.Wave; +using System.Collections.Generic; + +namespace NAudio.Mixer +{ + /// <summary> + /// Represents a mixer line (source or destination) + /// </summary> + public class MixerLine + { + private MixerInterop.MIXERLINE mixerLine; + private IntPtr mixerHandle; + private MixerFlags mixerHandleType; + + /// <summary> + /// Creates a new mixer destination + /// </summary> + /// <param name="mixerHandle">Mixer Handle</param> + /// <param name="destinationIndex">Destination Index</param> + /// <param name="mixerHandleType">Mixer Handle Type</param> + public MixerLine(IntPtr mixerHandle, int destinationIndex, MixerFlags mixerHandleType) + { + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + mixerLine = new MixerInterop.MIXERLINE(); + mixerLine.cbStruct = Marshal.SizeOf(mixerLine); + mixerLine.dwDestination = destinationIndex; + MmException.Try(MixerInterop.mixerGetLineInfo(mixerHandle, ref mixerLine, mixerHandleType | MixerFlags.GetLineInfoOfDestination), "mixerGetLineInfo"); + } + + /// <summary> + /// Creates a new Mixer Source For a Specified Source + /// </summary> + /// <param name="mixerHandle">Mixer Handle</param> + /// <param name="destinationIndex">Destination Index</param> + /// <param name="sourceIndex">Source Index</param> + /// <param name="mixerHandleType">Flag indicating the meaning of mixerHandle</param> + public MixerLine(IntPtr mixerHandle, int destinationIndex, int sourceIndex, MixerFlags mixerHandleType) + { + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + mixerLine = new MixerInterop.MIXERLINE(); + mixerLine.cbStruct = Marshal.SizeOf(mixerLine); + mixerLine.dwDestination = destinationIndex; + mixerLine.dwSource = sourceIndex; + MmException.Try(MixerInterop.mixerGetLineInfo(mixerHandle, ref mixerLine, mixerHandleType | MixerFlags.GetLineInfoOfSource), "mixerGetLineInfo"); + } + + /// <summary> + /// Creates a new Mixer Source + /// </summary> + /// <param name="waveInDevice">Wave In Device</param> + public static int GetMixerIdForWaveIn(int waveInDevice) + { + int mixerId = -1; + MmException.Try(MixerInterop.mixerGetID((IntPtr)waveInDevice, out mixerId, MixerFlags.WaveIn), "mixerGetID"); + return mixerId; + } + + /// <summary> + /// Mixer Line Name + /// </summary> + public String Name + { + get + { + return mixerLine.szName; + } + } + + /// <summary> + /// Mixer Line short name + /// </summary> + public String ShortName + { + get + { + return mixerLine.szShortName; + } + } + + /// <summary> + /// The line ID + /// </summary> + public int LineId + { + get + { + return mixerLine.dwLineID; + } + } + + /// <summary> + /// Component Type + /// </summary> + public MixerLineComponentType ComponentType + { + get + { + return mixerLine.dwComponentType; + } + } + + /// <summary> + /// Mixer destination type description + /// </summary> + public String TypeDescription + { + get + { + switch (mixerLine.dwComponentType) + { + // destinations + case MixerLineComponentType.DestinationUndefined: + return "Undefined Destination"; + case MixerLineComponentType.DestinationDigital: + return "Digital Destination"; + case MixerLineComponentType.DestinationLine: + return "Line Level Destination"; + case MixerLineComponentType.DestinationMonitor: + return "Monitor Destination"; + case MixerLineComponentType.DestinationSpeakers: + return "Speakers Destination"; + case MixerLineComponentType.DestinationHeadphones: + return "Headphones Destination"; + case MixerLineComponentType.DestinationTelephone: + return "Telephone Destination"; + case MixerLineComponentType.DestinationWaveIn: + return "Wave Input Destination"; + case MixerLineComponentType.DestinationVoiceIn: + return "Voice Recognition Destination"; + // sources + case MixerLineComponentType.SourceUndefined: + return "Undefined Source"; + case MixerLineComponentType.SourceDigital: + return "Digital Source"; + case MixerLineComponentType.SourceLine: + return "Line Level Source"; + case MixerLineComponentType.SourceMicrophone: + return "Microphone Source"; + case MixerLineComponentType.SourceSynthesizer: + return "Synthesizer Source"; + case MixerLineComponentType.SourceCompactDisc: + return "Compact Disk Source"; + case MixerLineComponentType.SourceTelephone: + return "Telephone Source"; + case MixerLineComponentType.SourcePcSpeaker: + return "PC Speaker Source"; + case MixerLineComponentType.SourceWaveOut: + return "Wave Out Source"; + case MixerLineComponentType.SourceAuxiliary: + return "Auxiliary Source"; + case MixerLineComponentType.SourceAnalog: + return "Analog Source"; + default: + return "Invalid Component Type"; + } + } + } + + /// <summary> + /// Number of channels + /// </summary> + public int Channels + { + get + { + return mixerLine.cChannels; + } + } + + /// <summary> + /// Number of sources + /// </summary> + public int SourceCount + { + get + { + return mixerLine.cConnections; + } + } + + /// <summary> + /// Number of controls + /// </summary> + public int ControlsCount + { + get + { + return mixerLine.cControls; + } + } + + /// <summary> + /// Is this destination active + /// </summary> + public bool IsActive + { + get + { + return (mixerLine.fdwLine & MixerInterop.MIXERLINE_LINEF.MIXERLINE_LINEF_ACTIVE) != 0; + } + } + + /// <summary> + /// Is this destination disconnected + /// </summary> + public bool IsDisconnected + { + get + { + return (mixerLine.fdwLine & MixerInterop.MIXERLINE_LINEF.MIXERLINE_LINEF_DISCONNECTED) != 0; + } + } + + /// <summary> + /// Is this destination a source + /// </summary> + public bool IsSource + { + get + { + return (mixerLine.fdwLine & MixerInterop.MIXERLINE_LINEF.MIXERLINE_LINEF_SOURCE) != 0; + } + } + + /// <summary> + /// Gets the specified source + /// </summary> + public MixerLine GetSource(int sourceIndex) + { + if(sourceIndex < 0 || sourceIndex >= SourceCount) + { + throw new ArgumentOutOfRangeException("sourceIndex"); + } + return new MixerLine(mixerHandle, mixerLine.dwDestination, sourceIndex, this.mixerHandleType); + } + + /// <summary> + /// Enumerator for the controls on this Mixer Limne + /// </summary> + public IEnumerable<MixerControl> Controls + { + get + { + return MixerControl.GetMixerControls(this.mixerHandle, this, this.mixerHandleType); + } + } + + /// <summary> + /// Enumerator for the sources on this Mixer Line + /// </summary> + public IEnumerable<MixerLine> Sources + { + get + { + for (int source = 0; source < SourceCount; source++) + { + yield return GetSource(source); + } + } + } + + /// <summary> + /// The name of the target output device + /// </summary> + public string TargetName + { + get + { + return mixerLine.szPname; + } + } + + /// <summary> + /// Describes this Mixer Line (for diagnostic purposes) + /// </summary> + public override string ToString() + { + return String.Format("{0} {1} ({2} controls, ID={3})", + Name, TypeDescription, ControlsCount, mixerLine.dwLineID); + } + } +} + diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLine.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLine.cs.meta new file mode 100644 index 0000000..686922f --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLine.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3d194db599a053018b4fa27ea57fc927 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLineComponentType.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLineComponentType.cs new file mode 100644 index 0000000..3c7549a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLineComponentType.cs @@ -0,0 +1,114 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Mixer +{ + /// <summary> + /// Mixer Line Component type enumeration + /// </summary> + public enum MixerLineComponentType + { + /// <summary> + /// Audio line is a destination that cannot be defined by one of the standard component types. A mixer device is required to use this component type for line component types that have not been defined by Microsoft Corporation. + /// MIXERLINE_COMPONENTTYPE_DST_UNDEFINED + /// </summary> + DestinationUndefined = 0, + /// <summary> + /// Audio line is a digital destination (for example, digital input to a DAT or CD audio device). + /// MIXERLINE_COMPONENTTYPE_DST_DIGITAL + /// </summary> + DestinationDigital = 1, + /// <summary> + /// Audio line is a line level destination (for example, line level input from a CD audio device) that will be the final recording source for the analog-to-digital converter (ADC). Because most audio cards for personal computers provide some sort of gain for the recording audio source line, the mixer device will use the MIXERLINE_COMPONENTTYPE_DST_WAVEIN type. + /// MIXERLINE_COMPONENTTYPE_DST_LINE + /// </summary> + DestinationLine = 2, + /// <summary> + /// Audio line is a destination used for a monitor. + /// MIXERLINE_COMPONENTTYPE_DST_MONITOR + /// </summary> + DestinationMonitor = 3, + /// <summary> + /// Audio line is an adjustable (gain and/or attenuation) destination intended to drive speakers. This is the typical component type for the audio output of audio cards for personal computers. + /// MIXERLINE_COMPONENTTYPE_DST_SPEAKERS + /// </summary> + DestinationSpeakers = 4, + /// <summary> + /// Audio line is an adjustable (gain and/or attenuation) destination intended to drive headphones. Most audio cards use the same audio destination line for speakers and headphones, in which case the mixer device simply uses the MIXERLINE_COMPONENTTYPE_DST_SPEAKERS type. + /// MIXERLINE_COMPONENTTYPE_DST_HEADPHONES + /// </summary> + DestinationHeadphones = 5, + /// <summary> + /// Audio line is a destination that will be routed to a telephone line. + /// MIXERLINE_COMPONENTTYPE_DST_TELEPHONE + /// </summary> + DestinationTelephone = 6, + /// <summary> + /// Audio line is a destination that will be the final recording source for the waveform-audio input (ADC). This line typically provides some sort of gain or attenuation. This is the typical component type for the recording line of most audio cards for personal computers. + /// MIXERLINE_COMPONENTTYPE_DST_WAVEIN + /// </summary> + DestinationWaveIn = 7, + /// <summary> + /// Audio line is a destination that will be the final recording source for voice input. This component type is exactly like MIXERLINE_COMPONENTTYPE_DST_WAVEIN but is intended specifically for settings used during voice recording/recognition. Support for this line is optional for a mixer device. Many mixer devices provide only MIXERLINE_COMPONENTTYPE_DST_WAVEIN. + /// MIXERLINE_COMPONENTTYPE_DST_VOICEIN + /// </summary> + DestinationVoiceIn = 8, + /// <summary> + /// Audio line is a source that cannot be defined by one of the standard component types. A mixer device is required to use this component type for line component types that have not been defined by Microsoft Corporation. + /// MIXERLINE_COMPONENTTYPE_SRC_UNDEFINED + /// </summary> + SourceUndefined = 0x1000, + /// <summary> + /// Audio line is a digital source (for example, digital output from a DAT or audio CD). + /// MIXERLINE_COMPONENTTYPE_SRC_DIGITAL + /// </summary> + SourceDigital = 0x1001, + /// <summary> + /// Audio line is a line-level source (for example, line-level input from an external stereo) that can be used as an optional recording source. Because most audio cards for personal computers provide some sort of gain for the recording source line, the mixer device will use the MIXERLINE_COMPONENTTYPE_SRC_AUXILIARY type. + /// MIXERLINE_COMPONENTTYPE_SRC_LINE + /// </summary> + SourceLine = 0x1002, + /// <summary> + /// Audio line is a microphone recording source. Most audio cards for personal computers provide at least two types of recording sources: an auxiliary audio line and microphone input. A microphone audio line typically provides some sort of gain. Audio cards that use a single input for use with a microphone or auxiliary audio line should use the MIXERLINE_COMPONENTTYPE_SRC_MICROPHONE component type. + /// MIXERLINE_COMPONENTTYPE_SRC_MICROPHONE + /// </summary> + SourceMicrophone = 0x1003, + /// <summary> + /// Audio line is a source originating from the output of an internal synthesizer. Most audio cards for personal computers provide some sort of MIDI synthesizer (for example, an Adlib®-compatible or OPL/3 FM synthesizer). + /// MIXERLINE_COMPONENTTYPE_SRC_SYNTHESIZER + /// </summary> + SourceSynthesizer = 0x1004, + /// <summary> + /// Audio line is a source originating from the output of an internal audio CD. This component type is provided for audio cards that provide an audio source line intended to be connected to an audio CD (or CD-ROM playing an audio CD). + /// MIXERLINE_COMPONENTTYPE_SRC_COMPACTDISC + /// </summary> + SourceCompactDisc = 0x1005, + /// <summary> + /// Audio line is a source originating from an incoming telephone line. + /// MIXERLINE_COMPONENTTYPE_SRC_TELEPHONE + /// </summary> + SourceTelephone = 0x1006, + /// <summary> + /// Audio line is a source originating from personal computer speaker. Several audio cards for personal computers provide the ability to mix what would typically be played on the internal speaker with the output of an audio card. Some audio cards support the ability to use this output as a recording source. + /// MIXERLINE_COMPONENTTYPE_SRC_PCSPEAKER + /// </summary> + SourcePcSpeaker = 0x1007, + /// <summary> + /// Audio line is a source originating from the waveform-audio output digital-to-analog converter (DAC). Most audio cards for personal computers provide this component type as a source to the MIXERLINE_COMPONENTTYPE_DST_SPEAKERS destination. Some cards also allow this source to be routed to the MIXERLINE_COMPONENTTYPE_DST_WAVEIN destination. + /// MIXERLINE_COMPONENTTYPE_SRC_WAVEOUT + /// </summary> + SourceWaveOut = 0x1008, + /// <summary> + /// Audio line is a source originating from the auxiliary audio line. This line type is intended as a source with gain or attenuation that can be routed to the MIXERLINE_COMPONENTTYPE_DST_SPEAKERS destination and/or recorded from the MIXERLINE_COMPONENTTYPE_DST_WAVEIN destination. + /// MIXERLINE_COMPONENTTYPE_SRC_AUXILIARY + /// </summary> + SourceAuxiliary = 0x1009, + /// <summary> + /// Audio line is an analog source (for example, analog output from a video-cassette tape). + /// MIXERLINE_COMPONENTTYPE_SRC_ANALOG + /// </summary> + SourceAnalog = 0x100A, + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLineComponentType.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLineComponentType.cs.meta new file mode 100644 index 0000000..52faa33 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/MixerLineComponentType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3daa93d8f2810e53f93a9d58912ba601 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/SignedMixerControl.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/SignedMixerControl.cs new file mode 100644 index 0000000..b7016e2 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/SignedMixerControl.cs @@ -0,0 +1,100 @@ +// created on 13/12/2002 at 22:01 +using System; +using System.Runtime.InteropServices; +using NAudio.Utils; +using NAudio.Wave; + +namespace NAudio.Mixer +{ + /// <summary> + /// Represents a signed mixer control + /// </summary> + public class SignedMixerControl : MixerControl + { + private MixerInterop.MIXERCONTROLDETAILS_SIGNED signedDetails; + + internal SignedMixerControl(MixerInterop.MIXERCONTROL mixerControl, IntPtr mixerHandle, MixerFlags mixerHandleType, int nChannels) + { + this.mixerControl = mixerControl; + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + this.nChannels = nChannels; + this.mixerControlDetails = new MixerInterop.MIXERCONTROLDETAILS(); + GetControlDetails(); + } + + /// <summary> + /// Gets details for this contrl + /// </summary> + protected override void GetDetails(IntPtr pDetails) + { + signedDetails = Marshal.PtrToStructure<MixerInterop.MIXERCONTROLDETAILS_SIGNED>(mixerControlDetails.paDetails); + } + + /// <summary> + /// The value of the control + /// </summary> + public int Value + { + get + { + GetControlDetails(); + return signedDetails.lValue; + } + set + { + signedDetails.lValue = value; + mixerControlDetails.paDetails = Marshal.AllocHGlobal(Marshal.SizeOf(signedDetails)); + Marshal.StructureToPtr(signedDetails, mixerControlDetails.paDetails, false); + MmException.Try(MixerInterop.mixerSetControlDetails(mixerHandle, ref mixerControlDetails, MixerFlags.Value | mixerHandleType), "mixerSetControlDetails"); + Marshal.FreeHGlobal(mixerControlDetails.paDetails); + } + } + + /// <summary> + /// Minimum value for this control + /// </summary> + public int MinValue + { + get + { + return mixerControl.Bounds.minimum; + } + } + + /// <summary> + /// Maximum value for this control + /// </summary> + public int MaxValue + { + get + { + return mixerControl.Bounds.maximum; + } + } + + /// <summary> + /// Value of the control represented as a percentage + /// </summary> + public double Percent + { + get + { + return 100.0 * (Value - MinValue) / (double)(MaxValue - MinValue); + } + set + { + Value = (int)(MinValue + (value / 100.0) * (MaxValue - MinValue)); + } + } + + /// <summary> + /// String Representation for debugging purposes + /// </summary> + /// <returns></returns> + public override string ToString() + { + return String.Format("{0} {1}%", base.ToString(), Percent); + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/SignedMixerControl.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/SignedMixerControl.cs.meta new file mode 100644 index 0000000..881d242 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/SignedMixerControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5fde54052b6a1556c963edd2443b1686 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/UnsignedMixerControl.cs b/NAudio-2.2.1/NAudio.WinMM/Mixer/UnsignedMixerControl.cs new file mode 100644 index 0000000..77bbe5e --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/UnsignedMixerControl.cs @@ -0,0 +1,109 @@ +// created on 13/12/2002 at 22:04 +using System; +using System.Runtime.InteropServices; +using NAudio.Utils; +using NAudio.Wave; + +namespace NAudio.Mixer +{ + /// <summary> + /// Represents an unsigned mixer control + /// </summary> + public class UnsignedMixerControl : MixerControl + { + private MixerInterop.MIXERCONTROLDETAILS_UNSIGNED[] unsignedDetails; + + internal UnsignedMixerControl(MixerInterop.MIXERCONTROL mixerControl,IntPtr mixerHandle, MixerFlags mixerHandleType, int nChannels) + { + this.mixerControl = mixerControl; + this.mixerHandle = mixerHandle; + this.mixerHandleType = mixerHandleType; + this.nChannels = nChannels; + this.mixerControlDetails = new MixerInterop.MIXERCONTROLDETAILS(); + GetControlDetails(); + } + + /// <summary> + /// Gets the details for this control + /// </summary> + protected override void GetDetails(IntPtr pDetails) + { + unsignedDetails = new MixerInterop.MIXERCONTROLDETAILS_UNSIGNED[nChannels]; + for (int channel = 0; channel < nChannels; channel++) + { + unsignedDetails[channel] = Marshal.PtrToStructure<MixerInterop.MIXERCONTROLDETAILS_UNSIGNED>(mixerControlDetails.paDetails); + } + } + + /// <summary> + /// The control value + /// </summary> + public uint Value + { + get + { + GetControlDetails(); + return unsignedDetails[0].dwValue; + } + set + { + int structSize = Marshal.SizeOf(unsignedDetails[0]); + + mixerControlDetails.paDetails = Marshal.AllocHGlobal(structSize * nChannels); + for (int channel = 0; channel < nChannels; channel++) + { + unsignedDetails[channel].dwValue = value; + long pointer = mixerControlDetails.paDetails.ToInt64() + (structSize * channel); + Marshal.StructureToPtr(unsignedDetails[channel], (IntPtr)pointer, false); + } + MmException.Try(MixerInterop.mixerSetControlDetails(mixerHandle, ref mixerControlDetails, MixerFlags.Value | mixerHandleType), "mixerSetControlDetails"); + Marshal.FreeHGlobal(mixerControlDetails.paDetails); + } + } + + /// <summary> + /// The control's minimum value + /// </summary> + public UInt32 MinValue + { + get + { + return (uint) mixerControl.Bounds.minimum; + } + } + + /// <summary> + /// The control's maximum value + /// </summary> + public UInt32 MaxValue + { + get + { + return (uint) mixerControl.Bounds.maximum; + } + } + + /// <summary> + /// Value of the control represented as a percentage + /// </summary> + public double Percent + { + get + { + return 100.0 * (Value - MinValue) / (double)(MaxValue - MinValue); + } + set + { + Value = (uint)(MinValue + (value / 100.0) * (MaxValue - MinValue)); + } + } + + /// <summary> + /// String Representation for debugging purposes + /// </summary> + public override string ToString() + { + return String.Format("{0} {1}%", base.ToString(), Percent); + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mixer/UnsignedMixerControl.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mixer/UnsignedMixerControl.cs.meta new file mode 100644 index 0000000..00388dd --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mixer/UnsignedMixerControl.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8f1d4371a9188bff7a22e03219e40964 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop.meta new file mode 100644 index 0000000..c965608 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: aacea97f297151ccdab085e91ba387a5 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/MmTime.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/MmTime.cs new file mode 100644 index 0000000..6c535d1 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/MmTime.cs @@ -0,0 +1,46 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// MmTime + /// http://msdn.microsoft.com/en-us/library/dd757347(v=VS.85).aspx + /// </summary> + [StructLayout(LayoutKind.Explicit)] + public struct MmTime + { + public const int TIME_MS = 0x0001; + public const int TIME_SAMPLES = 0x0002; + public const int TIME_BYTES = 0x0004; + + [FieldOffset(0)] + public UInt32 wType; + [FieldOffset(4)] + public UInt32 ms; + [FieldOffset(4)] + public UInt32 sample; + [FieldOffset(4)] + public UInt32 cb; + [FieldOffset(4)] + public UInt32 ticks; + [FieldOffset(4)] + public Byte smpteHour; + [FieldOffset(5)] + public Byte smpteMin; + [FieldOffset(6)] + public Byte smpteSec; + [FieldOffset(7)] + public Byte smpteFrame; + [FieldOffset(8)] + public Byte smpteFps; + [FieldOffset(9)] + public Byte smpteDummy; + [FieldOffset(10)] + public Byte smptePad0; + [FieldOffset(11)] + public Byte smptePad1; + [FieldOffset(4)] + public UInt32 midiSongPtrPos; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/MmTime.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/MmTime.cs.meta new file mode 100644 index 0000000..2c6a4ab --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/MmTime.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8e277aa79a35a6e1aa235304f25230bd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveCallbackStrategy.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveCallbackStrategy.cs new file mode 100644 index 0000000..2dac5e3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveCallbackStrategy.cs @@ -0,0 +1,25 @@ +namespace NAudio.Wave +{ + /// <summary> + /// Wave Callback Strategy + /// </summary> + public enum WaveCallbackStrategy + { + /// <summary> + /// Use a function + /// </summary> + FunctionCallback, + /// <summary> + /// Create a new window (should only be done if on GUI thread) + /// </summary> + NewWindow, + /// <summary> + /// Use an existing window handle + /// </summary> + ExistingWindow, + /// <summary> + /// Use an event handle + /// </summary> + Event, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveCallbackStrategy.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveCallbackStrategy.cs.meta new file mode 100644 index 0000000..5de3c99 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveCallbackStrategy.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 59c327a9963c9c6d8bf148f3a7f6c6df +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeader.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeader.cs new file mode 100644 index 0000000..7b81c66 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeader.cs @@ -0,0 +1,30 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveHeader interop structure (WAVEHDR) + /// http://msdn.microsoft.com/en-us/library/dd743837%28VS.85%29.aspx + /// </summary> + [StructLayout(LayoutKind.Sequential)] + public sealed class WaveHeader + { + /// <summary>pointer to locked data buffer (lpData)</summary> + public IntPtr dataBuffer; + /// <summary>length of data buffer (dwBufferLength)</summary> + public int bufferLength; + /// <summary>used for input only (dwBytesRecorded)</summary> + public int bytesRecorded; + /// <summary>for client's use (dwUser)</summary> + public IntPtr userData; + /// <summary>assorted flags (dwFlags)</summary> + public WaveHeaderFlags flags; + /// <summary>loop control counter (dwLoops)</summary> + public int loops; + /// <summary>PWaveHdr, reserved for driver (lpNext)</summary> + public IntPtr next; + /// <summary>reserved for driver</summary> + public IntPtr reserved; + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeader.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeader.cs.meta new file mode 100644 index 0000000..935b6ef --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6d271f6fae53bbe6a9c9fd174ea365fe +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeaderFlags.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeaderFlags.cs new file mode 100644 index 0000000..0b1280d --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeaderFlags.cs @@ -0,0 +1,39 @@ +using System; +using System.Collections.Generic; +using System.Text; + +namespace NAudio.Wave +{ + /// <summary> + /// Wave Header Flags enumeration + /// </summary> + [Flags] + public enum WaveHeaderFlags + { + /// <summary> + /// WHDR_BEGINLOOP + /// This buffer is the first buffer in a loop. This flag is used only with output buffers. + /// </summary> + BeginLoop = 0x00000004, + /// <summary> + /// WHDR_DONE + /// Set by the device driver to indicate that it is finished with the buffer and is returning it to the application. + /// </summary> + Done = 0x00000001, + /// <summary> + /// WHDR_ENDLOOP + /// This buffer is the last buffer in a loop. This flag is used only with output buffers. + /// </summary> + EndLoop = 0x00000008, + /// <summary> + /// WHDR_INQUEUE + /// Set by Windows to indicate that the buffer is queued for playback. + /// </summary> + InQueue = 0x00000010, + /// <summary> + /// WHDR_PREPARED + /// Set by Windows to indicate that the buffer has been prepared with the waveInPrepareHeader or waveOutPrepareHeader function. + /// </summary> + Prepared = 0x00000002 + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeaderFlags.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeaderFlags.cs.meta new file mode 100644 index 0000000..83eeb73 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveHeaderFlags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a128c429cd1efe527b69d58a2c81286f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInCapabilities.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInCapabilities.cs new file mode 100644 index 0000000..e2c5d5b --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInCapabilities.cs @@ -0,0 +1,122 @@ +using System; +using System.Runtime.InteropServices; +using Microsoft.Win32; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveInCapabilities structure (based on WAVEINCAPS2 from mmsystem.h) + /// http://msdn.microsoft.com/en-us/library/ms713726(VS.85).aspx + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Auto)] + public struct WaveInCapabilities + { + /// <summary> + /// wMid + /// </summary> + private short manufacturerId; + /// <summary> + /// wPid + /// </summary> + private short productId; + /// <summary> + /// vDriverVersion + /// </summary> + private int driverVersion; + /// <summary> + /// Product Name (szPname) + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MaxProductNameLength)] + private string productName; + /// <summary> + /// Supported formats (bit flags) dwFormats + /// </summary> + private SupportedWaveFormat supportedFormats; + /// <summary> + /// Supported channels (1 for mono 2 for stereo) (wChannels) + /// Seems to be set to -1 on a lot of devices + /// </summary> + private short channels; + /// <summary> + /// wReserved1 + /// </summary> + private short reserved; + + // extra WAVEINCAPS2 members + private Guid manufacturerGuid; + private Guid productGuid; + private Guid nameGuid; + + private const int MaxProductNameLength = 32; + + /// <summary> + /// Number of channels supported + /// </summary> + public int Channels + { + get + { + return channels; + } + } + + /// <summary> + /// The product name + /// </summary> + public string ProductName + { + get + { + return productName; + } + } + + /// <summary> + /// The device name Guid (if provided) + /// </summary> + public Guid NameGuid { get { return nameGuid; } } + /// <summary> + /// The product name Guid (if provided) + /// </summary> + public Guid ProductGuid { get { return productGuid; } } + /// <summary> + /// The manufacturer guid (if provided) + /// </summary> + public Guid ManufacturerGuid { get { return manufacturerGuid; } } + + /// <summary> + /// Checks to see if a given SupportedWaveFormat is supported + /// </summary> + /// <param name="waveFormat">The SupportedWaveFormat</param> + /// <returns>true if supported</returns> + public bool SupportsWaveFormat(SupportedWaveFormat waveFormat) + { + return (supportedFormats & waveFormat) == waveFormat; + } + + } + + public static class WaveCapabilitiesHelpers + { + public static readonly Guid MicrosoftDefaultManufacturerId = new Guid("d5a47fa8-6d98-11d1-a21a-00a0c9223196"); + public static readonly Guid DefaultWaveOutGuid = new Guid("E36DC310-6D9A-11D1-A21A-00A0C9223196"); + public static readonly Guid DefaultWaveInGuid = new Guid("E36DC311-6D9A-11D1-A21A-00A0C9223196"); + + /// <summary> + /// The device name from the registry if supported + /// </summary> + public static string GetNameFromGuid(Guid guid) + { + // n.b it seems many audio drivers just return the default values, which won't be in the registry + // http://www.tech-archive.net/Archive/Development/microsoft.public.win32.programmer.mmedia/2006-08/msg00102.html + string name = null; + // using (var namesKey = Registry.LocalMachine.OpenSubKey(@"System\CurrentControlSet\Control\MediaCategories")) + // using (var nameKey = namesKey.OpenSubKey(guid.ToString("B"))) + // { + // if (nameKey != null) name = nameKey.GetValue("Name") as string; + // } + return name; + } + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInCapabilities.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInCapabilities.cs.meta new file mode 100644 index 0000000..370fcec --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInCapabilities.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a5808200288e39a59812b3e14ce6998f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInterop.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInterop.cs new file mode 100644 index 0000000..ca0a706 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInterop.cs @@ -0,0 +1,169 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// MME Wave function interop + /// </summary> + public class WaveInterop + { + [Flags] + public enum WaveInOutOpenFlags + { + /// <summary> + /// CALLBACK_NULL + /// No callback + /// </summary> + CallbackNull = 0, + /// <summary> + /// CALLBACK_FUNCTION + /// dwCallback is a FARPROC + /// </summary> + CallbackFunction = 0x30000, + /// <summary> + /// CALLBACK_EVENT + /// dwCallback is an EVENT handle + /// </summary> + CallbackEvent = 0x50000, + /// <summary> + /// CALLBACK_WINDOW + /// dwCallback is a HWND + /// </summary> + CallbackWindow = 0x10000, + /// <summary> + /// CALLBACK_THREAD + /// callback is a thread ID + /// </summary> + CallbackThread = 0x20000, + /* + WAVE_FORMAT_QUERY = 1, + WAVE_MAPPED = 4, + WAVE_FORMAT_DIRECT = 8*/ + } + + //public const int TIME_MS = 0x0001; // time in milliseconds + //public const int TIME_SAMPLES = 0x0002; // number of wave samples + //public const int TIME_BYTES = 0x0004; // current byte offset + + public enum WaveMessage + { + /// <summary> + /// WIM_OPEN + /// </summary> + WaveInOpen = 0x3BE, + /// <summary> + /// WIM_CLOSE + /// </summary> + WaveInClose = 0x3BF, + /// <summary> + /// WIM_DATA + /// </summary> + WaveInData = 0x3C0, + + /// <summary> + /// WOM_CLOSE + /// </summary> + WaveOutClose = 0x3BC, + /// <summary> + /// WOM_DONE + /// </summary> + WaveOutDone = 0x3BD, + /// <summary> + /// WOM_OPEN + /// </summary> + WaveOutOpen = 0x3BB + } + + // use the userdata as a reference + // WaveOutProc http://msdn.microsoft.com/en-us/library/dd743869%28VS.85%29.aspx + // WaveInProc http://msdn.microsoft.com/en-us/library/dd743849%28VS.85%29.aspx + public delegate void WaveCallback(IntPtr hWaveOut, WaveMessage message, IntPtr dwInstance, WaveHeader wavhdr, IntPtr dwReserved); + + [DllImport("winmm.dll")] + public static extern Int32 mmioStringToFOURCC([MarshalAs(UnmanagedType.LPStr)] String s, int flags); + + [DllImport("winmm.dll")] + public static extern Int32 waveOutGetNumDevs(); + [DllImport("winmm.dll")] + public static extern MmResult waveOutPrepareHeader(IntPtr hWaveOut, WaveHeader lpWaveOutHdr, int uSize); + [DllImport("winmm.dll")] + public static extern MmResult waveOutUnprepareHeader(IntPtr hWaveOut, WaveHeader lpWaveOutHdr, int uSize); + [DllImport("winmm.dll")] + public static extern MmResult waveOutWrite(IntPtr hWaveOut, WaveHeader lpWaveOutHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd743866%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveOutOpen(out IntPtr hWaveOut, IntPtr uDeviceID, WaveFormat lpFormat, WaveCallback dwCallback, IntPtr dwInstance, WaveInOutOpenFlags dwFlags); + [DllImport("winmm.dll", EntryPoint = "waveOutOpen")] + public static extern MmResult waveOutOpenWindow(out IntPtr hWaveOut, IntPtr uDeviceID, WaveFormat lpFormat, IntPtr callbackWindowHandle, IntPtr dwInstance, WaveInOutOpenFlags dwFlags); + + [DllImport("winmm.dll")] + public static extern MmResult waveOutReset(IntPtr hWaveOut); + [DllImport("winmm.dll")] + public static extern MmResult waveOutClose(IntPtr hWaveOut); + [DllImport("winmm.dll")] + public static extern MmResult waveOutPause(IntPtr hWaveOut); + [DllImport("winmm.dll")] + public static extern MmResult waveOutRestart(IntPtr hWaveOut); + + // http://msdn.microsoft.com/en-us/library/dd743863%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveOutGetPosition(IntPtr hWaveOut, ref MmTime mmTime, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd743874%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveOutSetVolume(IntPtr hWaveOut, int dwVolume); + + [DllImport("winmm.dll")] + public static extern MmResult waveOutGetVolume(IntPtr hWaveOut, out int dwVolume); + + // http://msdn.microsoft.com/en-us/library/dd743857%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Auto)] + public static extern MmResult waveOutGetDevCaps(IntPtr deviceID, out WaveOutCapabilities waveOutCaps, int waveOutCapsSize); + + [DllImport("winmm.dll")] + public static extern Int32 waveInGetNumDevs(); + + // http://msdn.microsoft.com/en-us/library/dd743841%28VS.85%29.aspx + [DllImport("winmm.dll", CharSet = CharSet.Auto)] + public static extern MmResult waveInGetDevCaps(IntPtr deviceID, out WaveInCapabilities waveInCaps, int waveInCapsSize); + + // http://msdn.microsoft.com/en-us/library/dd743838%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInAddBuffer(IntPtr hWaveIn, WaveHeader pwh, int cbwh); + [DllImport("winmm.dll")] + public static extern MmResult waveInClose(IntPtr hWaveIn); + + // http://msdn.microsoft.com/en-us/library/dd743847%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInOpen(out IntPtr hWaveIn, IntPtr uDeviceID, WaveFormat lpFormat, WaveCallback dwCallback, IntPtr dwInstance, WaveInOutOpenFlags dwFlags); + [DllImport("winmm.dll", EntryPoint = "waveInOpen")] + public static extern MmResult waveInOpenWindow(out IntPtr hWaveIn, IntPtr uDeviceID, WaveFormat lpFormat, IntPtr callbackWindowHandle, IntPtr dwInstance, WaveInOutOpenFlags dwFlags); + + // http://msdn.microsoft.com/en-us/library/dd743848%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInPrepareHeader(IntPtr hWaveIn, WaveHeader lpWaveInHdr, int uSize); + + [DllImport("winmm.dll")] + public static extern MmResult waveInUnprepareHeader(IntPtr hWaveIn, WaveHeader lpWaveInHdr, int uSize); + + // http://msdn.microsoft.com/en-us/library/dd743850%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInReset(IntPtr hWaveIn); + + // http://msdn.microsoft.com/en-us/library/dd743851%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInStart(IntPtr hWaveIn); + + // http://msdn.microsoft.com/en-us/library/dd743852%28VS.85%29.aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInStop(IntPtr hWaveIn); + + // https://msdn.microsoft.com/en-us/library/Dd743845(v=VS.85).aspx + [DllImport("winmm.dll")] + public static extern MmResult waveInGetPosition(IntPtr hWaveIn, out MmTime mmTime, int uSize); + + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInterop.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInterop.cs.meta new file mode 100644 index 0000000..6f0d4eb --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveInterop.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 553c3b8b93bf1ad7da8a35abdee1f898 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutCapabilities.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutCapabilities.cs new file mode 100644 index 0000000..dd990f4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutCapabilities.cs @@ -0,0 +1,217 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// WaveOutCapabilities structure (based on WAVEOUTCAPS2 from mmsystem.h) + /// http://msdn.microsoft.com/library/default.asp?url=/library/en-us/multimed/htm/_win32_waveoutcaps_str.asp + /// </summary> + [StructLayout(LayoutKind.Sequential, CharSet = CharSet.Auto)] + public struct WaveOutCapabilities + { + /// <summary> + /// wMid + /// </summary> + private short manufacturerId; + /// <summary> + /// wPid + /// </summary> + private short productId; + /// <summary> + /// vDriverVersion + /// </summary> + private int driverVersion; + /// <summary> + /// Product Name (szPname) + /// </summary> + [MarshalAs(UnmanagedType.ByValTStr, SizeConst = MaxProductNameLength)] + private string productName; + /// <summary> + /// Supported formats (bit flags) dwFormats + /// </summary> + private SupportedWaveFormat supportedFormats; + /// <summary> + /// Supported channels (1 for mono 2 for stereo) (wChannels) + /// Seems to be set to -1 on a lot of devices + /// </summary> + private short channels; + /// <summary> + /// wReserved1 + /// </summary> + private short reserved; + /// <summary> + /// Optional functionality supported by the device + /// </summary> + private WaveOutSupport support; // = new WaveOutSupport(); + + // extra WAVEOUTCAPS2 members + private Guid manufacturerGuid; + private Guid productGuid; + private Guid nameGuid; + + private const int MaxProductNameLength = 32; + + /// <summary> + /// Number of channels supported + /// </summary> + public int Channels + { + get + { + return channels; + } + } + + /// <summary> + /// Whether playback control is supported + /// </summary> + public bool SupportsPlaybackRateControl + { + get + { + return (support & WaveOutSupport.PlaybackRate) == WaveOutSupport.PlaybackRate; + } + } + + /// <summary> + /// The product name + /// </summary> + public string ProductName + { + get + { + return productName; + } + } + + /// <summary> + /// Checks to see if a given SupportedWaveFormat is supported + /// </summary> + /// <param name="waveFormat">The SupportedWaveFormat</param> + /// <returns>true if supported</returns> + public bool SupportsWaveFormat(SupportedWaveFormat waveFormat) + { + return (supportedFormats & waveFormat) == waveFormat; + } + + /// <summary> + /// The device name Guid (if provided) + /// </summary> + public Guid NameGuid { get { return nameGuid; } } + /// <summary> + /// The product name Guid (if provided) + /// </summary> + public Guid ProductGuid { get { return productGuid; } } + /// <summary> + /// The manufacturer guid (if provided) + /// </summary> + public Guid ManufacturerGuid { get { return manufacturerGuid; } } + } + + /// <summary> + /// Supported wave formats for WaveOutCapabilities + /// </summary> + [Flags] + public enum SupportedWaveFormat + { + /// <summary> + /// 11.025 kHz, Mono, 8-bit + /// </summary> + WAVE_FORMAT_1M08 = 0x00000001, + /// <summary> + /// 11.025 kHz, Stereo, 8-bit + /// </summary> + WAVE_FORMAT_1S08 = 0x00000002, + /// <summary> + /// 11.025 kHz, Mono, 16-bit + /// </summary> + WAVE_FORMAT_1M16 = 0x00000004, + /// <summary> + /// 11.025 kHz, Stereo, 16-bit + /// </summary> + WAVE_FORMAT_1S16 = 0x00000008, + /// <summary> + /// 22.05 kHz, Mono, 8-bit + /// </summary> + WAVE_FORMAT_2M08 = 0x00000010, + /// <summary> + /// 22.05 kHz, Stereo, 8-bit + /// </summary> + WAVE_FORMAT_2S08 = 0x00000020, + /// <summary> + /// 22.05 kHz, Mono, 16-bit + /// </summary> + WAVE_FORMAT_2M16 = 0x00000040, + /// <summary> + /// 22.05 kHz, Stereo, 16-bit + /// </summary> + WAVE_FORMAT_2S16 = 0x00000080, + /// <summary> + /// 44.1 kHz, Mono, 8-bit + /// </summary> + WAVE_FORMAT_4M08 = 0x00000100, + /// <summary> + /// 44.1 kHz, Stereo, 8-bit + /// </summary> + WAVE_FORMAT_4S08 = 0x00000200, + /// <summary> + /// 44.1 kHz, Mono, 16-bit + /// </summary> + WAVE_FORMAT_4M16 = 0x00000400, + /// <summary> + /// 44.1 kHz, Stereo, 16-bit + /// </summary> + WAVE_FORMAT_4S16 = 0x00000800, + + /// <summary> + /// 44.1 kHz, Mono, 8-bit + /// </summary> + WAVE_FORMAT_44M08 = 0x00000100, + /// <summary> + /// 44.1 kHz, Stereo, 8-bit + /// </summary> + WAVE_FORMAT_44S08 = 0x00000200, + /// <summary> + /// 44.1 kHz, Mono, 16-bit + /// </summary> + WAVE_FORMAT_44M16 = 0x00000400, + /// <summary> + /// 44.1 kHz, Stereo, 16-bit + /// </summary> + WAVE_FORMAT_44S16 = 0x00000800, + /// <summary> + /// 48 kHz, Mono, 8-bit + /// </summary> + WAVE_FORMAT_48M08 = 0x00001000, + /// <summary> + /// 48 kHz, Stereo, 8-bit + /// </summary> + WAVE_FORMAT_48S08 = 0x00002000, + /// <summary> + /// 48 kHz, Mono, 16-bit + /// </summary> + WAVE_FORMAT_48M16 = 0x00004000, + /// <summary> + /// 48 kHz, Stereo, 16-bit + /// </summary> + WAVE_FORMAT_48S16 = 0x00008000, + /// <summary> + /// 96 kHz, Mono, 8-bit + /// </summary> + WAVE_FORMAT_96M08 = 0x00010000, + /// <summary> + /// 96 kHz, Stereo, 8-bit + /// </summary> + WAVE_FORMAT_96S08 = 0x00020000, + /// <summary> + /// 96 kHz, Mono, 16-bit + /// </summary> + WAVE_FORMAT_96M16 = 0x00040000, + /// <summary> + /// 96 kHz, Stereo, 16-bit + /// </summary> + WAVE_FORMAT_96S16 = 0x00080000, + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutCapabilities.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutCapabilities.cs.meta new file mode 100644 index 0000000..dceb59a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutCapabilities.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2edc00fa8039a0dd48a5f3af89b46bb0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutSupport.cs b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutSupport.cs new file mode 100644 index 0000000..33baf02 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutSupport.cs @@ -0,0 +1,24 @@ +using System; + +namespace NAudio.Wave +{ + /// <summary> + /// Flags indicating what features this WaveOut device supports + /// </summary> + [Flags] + enum WaveOutSupport + { + /// <summary>supports pitch control (WAVECAPS_PITCH)</summary> + Pitch = 0x0001, + /// <summary>supports playback rate control (WAVECAPS_PLAYBACKRATE)</summary> + PlaybackRate = 0x0002, + /// <summary>supports volume control (WAVECAPS_VOLUME)</summary> + Volume = 0x0004, + /// <summary>supports separate left-right volume control (WAVECAPS_LRVOLUME)</summary> + LRVolume = 0x0008, + /// <summary>(WAVECAPS_SYNC)</summary> + Sync = 0x0010, + /// <summary>(WAVECAPS_SAMPLEACCURATE)</summary> + SampleAccurate = 0x0020, + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutSupport.cs.meta b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutSupport.cs.meta new file mode 100644 index 0000000..6ba44ea --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/MmeInterop/WaveOutSupport.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1d8f072a44dab6b279f368b247b55d29 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/Mp3FrameDecompressor.cs b/NAudio-2.2.1/NAudio.WinMM/Mp3FrameDecompressor.cs new file mode 100644 index 0000000..663c208 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mp3FrameDecompressor.cs @@ -0,0 +1,94 @@ +using System; +using NAudio.Wave.Compression; + +namespace NAudio.Wave +{ + /// <summary> + /// MP3 Frame Decompressor using ACM + /// </summary> + public class AcmMp3FrameDecompressor : IMp3FrameDecompressor + { + private readonly AcmStream conversionStream; + private readonly WaveFormat pcmFormat; + private bool disposed; + + /// <summary> + /// Creates a new ACM frame decompressor + /// </summary> + /// <param name="sourceFormat">The MP3 source format</param> + public AcmMp3FrameDecompressor(WaveFormat sourceFormat) + { + this.pcmFormat = AcmStream.SuggestPcmFormat(sourceFormat); + try + { + conversionStream = new AcmStream(sourceFormat, pcmFormat); + } + catch (Exception) + { + disposed = true; + GC.SuppressFinalize(this); + throw; + } + } + + /// <summary> + /// Output format (PCM) + /// </summary> + public WaveFormat OutputFormat { get { return pcmFormat; } } + + /// <summary> + /// Decompresses a frame + /// </summary> + /// <param name="frame">The MP3 frame</param> + /// <param name="dest">destination buffer</param> + /// <param name="destOffset">Offset within destination buffer</param> + /// <returns>Bytes written into destination buffer</returns> + public int DecompressFrame(Mp3Frame frame, byte[] dest, int destOffset) + { + if (frame == null) + { + throw new ArgumentNullException("frame", "You must provide a non-null Mp3Frame to decompress"); + } + Array.Copy(frame.RawData, conversionStream.SourceBuffer, frame.FrameLength); + int converted = conversionStream.Convert(frame.FrameLength, out int sourceBytesConverted); + if (sourceBytesConverted != frame.FrameLength) + { + throw new InvalidOperationException(String.Format("Couldn't convert the whole MP3 frame (converted {0}/{1})", + sourceBytesConverted, frame.FrameLength)); + } + Array.Copy(conversionStream.DestBuffer, 0, dest, destOffset, converted); + return converted; + } + + /// <summary> + /// Resets the MP3 Frame Decompressor after a reposition operation + /// </summary> + public void Reset() + { + conversionStream.Reposition(); + } + + /// <summary> + /// Disposes of this MP3 frame decompressor + /// </summary> + public void Dispose() + { + if (!disposed) + { + disposed = true; + if(conversionStream != null) + conversionStream.Dispose(); + GC.SuppressFinalize(this); + } + } + + /// <summary> + /// Finalizer ensuring that resources get released properly + /// </summary> + ~AcmMp3FrameDecompressor() + { + System.Diagnostics.Debug.Assert(false, "AcmMp3FrameDecompressor Dispose was not called"); + Dispose(); + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/Mp3FrameDecompressor.cs.meta b/NAudio-2.2.1/NAudio.WinMM/Mp3FrameDecompressor.cs.meta new file mode 100644 index 0000000..a23d2f4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/Mp3FrameDecompressor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f8f8647bea51131c894f55bddfa1363e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/NAudio.WinMM.csproj b/NAudio-2.2.1/NAudio.WinMM/NAudio.WinMM.csproj new file mode 100644 index 0000000..75503e4 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/NAudio.WinMM.csproj @@ -0,0 +1,39 @@ +<Project Sdk="Microsoft.NET.Sdk"> + + <PropertyGroup> + <TargetFrameworks>netstandard2.0</TargetFrameworks> + <Version>2.2.1</Version> + <GeneratePackageOnBuild>true</GeneratePackageOnBuild> + <GenerateDocumentationFile>true</GenerateDocumentationFile> + <SignAssembly>true</SignAssembly> + <AssemblyOriginatorKeyFile>..\NAudioStrongNameKey.snk</AssemblyOriginatorKeyFile> + <PackageProjectUrl>https://github.com/naudio/NAudio</PackageProjectUrl> + <PackageTags>C# .NET audio sound</PackageTags> + <RepositoryUrl>https://github.com/naudio/NAudio</RepositoryUrl> + <Copyright>© Mark Heath 2023</Copyright> + <PackageLicenseExpression>MIT</PackageLicenseExpression> + <PackageIcon>naudio-icon.png</PackageIcon> + </PropertyGroup> + + <!-- needed for perfomance profiling unit tests --> + <PropertyGroup Condition="'$(Configuration)|$(Platform)'=='Debug|AnyCPU'"> + <DebugType>full</DebugType> + <DebugSymbols>true</DebugSymbols> + </PropertyGroup> + + <ItemGroup> + <PackageReference Include="Microsoft.Win32.Registry" Version="4.7.0" /> + </ItemGroup> + + <ItemGroup> + <ProjectReference Include="..\NAudio.Core\NAudio.Core.csproj" /> + </ItemGroup> + + <ItemGroup> + <None Include="..\naudio-icon.png"> + <Pack>True</Pack> + <PackagePath></PackagePath> + </None> + </ItemGroup> + +</Project> diff --git a/NAudio-2.2.1/NAudio.WinMM/NAudio.WinMM.csproj.meta b/NAudio-2.2.1/NAudio.WinMM/NAudio.WinMM.csproj.meta new file mode 100644 index 0000000..245be5d --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/NAudio.WinMM.csproj.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 9ebcad0693e3f0924bafe8d5a87b1c6a +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionProvider.cs b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionProvider.cs new file mode 100644 index 0000000..54db4b9 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionProvider.cs @@ -0,0 +1,173 @@ +using System; +using System.Diagnostics; +using NAudio.Wave.Compression; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// IWaveProvider that passes through an ACM Codec + /// </summary> + public class WaveFormatConversionProvider : IWaveProvider, IDisposable + { + private readonly AcmStream conversionStream; + private readonly IWaveProvider sourceProvider; + private readonly int preferredSourceReadSize; + private int leftoverDestBytes; + private int leftoverDestOffset; + private int leftoverSourceBytes; + private bool isDisposed; + + /// <summary> + /// Create a new WaveFormat conversion stream + /// </summary> + /// <param name="targetFormat">Desired output format</param> + /// <param name="sourceProvider">Source Provider</param> + public WaveFormatConversionProvider(WaveFormat targetFormat, IWaveProvider sourceProvider) + { + this.sourceProvider = sourceProvider; + WaveFormat = targetFormat; + + conversionStream = new AcmStream(sourceProvider.WaveFormat, targetFormat); + + preferredSourceReadSize = Math.Min(sourceProvider.WaveFormat.AverageBytesPerSecond, conversionStream.SourceBuffer.Length); + preferredSourceReadSize -= (preferredSourceReadSize% sourceProvider.WaveFormat.BlockAlign); + } + + /// <summary> + /// Gets the WaveFormat of this stream + /// </summary> + public WaveFormat WaveFormat { get; } + + /// <summary> + /// Indicates that a reposition has taken place, and internal buffers should be reset + /// </summary> + public void Reposition() + { + leftoverDestBytes = 0; + leftoverDestOffset = 0; + leftoverSourceBytes = 0; + conversionStream.Reposition(); + } + + /// <summary> + /// Reads bytes from this stream + /// </summary> + /// <param name="buffer">Buffer to read into</param> + /// <param name="offset">Offset in buffer to read into</param> + /// <param name="count">Number of bytes to read</param> + /// <returns>Number of bytes read</returns> + public int Read(byte[] buffer, int offset, int count) + { + int bytesRead = 0; + if (count % WaveFormat.BlockAlign != 0) + { + //throw new ArgumentException("Must read complete blocks"); + count -= (count % WaveFormat.BlockAlign); + } + + while (bytesRead < count) + { + // first copy in any leftover destination bytes + int readFromLeftoverDest = Math.Min(count - bytesRead, leftoverDestBytes); + if (readFromLeftoverDest > 0) + { + Array.Copy(conversionStream.DestBuffer, leftoverDestOffset, buffer, offset+bytesRead, readFromLeftoverDest); + leftoverDestOffset += readFromLeftoverDest; + leftoverDestBytes -= readFromLeftoverDest; + bytesRead += readFromLeftoverDest; + } + if (bytesRead >= count) + { + // we've fulfilled the request from the leftovers alone + break; + } + + // now we'll convert one full source buffer + var sourceReadSize = Math.Min(preferredSourceReadSize, + conversionStream.SourceBuffer.Length - leftoverSourceBytes); + + // always read our preferred size, we can always keep leftovers for the next call to Read if we get + // too much + int sourceBytesRead = sourceProvider.Read(conversionStream.SourceBuffer, leftoverSourceBytes, sourceReadSize); + int sourceBytesAvailable = sourceBytesRead + leftoverSourceBytes; + if (sourceBytesAvailable == 0) + { + // we've reached the end of the input + break; + } + + int sourceBytesConverted; + int destBytesConverted = conversionStream.Convert(sourceBytesAvailable, out sourceBytesConverted); + if (sourceBytesConverted == 0) + { + Debug.WriteLine($"Warning: couldn't convert anything from {sourceBytesAvailable}"); + // no point backing up in this case as we're not going to manage to finish playing this + break; + } + leftoverSourceBytes = sourceBytesAvailable - sourceBytesConverted; + + if (leftoverSourceBytes > 0) + { + // buffer.blockcopy is safe for overlapping copies + Buffer.BlockCopy(conversionStream.SourceBuffer, sourceBytesConverted, conversionStream.SourceBuffer, + 0, leftoverSourceBytes); + } + + if (destBytesConverted > 0) + { + int bytesRequired = count - bytesRead; + int toCopy = Math.Min(destBytesConverted, bytesRequired); + + // save leftovers + if (toCopy < destBytesConverted) + { + leftoverDestBytes = destBytesConverted - toCopy; + leftoverDestOffset = toCopy; + } + Array.Copy(conversionStream.DestBuffer, 0, buffer, bytesRead + offset, toCopy); + bytesRead += toCopy; + } + else + { + // possible error here + Debug.WriteLine( + $"sourceBytesRead: {sourceBytesRead}, sourceBytesConverted {sourceBytesConverted}, destBytesConverted {destBytesConverted}"); + //Debug.Assert(false, "conversion stream returned nothing at all"); + break; + } + } + return bytesRead; + } + + /// <summary> + /// Disposes this stream + /// </summary> + /// <param name="disposing">true if the user called this</param> + protected virtual void Dispose(bool disposing) + { + if (!isDisposed) + { + isDisposed = true; + conversionStream?.Dispose(); + } + } + + /// <summary> + /// Disposes this resource + /// </summary> + public void Dispose() + { + GC.SuppressFinalize(this); + Dispose(true); + } + + /// <summary> + /// Finalizer + /// </summary> + ~WaveFormatConversionProvider() + { + Dispose(false); + } + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionProvider.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionProvider.cs.meta new file mode 100644 index 0000000..21f474a --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionProvider.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 835a2f019efac504c82a92a64a53ff1c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionStream.cs b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionStream.cs new file mode 100644 index 0000000..3887e7e --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionStream.cs @@ -0,0 +1,177 @@ +using System; +using System.Diagnostics; +using NAudio.Wave.Compression; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// WaveStream that passes through an ACM Codec + /// </summary> + public class WaveFormatConversionStream : WaveStream + { + private readonly WaveFormatConversionProvider conversionProvider; + private readonly WaveFormat targetFormat; + private readonly long length; + private long position; + private readonly WaveStream sourceStream; + private bool isDisposed; + + /// <summary> + /// Create a new WaveFormat conversion stream + /// </summary> + /// <param name="targetFormat">Desired output format</param> + /// <param name="sourceStream">Source stream</param> + public WaveFormatConversionStream(WaveFormat targetFormat, WaveStream sourceStream) + { + this.sourceStream = sourceStream; + this.targetFormat = targetFormat; + conversionProvider = new WaveFormatConversionProvider(targetFormat, sourceStream); + length = EstimateSourceToDest((int)sourceStream.Length); + position = 0; + } + + /// <summary> + /// Creates a stream that can convert to PCM + /// </summary> + /// <param name="sourceStream">The source stream</param> + /// <returns>A PCM stream</returns> + public static WaveStream CreatePcmStream(WaveStream sourceStream) + { + if (sourceStream.WaveFormat.Encoding == WaveFormatEncoding.Pcm) + { + return sourceStream; + } + var pcmFormat = AcmStream.SuggestPcmFormat(sourceStream.WaveFormat); + if (pcmFormat.SampleRate < 8000) + { + if (sourceStream.WaveFormat.Encoding == WaveFormatEncoding.G723) + { + pcmFormat = new WaveFormat(8000, 16, 1); + } + else + { + throw new InvalidOperationException("Invalid suggested output format, please explicitly provide a target format"); + } + } + return new WaveFormatConversionStream(pcmFormat, sourceStream); + } + + /// <summary> + /// Gets or sets the current position in the stream + /// </summary> + public override long Position + { + get + { + return position; + } + set + { + // make sure we don't get out of sync + value -= (value % BlockAlign); + + // this relies on conversionStream DestToSource and SourceToDest being reliable + var desiredSourcePosition = EstimateDestToSource(value); //conversionStream.DestToSource((int) value); + sourceStream.Position = desiredSourcePosition; + position = EstimateSourceToDest(sourceStream.Position); //conversionStream.SourceToDest((int)sourceStream.Position); + conversionProvider.Reposition(); + } + } + + /// <summary> + /// Converts source bytes to destination bytes + /// </summary> + [Obsolete("can be unreliable, use of this method not encouraged")] + public int SourceToDest(int source) + { + return (int)EstimateSourceToDest(source); + //return conversionStream.SourceToDest(source); + } + + private long EstimateSourceToDest(long source) + { + var dest = ((source * targetFormat.AverageBytesPerSecond) / sourceStream.WaveFormat.AverageBytesPerSecond); + dest -= (dest % targetFormat.BlockAlign); + return dest; + } + + private long EstimateDestToSource(long dest) + { + var source = ((dest * sourceStream.WaveFormat.AverageBytesPerSecond) / targetFormat.AverageBytesPerSecond); + source -= (source % sourceStream.WaveFormat.BlockAlign); + return (int)source; + } + /// <summary> + /// Converts destination bytes to source bytes + /// </summary> + [Obsolete("can be unreliable, use of this method not encouraged")] + public int DestToSource(int dest) + { + return (int)EstimateDestToSource(dest); + //return conversionStream.DestToSource(dest); + } + + /// <summary> + /// Returns the stream length + /// </summary> + public override long Length + { + get + { + return length; + } + } + + /// <summary> + /// Gets the WaveFormat of this stream + /// </summary> + public override WaveFormat WaveFormat + { + get + { + return targetFormat; + } + } + + /// <summary> + /// + /// </summary> + /// <param name="buffer">Buffer to read into</param> + /// <param name="offset">Offset within buffer to write to</param> + /// <param name="count">Number of bytes to read</param> + /// <returns>Bytes read</returns> + public override int Read(byte[] buffer, int offset, int count) + { + var bytesRead = conversionProvider.Read(buffer, offset, count); + position += bytesRead; + return bytesRead; + } + + /// <summary> + /// Disposes this stream + /// </summary> + /// <param name="disposing">true if the user called this</param> + protected override void Dispose(bool disposing) + { + if (!isDisposed) + { + isDisposed = true; + if (disposing) + { + sourceStream.Dispose(); + conversionProvider.Dispose(); + } + else + { + // we've been called by the finalizer + Debug.Assert(false, "WaveFormatConversionStream was not disposed"); + } + } + // Release unmanaged resources. + // Set large fields to null. + // Call Dispose on your base class. + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionStream.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionStream.cs.meta new file mode 100644 index 0000000..bd20485 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveFormatConversionStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6c391a44c5f5721e6bcbd36c043e75ef +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveInBuffer.cs b/NAudio-2.2.1/NAudio.WinMM/WaveInBuffer.cs new file mode 100644 index 0000000..87cc1c8 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveInBuffer.cs @@ -0,0 +1,158 @@ +using System; +using System.Runtime.InteropServices; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// A buffer of Wave samples + /// </summary> + public class WaveInBuffer : IDisposable + { + private readonly WaveHeader header; + private readonly Int32 bufferSize; // allocated bytes, may not be the same as bytes read + private readonly byte[] buffer; + private GCHandle hBuffer; + private IntPtr waveInHandle; + private GCHandle hHeader; // we need to pin the header structure + private GCHandle hThis; // for the user callback + + /// <summary> + /// creates a new wavebuffer + /// </summary> + /// <param name="waveInHandle">WaveIn device to write to</param> + /// <param name="bufferSize">Buffer size in bytes</param> + public WaveInBuffer(IntPtr waveInHandle, Int32 bufferSize) + { + this.bufferSize = bufferSize; + this.buffer = new byte[bufferSize]; + this.hBuffer = GCHandle.Alloc(buffer, GCHandleType.Pinned); + this.waveInHandle = waveInHandle; + + header = new WaveHeader(); + hHeader = GCHandle.Alloc(header, GCHandleType.Pinned); + header.dataBuffer = hBuffer.AddrOfPinnedObject(); + header.bufferLength = bufferSize; + header.loops = 1; + hThis = GCHandle.Alloc(this); + header.userData = (IntPtr)hThis; + + MmException.Try(WaveInterop.waveInPrepareHeader(waveInHandle, header, Marshal.SizeOf(header)), "waveInPrepareHeader"); + //MmException.Try(WaveInterop.waveInAddBuffer(waveInHandle, header, Marshal.SizeOf(header)), "waveInAddBuffer"); + } + + /// <summary> + /// Place this buffer back to record more audio + /// </summary> + public void Reuse() + { + // TEST: we might not actually need to bother unpreparing and repreparing + MmException.Try(WaveInterop.waveInUnprepareHeader(waveInHandle, header, Marshal.SizeOf(header)), "waveUnprepareHeader"); + MmException.Try(WaveInterop.waveInPrepareHeader(waveInHandle, header, Marshal.SizeOf(header)), "waveInPrepareHeader"); + //System.Diagnostics.Debug.Assert(header.bytesRecorded == 0, "bytes recorded was not reset properly"); + MmException.Try(WaveInterop.waveInAddBuffer(waveInHandle, header, Marshal.SizeOf(header)), "waveInAddBuffer"); + } + + #region Dispose Pattern + + /// <summary> + /// Finalizer for this wave buffer + /// </summary> + ~WaveInBuffer() + { + Dispose(false); + System.Diagnostics.Debug.Assert(true, "WaveInBuffer was not disposed"); + } + + /// <summary> + /// Releases resources held by this WaveBuffer + /// </summary> + public void Dispose() + { + GC.SuppressFinalize(this); + Dispose(true); + } + + /// <summary> + /// Releases resources held by this WaveBuffer + /// </summary> + protected void Dispose(bool disposing) + { + if (disposing) + { + // free managed resources + } + // free unmanaged resources + if (waveInHandle != IntPtr.Zero) + { + WaveInterop.waveInUnprepareHeader(waveInHandle, header, Marshal.SizeOf(header)); + waveInHandle = IntPtr.Zero; + } + if (hHeader.IsAllocated) + hHeader.Free(); + if (hBuffer.IsAllocated) + hBuffer.Free(); + if (hThis.IsAllocated) + hThis.Free(); + + } + + #endregion + + /// <summary> + /// Provides access to the actual record buffer (for reading only) + /// </summary> + public byte[] Data + { + get + { + return buffer; + } + } + + /// <summary> + /// Indicates whether the Done flag is set on this buffer + /// </summary> + public bool Done + { + get + { + return (header.flags & WaveHeaderFlags.Done) == WaveHeaderFlags.Done; + } + } + + + /// <summary> + /// Indicates whether the InQueue flag is set on this buffer + /// </summary> + public bool InQueue + { + get + { + return (header.flags & WaveHeaderFlags.InQueue) == WaveHeaderFlags.InQueue; + } + } + + /// <summary> + /// Number of bytes recorded + /// </summary> + public int BytesRecorded + { + get + { + return header.bytesRecorded; + } + } + + /// <summary> + /// The buffer size in bytes + /// </summary> + public Int32 BufferSize + { + get + { + return bufferSize; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveInBuffer.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveInBuffer.cs.meta new file mode 100644 index 0000000..ee3917b --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveInBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fe06026b8c4162d6699c1d64f2f6dd70 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveInEvent.cs b/NAudio-2.2.1/NAudio.WinMM/WaveInEvent.cs new file mode 100644 index 0000000..63589b3 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveInEvent.cs @@ -0,0 +1,283 @@ +using System; +using System.Runtime.InteropServices; +using NAudio.Mixer; +using System.Threading; +using NAudio.CoreAudioApi; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Recording using waveIn api with event callbacks. + /// Use this for recording in non-gui applications + /// Events are raised as recorded buffers are made available + /// </summary> + public class WaveInEvent : IWaveIn + { + private readonly AutoResetEvent callbackEvent; + private readonly SynchronizationContext syncContext; + private IntPtr waveInHandle; + private volatile CaptureState captureState; + private WaveInBuffer[] buffers; + + /// <summary> + /// Indicates recorded data is available + /// </summary> + public event EventHandler<WaveInEventArgs> DataAvailable; + + /// <summary> + /// Indicates that all recorded data has now been received. + /// </summary> + public event EventHandler<StoppedEventArgs> RecordingStopped; + + /// <summary> + /// Prepares a Wave input device for recording + /// </summary> + public WaveInEvent() + { + callbackEvent = new AutoResetEvent(false); + syncContext = SynchronizationContext.Current; + DeviceNumber = 0; + WaveFormat = new WaveFormat(8000, 16, 1); + BufferMilliseconds = 100; + NumberOfBuffers = 3; + captureState = CaptureState.Stopped; + } + + /// <summary> + /// Returns the number of Wave In devices available in the system + /// </summary> + public static int DeviceCount => WaveInterop.waveInGetNumDevs(); + + /// <summary> + /// Retrieves the capabilities of a waveIn device + /// </summary> + /// <param name="devNumber">Device to test</param> + /// <returns>The WaveIn device capabilities</returns> + public static WaveInCapabilities GetCapabilities(int devNumber) + { + WaveInCapabilities caps = new WaveInCapabilities(); + int structSize = Marshal.SizeOf(caps); + MmException.Try(WaveInterop.waveInGetDevCaps((IntPtr)devNumber, out caps, structSize), "waveInGetDevCaps"); + return caps; + } + + /// <summary> + /// Milliseconds for the buffer. Recommended value is 100ms + /// </summary> + public int BufferMilliseconds { get; set; } + + /// <summary> + /// Number of Buffers to use (usually 2 or 3) + /// </summary> + public int NumberOfBuffers { get; set; } + + /// <summary> + /// The device number to use + /// </summary> + public int DeviceNumber { get; set; } + + private void CreateBuffers() + { + // Default to three buffers of 100ms each + int bufferSize = BufferMilliseconds * WaveFormat.AverageBytesPerSecond / 1000; + if (bufferSize % WaveFormat.BlockAlign != 0) + { + bufferSize -= bufferSize % WaveFormat.BlockAlign; + } + + buffers = new WaveInBuffer[NumberOfBuffers]; + for (int n = 0; n < buffers.Length; n++) + { + buffers[n] = new WaveInBuffer(waveInHandle, bufferSize); + } + } + + private void OpenWaveInDevice() + { + CloseWaveInDevice(); + MmResult result = WaveInterop.waveInOpenWindow(out waveInHandle, (IntPtr)DeviceNumber, WaveFormat, + callbackEvent.SafeWaitHandle.DangerousGetHandle(), + IntPtr.Zero, WaveInterop.WaveInOutOpenFlags.CallbackEvent); + MmException.Try(result, "waveInOpen"); + CreateBuffers(); + } + + /// <summary> + /// Start recording + /// </summary> + public void StartRecording() + { + if (captureState != CaptureState.Stopped) + throw new InvalidOperationException("Already recording"); + OpenWaveInDevice(); + MmException.Try(WaveInterop.waveInStart(waveInHandle), "waveInStart"); + captureState = CaptureState.Starting; + ThreadPool.QueueUserWorkItem((state) => RecordThread(), null); + } + + private void RecordThread() + { + Exception exception = null; + try + { + DoRecording(); + } + catch (Exception e) + { + exception = e; + } + finally + { + captureState = CaptureState.Stopped; + RaiseRecordingStoppedEvent(exception); + } + } + + private void DoRecording() + { + captureState = CaptureState.Capturing; + foreach (var buffer in buffers) + { + if (!buffer.InQueue) + { + buffer.Reuse(); + } + } + while (captureState == CaptureState.Capturing) + { + if (callbackEvent.WaitOne()) + { + // requeue any buffers returned to us + foreach (var buffer in buffers) + { + if (buffer.Done) + { + if (buffer.BytesRecorded > 0) + { + DataAvailable?.Invoke(this, new WaveInEventArgs(buffer.Data, buffer.BytesRecorded)); + } + + if (captureState == CaptureState.Capturing) + { + buffer.Reuse(); + } + } + } + } + } + } + + private void RaiseRecordingStoppedEvent(Exception e) + { + var handler = RecordingStopped; + if (handler != null) + { + if (syncContext == null) + { + handler(this, new StoppedEventArgs(e)); + } + else + { + syncContext.Post(state => handler(this, new StoppedEventArgs(e)), null); + } + } + } + /// <summary> + /// Stop recording + /// </summary> + public void StopRecording() + { + if (captureState != CaptureState.Stopped) + { + captureState = CaptureState.Stopping; + MmException.Try(WaveInterop.waveInStop(waveInHandle), "waveInStop"); + + //Reset, triggering the buffers to be returned + MmException.Try(WaveInterop.waveInReset(waveInHandle), "waveInReset"); + + callbackEvent.Set(); // signal the thread to exit + } + } + + /// <summary> + /// Gets the current position in bytes from the wave input device. + /// it calls directly into waveInGetPosition) + /// </summary> + /// <returns>Position in bytes</returns> + public long GetPosition() + { + MmTime mmTime = new MmTime(); + mmTime.wType = MmTime.TIME_BYTES; // request results in bytes, TODO: perhaps make this a little more flexible and support the other types? + MmException.Try(WaveInterop.waveInGetPosition(waveInHandle, out mmTime, Marshal.SizeOf(mmTime)), "waveInGetPosition"); + + if (mmTime.wType != MmTime.TIME_BYTES) + throw new Exception(string.Format("waveInGetPosition: wType -> Expected {0}, Received {1}", MmTime.TIME_BYTES, mmTime.wType)); + + return mmTime.cb; + } + + /// <summary> + /// WaveFormat we are recording in + /// </summary> + public WaveFormat WaveFormat { get; set; } + + /// <summary> + /// Dispose pattern + /// </summary> + protected virtual void Dispose(bool disposing) + { + if (disposing) + { + if (captureState != CaptureState.Stopped) + StopRecording(); + + CloseWaveInDevice(); + } + } + + private void CloseWaveInDevice() + { + // Some drivers need the reset to properly release buffers + WaveInterop.waveInReset(waveInHandle); + if (buffers != null) + { + for (int n = 0; n < buffers.Length; n++) + { + buffers[n].Dispose(); + } + buffers = null; + } + WaveInterop.waveInClose(waveInHandle); + waveInHandle = IntPtr.Zero; + } + + /// <summary> + /// Microphone Level + /// </summary> + public MixerLine GetMixerLine() + { + // TODO use mixerGetID instead to see if this helps with XP + MixerLine mixerLine; + if (waveInHandle != IntPtr.Zero) + { + mixerLine = new MixerLine(waveInHandle, 0, MixerFlags.WaveInHandle); + } + else + { + mixerLine = new MixerLine((IntPtr)DeviceNumber, 0, MixerFlags.WaveIn); + } + return mixerLine; + } + + /// <summary> + /// Dispose method + /// </summary> + public void Dispose() + { + Dispose(true); + GC.SuppressFinalize(this); + } + } +} + diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveInEvent.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveInEvent.cs.meta new file mode 100644 index 0000000..ad98590 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveInEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3205f42b6f2929febad61c72bead98bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveOutBuffer.cs b/NAudio-2.2.1/NAudio.WinMM/WaveOutBuffer.cs new file mode 100644 index 0000000..655ee11 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveOutBuffer.cs @@ -0,0 +1,151 @@ +using System; +using System.Runtime.InteropServices; + +namespace NAudio.Wave +{ + /// <summary> + /// A buffer of Wave samples for streaming to a Wave Output device + /// </summary> + public class WaveOutBuffer : IDisposable + { + private readonly WaveHeader header; + private readonly Int32 bufferSize; // allocated bytes, may not be the same as bytes read + private readonly byte[] buffer; + private readonly IWaveProvider waveStream; + private readonly object waveOutLock; + private GCHandle hBuffer; + private IntPtr hWaveOut; + private GCHandle hHeader; // we need to pin the header structure + private GCHandle hThis; // for the user callback + + /// <summary> + /// creates a new wavebuffer + /// </summary> + /// <param name="hWaveOut">WaveOut device to write to</param> + /// <param name="bufferSize">Buffer size in bytes</param> + /// <param name="bufferFillStream">Stream to provide more data</param> + /// <param name="waveOutLock">Lock to protect WaveOut API's from being called on >1 thread</param> + public WaveOutBuffer(IntPtr hWaveOut, Int32 bufferSize, IWaveProvider bufferFillStream, object waveOutLock) + { + this.bufferSize = bufferSize; + buffer = new byte[bufferSize]; + hBuffer = GCHandle.Alloc(buffer, GCHandleType.Pinned); + this.hWaveOut = hWaveOut; + waveStream = bufferFillStream; + this.waveOutLock = waveOutLock; + + header = new WaveHeader(); + hHeader = GCHandle.Alloc(header, GCHandleType.Pinned); + header.dataBuffer = hBuffer.AddrOfPinnedObject(); + header.bufferLength = bufferSize; + header.loops = 1; + hThis = GCHandle.Alloc(this); + header.userData = (IntPtr)hThis; + lock (waveOutLock) + { + MmException.Try(WaveInterop.waveOutPrepareHeader(hWaveOut, header, Marshal.SizeOf(header)), "waveOutPrepareHeader"); + } + } + + #region Dispose Pattern + + /// <summary> + /// Finalizer for this wave buffer + /// </summary> + ~WaveOutBuffer() + { + Dispose(false); + System.Diagnostics.Debug.Assert(true, "WaveBuffer was not disposed"); + } + + /// <summary> + /// Releases resources held by this WaveBuffer + /// </summary> + public void Dispose() + { + GC.SuppressFinalize(this); + Dispose(true); + } + + /// <summary> + /// Releases resources held by this WaveBuffer + /// </summary> + protected void Dispose(bool disposing) + { + if (disposing) + { + // free managed resources + } + // free unmanaged resources + if (hHeader.IsAllocated) + hHeader.Free(); + if (hBuffer.IsAllocated) + hBuffer.Free(); + if (hThis.IsAllocated) + hThis.Free(); + if (hWaveOut != IntPtr.Zero) + { + lock (waveOutLock) + { + WaveInterop.waveOutUnprepareHeader(hWaveOut, header, Marshal.SizeOf(header)); + } + hWaveOut = IntPtr.Zero; + } + } + + #endregion + + /// this is called by the WAVE callback and should be used to refill the buffer + public bool OnDone() + { + int bytes; + lock (waveStream) + { + bytes = waveStream.Read(buffer, 0, buffer.Length); + } + if (bytes == 0) + { + return false; + } + for (int n = bytes; n < buffer.Length; n++) + { + buffer[n] = 0; + } + WriteToWaveOut(); + return true; + } + + /// <summary> + /// Whether the header's in queue flag is set + /// </summary> + public bool InQueue + { + get + { + return (header.flags & WaveHeaderFlags.InQueue) == WaveHeaderFlags.InQueue; + } + } + + /// <summary> + /// The buffer size in bytes + /// </summary> + public int BufferSize => bufferSize; + + private void WriteToWaveOut() + { + MmResult result; + + lock (waveOutLock) + { + result = WaveInterop.waveOutWrite(hWaveOut, header, Marshal.SizeOf(header)); + } + if (result != MmResult.NoError) + { + throw new MmException(result, "waveOutWrite"); + } + + GC.KeepAlive(this); + } + + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveOutBuffer.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveOutBuffer.cs.meta new file mode 100644 index 0000000..b54b32e --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveOutBuffer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1f54f83045261f87490f57453b62ea1d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveOutEvent.cs b/NAudio-2.2.1/NAudio.WinMM/WaveOutEvent.cs new file mode 100644 index 0000000..0f91e31 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveOutEvent.cs @@ -0,0 +1,355 @@ +using System; +using System.Diagnostics; +using System.Threading; +using System.Runtime.InteropServices; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// Alternative WaveOut class, making use of the Event callback + /// </summary> + public class WaveOutEvent : IWavePlayer, IWavePosition + { + private readonly object waveOutLock; + private readonly SynchronizationContext syncContext; + private IntPtr hWaveOut; // WaveOut handle + private WaveOutBuffer[] buffers; + private IWaveProvider waveStream; + private volatile PlaybackState playbackState; + private AutoResetEvent callbackEvent; + + /// <summary> + /// Indicates playback has stopped automatically + /// </summary> + public event EventHandler<StoppedEventArgs> PlaybackStopped; + + /// <summary> + /// Gets or sets the desired latency in milliseconds + /// Should be set before a call to Init + /// </summary> + public int DesiredLatency { get; set; } + + /// <summary> + /// Gets or sets the number of buffers used + /// Should be set before a call to Init + /// </summary> + public int NumberOfBuffers { get; set; } + + /// <summary> + /// Gets or sets the device number + /// Should be set before a call to Init + /// This must be between -1 and <see>DeviceCount</see> - 1. + /// -1 means stick to default device even default device is changed + /// </summary> + public int DeviceNumber { get; set; } = -1; + + /// <summary> + /// Opens a WaveOut device + /// </summary> + public WaveOutEvent() + { + syncContext = SynchronizationContext.Current; + if (syncContext != null && + ((syncContext.GetType().Name == "LegacyAspNetSynchronizationContext") || + (syncContext.GetType().Name == "AspNetSynchronizationContext"))) + { + syncContext = null; + } + + // set default values up + DesiredLatency = 300; + NumberOfBuffers = 2; + + waveOutLock = new object(); + } + + /// <summary> + /// Initialises the WaveOut device + /// </summary> + /// <param name="waveProvider">WaveProvider to play</param> + public void Init(IWaveProvider waveProvider) + { + if (playbackState != PlaybackState.Stopped) + { + throw new InvalidOperationException("Can't re-initialize during playback"); + } + if (hWaveOut != IntPtr.Zero) + { + // normally we don't allow calling Init twice, but as experiment, see if we can clean up and go again + // try to allow reuse of this waveOut device + // n.b. risky if Playback thread has not exited + DisposeBuffers(); + CloseWaveOut(); + } + + callbackEvent = new AutoResetEvent(false); + + waveStream = waveProvider; + int bufferSize = waveProvider.WaveFormat.ConvertLatencyToByteSize((DesiredLatency + NumberOfBuffers - 1) / NumberOfBuffers); + + MmResult result; + lock (waveOutLock) + { + result = WaveInterop.waveOutOpenWindow(out hWaveOut, (IntPtr)DeviceNumber, waveStream.WaveFormat, callbackEvent.SafeWaitHandle.DangerousGetHandle(), IntPtr.Zero, WaveInterop.WaveInOutOpenFlags.CallbackEvent); + } + MmException.Try(result, "waveOutOpen"); + + buffers = new WaveOutBuffer[NumberOfBuffers]; + playbackState = PlaybackState.Stopped; + for (var n = 0; n < NumberOfBuffers; n++) + { + buffers[n] = new WaveOutBuffer(hWaveOut, bufferSize, waveStream, waveOutLock); + } + } + + /// <summary> + /// Start playing the audio from the WaveStream + /// </summary> + public void Play() + { + if (buffers == null || waveStream == null) + { + throw new InvalidOperationException("Must call Init first"); + } + if (playbackState == PlaybackState.Stopped) + { + playbackState = PlaybackState.Playing; + callbackEvent.Set(); // give the thread a kick + ThreadPool.QueueUserWorkItem(state => PlaybackThread(), null); + } + else if (playbackState == PlaybackState.Paused) + { + Resume(); + callbackEvent.Set(); // give the thread a kick + } + } + + private void PlaybackThread() + { + Exception exception = null; + try + { + DoPlayback(); + } + catch (Exception e) + { + exception = e; + } + finally + { + playbackState = PlaybackState.Stopped; + // we're exiting our background thread + RaisePlaybackStoppedEvent(exception); + } + } + + private void DoPlayback() + { + while (playbackState != PlaybackState.Stopped) + { + if (!callbackEvent.WaitOne(DesiredLatency)) + { + if (playbackState == PlaybackState.Playing) + { + Debug.WriteLine("WARNING: WaveOutEvent callback event timeout"); + } + } + + + // requeue any buffers returned to us + if (playbackState == PlaybackState.Playing) + { + int queued = 0; + foreach (var buffer in buffers) + { + if (buffer.InQueue || buffer.OnDone()) + { + queued++; + } + } + if (queued == 0) + { + // we got to the end + playbackState = PlaybackState.Stopped; + callbackEvent.Set(); + } + } + } + } + + /// <summary> + /// Pause the audio + /// </summary> + public void Pause() + { + if (playbackState == PlaybackState.Playing) + { + MmResult result; + playbackState = PlaybackState.Paused; // set this here to avoid a deadlock problem with some drivers + lock (waveOutLock) + { + result = WaveInterop.waveOutPause(hWaveOut); + } + if (result != MmResult.NoError) + { + throw new MmException(result, "waveOutPause"); + } + } + } + + /// <summary> + /// Resume playing after a pause from the same position + /// </summary> + private void Resume() + { + if (playbackState == PlaybackState.Paused) + { + MmResult result; + lock (waveOutLock) + { + result = WaveInterop.waveOutRestart(hWaveOut); + } + if (result != MmResult.NoError) + { + throw new MmException(result, "waveOutRestart"); + } + playbackState = PlaybackState.Playing; + } + } + + /// <summary> + /// Stop and reset the WaveOut device + /// </summary> + public void Stop() + { + if (playbackState != PlaybackState.Stopped) + { + // in the call to waveOutReset with function callbacks + // some drivers will block here until OnDone is called + // for every buffer + playbackState = PlaybackState.Stopped; // set this here to avoid a problem with some drivers whereby + MmResult result; + lock (waveOutLock) + { + result = WaveInterop.waveOutReset(hWaveOut); + } + if (result != MmResult.NoError) + { + throw new MmException(result, "waveOutReset"); + } + callbackEvent.Set(); // give the thread a kick, make sure we exit + } + } + + /// <summary> + /// Gets the current position in bytes from the wave output device. + /// (n.b. this is not the same thing as the position within your reader + /// stream - it calls directly into waveOutGetPosition) + /// </summary> + /// <returns>Position in bytes</returns> + public long GetPosition() => WaveOutUtils.GetPositionBytes(hWaveOut, waveOutLock); + + /// <summary> + /// Gets a <see cref="Wave.WaveFormat"/> instance indicating the format the hardware is using. + /// </summary> + public WaveFormat OutputWaveFormat => waveStream.WaveFormat; + + /// <summary> + /// Playback State + /// </summary> + public PlaybackState PlaybackState => playbackState; + + /// <summary> + /// Volume for this device 1.0 is full scale + /// </summary> + public float Volume + { + get => WaveOutUtils.GetWaveOutVolume(hWaveOut, waveOutLock); + set => WaveOutUtils.SetWaveOutVolume(value, hWaveOut, waveOutLock); + } + + #region Dispose Pattern + + /// <summary> + /// Closes this WaveOut device + /// </summary> + public void Dispose() + { + GC.SuppressFinalize(this); + Dispose(true); + } + + /// <summary> + /// Closes the WaveOut device and disposes of buffers + /// </summary> + /// <param name="disposing">True if called from <see>Dispose</see></param> + protected void Dispose(bool disposing) + { + Stop(); + + if (disposing) + { + DisposeBuffers(); + } + + CloseWaveOut(); + } + + private void CloseWaveOut() + { + if (callbackEvent != null) + { + callbackEvent.Close(); + callbackEvent = null; + } + lock (waveOutLock) + { + if (hWaveOut != IntPtr.Zero) + { + WaveInterop.waveOutClose(hWaveOut); + hWaveOut= IntPtr.Zero; + } + } + } + + private void DisposeBuffers() + { + if (buffers != null) + { + foreach (var buffer in buffers) + { + buffer.Dispose(); + } + buffers = null; + } + } + + /// <summary> + /// Finalizer. Only called when user forgets to call <see>Dispose</see> + /// </summary> + ~WaveOutEvent() + { + Dispose(false); + Debug.Assert(false, "WaveOutEvent device was not closed"); + } + +#endregion + + private void RaisePlaybackStoppedEvent(Exception e) + { + var handler = PlaybackStopped; + if (handler != null) + { + if (syncContext == null) + { + handler(this, new StoppedEventArgs(e)); + } + else + { + syncContext.Post(state => handler(this, new StoppedEventArgs(e)), null); + } + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveOutEvent.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveOutEvent.cs.meta new file mode 100644 index 0000000..6e3be98 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveOutEvent.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ab15778a225676b5a89cb60aa48f0500 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveOutUtils.cs b/NAudio-2.2.1/NAudio.WinMM/WaveOutUtils.cs new file mode 100644 index 0000000..1d59092 --- /dev/null +++ b/NAudio-2.2.1/NAudio.WinMM/WaveOutUtils.cs @@ -0,0 +1,52 @@ +using System; +using System.Runtime.InteropServices; + +// ReSharper disable once CheckNamespace +namespace NAudio.Wave +{ + public static class WaveOutUtils + { + public static float GetWaveOutVolume(IntPtr hWaveOut, object lockObject) + { + int stereoVolume; + MmResult result; + lock (lockObject) + { + result = WaveInterop.waveOutGetVolume(hWaveOut, out stereoVolume); + } + MmException.Try(result, "waveOutGetVolume"); + return (stereoVolume & 0xFFFF) / (float)0xFFFF; + } + + public static void SetWaveOutVolume(float value, IntPtr hWaveOut, object lockObject) + { + if (value < 0) throw new ArgumentOutOfRangeException(nameof(value), "Volume must be between 0.0 and 1.0"); + if (value > 1) throw new ArgumentOutOfRangeException(nameof(value), "Volume must be between 0.0 and 1.0"); + float left = value; + float right = value; + + int stereoVolume = (int)(left * 0xFFFF) + ((int)(right * 0xFFFF) << 16); + MmResult result; + lock (lockObject) + { + result = WaveInterop.waveOutSetVolume(hWaveOut, stereoVolume); + } + MmException.Try(result, "waveOutSetVolume"); + } + + public static long GetPositionBytes(IntPtr hWaveOut, object lockObject) + { + lock (lockObject) + { + var mmTime = new MmTime(); + mmTime.wType = MmTime.TIME_BYTES; // request results in bytes, TODO: perhaps make this a little more flexible and support the other types? + MmException.Try(WaveInterop.waveOutGetPosition(hWaveOut, ref mmTime, Marshal.SizeOf(mmTime)), "waveOutGetPosition"); + + if (mmTime.wType != MmTime.TIME_BYTES) + throw new Exception(string.Format("waveOutGetPosition: wType -> Expected {0}, Received {1}", MmTime.TIME_BYTES, mmTime.wType)); + + return mmTime.cb; + } + } + } +} diff --git a/NAudio-2.2.1/NAudio.WinMM/WaveOutUtils.cs.meta b/NAudio-2.2.1/NAudio.WinMM/WaveOutUtils.cs.meta new 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CheckNamespace +namespace NAudio.Wave +{ + /// <summary> + /// AudioFileReader simplifies opening an audio file in NAudio + /// Simply pass in the filename, and it will attempt to open the + /// file and set up a conversion path that turns into PCM IEEE float. + /// ACM codecs will be used for conversion. + /// It provides a volume property and implements both WaveStream and + /// ISampleProvider, making it possibly the only stage in your audio + /// pipeline necessary for simple playback scenarios + /// </summary> + public class AudioFileReader : WaveStream, ISampleProvider + { + private WaveStream readerStream; // the waveStream which we will use for all positioning + private readonly SampleChannel sampleChannel; // sample provider that gives us most stuff we need + private readonly int destBytesPerSample; + private readonly int sourceBytesPerSample; + private readonly long length; + private readonly object lockObject; + + /// <summary> + /// Initializes a new instance of AudioFileReader + /// </summary> + /// <param name="fileName">The file to open</param> + public AudioFileReader(string fileName) + { + lockObject = new object(); + FileName = fileName; + CreateReaderStream(fileName); + sourceBytesPerSample = (readerStream.WaveFormat.BitsPerSample / 8) * readerStream.WaveFormat.Channels; + sampleChannel = new SampleChannel(readerStream, false); + destBytesPerSample = 4*sampleChannel.WaveFormat.Channels; + length = SourceToDest(readerStream.Length); + } + + /// <summary> + /// Creates the reader stream, supporting all filetypes in the core NAudio library, + /// and ensuring we are in PCM format + /// </summary> + /// <param name="fileName">File Name</param> + private void CreateReaderStream(string fileName) + { + if (fileName.EndsWith(".wav", StringComparison.OrdinalIgnoreCase)) + { + readerStream = new WaveFileReader(fileName); + if (readerStream.WaveFormat.Encoding != WaveFormatEncoding.Pcm && readerStream.WaveFormat.Encoding != WaveFormatEncoding.IeeeFloat) + { + readerStream = WaveFormatConversionStream.CreatePcmStream(readerStream); + readerStream = new BlockAlignReductionStream(readerStream); + } + } + else if (fileName.EndsWith(".mp3", StringComparison.OrdinalIgnoreCase)) + { + if (Environment.OSVersion.Version.Major < 6) + readerStream = new Mp3FileReader(fileName); + else // make MediaFoundationReader the default for MP3 going forwards + readerStream = new MediaFoundationReader(fileName); + } + else if (fileName.EndsWith(".aiff", StringComparison.OrdinalIgnoreCase) || fileName.EndsWith(".aif", StringComparison.OrdinalIgnoreCase)) + { + readerStream = new AiffFileReader(fileName); + } + else + { + // fall back to media foundation reader, see if that can play it + readerStream = new MediaFoundationReader(fileName); + } + } + /// <summary> + /// File Name + /// </summary> + public string FileName { get; } + + /// <summary> + /// WaveFormat of this stream + /// </summary> + public override WaveFormat WaveFormat => sampleChannel.WaveFormat; + + /// <summary> + /// Length of this stream (in bytes) + /// </summary> + public override long Length => length; + + /// <summary> + /// Position of this stream (in bytes) + /// </summary> + public override long Position + { + get { return SourceToDest(readerStream.Position); } + set { lock (lockObject) { readerStream.Position = DestToSource(value); } } + } + + /// <summary> + /// Reads from this wave stream + /// </summary> + /// <param name="buffer">Audio buffer</param> + /// <param name="offset">Offset into buffer</param> + /// <param name="count">Number of bytes required</param> + /// <returns>Number of bytes read</returns> + public override int Read(byte[] buffer, int offset, int count) + { + var waveBuffer = new WaveBuffer(buffer); + int samplesRequired = count / 4; + int samplesRead = Read(waveBuffer.FloatBuffer, offset / 4, samplesRequired); + return samplesRead * 4; + } + + /// <summary> + /// Reads audio from this sample provider + /// </summary> + /// <param name="buffer">Sample buffer</param> + /// <param name="offset">Offset into sample buffer</param> + /// <param name="count">Number of samples required</param> + /// <returns>Number of samples read</returns> + public int Read(float[] buffer, int offset, int count) + { + lock (lockObject) + { + return sampleChannel.Read(buffer, offset, count); + } + } + + /// <summary> + /// Gets or Sets the Volume of this AudioFileReader. 1.0f is full volume + /// </summary> + public float Volume + { + get { return sampleChannel.Volume; } + set { sampleChannel.Volume = value; } + } + + /// <summary> + /// Helper to convert source to dest bytes + /// </summary> + private long SourceToDest(long sourceBytes) + { + return destBytesPerSample * (sourceBytes / sourceBytesPerSample); + } + + /// <summary> + /// Helper to convert dest to source bytes + /// </summary> + private long DestToSource(long destBytes) + { + return sourceBytesPerSample * (destBytes / destBytesPerSample); + } + + /// <summary> + /// Disposes this AudioFileReader + /// </summary> + /// <param name="disposing">True if called from Dispose</param> + protected override void Dispose(bool disposing) + { + if (disposing) + { + if (readerStream != null) { + readerStream.Dispose(); + readerStream = null; + } + } + base.Dispose(disposing); + } + } +} diff --git a/NAudio-2.2.1/NAudio/AudioFileReader.cs.meta b/NAudio-2.2.1/NAudio/AudioFileReader.cs.meta new file mode 100644 index 0000000..4932728 --- /dev/null +++ b/NAudio-2.2.1/NAudio/AudioFileReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: aded92dd662ebaa1593114ed3e7cbc43 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/NAudio/Changes.xml b/NAudio-2.2.1/NAudio/Changes.xml new file mode 100644 index 0000000..ee7956e --- /dev/null +++ b/NAudio-2.2.1/NAudio/Changes.xml @@ -0,0 +1,975 @@ +<?xml version="1.0" encoding="utf-8" ?> +<changes> + <change> + <version>0.0.0.1</version> + <date>9 Dec 2002</date> + <desc>Initial version, basic mixer interop</desc> + </change> + <change> + <version>0.0.0.2</version> + <date>10 Dec 2002</date> + <desc>Added MIDI interop, MMException, more mixer classes</desc> + </change> + <change> + <version>0.0.0.3</version> + <date>12 Dec 2002</date> + <desc>Improvements to Mixer interop &amp; classes</desc> + </change> + <change> + <version>0.0.0.4</version> + <date>13 Dec 2002</date> + <desc>Added basic WaveOut interop &amp; classes</desc> + </change> + <change> + <version>0.0.0.5</version> + <date>14 Dec 2002</date> + <desc>Mixer bugfixes for mixer app</desc> + </change> + <change> + <version>0.0.0.6</version> + <date>15 Dec 2002</date> + <desc>More mixer bugfixes and design improvements</desc> + </change> + <change> + <version>0.0.0.7</version> + <date>19 Dec 2002</date> + <desc>Mixer interop bug fixes</desc> + </change> + <change> + <version>0.0.0.8</version> + <date>20 Dec 2002</date> + <desc>Wave functions improved</desc> + </change> + <change> + <version>0.0.0.9</version> + <date>22 Dec 2002</date> + <desc>Got wave playing working better</desc> + </change> + <change> + <version>0.0.1.10</version> + <date>23 Dec 2002</date> + <desc>Added pause and stop for WaveOut</desc> + </change> + <change> + <version>0.0.1.11</version> + <date>24 Dec 2002</date> + <desc>Improved class design trying to fix WaveOut bug (waveout callback was being GCed)</desc> + </change> + <change> + <version>0.0.1.12</version> + <date>27 Dec 2002</date> + <desc>Generic WaveStream class and WaveFileReader</desc> + </change> + <change> + <version>0.0.1.13</version> + <date>5 Feb 2003</date> + <desc>Improvements to WaveStream class</desc> + <desc>SoundFont library merged</desc> + </change> + <change> + <version>0.0.1.14</version> + <date>27 Oct 2003</date> + <desc>Converted to Visual Studio .NET</desc> + </change> + <change> + <version>0.0.1.15</version> + <date>5 Dec 2003</date> + <desc>Merged JavaLayer</desc> + </change> + <change> + <version>0.2.20.0</version> + <date>25 Feb 2005</date> + <desc>Merged newer SoundFontLib, MidiLib, Ogg, Acm</desc> + </change> + <change> + <version>0.2.21.0</version> + <date>25 Feb 2005</date> + <desc>Skip backwards and forwards in wav file</desc> + <desc>WavPlayer trackBar indicates progress</desc> + <desc>Allows trackBar repositioning</desc> + </change> + <change> + <version>0.2.22.0</version> + <date>28 Feb 2005</date> + <desc>WavePlayer show current time in hh:mm:ss</desc> + <desc>Can start playing from any point in the file</desc> + </change> + <change> + <version>0.2.23.0</version> + <date>1 Mar 2005</date> + <desc>More ACM stream conversion interop</desc> + </change> + <change> + <version>0.2.24.0</version> + <date>2 Mar 2005</date> + <desc>More ACM interop improvements</desc> + <desc>WaveFormatConversionStream class</desc> + <desc>WaveStream no longer inherits from Stream</desc> + <desc>AcmStream class</desc> + <desc>waveOutDevCaps interop</desc> + <desc>Improvements to WaveFileWriter</desc> + </change> + <change> + <version>0.2.25.0</version> + <date>3 Mar 2005</date> + <desc>AcmStream and AcmStreamHeader bug fixes</desc> + <desc>Improvements to WaveFileReader and WaveFileWriter</desc> + <desc>PCM to PCM offline conversion working</desc> + </change> + <change> + <version>0.2.26.0</version> + <date>3 Mar 2005</date> + <desc>Very basic ability to play converted streams in realtime</desc> + </change> + <change> + <version>0.2.27.0</version> + <date>4 Mar 2005</date> + <desc>Initial version of Renaissance GSM conversion stream</desc> + </change> + <change> + <version>0.2.28.0</version> + <date>7 Mar 2005</date> + <desc>Fix to WaveFileWriter</desc> + <desc>More disposable pattern</desc> + <desc>WaveFileConversionStream can convert files offline</desc> + <desc>WaveStreams can now recommend a read buffer size based on latency</desc> + </change> + <change> + <version>0.2.29.0</version> + <date>8 Mar 2005</date> + <desc>Offline Renaissance GSM stream conversion working</desc> + <desc>WaveOut takes a latency now</desc> + <desc>MmException improvement</desc> + </change> + <change> + <version>0.3.30.0</version> + <date>8 Mar 2005</date> + <desc>Greatly improved the ability to calculate appropriate buffer sizes</desc> + <desc>Realtime GSM decoding is now working</desc> + </change> + <change> + <version>0.3.31.0</version> + <date>14 Mar 2005</date> + <desc>Some changes recommended by FxCop</desc> + </change> + <change> + <version>0.3.32.0</version> + <date>15 Mar 2005</date> + <desc>More changes recommended by FxCop</desc> + </change> + <change> + <version>0.3.33.0</version> + <date>15 Mar 2005</date> + <desc>namespace changed to NAudio</desc> + </change> + <change> + <version>0.3.34.0</version> + <date>23 Mar 2005</date> + <desc>XML documentation, FxCop fixes, Namespace improvements</desc> + <desc>WaveFormat constructor from a BinaryReader</desc> + </change> + <change> + <version>0.3.35.0</version> + <date>23 Mar 2005</date> + <desc>WaveChannel and WaveMixerStream</desc> + </change> + <change> + <version>0.3.36.0</version> + <date>24 Mar 2005</date> + <desc>More namespace improvements</desc> + <desc>More XML documentation</desc> + </change> + <change> + <version>0.3.37.0</version> + <date>6 May 2005</date> + <desc>More XML documentation</desc> + <desc>Ogg encoder improvements</desc> + <desc>ACM driver enumeration</desc> + <desc>Got test apps building again</desc> + <desc>Retired the JavaLayer port - its a few versions out of date anyway</desc> + <desc>WaveBuffer is now 16bit - experimental, needs optimising</desc> + </change> + <change> + <version>0.3.38.0</version> + <date>7 May 2005</date> + <desc>WaveStream::ReadInt16 optimisation</desc> + <desc>Fixed bugs in 16 bit positioning code</desc> + <desc>More XML documentation</desc> + </change> + <change> + <version>0.3.39.0</version> + <date>10 May 2005</date> + <desc>Initial Fader control implementation</desc> + </change> + <change> + <version>0.4.40.0</version> + <date>12 May 2005</date> + <desc>A very basic time domain convolution</desc> + <desc>Improvements to wave-reader and writer for floating point audio</desc> + </change> + <change> + <version>0.4.41.0</version> + <date>25 May 2005</date> + <desc>WaveChannel can supply from stereo input</desc> + </change> + <change> + <version>0.4.42.0</version> + <date>27 May 2005</date> + <desc>Initial VST interfaces and enums</desc> + </change> + <change> + <version>0.4.43.0</version> + <date>3 Jun 2005</date> + <desc>VstLoader implements IVstEffect</desc> + <desc>Began converting dispatcher opcodes to IVstEffect functions</desc> + </change> + <change> + <version>0.4.44.0</version> + <date>6 Jun 2005</date> + <desc>Finished IVstEffect functions</desc> + </change> + <change> + <version>0.4.45.0</version> + <date>7 Jun 2005</date> + <desc>IVstEffect function implementations for VstLoader</desc> + </change> + <change> + <version>0.4.46.0</version> + <date>5 Aug 2005</date> + <desc>Final consolidation of VST, prior to removal</desc> + </change> + <change> + <version>0.4.47.0</version> + <date>27 Oct 2005</date> + <desc>Wave Channel can convert mono to stereo now</desc> + </change> + <change> + <version>0.4.48.0</version> + <date>27 Oct 2005</date> + <desc>Wave Channel and Wave Mixer used for first time</desc> + </change> + <change> + <version>0.4.49.0</version> + <date>28 Oct 2005</date> + <desc>Volume and pan slider controls</desc> + <desc>Channel strip and WavePlayer export to WAV</desc> + <desc>WaveMixer doesn't go on indefinitely</desc> + </change> + <change> + <version>0.5.50.0</version> + <date>31 Oct 2005</date> + <desc>Some more LCD control characters</desc> + <desc>Initial WaveViewer control</desc> + </change> + <change> + <version>0.5.51.0</version> + <date>3 Nov 2005</date> + <desc>Dual channel strip in WavePlayer</desc> + </change> + <change> + <version>0.5.52.0</version> + <date>4 Nov 2005</date> + <desc>Fixed bad calculation of offset seconds in WavePlayer</desc> + <desc>Improved checking that we don't go beyond the end of streams</desc> + </change> + <change> + <version>0.5.53.0</version> + <date>9 Nov 2005</date> + <desc>SoundFont reading improvements for conversion to sfz</desc> + </change> + <change> + <version>0.5.54.0</version> + <date>10 Nov 2005</date> + <desc>IWavePlayer interface</desc> + <desc>Initial DirectSoundOut class</desc> + <desc>Major rework to return to 8 bit reads on all WaveStream, ready for inheriting Stream</desc> + </change> + <change> + <version>0.5.55.0</version> + <date>11 Nov 2005</date> + <desc>Cleaned up WaveFileReader</desc> + <desc>WaveOut is an IWavePlayer</desc> + <desc>WaveFormatStream</desc> + <desc>Ability to select between WaveOut and DirectSound</desc> + <desc>Initial playing back through DirectSound</desc> + </change> + <change> + <version>0.5.56.0</version> + <date>11 Nov 2005</date> + <desc>Retired StreamMixer project</desc> + <desc>WavePlayer better switching between settings</desc> + <desc>DirectSound feeds in on a timer now, (from MSDN Coding 4 Fun Drum Machine demo)</desc> + </change> + <change> + <version>0.5.57.0</version> + <date>14 Nov 2005</date> + <desc>DirectSoundOut fills buffer only twice per latency</desc> + <desc>DirectSoundOut stops at end</desc> + <desc>WavePlayer now has three channels</desc> + <desc>Selectable latency in WavePlayer</desc> + </change> + <change> + <version>0.5.58.0</version> + <date>15 Nov 2005</date> + <desc>DirectSoundOut now only reads buffers of the right size, which solves GSM cutout issues</desc> + <desc>WaveOut dispenses with an unnecessary delegate by passing WaveStream to WaveBuffer</desc> + </change> + <change> + <version>0.5.59.0</version> + <date>16 Nov 2005</date> + <desc>Fixed a crash in AdjustVolume on the MixerStream</desc> + <desc>sfz loop_continuous fix</desc> + </change> + <change> + <version>0.6.60.0</version> + <date>16 Nov 2005</date> + <desc>Converted to .NET 2.0</desc> + <desc>n.b. DirectSound has issues - needed to turn off the LoaderLock Managed Debug Assistant</desc> + </change> + <change> + <version>0.6.61.0</version> + <date>17 Nov 2005</date> + <desc>Made a 16 and 32 bit mixer stream</desc> + </change> + <change> + <version>0.6.62.0</version> + <date>21 Nov 2005</date> + <desc>Made a 32 bit WaveChannel stream</desc> + <desc>A 32 to 16 bit conversion stream</desc> + <desc>More MM error codes</desc> + <desc>32 bit audio path tested and working</desc> + </change> + <change> + <version>0.6.63.0</version> + <date>21 Nov 2005</date> + <desc>Initial support for an ACM MP3 decoder - not working yet</desc> + </change> + <change> + <version>0.6.64.0</version> + <date>22 Nov 2005</date> + <desc>Basic working MP3 playback</desc> + </change> + <change> + <version>0.6.65.0</version> + <date>25 Nov 2005</date> + <desc>ADPCM Wave Format</desc> + <desc>Wave Formats can serialize themselves</desc> + <desc>WaveFileWriter can write non PCM formats</desc> + </change> + <change> + <version>0.6.66.0</version> + <date>28 Nov 2005</date> + <desc>WaveFileWriter writes a fact chunk - non-ideal though</desc> + <desc>Improved support for playback of compressed formats</desc> + </change> + <change> + <version>0.6.67.0</version> + <date>28 Nov 2005</date> + <desc>Improvements to BlockAlign and GetReadSize</desc> + </change> + <change> + <version>0.6.68.0</version> + <date>1 Dec 2005</date> + <desc>Nice ADPCM converter</desc> + </change> + <change> + <version>0.6.69.0</version> + <date>5 Dec 2005</date> + <desc>Support for AGC codec</desc> + <desc>Support for Speed codec</desc> + </change> + <change> + <version>0.7.70.0</version> + <date>12 Dec 2005</date> + <desc>WaveStream inherits Stream</desc> + </change> + <change> + <version>0.7.71.0</version> + <date>19 Dec 2005</date> + <desc>Minor bug fix to WaveMixer classes</desc> + </change> + <change> + <version>0.7.72.0</version> + <date>3 Jan 2006</date> + <desc>NICE specific code removed</desc> + </change> + <change> + <version>0.7.73.0</version> + <date>6 Jan 2006</date> + <desc>MP3 Reader can read ID3 tags and frames now</desc> + </change> + <change> + <version>0.7.74.0</version> + <date>12 Jan 2006</date> + <desc>Xing header support</desc> + </change> + <change> + <version>0.7.75.0</version> + <date>15 Feb 2006</date> + <desc>Reorganised class structures</desc> + <desc>WaveIn recording support added</desc> + </change> + <change> + <version>0.7.76.0</version> + <date>15 Feb 2006</date> + <desc>More structural reorganisation</desc> + <desc>Got rid of some compiler warnings</desc> + <desc>Retired 16 bit mixing code</desc> + </change> + <change> + <version>0.7.77.0</version> + <date>16 Feb 2006</date> + <desc>Improved WaveViewer control</desc> + </change> + <change> + <version>0.7.78.0</version> + <date>17 Feb 2006</date> + <desc>Fader control uses an image for the slider</desc> + </change> + <change> + <version>0.7.79.0</version> + <date>20 Feb 2006</date> + <desc>Added some copyright messages to SoundFont source files</desc> + <desc>Added BiQuad filters class</desc> + </change> + <change> + <version>0.8.80.0</version> + <date>21 Feb 2006</date> + <desc>Added envelope detector</desc> + <desc>Added simple compressor</desc> + <desc>Added simple gate</desc> + </change> + <change> + <version>0.8.81.0</version> + <date>4 Apr 2006</date> + <desc>ACM stream bug fixes</desc> + <desc>Support for waveOut window message callbacks</desc> + <desc>Wave In Recording bug fixes</desc> + </change> + <change> + <version>0.8.82.0</version> + <date>13 Sep 2006</date> + <desc>SimpleCompressor Wave Stream</desc> + <desc>Optimisation to WaveViewer</desc> + <desc>Minor bugfixes to Wave classes</desc> + <desc>Created a new Pot control</desc> + </change> + <change> + <version>0.8.83.0</version> + <date>14 Sep 2006</date> + <desc>Real-time adjustment of SimpleCompressor Wave Stream</desc> + <desc>Pot control drawing enhancements</desc> + <desc>The beginnings of a track-view control</desc> + <desc>The beginnings of a time-line control</desc> + </change> + <change> + <version>0.8.84.0</version> + <date>21 Sep 2006</date> + <desc>TimeLine control has a now cursor</desc> + <desc>TimeLine control can zoom</desc> + </change> + <change> + <version>0.8.85.0</version> + <date>22 Sep 2006</date> + <desc>TimeLine supports changing colours</desc> + <desc>TrackView can draw clips</desc> + <desc>New trackheader control</desc> + </change> + <change> + <version>0.8.86.0</version> + <date>29 Sep 2006</date> + <desc>MIDI events now support being exported</desc> + <desc>MIDI TrackSequenceNumber event</desc> + <desc>MIDI KeySignature event</desc> + </change> + <change> + <version>0.8.87.0</version> + <date>2 Oct 2006</date> + <desc>Bugfix for exporting note-off</desc> + <desc>Alternative constructors for MIDI events</desc> + <desc>Bugfix for exporting MIDI variable length integers</desc> + <desc>WaveFileReader can report information on non-standard chunks</desc> + </change> + <change> + <version>0.8.88.0</version> + <date>4 Oct 2006</date> + <desc>Bugfix MIDI export event sorting</desc> + </change> + <change> + <version>0.8.89.0</version> + <date>5 Oct 2006</date> + <desc>Bugfix MIDI export event sorting</desc> + <desc>Some support for modifying MIDI event parameters</desc> + </change> + <change> + <version>0.9.90.0</version> + <date>6 Oct 2006</date> + <desc>Bugfix Time Signature Event and Control Change Event</desc> + <desc>New SMPTE Offset event</desc> + <desc>Patch and Bank name meta events added</desc> + <desc>Meta events use VarInts for lengths now</desc> + <desc>Allow non-strict reading of MIDI file</desc> + </change> + <change> + <version>0.9.91.0</version> + <date>9 Oct 2006</date> + <desc>Minor updates to support EZdrummer MIDI converter</desc> + <desc>Beginnings of a new WaveOut class with its own thread</desc> + </change> + <change> + <version>0.9.92.0</version> + <date>10 Oct 2006</date> + <desc>Fixed a bug in WaveFileReader</desc> + <desc>Fix to ensure track-view shows correct length</desc> + <desc>An alternative thread-safe approach using locking</desc> + <desc>Initial ASIO classes created</desc> + </change> + <change> + <version>0.9.93.0</version> + <date>11 Oct 2006</date> + <desc>Support for exporting MIDI type 0 files</desc> + <desc>Can parse MIDI files with more than one end track marker per track</desc> + </change> + <change> + <version>0.9.94.0</version> + <date>13 Oct 2006</date> + <desc>Recognises some more rare MIDI meta event types</desc> + <desc>Initial support for reading Cakewalk drum map files</desc> + </change> + <change> + <version>0.9.95.0</version> + <date>16 Oct 2006</date> + <desc>MIDI events report channel from 1 to 16 now rather than 0 to 15</desc> + <desc>Got rid of the fader png image</desc> + </change> + <change> + <version>0.9.96.0</version> + <date>17 Oct 2006</date> + <desc>Cakewalk drum map enhancements</desc> + </change> + <change> + <version>0.9.97.0</version> + <date>29 Oct 2006</date> + <desc>ByteEncoding added</desc> + <desc>MIDI Text events use byte encoding for reading and writing</desc> + </change> + <change> + <version>0.9.97.1</version> + <date>30 Oct 2006</date> + <desc>ProgressLog control and AboutForm added</desc> + <desc>MIDI Text events can have their text modified</desc> + </change> + <change> + <version>0.9.97.2</version> + <date>31 Oct 2006</date> + <desc>ProgressLog control can report its text</desc> + <desc>Initial support for file association modification</desc> + </change> + <change> + <version>0.9.97.3</version> + <date>1 Nov 2006</date> + <desc>Bug fixes to file associations</desc> + </change> + <change> + <version>0.9.98.0</version> + <date>6 Nov 2006</date> + <desc>Support for modifying MIDI Control Change Event parameters</desc> + </change> + <change> + <version>0.9.98.1</version> + <date>7 Nov 2006</date> + <desc>After-touch pressure can be set</desc> + <desc>Note number and velocity can be set</desc> + </change> + <change> + <version>0.9.98.2</version> + <date>9 Nov 2006</date> + <desc>Pitch wheel event modifications</desc> + </change> + <change> + <version>0.9.98.3</version> + <date>10 Nov 2006</date> + <desc>Helper function for detecting note off events</desc> + </change> + <change> + <version>0.9.98.4</version> + <date>1 Mar 2007</date> + <desc>Updated some XML documentation</desc> + </change> + <change> + <version>0.9.99.0</version> + <date>6 Mar 2007</date> + <desc>Some checking for end of track markers in MIDI files</desc> + </change> + <change> + <version>1.0.100.0</version> + <date>8 Mar 2007</date> + <desc>WaveMixerStream32 updated ready to support dynamic adding of streams</desc> + <desc>Some bugfixes to WaveOut to support auto stop mode again</desc> + </change> + <change> + <version>1.0.101.0</version> + <date>13 Mar 2007</date> + <desc>Added some new NoteEvent and NoteOnEvent constructors</desc> + </change> + <change> + <version>1.0.102.0</version> + <date>16 Mar 2007</date> + <desc>Customisable about box URL, Email and Copyright</desc> + </change> + <change> + <version>1.0.103.0</version> + <date>16 Mar 2007</date> + <desc>Ability to remove WaveStreams from WaveMixerStream32</desc> + </change> + <change> + <version>1.0.104.0</version> + <date>19 Mar 2007</date> + <desc>WaveOffsetStream created</desc> + <desc>WaveStream32 preparation for 24 bit inputs</desc> + <desc>WaveStream32 new default constructor</desc> + <desc>Made the decibels to linear conversion functions public</desc> + </change> + <change> + <version>1.0.105.0</version> + <date>30 Mar 2007</date> + <desc>New constructor for ControlChangeEvent</desc> + <desc>New constructor for ChannelAfterTouchEvent</desc> + <desc>New constructor and property setting for PatchChangeEvent</desc> + <desc>New constructor for PitchWheelChangeEvent</desc> + </change> + <change> + <version>1.0.106.0</version> + <date>2 Apr 2007</date> + <desc>Bugfix for sysex event writing</desc> + <desc>MidiEvent IsEndTrack and IsNoteOff are now static functions</desc> + <desc>New IsNoteOn function</desc> + <desc>NoteOnEvent now updates the NoteNumber and Channel of its OffEvent when they are modified</desc> + </change> + <change> + <version>1.0.107.0</version> + <date>3 Apr 2007</date> + <desc>MIDI events are now sorted using a stable algorithm to allow + batch file processing utilities to retain original ordering of events + with the same start times.</desc> + </change> + <change> + <version>1.0.108.0</version> + <date>4 Apr 2007</date> + <desc>New MidiEventCollection class to make converting MIDI file types + more generic</desc> + <desc>Added an NUnit unit tests library</desc> + <desc>Fixed a bug in meta event constructor</desc> + </change> + <change> + <version>1.0.109.0</version> + <date>5 Apr 2007</date> + <desc>MidiFile updated to use MidiEventCollection</desc> + </change> + <change> + <version>1.0.109.1</version> + <date>7 Apr 2007</date> + <desc>Fixed a bug in MidiEventCollection.AddEvent</desc> + </change> + <change> + <version>1.0.110.0</version> + <date>7 Apr 2007</date> + <desc>Many enhancements to MIDI interop</desc> + <desc>New MidiIn, MidiInCapabilities classes</desc> + <desc>Added a new NAudioDemo for testing / demonstrating use of NAudio APIs</desc> + </change> + <change> + <version>1.0.111.0</version> + <date>18 Apr 2007</date> + <desc>More MidiEventCollection automated tests</desc> + <desc>Fixes to MidiEventCollection</desc> + </change> + <change> + <version>1.0.112.0</version> + <date>19 Apr 2007</date> + <desc>Some improvements to MIDI out interop</desc> + <desc>Test application can now send test MIDI out messages</desc> + </change> + <change> + <version>1.1.113.0</version> + <date>26 Apr 2007</date> + <desc>Allow invalid NoteOff velocities to be read from a MIDI file</desc> + <desc>MIDI File Splitter project moved off to its own CodePlex project</desc> + </change> + <change> + <version>1.1.114.0</version> + <date>27 Mar 2008</date> + <date>Fixed a defect in WaveStream32 constructor</date> + <desc>Restored the Managed DirectX output to the solution</desc> + <desc>Turned off ManagedLoaderLock to cope with DirectSound known issues (http://www.thezbuffer.com/articles/304.aspx) </desc> + <desc>Updated the NAudioDemo project to do some audio playback</desc> + <desc>Added Rob Philpot's managed ASIO wrapper (http://www.codeproject.com/KB/mcpp/Asio.Net.aspx)</desc> + </change> + <change> + <version>1.1.115.0</version> + <date>17 May 2008</date> + <desc>Updated to latest version of Rob Philpot's managed ASIO wrapper (http://www.codeproject.com/KB/mcpp/Asio.Net.aspx)</desc> + </change> + <change> + <version>1.1.116.0</version> + <date>19 May 2008</date> + <desc>Made some very small beginnings to WASAPI support</desc> + <desc>Added a couple of unit tests for AcmDriver</desc> + </change> + <change> + <version>1.1.117.0</version> + <date>20 May 2008</date> + <desc>Added some WASAPI interfaces (mainly MMDevice API)</desc> + </change> + <change> + <version>1.1.118.0</version> + <date>24 May 2008</date> + <desc>Added WASAPI interface IMMEndpoint</desc> + <desc>begun MMDevice implementation</desc> + <desc>Decided to make use of some code from Ray Molenkamp to speed WASAPI implementation</desc> + </change> + <change> + <version>1.1.119.0</version> + <date>26 May 2008</date> + <desc>Borrowing lots more from Ray Molenkamp</desc> + <desc>Renamed WASAPI namespace to CoreAudioApi</desc> + </change> + <change> + <version>1.2.120.0</version> + <date>27 May 2008</date> + <desc>More work on WASAPI interfaces (IAudioClient, IAudioRenderClient)</desc> + </change> + <change> + <version>1.2.121.0</version> + <date>28 May 2008</date> + <desc>WASAPI interface - IAudioCaptureClient</desc> + </change> + <change> + <version>1.2.122.0</version> + <date>28 May 2008</date> + <desc>More WASAPI work - AudioClient, WaveFormatExtensible, AudioRenderClient</desc> + </change> + <change> + <version>1.2.123.0</version> + <date>29 May 2008</date> + <desc>AudioClient IsFormatSupported - it appears WASAPI does not do sample rate conversion for you</desc> + </change> + <change> + <version>1.2.124.0</version> + <date>29 May 2008</date> + <desc>Begun work on WasapiOut</desc> + <desc>Removed Resume from IWavePlayer</desc> + <desc>Removed Pan from IWavePlayer</desc> + <desc>PlaybackState instead of IsPlaying and IsPaused on IWavePlayer</desc> + <desc>WaveOut implementation simplified</desc> + </change> + <change> + <version>1.2.125.0</version> + <date>30 May 2008</date> + <desc>AcmDriver enhancements</desc> + <desc>WMA Wave Format</desc> + </change> + <change> + <version>1.2.126.0</version> + <date>31 May 2008</date> + <desc>WASAPI out working! but need a solution for SRC</desc> + </change> + <change> + <version>1.2.127.0</version> + <date>31 May 2008</date> + <desc>Lots of DMO interop written (DirectX media objects)</desc> + </change> + <change> + <version>1.2.128.0</version> + <date>1 June 2008</date> + <desc>Lots more DMO interop - Resampler DMO</desc> + <desc>Media Object can set input and output WaveFormat</desc> + <desc>Getting caught back up with XML documentation</desc> + <desc>Media Object can get input and output buffer sizes</desc> + + </change> + <change> + <version>1.2.129.0</version> + <date>2 June 2008</date> + <desc>Eventually got IMediaBuffer ProcessInput working (thanks to PreserveSig attribute)</desc> + <desc>IMediaBuffer ProcessOutput also working, but Resampler not outputting expected number of bytes</desc> + <desc>ResamplerDmoStream created</desc> + </change> + <change> + <version>1.2.130.0</version> + <date>3 June 2008</date> + <desc>ResamplerDmoStream bugfixes</desc> + </change> + <change> + <version>1.2.131.0</version> + <date>10 June 2008</date> + <desc>Wasapi output stream uses ResamplerDmoStream (but needs app to be MTAThread to work atm)</desc> + <desc>Audio Client using PreserveSig</desc> + <desc>More reliable Wasapi out</desc> + <desc>NAudio demo plays a file now rather than mixing a whole folder together</desc> + <desc></desc> + </change> + <change> + <version>1.2.132.0</version> + <date>11 June 2008</date> + <author>Mark Heath</author> + <desc>Added Alexandre Mutel's Native DirectSound class</desc> + <desc>Added a bug fix to WasapiOut PlayThread (thanks Alexandre)</desc> + </change> + <change> + <version>1.2.133.0</version> + <author>Alexandre Mutel</author> + <desc>WASAPI Out fixes</desc> + </change> + <change> + <version>1.2.134.0</version> + <author>Mark Heath</author> + <desc>Fix to get WASAPI out working with DMO resampler again</desc> + <desc>Fix to get WASAPI working with DMO resampler without needing MTA Thread (woohoo!)</desc> + <desc>Improvements to NAudioDemo Audio Playback Form</desc> + </change> + <change> + <version>1.2.135.0</version> + <author>Mark Heath</author> + <date>13 Jun 2008</date> + <desc>More unit tests for AudioClient</desc> + <desc>Added option for WASAPI exclusive mode to NAudio Demo (not working yet)</desc> + <desc>NAudioDemo can play MP3 files (not at low latency though)</desc> + <desc>Position bar in NAudioDemo</desc> + <desc>Performance enhancements to WaveChannel32</desc> + <desc>MP3 playback less choppy</desc> + </change> + <change> + <version>1.2.136.0</version> + <author>Mark Heath</author> + <date>14 Jun 2008</date> + <desc>WASAPI Exclusive mode working (thanks Alexandre)</desc> + <desc>Proper closing of WASAPI allowing us immediate re-open</desc> + <desc>NAudioDemo has some ACM encoding demos (mu-law, a-law working so far)</desc> + <desc>Added interop for AcmFormatEnum</desc> + <desc>Added interop for AcmFormatTagEnum</desc> + <desc>AudioDriver can now enumerate all tags and formats</desc> + </change> + <change> + <version>1.2.137.0</version> + <author>Mark Heath</author> + <date>15 Jun 2008</date> + <desc>Alexandre Mutel added WASAPI event model playback</desc> + <desc>NAudioDemo has better selection of output driver settings</desc> + <desc>Added interop for AcmFormatChoose</desc> + <desc>Moved ACM interop into NAudio.Wave.Compression namespace</desc> + </change> + <change> + <version>1.2.138.0</version> + <author>Mark Heath</author> + <date>16 Jun 2008</date> + <desc>Added a Custom Marshaller for WaveFormat (not used everywhere yet)</desc> + <desc>Fixed some marshalling bugs in ResamplerDMOStream caused by WaveFileReader using WaveFormatExtraData</desc> + <desc>Got majority of unit tests working (things had slipped a little!)</desc> + </change> + <change> + <version>1.2.139.0</version> + <author>Mark Heath</author> + <date>18 Jun 2008</date> + <desc>NativeDirectSound working in STAThread mode</desc> + <desc>NAudioDemo stops playback at end of file</desc> + <desc>Unit Test reorganization</desc> + </change> + <change> + <version>1.2.140.0</version> + <author>Mark Heath</author> + <date>19 Jun 2008</date> + <desc>WaveStream32 has option not to pad reads out to full length</desc> + <desc>NAudioDemo sets volume on WaveStream rather than WaveOut</desc> + </change> + <change> + 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<version>1.3.2.0</version> + <author>Mark Heath</author> + <date>28 June 2008</date> + <desc>NativeDirectSoundOut now becomes DirectSoundOut as Managed Direct X is retired</desc> + </change> + <change> + <version>1.3.3.0</version> + <author>Mark Heath</author> + <date>20 Oct 2008</date> + <desc>Some possible bugfixes to ASIO</desc> + <desc>MeteringStream</desc> + <desc>VolumeMeter</desc> + <desc>WaveFormPainter</desc> + </change> + <change> + <version>1.3.4.0</version> + <author>Mark Heath</author> + <date>12 Jan 2009</date> + <desc>Can write larger Var Ints in MIDI files</desc> + </change> + <change> + <version>1.3.5.0</version> + <author>Mark Heath</author> + <date>19 Sep 2009</date> + <desc>Many changes not listed here, see checkin history</desc> + <desc>WaveIn callback options brought into line with WaveOut</desc> + </change> + <change> + <version>1.3.11.0</version> + <author>Mark Heath</author> + <date>30 Aug 2010</date> + <desc>Many changes not listed here, see checkin history</desc> + <desc>Sequencer-specific event added</desc> + </change> + <change> + <version>1.3.12.0</version> + <author>Mark Heath</author> + <date>29 Sep 2010</date> + <desc>Changes not listed here, see checkin history</desc> + <desc>Added BufferedWaveProvider</desc> + <desc>Added Wave16ToIeeeProvider</desc> + <desc>Added WaveInProvider</desc> + </change> + <change> + <version>1.3.13.0</version> + <author>Mark Heath</author> + <date>14 Oct 2010</date> + <desc>Retired WaveStream.GetReadSize - not reliable, too difficult to implement, hardly used</desc> + <desc>Cleanup on MP3 File Reader</desc> + </change> + <change> + <version>1.3.14.0</version> + <author>Mark Heath</author> + <date>7 Nov 2010</date> + <desc>Huge improvements to MP3 File Reader</desc> + </change> +</changes> diff --git a/NAudio-2.2.1/NAudio/Changes.xml.meta b/NAudio-2.2.1/NAudio/Changes.xml.meta new file mode 100644 index 0000000..901ce65 --- /dev/null +++ b/NAudio-2.2.1/NAudio/Changes.xml.meta @@ -0,0 +1,7 @@ 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inputStream) + : base(inputStream, CreateAcmFrameDecompressor, false) + { + + } + + /// <summary> + /// Creates an ACM MP3 Frame decompressor. 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/dev/null +++ b/NAudio-2.2.1/README.md @@ -0,0 +1,196 @@ +# NAudio + +[![GitHub](https://img.shields.io/github/license/naudio/NAudio)](https://github.com/naudio/NAudio/blob/master/license.txt) [![Nuget](https://img.shields.io/nuget/v/NAudio)](https://www.nuget.org/packages/NAudio/) [![Build Status](https://dev.azure.com/naudio/NAudio/_apis/build/status/naudio.NAudio)](https://dev.azure.com/naudio/NAudio/_build) + +NAudio is an open source .NET audio library written by [Mark Heath](https://markheath.net) + +![NAudio logo](naudio-logo.png) + +## Features + +* Play back audio using a variety of APIs + * WaveOut + * DirectSound + * ASIO + * WASAPI +* Read audio from many standard file formats + * WAV + * AIFF + * MP3 (using ACM, DMO or MFT) + * G.711 mu-law and a-law + * ADPCM, G.722, Speex (using NSpeex) + * WMA, AAC, MP4 and more others with Media Foundation +* Convert between various forms of uncompressed audio + * Change the number of channels - Mono to stereo, stereo to mono + * Modify bit depth (8, 16, 24, 32 integer or 32 bit IEEE float) + * Resample audio using a choice of resampling algorithms +* Encode audio using any ACM or Media Foundation codec installed on your computer + * Create MP3s (Windows 8 and above) + * Create AAC/MP4 audio (Windows 7 and above) + * Create WMA files + * Create WAV files containing G.711, ADPCM, G.722, etc. +* Mix and manipulate audio streams using a 32-bit floating mixing engine + * construct signal chains + * examine sample levels for the purposes of metering or waveform rendering + * pass blocks of samples through an FFT for metering or DSP + * delay, loop, or fade audio in and out + * Perform EQ with a BiQuad filter (allowing low pass, high pass, peaking EQ, etc.) + * Pitch shifting of audio with a phase vocoder +* Record audio using a variety of capture APIs + * WaveIn + * WASAPI + * ASIO +* Record system audio with WASAPI Capture +* Work with soundcards + * Enumerate devices + * Access soundcard controls and metering information +* Full MIDI event model + * Read and write MIDI files + * Respond to received MIDI events + * Send MIDI events +* An extensible programming model + * All base classes easily inherited from for you to add your custom components +* Support for UWP (preliminary) + * Create Windows 8 Store apps and Windows Universal apps + +## Getting Started + +The easiest way to install NAudio into your project is to install the latest [NAudio NuGet package](https://www.nuget.org/packages/NAudio/). Prerelease versions of NAudio are also often made available on NuGet. + +Alternatively, you can download the latest release in binary format from [here](https://github.com/naudio/NAudio/releases). + +NAudio comes with several demo applications which are the quickest way to see how to use the various features of NAudio. You can download compiled demo applications from [here](https://github.com/naudio/NAudio/releases), and explore the source code [here](https://github.com/naudio/NAudio/tree/master/NAudioDemo). + +## Tutorials + +### Playback + +* [Playing an Audio File from a WinForms application](Docs/PlayAudioFileWinForms.md) +* [Playing an Audio File from a Console application](Docs/PlayAudioFileConsoleApp.md) +* [Playing Audio from a URL](Docs/PlayAudioFromUrl.md) +* [Choose an audio output device type](Docs/OutputDeviceTypes.md) +* [Enumerate and select Output Devices](Docs/EnumerateOutputDevices.md) +* [Creating and configuring a WasapiOut device](Docs/WasapiOut.md) +* [Implement "Fire and Forget" Playback (e.g. game sound effects)](http://markheath.net/post/fire-and-forget-audio-playback-with) +* [Play streaming MP3](http://markheath.net/post/how-to-play-back-streaming-mp3-using) +* [Handling playback stopped](Docs/PlaybackStopped.md) +* [Understanding WaveStream, IWavePlayer and ISampleProvider](Docs/WaveProviders.md) +* [Playing Audio with ASIO](Docs/AsioPlayback.md) + +### Working with Codecs + +* [Convert an MP3 to WAV](Docs/ConvertMp3ToWav.md) +* [Encode to MP3 and other formats using MediaFoundationEncoder](Docs/MediaFoundationEncoder.md) + * [More examples](http://markheath.net/post/naudio-mediafoundationencoder) +* [Understand how to convert between any audio formats you have codecs for](http://www.codeproject.com/Articles/501521/How-to-convert-between-most-audio-formats-in-NET) +* [Enumerate Media Foundation Transforms (MFTs)](Docs/EnumerateMediaFoundationTransforms.md) +* [Enumerate ACM Codecs](Docs/EnumerateAcmDrivers.md) +* [Fix the NoDriver calling acmFormatSuggest issue](http://markheath.net/post/nodriver-calling-acmformatsuggest) + +### Working with audio files + +* [Mix Two Audio Files to WAV](Docs/MixTwoAudioFilesToWav.md) +* [Trim a WAV File](http://markheath.net/post/trimming-wav-file-using-naudio) +* [Merge MP3 Files](http://markheath.net/post/merging-mp3-files-with-naudio-in-c-and) +* [Convert an AIFF file to WAV](http://markheath.net/post/how-to-convert-aiff-files-to-wav-using) +* [Use the WavFileWriter class](http://markheath.net/post/how-to-use-wavefilewriter) +* [Create an ID3v2 tag](http://naudio.codeplex.com/wikipage?title=Create%20an%20ID3v2%20Tag) + +### Manipulating audio + +* [Convert between mono and stereo](Docs/ConvertBetweenStereoAndMono.md) +* [Concatenating Audio](Docs/ConcatenatingAudio.md) +* [Skip and Take Using OffsetSampleProvider](Docs/OffsetSampleProvider.md) +* [Implement Looped Playback](http://markheath.net/post/looped-playback-in-net-with-naudio) +* [Work with Multi-Channel Audio](http://markheath.net/post/handling-multi-channel-audio-in-naudio) +* [Resample Audio](Docs/Resampling.md) +* [Input driven Audio Resampling](http://markheath.net/post/input-driven-resampling-with-naudio-using-acm) +* [Using RawSourceWaveStream](Docs/RawSourceWaveStream.md) +* [Adjust the pitch of audio using SmbPitchShiftingSampleProvider](Docs/SmbPitchShiftingSampleProvider.md) +* [Varispeed playback with NAudio using SoundTouch](http://markheath.net/post/varispeed-naudio-soundtouch) +* [Fade audio in and out](Docs/FadeInOutSampleProvider.md) + +### Generating audio + +* [Play Sine Waves and other signal types](Docs/PlaySineWave.md) +* [Implement sine wave with portamento](http://markheath.net/post/naudio-sine-portamento) + +### Recording + +* [Recording a WAV file from a WinForms application](Docs/RecordWavFileWinFormsWaveIn.md) +* [Capturing system audio with WasapiLoopbackCapture](Docs/WasapiLoopbackCapture.md) +* [Play and Record audio at the same time](http://markheath.net/post/how-to-record-and-play-audio-at-same) +* [Record Audio with ASIO](Docs/AsioRecording.md) + +### Visualization + +* [WaveForm Rendering to PNG](Docs/WaveFormRendering.md) +* [Implement a Recording Level Meter](Docs/RecordingLevelMeter.md) + +### MIDI + +* [Sending and Receiving MIDI Events](Docs/MidiInAndOut.md) +* [Exploring MIDI Files with MidiFile](Docs/MidiFile.md) +* [MIDI Event types](Docs/MidiEvent.md) + +### More... + +Additional sources of documentation for NAudio are: + +* [Original Documentation on CodePlex](http://naudio.codeplex.com/documentation) +* [NAudio articles on Mark Heath's blog](http://markheath.net/category/naudio) + +## NAudio Training Courses + +If you want to get up to speed as quickly as possible with NAudio programming, I recommend you watch these two Pluralsight courses. You will need to be a subscriber to access the content, but there is 10 hours of training material on NAudio, and it also will give you access to their vast training library on other programming topics. + +* [Digital Audio Fundamentals](http://pluralsight.com/training/Courses/TableOfContents/digital-audio-fundamentals) +* [Audio Programming with NAudio](http://pluralsight.com/training/Courses/TableOfContents/audio-programming-naudio) + +To be successful developing applications that process digital audio, there are some key concepts that you need to understand. To help developers quickly get up to speed with what they need to know before trying to use NAudio, I have created the [Digital Audio Fundamentals](http://pluralsight.com/training/Courses/TableOfContents/digital-audio-fundamentals) course, which covers sample rates, bit depths, file formats, codecs, decibels, clipping, aliasing, synthesis, visualisations, effects and much more. In particular, the fourth module on signal chains is vital background information if you are to be effective with NAudio. + +[Audio Programming with NAudio](http://pluralsight.com/training/Courses/TableOfContents/audio-programming-naudio) is a follow-on course which contains seven hours of training material covering all the major features of NAudio. It is highly recommended that you take this course if you intend to create an application with NAudio. + +## How do I...? + +The best way to learn how to use NAudio is to download the source code and look at the two demo applications - [NAudioDemo](https://github.com/naudio/NAudio/tree/master/NAudioDemo) and [NAudioWpfDemo](https://github.com/naudio/NAudio/tree/master/NAudioWpfDemo). These demonstrate several of the key capabilities of the NAudio framework. They also have the advantage of being kept up to date, whilst some of the tutorials you will find on the internet refer to old versions of NAudio. + +## FAQ + +**What is NAudio?** + +NAudio is an open source audio API for .NET written in C# by Mark Heath, with contributions from many other developers. It is intended to provide a comprehensive set of useful utility classes from which you can construct your own audio application. + +**Why NAudio?** + +NAudio was created because the Framework Class Library that shipped with .NET 1.0 had no support for playing audio. The System.Media namespace introduced in .NET 2.0 provided a small amount of support, and the MediaElement in WPF and Silverlight took that a bit further. The vision behind NAudio is to provide a comprehensive set of audio related classes allowing easy development of utilities that play or record audio, or manipulate audio files in some way. + +**Can I Use NAudio in my Project?** + +NAudio is licensed under the MIT license which means that you can use it in whatever project you like including commercial projects. Of course we would love it if you share any bug-fixes or enhancements you made to the original NAudio project files. + +**Is .NET Performance Good Enough for Audio?** + +While .NET cannot compete with unmanaged languages for very low latency audio work, it still performs better than many people would expect. On a fairly modest PC, you can quite easily mix multiple WAV files together, including pass them through various effects and codecs, play back glitch free with a latency of around 50ms. + +**How can I get help?** + +There are three main ways to get help. First, you can raise an issue here on GitHub. This is the best option when you've written some code and want to ask why it's not working as you expect. I attempt to answer all questions, but since this is a spare time project, occasionally I get behind. + +You can also ask on StackOverflow and [tag your question with naudio](http://stackoverflow.com/questions/tagged/naudio), if your question is a "how do I..." sort of question. This gives you a better chance of getting a quick answer. Please try to search first to see if your question has already been answered elsewhere. + +Finally, I am occasionally able to offer paid support for situations where you need quick advice, bugfixes or new features. Please contact Mark Heath directly if you wish to pursue this option. + +**How do I submit a patch?** + +I welcome contributions to NAudio and have accepted many patches, but if you want your code to be included, please familiarise yourself with the following guidelines: + +* Your submission must be your own work, and able to be released under the MIT license. +* You will need to make sure your code conforms to the layout and naming conventions used elsewhere in NAudio. +* Remember that there are many existing users of NAudio. A patch that changes the public interface is not likely to be accepted. +* Try to write "clean code" - avoid long functions and long classes. Try to add a new feature by creating a new class rather than putting loads of extra code inside an existing one. +* I don't usually accept contributions I can't test, so please write unit tests (using NUnit) if at all possible. If not, give a clear explanation of how your feature can be unit tested and provide test data if appropriate. Tell me what you did to test it yourself, including what operating systems and soundcards you used. +* If you are adding a new feature, please consider writing a short tutorial on how to use it. +* Unless your patch is a small bugfix, I will code review it and give you feedback. You will need to be willing to make the recommended changes before it can be integrated into the main code. +* Patches should be provided using the Pull Request feature of GitHub. +* Please also bear in mind that when you add a feature to NAudio, that feature will generate future support requests and bug reports. Are you willing to stick around on the forums and help out people using it? diff --git a/NAudio-2.2.1/README.md.meta b/NAudio-2.2.1/README.md.meta new file mode 100644 index 0000000..2d0cd1b --- /dev/null +++ b/NAudio-2.2.1/README.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: ff6404ddb8efcf4ae96f1a37ff71153f +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/RELEASE_NOTES.md b/NAudio-2.2.1/RELEASE_NOTES.md new file mode 100644 index 0000000..e489cb2 --- /dev/null +++ b/NAudio-2.2.1/RELEASE_NOTES.md @@ -0,0 +1,618 @@ +### 2.2.1 (4 Sep 2023) + + * Incorrectly versioned NAudio.Wasapi.dll (was 22.0) retired and replaced with 2.2.1 + * No other changes + +### 2.2 (22 Aug 2023) + + * `WdlResampler` is now public + * WASAPI uses background threads + * `MmException` can return function name + * `ErrorCodes` provides all the AUDCLNT_E HRESULT values from audioclient.h + * `AiffFileWriter` chunk size bugfix + * Support for Device Topology API (`IPart`, `IAudioAutoGainControl`, `IAudioMute`, `IAudioVolumeLevel `, `IControlChangeNotify`, `IControlInterface`, `IKsJackDescription`, `IPerChannelDbLevel`) + * Add `ComImport` attribute to CoreAudioApi interfaces + * Ability to set attribute on `MediaType`, and to specify `MediaFoundationEncode` buffer size + * WASAPI stop improvements + * FLAC and ALAC added to audio subtypes list + * `MediaFoundationEncoder` bugfixes for null reference + * Sysex dispose bugfix + +### 2.1 (29 Apr 2022) + + * `AudioFileReader` will use `MediaFoundationReader` as the default for MP3s + * Minimum supported Win 10 version is now uap10.0.18362 (SDK version 1903) + * `IWavePlayer` now has an `OuputWaveFormat` property + * `WasapiCapture` and `WasapiLoopbackCapture` support sample rate conversion so you can capture at a sample rate of your choice + * `WasapiOut` supports built-in sample rate conversion in shared mode + * `MediaFoundationEncoder` allows you to encode to a `Stream` + +### 1.9.0 (4 May 2019) + + * Switched to multi-targetting project type + * Targets .NET 3.5, .NET Standard 2.0, and UWP + * Better handling of `IAudioClient.IsFormatSupported` + * `AsioOut` will no longer stop when it reaches the end + +### 1.8.5 (3 Nov 2018) + +- DMO Effect support via `DmoEffectWaveProvider` #413 +- New Broadcast Wave File Writer `BwfWriter` +- Various bugfixes and enhancements: + - Improvements to stopping recording in `WaveInEvent` #403 + - `WaveIn` and `WaveInEvent` support `GetPosition` #399 + - `CueWaveFileReader` support for `Stream` #409, #376 + - Fix reading wave files with odd chunk lengths #386 + - Fix some WASAPI exclusive /event mode issues #383 + - Fix 32 bit float ASIO sample converter #356 + - Fixing `IAudioCaptureClient` cast exception issue #350 + - `WaveOut` and `WaveOutEvent` read the actual volume #349 + - `PropVariant` support for `VT_FILETIME` #341 + - Added definitions of several media subtypes + - Fixed offset bug in `StereoToMonoSampleProvider` #312 + - `KeySignatureEvent` reports flats properly as negative number #295 + - `WaveInProvider.Read` uses offset parameter #297 + - BREAKING - retired cakewalk drum map file format support + - Retired Win 8 project in favour of UWP + +### 1.8.4 (6 Dec 2017) + +* Windows 10 Universal build now included in NuGet package +* adding a TotalTime property to WaveFileWriter +* adding a Broadcast Wave File Writer +* Various bugfixes and enhancements: + * Prevent audio files from staying locked + * additional constructor for MultiplexingWaveProvider + * Faster SilenceWaveProvider implementation #257 + * fixing calling stoprecording without ever starting recording on WaveIn + * improved reliability in WaveInEvent + * make non-strict MIDI file checking tolerant of invalid CC values #250 + * Adding defaults for StereoToMonoProvider16 volumes #267 + +### 1.8.3 (5 Sep 2017) + +* Allow access to property store of MMDevice +* Various bugfixes and enhancements: + * Support unicode in MIDI TextEvent + * Fixed noise issue on restart DirectSoundOut + * improved support for mono AAC #223 + * fix NullReferenceException opening AsioOut by index #234 + + +### 1.8.2 (6 Aug 2017) + +* AudioFileReader supports filenames ending with .aif +* Various bugfixes and enhancements: + * fixing problem with Mp3FileReader position advancing too rapidly #202 + * Implemented IDisposable in MMDevice + * fix dispose of AudioSessionManager + + +### 1.8.1 (22 Jul 2017) + +* AsioOut exposes FramesPerBuffer +* change WaveOut and WaveOutEvent default DeviceNumber to -1 (Mapper) +* Added MidiFile constructor overload that takes an input Stream object. +* Various bugfixes and enhancements: + * desktop apps use MFCreateMFByteStreamOnStream instead of MFCreateMFByteStreamOnStream + * Fix for propvariant marshalling #154 + * Soundfont should not require isng chunk #150 + * Fixed potential MFT memory leak + * Mp3FileReader.ReadFrame advances Position #161 + * sfzfilereader class obsoleted + * ensure DriverName property always set on AsioOut. #169 + * WaveFormatConversionProvider can throw an error in finalizer #188 + * Restore compatibility with .NET Portable. #189 + * improved error message for channel index out of range #208 + * Added Releasing of Com Object to AudioEndpointVolume Dispose + +### 1.8.0 (27 Dec 2016) + +* Windows 10 Universal project. Very similar feature set to the Win 8 one. + * Added a Windows 10 Universal demo app with limited functionality +* Windows 10 related bugfixes + * WasapiOut fixed for Win 10 +* WaveFileWriterRT for Win 8/10 (thanks to kamenlitchev) +* Improvements to Mp3FileReader seeking and position reporting (thanks to protyposis) +* updated NAudio build process to use FAKE, retiring the old MSBuild and IronPython scripts +* NAudio.Wma project is moved out into its own [GitHub repository](https://github.com/naudio/NAudio.Wma) +* ConcatenatingSampleProvider and FollowedBy extension method making it easy to concatenate Sample Providers +* MixingSampleProvider raises events as inputs are removed and allows access to list of inputs +* Improvements to MIDI event classes including clone support (thanks to Joseph Musser) +* SMBPitchShiftingSampleProvider (thanks to Freefall63) +* StreamMediaFoundationReader to allow using MediaFoundation with streams +* New Skip, ToMono, Take, ToStereo extension methods +* New SilenceProvider class +* OffsetSampleProvider fix for leadout following take +* Various bugfixes and enhancements. See commit log for full details + * WasapiCapture buffer sizes can be specified + * MMDeviceEnumerator is disposable + * MidiMessage better error reporting + * More robust AIFF file handling + * Fixed threading issue on WasapiCaptureRT + * WasapiCaptureRT returns regular IEEE WaveFormat instead of WaveFormatExtensible + * RawSourceWaveStream allows you to read from part of input array + * RawSourceStream handles end of stream better + * PropVariant supports VT_BOOL + * Better handling of exceptions in WaveFileReader constructor + * WasapiOut default constructor (uses default device, shared mode) + * WasapiCapture and WasapiLoopbackCapture can report capture state + * BufferedWaveProvider can be configured to not fully read if no data is available + * WasapiOut can report the default mix format for shared mode + * AsioDriver and AsioDriver ext now public + * Fix for Xing header writing + * Fixed XING header creation bug + * Fixed MIDI to type 1 converter bug + + +### 1.7.3 5 Mar 2015 + +* WaveFileWriter.Flush now updates the WAV headers, resulting in a playable file without having to call Dispose +* SampleToWaveProvider24 class added for conversion to 24 bit +* Audio Session APIs added to Core Audio API (thanks KvanTTT, milligan22963) +* SimpleAudioVolume support in Core Audio API +* WasapiCapture can use events instead of Thread.Sleep like WasapiOut (thanks davidwood) +* NAudio has a logo! Can be found in the Assets folder of the Win 8 Demo +* WindowsRT assembly updated with support for additional core audio APIs (AudioSessionNotification, AudioStreamVolume, SessionCollection) +* Volume mixer demo added to NAudioDemo +* Various bugfixes and enhancements (see commit history for full log) + * MMDeviceEnumerator.HasDefaultAudioEndpoint to determine if there is a default endpoint + * AudioSessionControl no longer throws exceptions with Windows Vista + * Expose IAudioStreamVolume from WsapiOut, and AudioClient. + * Better handling 0 length Mp3 files + * Word aligned Cue chunks + * WaveOutEvent can set device volume + * Better handling of WAVEFORMATEXTENSIBLE for WasapiIn + +### 1.7.2 24 Nov 2014 + +* WaveFileReader and WaveFileWriter supporting data chunk > 2GB +* Working towards making WinRT build pass WACK +* WASAPI IAudioClock support +* MMDeviceEnumerator has Register and UnRegisterEndpointNotificationCallback +* TempoEvent can be modified +* Various bugfixes and enhancements (see commit history for full log) + * BooleanMixerControl bugfix + * DirectSoundOut fix for end of file + * WasapiOut WinRT fixes + * fix for stereo mu and a law + * fix to MIDIHDR struct + * WaveOutEvent dispose fix + * Fixes for sync context issues in ASP.NET + * Fixed WasapiOut could stop when playing resampled audio + +### 1.7.1 10 Apr 2014 + +* WdlResampler - a fully managed resampler based on the one from CockosWDL +* AdsrSampleProvider for creating ADSR envelopes +* Improvements to demo apps + * MediaFoundationReader + * 8 band graphic equalizer demo added +* More configurable BiQuad filter +* Various bugfixes and enhancements (see commit history for full log) + * CurrentTime reporting fixed for mono files in AudioFileReader + * WaveOut PlaybackState now gets correctly set to Stopped at end of file + * MediaFoundationReader can raise WaveFormatChanged event + * WaveOutEvent fixed to be restartafter reaching the end + * OffsetSampleProvider bugfixes and TimeSpan helper methods + * Cue markers RIFF chunk writing fixes + * WaveIn and WaveOutEvent robustness fixes + +### 1.7.0 29 Oct 2013 + +[Release announcement](http://markheath.net/post/naudio-17-release-notes) +* MediaFoundationReader allows you to play any audio files that Media Foundation can play, which on Windows 7 and above means playback of AAC, MP3, WMA, as well as playing the audio from video files. +* MediaFoundationEncoder allows you to easily encode audio using any Media Foundation Encoders installed on your machine. The WPF Demo application shows this in action, allowing you to encode AAC, MP3 and WMA files in Windows 8. +* MediaFoundationTransform is a low-level class designed to be inherited from, allowing you to get direct access to Media Foundation Transforms if that’s what you need. +* MediaFoundationResampler direct access to the Media Foundation Resampler MFT as an IWaveProvider, with the capability to set the quality level. +* NAudio is now built against .NET 3.5. This allows us to make use of language features such as extension methods, LINQ and Action/Func parameters. +* You can enumerate Media Foundation Transforms to see what’s installed. The WPF Demo Application shows how to do this. +* WasapiCapture supports exclusive mode, and a new WASAPI capture demo has been added to the WPF demo application, allowing you to experiment more easily to see what capture formats your soundcard will support. +* A new ToSampleProvider extension method on IWaveProvider now makes it trivially easy to to convert any PCM WaveProvider to an ISampleProvider. There is also another extension method allowing an ISampleProvider to be passed directly into any IWavePlayer implementation without the need for converting back to an IWaveProvider first. +* WaveFileWriter supports creating a 16 bit WAV file directly from an ISampleProvider with the new CreateWaveFile16static method. +* IWavePosition interface implemented by several IWavePlayer classes allows greater accuracy of determining exact position of playback. Contribution courtesy of ioctlLR +* AIFF File Writer (courtesy of Gaiwa) +* Added the ability to add a local ACM driver allowing you to use ACM codecs without installing them. Use AcmDriver.AddLocalDriver +* ReadFullyproperty allows you to create never-ending MixingSampleProvider, for use when dynamically adding and removing inputs. +* WasapiOut now allows setting the playback volume directly on the MMDevice. +* Support for sending MIDI Sysex messages, thanks to Marcel Schot +* A new BiQuadFilterfor easy creation of various filter types including high pass, low pass etc +* A new EnvelopeGeneratorclass for creating ADSR envelopes based on a blog post from Nigel Redmon. +* Lots of bugfixes (see the commit history for more details). Some highlights include… + * Fixed a long-standing issue with MP3FileReader incorrectly interpreting some metadata as an MP3 frame then throwing an exception saying the sample rate has changed. + * WaveFileReader.TryReadFloat works in stereo files + * Fixed possible memory exception with large buffer sizes for WaveInBuffer and WaveOutBuffer +* Various code cleanups including removal of use of ApplicationException, and removal of all classes marked as obsolete. +* Preview Release of WinRT support.The NAudio nuget package now includes a WinRT version of NAudio for Windows 8 store apps. This currently supports basic recording and playback. This should still very much be thought of as a preview release. There are still several parts of NAudio (in particular several of the file readers and writers) that are not accessible, and we may need to replace the MFT Resampler used by WASAPI with a fully managed one, as it might mean that Windows Store certification testing fails. + * Use WasapiOutRT for playback + * Use WasapiCaptureRTfor record (thanks to Kassoul for some performance enhancement suggestions) + * There is a demo application in the NAudio source code showing record and playback + +### 1.6.0 26 Oct 2012 + +[Release Announcement](http://markheath.net/post/naudio-16-release-notes-10th) + +* WASAPI Loopback Capture allowing you to record what your soundcard is playing (only works on Vista and above) +* ASIO Recording ASIO doesn’t quite fit with the IWaveIn model used elsewhere in NAudio, so this is implemented in its own special way, with direct access to buffers or easy access to converted samples for most common ASIO configurations. Read more about it here. +* MultiplexingWaveProvider and MultiplexingSampleProvider allowing easier handling of multi-channel audio. Read more about it here. +* FadeInOutSampleProvider simplifying the process of fading audio in and out +* WaveInEvent for more reliable recording on a background thread +* PlaybackStopped and RecordingStoppedevents now include an exception. This is very useful for cases when USB audio devices are removed during playback or record. Now there is no unhandled exception and you can detect this has happened by looking at the EventArgs. (n.b. I’m not sure if adding a property to an EventArgs is a breaking change – recompile your code against NAudio 1.6 to be safe). +* MixingWaveProvider32 for cases when you don’t need the overhead of WaveMixerStream. MixingSampleProvider should be preferred going forwards though. +* OffsetSampleProvider allows you to delay a stream, skip over part of it, truncate it, and append silence. Read about it here. +* Added a Readme file to recognise contributors to the project. I’ve tried to include everyone, but probably many are missing, so get in touch if you’re name’s not on the list. +* Some code tidyup(deleting old classes, some namespace changes. n.b. these are breaking changes if you used these parts of the library, but most users will not notice). This includes retiring WaveOutThreadSafe which was never finished anyway, and WaveOutEvent is preferred to using WaveOut with function callbacks in any case. +* NuGet package and CodePlex download now use the release build (No more Debug.Asserts if you forget to dispose stuff) +* Lots of bugfixes, including a concerted effort to close off as many issues in the CodePlex issue tracker as possible. +* Fix to GSM encoding +* ID3v2 Tag Creation +* ASIO multi-channel playback improvements +* MP3 decoder now flushes on reposition, fixing a potential issue with leftover sound playing when you stop, reposition and then play again. +* MP3FileReader allows pluggable frame decoders, allowing you to choose the DMO one, or use a fully managed decoder (hopefully more news on this in the near future) +* WMA Nuget Package (NAudio.Wma) for playing WMA files. Download here. +* RF64 read support + +### 1.5.0 18 Dec 2011 + +[Release Announcement](http://markheath.net/post/naudio-15-released) + +* Now available on NuGet! +* Numerous bugfixes mean we are now working fully in x64 as well as x86, so NAudio.dll is now marked as AnyCPU. (You can still force x86 by marking your own executable as x86 only.) +* WaveOutEvent – a new WaveOut mode with event callback, highly recommended instead of WaveOut with function callbacks +* 24 bit ASIO driver mode (LSB) +* Float LSB ASIO driver mode +* WaveFileWriter has had a general code review and API cleanup +* Preview of new ISampleProvider interface making it much easier to write custom 32 bit IEEE (float) audio pipeline components, without the need to convert to byte[]. Lots of examples in NAudioDemo of using this and more documentation will follow in future. +* Several ISampleProvider implementations to get you started. Expect plenty more in future NAudio versions: + * PanningSampleProvider + * MixingSampleProvider + * MeteringSampleProvider + * MonoToStereoSampleProvider + * NotifyingSampleProvider + * Pcm16BitToSampleProvider + * Pcm8BitToSampleProvider + * Pcm24BitToSampleProvider + * SampleChannel + * SampleToWaveProvider + * VolumeSampleProvider + * WaveToSampleProvider +* Added AiffFileReader courtesy of Giawa +* AudioFileReader to simplify opening any supported file, easy volume control, read/reposition locking +* BufferedWaveProvider uses CircularBuffer instead of queue (less memory allocations) +* CircularBuffer is now thread-safe +* MP3Frame code cleanup +* MP3FileReader throws less exceptions +* ASIOOut bugfixes for direct 16 bit playback +* Some Demos added to NAudioDemo to give simple examples of how to use the library + * NAudioDemo has an ASIO Direct out form, mainly for testing the AsioOut class at different bit depths (still recommended to convert to float before you get there). + * NAudioDemo has simple MP3 streaming form (play MP3s while they download) + * NAudioDemo has simple network streaming chat application + * NAudioDemo playback form uses MEF to make it much more modular and extensible (new output drivers, new file formats etc) + * NAudioDemo can play aiff +* GSM 6.10 ACM codec support +* DSP Group TrueSpeech ACM codec support +* Fully managed G.711 a-law and mu-law codecs (encode & decode) +* Fully managed G.722 codec (encode & decode) +* Example of integration with NSpeex +* Fix to PlaybackStopped using SyncContext for thread safety +* Obsoleted IWavePlayer.Volume (can still set volume on WaveOut directly if you want) +* Improved FFT display in WPF demo +* WaveFileReader - tolerate junk after data chunk +* WaveOut constructor detects if no sync context & choose func callbacks +* WaveOut function mode callbacks hopefully chased out the last of the hanging bugs (if in a WaveOutWrite at same time as WaveOutReset, bad things happen - so need locks, but if WaveOutReset called during a previous func callback that is about to call waveOutWrite we deadlock) +* Now has an msbuild script allowing me to more easily create releases, run tests etc +* Now using Mercurial for source control, hopefully making bug fixing old releases and accepting user patches easier. n.b. this unfortunately means all old submitted patches are no longer available for download on the CodePlex page. +* WPF Demo enhancements: + * WPF Demo is now .NET 4, allowing us to use MEF, and will be updated hopefully with more examples of using NAudio. + * WPF Demo uses windowing before FFT for a more accurate spectrum plot + * WPF Demo has visualization plugins, allowing me to trial different drawing mechanisms + * WPF Demo has a (very basic) drum machine example + +### 1.4.0 20 Apr 2011 + +[Release announcement](http://markheath.net/post/naudio-14-release-notes) + +* Major interop improvements to support native x64. Please note that I have not in this release changed the dll’s target platform away from x86 only as I don’t personally have an x64 machine to test on. However, we are now in a state where around 95% of the interop should work fine in x64 mode so feel free to recompile for “any CPU”. You should also note that if you do run in native x64 mode, then you probably will find there are no ACM codecs available, so WaveFormatConversionStream might stop working – another reason to stay targetting x86 for now. +* There have also been major enhancements to MP3 File Reader, which is the main reason for pushing this new release out. Please read this post for more details as this is a breaking change – you no longer need to use a WaveFormatConversionStream or a BlockAlignReductionStream. +* More examples IWaveProvider implementers have been added, including the particularly useful BufferedWaveProvider which allows you to queue up buffers to be played on demand. + * BufferedWaveProvider + * Wave16toFloatProvider + * WaveFloatTo16Provider + * WaveInProvider + * MonoToStereoProvider16 + * StereoToMonoProvider16 + * WaveRecorder +* The NAudioDemo project has been updated to attempt to show best practices (or at least good practices) of how you should be using these classes. +* The NAudioDemo project also now demonstrates how to select the output device for WaveOut, DirectSoundOut, WasapiOut and AsioOut. +* WaveChannel32 can now take inputs of more bit depths – 8, 16, 24 and IEEE float supported. NAudioDemo shows how to play back these files. +* A general spring clean removed a bunch of obsolete classes from the library. +* AsioOut more reliable, although I still think there are more issues to be teased out. Please report whether it works on your hardware. +* WaveFileReader and WaveFileWriter support for 24 and 32 bit samples +* Allow arbitrary chunks to appear before fmt chunk in a WAV file +* Reading and writing WAV files with Cues +* Obsoleted some old WaveFileWriter and WaveFileReader methods +* Fixed a longstanding issue with WaveOutReset hanging in function callbacks on certain chipsets +* Added sequencer specific MIDI event +* RawWaveSourceStream turns a raw audio data stream into a WaveStream with specified WaveFormat +* A DMO MP3 Frame Decoder as an alternative to the ACM one +* Easier selection of DirectSound output device +* WaveOut uses 2 buffers not 3 by default now (a leftover from the original days of NAudio when my PC had a 400MHz Pentium II processor!). +* Lots more minor bug fixes & patches applied – see the check-in history for full details + +### 1.3.0 10 Oct 2009 + +[Release Announcement](http://markheath.net/post/naudio-13-release-notes) + +* WaveOut has a new constructor (this is breaking change), which allows three options for waveOut callbacks. This is because there is no “one size fits all” solution, but if you are creating WaveOut on the GUI thread of a Winforms or WPF application, then the default constructor should work just fine. WaveOut also allows better flexibility over controlling the number of buffers and desired latency. +* Mp3FileReader and WaveFileReadercan have a stream as input, and WaveFileWritercan write to a stream. These features are useful to those wanting to stream data over networks. +* The new IWaveProvider interface is like a lightweight WaveStream. It doesn’t support repositioning or length and current position reporting, making the implementation of synthesizers much simpler. The IWavePlayer interface takes an IWaveProvider rather than WaveStream. WaveStream implements IWaveProvider, so existing code continues to work just fine. +* Added in LoopStream, WaveProvider32 and WaveProvider16 helper classes. Expect more to be built upon these in the future. +* I have also started using the WaveBuffer class. This clever idea from Alexandre Mutel allows us to trick the .NET type system into letting us cast from byte[] to float[] or short[]. This improves performance by eliminating unnecessary copying and converting of data. +* There have been many bugfixes including better support for VBR MP3 file playback. +* The mixer API has had a lot of bugs fixed and improvements, though differences between Vista and XP continue to prove frustrating. +* The demo project (NAudioDemo) has been improved and includes audio wave-form drawing sample code. +* There is now a WPF demo as well (NAudioWpfDemo), which also shows how to draw wave-forms in WPF, and even includes some preliminary FFT drawing code. +* The WaveIn support has been updated and enhanced. WaveInStream is now obsolete. +* WASAPI audio capture is now supported. +* NAudio should now work correctly on x64operating systems (accomplished this by setting Visual Studio to compile for x86). + +### 1.2.0 26 Jun 2008 + +[Release Announcement](http://markheath.net/post/naudio-12-release-notes) + +* WASAPI Output Model. We are now able to play audio using the new WASAPI output APIs in Windows Vista. We support shared mode and exclusive mode, and you can optionally use event callbacks for the buffer population. You may need to experiment to see what settings work best with your soundcard. +* ASIO Output Model. We can also play back audio using any ASIO output drivers on your system. It is not working yet with all soundcards, but its working great with the ever-popular ASIO4All. +* New DirectSound Output Model. We have moved away from using the old managed DirectX code for DirectSound output, and done the interop ourselves. This gives us a much more reliable way to use DirectSound. +* IWavePlayer simplifications. As part of our ongoing plans to improve the NAudio architecture, the IWavePlayer interface has gone on a diet and lost some unnecessary methods. +* ResamplerDMO stream. Some Windows Vista systems have a Resampler DirectX Media Object that can be used to convert PCM and IEEE audio samples between different sample rates and bit depths. We have provided a managed wrapper around this, and it is used internally by the WASAPI output stream to do sample rate conversion if required. +* ACM Enhancements - There have been a number of bugfixes and enhancements to the support for using the ACM codecs in your system. +* BlockAlignmentReductionStream - This WaveStream helps to alleviate the problem of dealing with compressed audio streams whose block alignment means that you can't position exactly where you want or read the amount you want. BlockAlignmentReductionStream uses buffering and read-ahead to allow readers full flexibility over positioning and read size. +* MP3 Playback - The MP3 File Reader Stream is now able to work with any wave output thanks to the BlockAlignmentReductionStream and playback MP3 files without stuttering. It uses any MP3 ACM decoder it can find on your system. +* Custom WaveFormat Marshaler - The WaveFormat structure presents an awkward problem for interop with unmanaged code. A custom marshaler has been created which will be extended in future versions to allow WaveFormat structures to present their extra data. +* NAudioDemo- One of the problems with NAudio has been that there are very few examples of how to use it. NAudioDemo has four mini-examples of using NAudio: + * receiving MIDI input + * playing WAV or MP3 files through any output + * examining ACM codecs and converting files using them + * recording audio using WaveIn + * In addition the AudioFileInspector, MixDiff, MIDI File Splitter and MIDI File Mapper projects demonstrate other aspects of the NAudio framework. +* Unit Tests - NAudio now has a small collection of unit tests, which we intend to grow in future versions. This will help us to ensure that as the feature set grows, we don't inadvertently break old code. +* IWaveProvider Tech Preview - As discussed recently on my blog, we will be using a new interface called IWaveProvider in future versions of NAudio, which uses the WaveBuffer class. This code is available in the version 1.2 release, but you are not currently required to use it. +* Alexandre Mutel- Finally, this version welcomes a new contributor to the team. In fact, Alexandre is the first contributor I have added to this project. He has provided the new implementations of ASIO and DirectSoundOut, as well as helping out with WASAPI and the new IWaveProvider interface design. His enthusiasm for the project has also meant that I have been working on it a little more than I might have otherwise! + +### 1.1.0 26 May 2008 + * Added some new NoteEvent and NoteOnEvent constructors + * WaveOffsetStream + * WaveStream32 preparation for 24 bit inputs + * WaveStream32 new default constructor + * Made the decibels to linear conversion functions public + * New constructor for ControlChangeEvent + * New constructor for ChannelAfterTouchEvent + * New constructor and property setting for PatchChangeEvent + * New constructor for PitchWheelChangeEvent + * Bugfix for sysex event writing + * MidiEvent IsEndTrack and IsNoteOff are now static functions + * New IsNoteOn function + * NoteOnEvent now updates the NoteNumber and Channel of its OffEvent when they are modified + * MIDI events are now sorted using a stable algorithm to allow batch file processing utilities to retain original ordering of events with the same start times. + * New MidiEventCollection class to make converting MIDI file types more generic + * Added an NUnit unit tests library + * Fixed a bug in meta event constructor + * MidiFile updated to use MidiEventCollection + * Many enhancements to MIDI interop + * New MidiIn, MidiInCapabilities classes + * Added a new NAudioDemo for testing / demonstrating use of NAudio APIs + * More MidiEventCollection automated tests + * Test application can now send test MIDI out messages + +### 1.0.0 19 Apr 2007 +* Minor updates to support EZdrummer MIDI converter +* Beginnings of a new WaveOut class with its own thread +* Fixed a bug in WaveFileReader +* Fix to ensure track-view shows correct length +* An alternative thread-safe approach using locking +* Initial ASIO classes created +* Support for exporting MIDI type 0 files +* Can parse MIDI files with more than one end track marker per track +* Recognises some more rare MIDI meta event types +* Initial support for reading Cakewalk drum map files +* MIDI events report channel from 1 to 16 now rather than 0 to 15 +* Got rid of the fader png image +* Cakewalk drum map enhancements +* ByteEncoding added +* MIDI Text events use byte encoding for reading and writing +* ProgressLog control and AboutForm added +* MIDI Text events can have their text modified +* ProgressLog control can report its text +* Initial support for file association modification +* Bug fixes to file associations +* Support for modifying MIDI Control Change Event parameters +* After-touch pressure can be set +* Note number and velocity can be set +* Pitch wheel event modifications +* Helper function for detecting note off events +* Updated some XML documentation +* Some checking for end of track markers in MIDI files +* WaveMixerStream32 updated ready to support dynamic adding of streams +* Some bugfixes to WaveOut to support auto stop mode again + +### 0.9.0 6 Oct 2006 +* ACM stream bug fixes +* Support for waveOut window message callbacks +* Wave In Recording bug fixes +* SimpleCompressor Wave Stream +* Optimisation to WaveViewer +* Minor bugfixes to Wave classes +* Created a new Pot control +* Real-time adjustment of SimpleCompressor Wave Stream +* Pot control drawing enhancements +* The beginnings of a track-view control +* The beginnings of a time-line control +* TimeLine control has a now cursor +* TimeLine control can zoom +* TimeLine supports changing colours +* TrackView can draw clips +* New trackheader control +* MIDI events now support being exported +* MIDI TrackSequenceNumber event +* MIDI KeySignature event +* Bugfix for exporting note-off +* Alternative constructors for MIDI events +* Bugfix for exporting MIDI variable length integers +* WaveFileReader can report information on non-standard chunks +* Bugfix MIDI export event sorting +* Bugfix MIDI export event sorting +* Some support for modifying MIDI event parameters +* Bugfix Time Signature Event and Control Change Event +* New SMPTE Offset event +* Patch and Bank name meta events added +* Meta events use VarInts for lengths now +* Allow non-strict reading of MIDI file + +### 0.8.0 21 Feb 2006 +* Minor bug fix to WaveMixer classes +* NICE specific code removed +* MP3 Reader can read ID3 tags and frames now +* Xing header support +* Reorganised class structures +* WaveIn recording support added +* More structural reorganisation +* Got rid of some compiler warnings +* Retired 16 bit mixing code +* Improved WaveViewer control +* Fader control uses an image for the slider +* Added some copyright messages to SoundFont source files +* Added BiQuad filters class +* Added envelope detector +* Added simple compressor +* Added simple gate + +### 0.7.0 12 Dec 2005 +* Made a 16 and 32 bit mixer stream +* Made a 32 bit WaveChannel stream +* A 32 to 16 bit conversion stream +* More MM error codes +* 32 bit audio path tested and working +* Initial support for an ACM MP3 decoder - not working yet +* Basic working MP3 playback +* ADPCM Wave Format +* Wave Formats can serialize themselves +* WaveFileWriter can write non PCM formats +* WaveFileWriter writes a fact chunk - non-ideal though +* Improved support for playback of compressed formats +* Improvements to BlockAlign and GetReadSize +* Nice ADPCM converter +* Support for AGC codec +* Support for Speed codec +* WaveStream inherits Stream + +### 0.6.0 16 Nov 2005 +* Dual channel strip in WavePlayer +* Fixed bad calculation of offset seconds in WavePlayer +* Improved checking that we don't go beyond the end of streams +* SoundFont reading improvements for conversion to sfz +* IWavePlayer interface +* Initial DirectSoundOut class +* Major rework to return to 8 bit reads on all WaveStream, ready for inheriting Stream +* Cleaned up WaveFileReader +* WaveOut is an IWavePlayer +* WaveFormatStream +* Ability to select between WaveOut and DirectSound +* Initial playing back through DirectSound +* Retired StreamMixer project +* WavePlayer better switching between settings +* DirectSound feeds in on a timer now, (from MSDN Coding 4 Fun Drum Machine demo) +* DirectSoundOut fills buffer only twice per latency +* DirectSoundOut stops at end +* WavePlayer now has three channels +* Selectable latency in WavePlayer +* DirectSoundOut now only reads buffers of the right size, which solves GSM cutout issues +* WaveOut dispenses with an unnecessary delegate by passing WaveStream to WaveBuffer +* Fixed a crash in AdjustVolume on the MixerStream +* sfz loop_continuous fix +* Converted to .NET 2.0 +* n.b. DirectSound has issues - needed to turn off the LoaderLock Managed Debug Assistant + +### 0.5.0 31 Oct 2005 +* WaveChannel can supply from stereo input +* Initial VST interfaces and enums +* VstLoader implements IVstEffect +* Began converting dispatcher opcodes to IVstEffect functions +* Finished IVstEffect functions +* IVstEffect function implementations for VstLoader +* Final consolidation of VST, prior to removal +* Wave Channel can convert mono to stereo now +* Wave Channel and Wave Mixer used for first time +* Volume and pan slider controls +* Channel strip and WavePlayer export to WAV +* WaveMixer doesn't go on indefinitely +* Some more LCD control characters +* Initial WaveViewer control + +### 0.4.0 12 May 2005 +* changes recommended by FxCop +* namespace changed to NAudio +* XML documentation, FxCop fixes, Namespace improvements +* WaveFormat constructor from a BinaryReader +* WaveChannel and WaveMixerStream +* More namespace improvements +* More XML documentation +* Ogg encoder improvements +* ACM driver enumeration +* Got test apps building again +* Retired the JavaLayer port - its a few versions out of date anyway +* WaveBuffer is now 16bit - experimental, needs optimising +* WaveStream::ReadInt16 optimisation +* Fixed bugs in 16 bit positioning code +* More XML documentation +* Initial Fader control implementation +* A very basic time domain convolution +* Improvements to wave-reader and writer for floating point audio + +### 0.3.0 8 Mar 2005 +* Skip backwards and forwards in wav file +* WavPlayer trackBar indicates progress +* Allows trackBar repositioning +* WavePlayer show current time in hh:mm:ss +* Can start playing from any point in the file +* More ACM stream conversion interop +* More ACM interop improvements +* WaveFormatConversionStream class +* WaveStream no longer inherits from Stream +* AcmStream class +* waveOutDevCaps interop +* Improvements to WaveFileWriter +* AcmStream and AcmStreamHeader bug fixes +* Improvements to WaveFileReader and WaveFileWriter +* PCM to PCM offline conversion working +* Very basic ability to play converted streams in realtime +* Initial version of Renaissance GSM conversion stream +* Fix to WaveFileWriter +* More disposable pattern +* WaveFileConversionStream can convert files offline +* WaveStreams can now recommend a read buffer size based on latency +* Offline Renaissance GSM stream conversion working +* WaveOut takes a latency now +* MmException improvement +* Greatly improved the ability to calculate appropriate buffer sizes +* Realtime GSM decoding is now working + +### 0.2.0 25 Feb 2005 +* Improvements to WaveStream class +* SoundFont library merged +* Converted to Visual Studio .NET +* Merged JavaLayer +* Merged newer SoundFontLib, MidiLib, Ogg, Acm +* Generic WaveStream class and WaveFileReader +* Improved class design trying to fix WaveOut bug (waveout callback was being GCed) + +### 0.1.0 23 Dec 2002 +* Added pause and stop for WaveOut +* Got wave playing working better +* Wave functions improved +* Mixer bugfixes and design improvements +* Added basic WaveOut interop &amp; classes +* Improvements to Mixer interop &amp; classes +* Added MIDI interop, MMException, more mixer classes + +### 0.0.0 9 Dec 2002 +* Initial version, basic mixer interop diff --git a/NAudio-2.2.1/RELEASE_NOTES.md.meta b/NAudio-2.2.1/RELEASE_NOTES.md.meta new file mode 100644 index 0000000..cdb010e --- /dev/null +++ b/NAudio-2.2.1/RELEASE_NOTES.md.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: e12e55a896140467a9f3bfe8e4b8d15a +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/SampleData.meta b/NAudio-2.2.1/SampleData.meta new file mode 100644 index 0000000..6797b6f --- /dev/null +++ b/NAudio-2.2.1/SampleData.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 1e8cd708e8a9244f3ba6413a462ca1ae +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/Tools.meta b/NAudio-2.2.1/Tools.meta new file mode 100644 index 0000000..fa5767b --- /dev/null +++ b/NAudio-2.2.1/Tools.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: bdc3138ccbe35fc95b76af3298911e07 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/azure-pipelines.yml b/NAudio-2.2.1/azure-pipelines.yml new file mode 100644 index 0000000..039cefd --- /dev/null +++ b/NAudio-2.2.1/azure-pipelines.yml @@ -0,0 +1,35 @@ +# .NET Desktop +# Build and run tests for .NET Desktop or Windows classic desktop solutions. +# Add steps that publish symbols, save build artifacts, and more: +# https://docs.microsoft.com/azure/devops/pipelines/apps/windows/dot-net +# vmImage options: https://docs.microsoft.com/en-us/azure/devops/pipelines/agents/hosted?view=azure-devops#use-a-microsoft-hosted-agent + +pool: + vmImage: 'windows-latest' # https://github.com/actions/virtual-environments/blob/main/images/win/Windows2022-Readme.md + +variables: + solution: '**/*.sln' + buildPlatform: 'Any CPU' + buildConfiguration: 'Release' + +steps: +# We need the 18362 SDK https://community.chocolatey.org/packages/windows-sdk-10.1#description +- script: choco install windows-sdk-10.1 --version=10.1.18362.1 + +- task: NuGetToolInstaller@1 + +- task: NuGetCommand@2 + inputs: + restoreSolution: '$(solution)' + +- task: VSBuild@1 + inputs: + solution: '$(solution)' + platform: '$(buildPlatform)' + configuration: '$(buildConfiguration)' + +- task: VSTest@2 + inputs: + platform: '$(buildPlatform)' + configuration: '$(buildConfiguration)' + testFiltercriteria: 'TestCategory!=IntegrationTest' \ No newline at end of file diff --git a/NAudio-2.2.1/azure-pipelines.yml.meta b/NAudio-2.2.1/azure-pipelines.yml.meta new file mode 100644 index 0000000..9d12e9c --- /dev/null +++ b/NAudio-2.2.1/azure-pipelines.yml.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 596c53e3a3a7cd6f99e3507244a14ad5 +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/build.cake b/NAudio-2.2.1/build.cake new file mode 100644 index 0000000..175c748 --- /dev/null +++ b/NAudio-2.2.1/build.cake @@ -0,0 +1,83 @@ +#tool nuget:?package=NUnit.ConsoleRunner&version=3.11.1 +////////////////////////////////////////////////////////////////////// +// ARGUMENTS +////////////////////////////////////////////////////////////////////// + +// TODO: port the ZipLib, ZipDemo and ZipRelease tasks from the old fake scripts + +var target = Argument("target", "Default"); +var configuration = Argument("configuration", "Release"); + +////////////////////////////////////////////////////////////////////// +// PREPARATION +////////////////////////////////////////////////////////////////////// + +// Define directories. +var buildDir = Directory("./NAudio/bin") + Directory(configuration); + +var buildLogo = @" _ _ _ _ _ + | \ | | / \ _ _ __| (_) ___ + | \| | / _ \| | | |/ _` | |/ _ \ + | |\ |/ ___ \ |_| | (_| | | (_) | + |_| \_/_/ \_\__,_|\__,_|_|\___/ +"; +Information(buildLogo); + +////////////////////////////////////////////////////////////////////// +// TASKS +////////////////////////////////////////////////////////////////////// + +Task("Clean") + .Does(() => +{ + CleanDirectories("./**/bin/" + configuration); +}); + +Task("Restore-NuGet-Packages") + .IsDependentOn("Clean") + .Does(() => +{ + NuGetRestore("./NAudio.sln"); +}); + +Task("Build") + .IsDependentOn("Restore-NuGet-Packages") + .Does(() => +{ + if(IsRunningOnWindows()) + { + // Use MSBuild + MSBuild("./NAudio.sln", settings => + settings.SetConfiguration(configuration)); + } + else + { + // Use XBuild - unlikely to work, not tested + XBuild("./NAudio.sln", settings => + settings.SetConfiguration(configuration)); + } +}); + +Task("Run-Unit-Tests") + .IsDependentOn("Build") + .Does(() => +{ + // https://cakebuild.net/api/Cake.Common.Tools.NUnit/NUnit3Settings/ + NUnit3("./**/bin/" + configuration + "/**/*Tests.dll", new NUnit3Settings { + Where = "cat != IntegrationTest", + NoResults = true + }); +}); + +////////////////////////////////////////////////////////////////////// +// TASK TARGETS +////////////////////////////////////////////////////////////////////// + +Task("Default") + .IsDependentOn("Run-Unit-Tests"); + +////////////////////////////////////////////////////////////////////// +// EXECUTION +////////////////////////////////////////////////////////////////////// + +RunTarget(target); \ No newline at end of file diff --git a/NAudio-2.2.1/build.cake.meta b/NAudio-2.2.1/build.cake.meta new file mode 100644 index 0000000..bd50061 --- /dev/null +++ b/NAudio-2.2.1/build.cake.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: b0e753dcd30cd28d79cd2d6d3fa89dba +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/build.ps1 b/NAudio-2.2.1/build.ps1 new file mode 100644 index 0000000..68029ba --- /dev/null +++ b/NAudio-2.2.1/build.ps1 @@ -0,0 +1,234 @@ +########################################################################## +# This is the Cake bootstrapper script for PowerShell. +# This file was downloaded from https://github.com/cake-build/resources +# Feel free to change this file to fit your needs. +########################################################################## + +<# + +.SYNOPSIS +This is a Powershell script to bootstrap a Cake build. + +.DESCRIPTION +This Powershell script will download NuGet if missing, restore NuGet tools (including Cake) +and execute your Cake build script with the parameters you provide. + +.PARAMETER Script +The build script to execute. +.PARAMETER Target +The build script target to run. +.PARAMETER Configuration +The build configuration to use. +.PARAMETER Verbosity +Specifies the amount of information to be displayed. +.PARAMETER ShowDescription +Shows description about tasks. +.PARAMETER DryRun +Performs a dry run. +.PARAMETER Experimental +Uses the nightly builds of the Roslyn script engine. +.PARAMETER Mono +Uses the Mono Compiler rather than the Roslyn script engine. +.PARAMETER SkipToolPackageRestore +Skips restoring of packages. +.PARAMETER ScriptArgs +Remaining arguments are added here. + +.LINK +https://cakebuild.net + +#> + +[CmdletBinding()] +Param( + [string]$Script = "build.cake", + [string]$Target, + [string]$Configuration, + [ValidateSet("Quiet", "Minimal", "Normal", "Verbose", "Diagnostic")] + [string]$Verbosity, + [switch]$ShowDescription, + [Alias("WhatIf", "Noop")] + [switch]$DryRun, + [switch]$Experimental, + [switch]$Mono, + [switch]$SkipToolPackageRestore, + [Parameter(Position=0,Mandatory=$false,ValueFromRemainingArguments=$true)] + [string[]]$ScriptArgs +) + +[Reflection.Assembly]::LoadWithPartialName("System.Security") | Out-Null +function MD5HashFile([string] $filePath) +{ + if ([string]::IsNullOrEmpty($filePath) -or !(Test-Path $filePath -PathType Leaf)) + { + return $null + } + + [System.IO.Stream] $file = $null; + [System.Security.Cryptography.MD5] $md5 = $null; + try + { + $md5 = [System.Security.Cryptography.MD5]::Create() + $file = [System.IO.File]::OpenRead($filePath) + return [System.BitConverter]::ToString($md5.ComputeHash($file)) + } + finally + { + if ($file -ne $null) + { + $file.Dispose() + } + } +} + +function GetProxyEnabledWebClient +{ + $wc = New-Object System.Net.WebClient + $proxy = [System.Net.WebRequest]::GetSystemWebProxy() + $proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials + $wc.Proxy = $proxy + return $wc +} + +Write-Host "Preparing to run build script..." + +if(!$PSScriptRoot){ + $PSScriptRoot = Split-Path $MyInvocation.MyCommand.Path -Parent +} + +$TOOLS_DIR = Join-Path $PSScriptRoot "tools" +$ADDINS_DIR = Join-Path $TOOLS_DIR "Addins" +$MODULES_DIR = Join-Path $TOOLS_DIR "Modules" +$NUGET_EXE = Join-Path $TOOLS_DIR "nuget.exe" +$CAKE_EXE = Join-Path $TOOLS_DIR "Cake/Cake.exe" +$NUGET_URL = "https://dist.nuget.org/win-x86-commandline/latest/nuget.exe" +$PACKAGES_CONFIG = Join-Path $TOOLS_DIR "packages.config" +$PACKAGES_CONFIG_MD5 = Join-Path $TOOLS_DIR "packages.config.md5sum" +$ADDINS_PACKAGES_CONFIG = Join-Path $ADDINS_DIR "packages.config" +$MODULES_PACKAGES_CONFIG = Join-Path $MODULES_DIR "packages.config" + +# Make sure tools folder exists +if ((Test-Path $PSScriptRoot) -and !(Test-Path $TOOLS_DIR)) { + Write-Verbose -Message "Creating tools directory..." + New-Item -Path $TOOLS_DIR -Type directory | out-null +} + +# Make sure that packages.config exist. +if (!(Test-Path $PACKAGES_CONFIG)) { + Write-Verbose -Message "Downloading packages.config..." + try { + $wc = GetProxyEnabledWebClient + $wc.DownloadFile("https://cakebuild.net/download/bootstrapper/packages", $PACKAGES_CONFIG) } catch { + Throw "Could not download packages.config." + } +} + +# Try find NuGet.exe in path if not exists +if (!(Test-Path $NUGET_EXE)) { + Write-Verbose -Message "Trying to find nuget.exe in PATH..." + $existingPaths = $Env:Path -Split ';' | Where-Object { (![string]::IsNullOrEmpty($_)) -and (Test-Path $_ -PathType Container) } + $NUGET_EXE_IN_PATH = Get-ChildItem -Path $existingPaths -Filter "nuget.exe" | Select -First 1 + if ($NUGET_EXE_IN_PATH -ne $null -and (Test-Path $NUGET_EXE_IN_PATH.FullName)) { + Write-Verbose -Message "Found in PATH at $($NUGET_EXE_IN_PATH.FullName)." + $NUGET_EXE = $NUGET_EXE_IN_PATH.FullName + } +} + +# Try download NuGet.exe if not exists +if (!(Test-Path $NUGET_EXE)) { + Write-Verbose -Message "Downloading NuGet.exe..." + try { + $wc = GetProxyEnabledWebClient + $wc.DownloadFile($NUGET_URL, $NUGET_EXE) + } catch { + Throw "Could not download NuGet.exe." + } +} + +# Save nuget.exe path to environment to be available to child processed +$ENV:NUGET_EXE = $NUGET_EXE + +# Restore tools from NuGet? +if(-Not $SkipToolPackageRestore.IsPresent) { + Push-Location + Set-Location $TOOLS_DIR + + # Check for changes in packages.config and remove installed tools if true. + [string] $md5Hash = MD5HashFile($PACKAGES_CONFIG) + if((!(Test-Path $PACKAGES_CONFIG_MD5)) -Or + ($md5Hash -ne (Get-Content $PACKAGES_CONFIG_MD5 ))) { + Write-Verbose -Message "Missing or changed package.config hash..." + Remove-Item * -Recurse -Exclude packages.config,nuget.exe + } + + Write-Verbose -Message "Restoring tools from NuGet..." + $NuGetOutput = Invoke-Expression "&`"$NUGET_EXE`" install -ExcludeVersion -OutputDirectory `"$TOOLS_DIR`"" + + if ($LASTEXITCODE -ne 0) { + Throw "An error occurred while restoring NuGet tools." + } + else + { + $md5Hash | Out-File $PACKAGES_CONFIG_MD5 -Encoding "ASCII" + } + Write-Verbose -Message ($NuGetOutput | out-string) + + Pop-Location +} + +# Restore addins from NuGet +if (Test-Path $ADDINS_PACKAGES_CONFIG) { + Push-Location + Set-Location $ADDINS_DIR + + Write-Verbose -Message "Restoring addins from NuGet..." + $NuGetOutput = Invoke-Expression "&`"$NUGET_EXE`" install -ExcludeVersion -OutputDirectory `"$ADDINS_DIR`"" + + if ($LASTEXITCODE -ne 0) { + Throw "An error occurred while restoring NuGet addins." + } + + Write-Verbose -Message ($NuGetOutput | out-string) + + Pop-Location +} + +# Restore modules from NuGet +if (Test-Path $MODULES_PACKAGES_CONFIG) { + Push-Location + Set-Location $MODULES_DIR + + Write-Verbose -Message "Restoring modules from NuGet..." + $NuGetOutput = Invoke-Expression "&`"$NUGET_EXE`" install -ExcludeVersion -OutputDirectory `"$MODULES_DIR`"" + + if ($LASTEXITCODE -ne 0) { + Throw "An error occurred while restoring NuGet modules." + } + + Write-Verbose -Message ($NuGetOutput | out-string) + + Pop-Location +} + +# Make sure that Cake has been installed. +if (!(Test-Path $CAKE_EXE)) { + Throw "Could not find Cake.exe at $CAKE_EXE" +} + + + +# Build Cake arguments +$cakeArguments = @("$Script"); +if ($Target) { $cakeArguments += "-target=$Target" } +if ($Configuration) { $cakeArguments += "-configuration=$Configuration" } +if ($Verbosity) { $cakeArguments += "-verbosity=$Verbosity" } +if ($ShowDescription) { $cakeArguments += "-showdescription" } +if ($DryRun) { $cakeArguments += "-dryrun" } +if ($Experimental) { $cakeArguments += "-experimental" } +if ($Mono) { $cakeArguments += "-mono" } +$cakeArguments += $ScriptArgs + +# Start Cake +Write-Host "Running build script..." +&$CAKE_EXE $cakeArguments +exit $LASTEXITCODE \ No newline at end of file diff --git a/NAudio-2.2.1/build.ps1.meta b/NAudio-2.2.1/build.ps1.meta new file mode 100644 index 0000000..86ac5de --- /dev/null +++ b/NAudio-2.2.1/build.ps1.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 5ac7a7dcf1160eb709a309b33c1a97c5 +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/global.json b/NAudio-2.2.1/global.json new file mode 100644 index 0000000..f3cb0dc --- /dev/null +++ b/NAudio-2.2.1/global.json @@ -0,0 +1,5 @@ +{ + "msbuild-sdks": { + "MSBuild.Sdk.Extras": "3.0.44" + } +} \ No newline at end of file diff --git a/NAudio-2.2.1/global.json.meta b/NAudio-2.2.1/global.json.meta new file mode 100644 index 0000000..f03dad3 --- /dev/null +++ b/NAudio-2.2.1/global.json.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 7d5619677bc9db80c94157c48489ed3f +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/license.txt b/NAudio-2.2.1/license.txt new file mode 100644 index 0000000..2b12392 --- /dev/null +++ b/NAudio-2.2.1/license.txt @@ -0,0 +1,8 @@ +Copyright 2020 Mark Heath + +Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + diff --git a/NAudio-2.2.1/license.txt.meta b/NAudio-2.2.1/license.txt.meta new file mode 100644 index 0000000..3826f7d --- /dev/null +++ b/NAudio-2.2.1/license.txt.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 3c14cc0c691dde1e58f9fcf8dba8b0b6 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/naudio-icon.png b/NAudio-2.2.1/naudio-icon.png new file mode 100644 index 0000000000000000000000000000000000000000..63c859ce7a64538139ee29deb34a894ea112c653 GIT binary patch literal 2220 zcmV;d2vhfoP)<h;3K|Lk000e1NJLTq005l;0052%0{{R39J>0^00001b5ch_0Itp) z=>Px#1ZP1_K>z@;j|==^1poj7d{9hOMgRZ*^z`)4&(N~6vY?=$nwp!Qo}c>q`tR@X 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pSDRemoveMatte: 0 + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/publish.ps1 b/NAudio-2.2.1/publish.ps1 new file mode 100644 index 0000000..2c0ca8b --- /dev/null +++ b/NAudio-2.2.1/publish.ps1 @@ -0,0 +1,24 @@ +# publishes to NuGet +# $apiKey needs to be already set up with NuGet publishing key +Write-Host $PSScriptRoot + +if (-not $apiKey) +{ + throw "Need to set the API key first" +} + +$packages = "NAudio.Core", "NAudio.Asio", "NAudio.WinForms", "NAudio.Midi", + "NAudio.WinMM", "NAudio.Wasapi", "NAudio.Uap", + "NAudio", "NAudio.Extras" + +foreach ($package in $packages) +{ + # publish the most recently created .nupkg file + $folder = "$PSScriptRoot\$package\bin\Release" + $recent = gci "$folder\*.nupkg" | sort LastWriteTime | select -last 1 + $pkg = $recent.Name + # note that this will fail with 409 error if you try to push package that already exists + Write-Host "publishing $pkg" + dotnet nuget push "$folder\$pkg" --api-key $apiKey --source https://api.nuget.org/v3/index.json | out-null + if (-not $?) { Write-Error "Failed to publish $pkg" } +} \ No newline at end of file diff --git a/NAudio-2.2.1/publish.ps1.meta b/NAudio-2.2.1/publish.ps1.meta new file mode 100644 index 0000000..c05ec5d --- /dev/null +++ b/NAudio-2.2.1/publish.ps1.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 6a2e45caab6b07cfc967c343a4fca06d +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/NAudio-2.2.1/readme.txt b/NAudio-2.2.1/readme.txt new file mode 100644 index 0000000..f0cc0d4 --- /dev/null +++ b/NAudio-2.2.1/readme.txt @@ -0,0 +1,91 @@ +NAudio is an open source .NET audio library written by Mark Heath (mark.heath@gmail.com) +For more information, visit http://github.com/naudio/NAudio + +THANKS +====== +The following list includes some of the people who have contributed in various ways to NAudio, such as code contributions, +bug fixes, documentation, helping out on the forums and even donations. I haven't finished compiling this list yet, so +if your name should be on it but isn't please let me know and I will include it. Also, some people I only know by their forum +id, so if you want me to put your full name here, please also get in touch. + +in alphabetical order: +Alan Jordan +Alexandre Mutel +Alexander Binkert +AmandaTarafaMas +balistof +biermeester +borman11 +bradb +Brandon Hansen (kg6ypi) +csechet +ChunkWare Music Software +CKing +DaMacc +Dirk Eckhardt +Du10 +eejake52 +Florian Rosmann (filoe) +Freefall +Giawa +Harald Petrovitsch +Hfuy +Iain McCowan +Idael Cardaso +ioctlLR +Ivan Kochurkin (KvanTTT) +Jamie Michael Ewins +jannera +jbaker8935 +jcameron23 +JoeGaggler +jonahoffmann +jontdelorme +Jospin Software +Justin Frankel +K24A3 +Kamen Lichev +Kassoul +kevinxxx +kzych +LionCash +Lustild +Lucian Wischik (ljw1004) +ManuN +MeelMarcel +Michael Chadwick +Michael Feld +Michael J +Michael Lehenbauer +milligan22963 +myrkle +nelsonkidd +Nigel Redmon +Nikolaos Georgiou +Owen Skriloff +owoudenb +painmailer +PPavan +Pygmy +Ray Molenkamp +Roadz +Robert Bristow-Johnson +Scott Fleischman +Simon Clark +Sirish Bajpai +sporn +Steve Underwood +Ted Murphy +Tiny Simple Tools +Tobias Fleming +TomBogle +Tony Cabello +Tony Sistemas +TuneBlade +topher3683 +volmart +Vladimir Rokovanov +Ville Koskinen +Wyatt Rice +Yuval Naveh +Zsb diff --git a/NAudio-2.2.1/readme.txt.meta b/NAudio-2.2.1/readme.txt.meta new file mode 100644 index 0000000..18be35d --- /dev/null +++ b/NAudio-2.2.1/readme.txt.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 4d0c9fc266b62bf68837dd313a078486 +TextScriptImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Plugins.meta b/Plugins.meta new file mode 100644 index 0000000..a49262c --- /dev/null +++ b/Plugins.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 5b83395ca44d80885b5a93b1eadea20a +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Plugins/discord-rpc.so b/Plugins/discord-rpc.so new file mode 100644 index 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new file mode 100644 index 0000000..8f51eb9 --- /dev/null +++ b/Scripts/BangerTypes/Rhys.cs @@ -0,0 +1,17 @@ +using System; +using System.Collections.Generic; +using System.Linq; +using UnityEngine; + +namespace BangerTypes +{ + public class Rhys + { + public Note[] notes; + public string artist; + public string title; + public int track_time; + public string audio; // Base64 encoded + public string cover_art; // Base64 encoded + } +} \ No newline at end of file diff --git a/Scripts/BangerTypes/Rhys.cs.meta b/Scripts/BangerTypes/Rhys.cs.meta new file mode 100644 index 0000000..3d7477c --- /dev/null +++ b/Scripts/BangerTypes/Rhys.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 201ec27a96f795d6f94dabd5b8d453d0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/BangerTypes/Song.cs b/Scripts/BangerTypes/Song.cs new file mode 100644 index 0000000..8365555 --- /dev/null +++ b/Scripts/BangerTypes/Song.cs @@ -0,0 +1,23 @@ +using System; +using System.Collections.Generic; +using System.Linq; +using UnityEngine; + +namespace BangerTypes +{ + public class Song + { + public Note[] Notes { get; set; } + public string Title { get; set; } + public string Artist { get; set; } + public string Album { get; set; } + public string Duration { get; set; } + public TimeSpan DurationSpan { get; set; } + public AudioClip Clip { get; set; } + public Sprite CoverArt { get; set; } + + public string SongPath { get; set; } + + public Color32 AverageColor { get; set; } + } +} \ No newline at end of file diff --git a/Scripts/BangerTypes/Song.cs.meta b/Scripts/BangerTypes/Song.cs.meta new file mode 100644 index 0000000..67b7292 --- /dev/null +++ b/Scripts/BangerTypes/Song.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f157c1fad538aaaa38f7d178e7b359a9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/CoroutineStarter.cs b/Scripts/CoroutineStarter.cs new file mode 100644 index 0000000..487b249 --- /dev/null +++ b/Scripts/CoroutineStarter.cs @@ -0,0 +1,13 @@ +using System.Collections; +using System.Collections.Generic; +using UnityEngine; + +public class CoroutineStarter : MonoBehaviour +{ + private static CoroutineStarter instance = new(); + + public static void StartRoutine(IEnumerator routine) + { + instance.StartCoroutine(routine); + } +} diff --git a/Scripts/CoroutineStarter.cs.meta b/Scripts/CoroutineStarter.cs.meta new file mode 100644 index 0000000..ed80187 --- /dev/null +++ b/Scripts/CoroutineStarter.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 448219931c01415039b70f8af79a05bd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Enums.meta b/Scripts/Enums.meta new file mode 100644 index 0000000..4ce119d --- /dev/null +++ b/Scripts/Enums.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 2c69f559f3da0b59d97db4723910f9e5 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Enums/ButtonType.cs b/Scripts/Enums/ButtonType.cs new file mode 100644 index 0000000..7b1c167 --- /dev/null +++ b/Scripts/Enums/ButtonType.cs @@ -0,0 +1,11 @@ +using System.Collections; +using System.Collections.Generic; +using UnityEngine; + +public enum ButtonType +{ + UP, + DOWN, + LEFT, + RIGHT +} diff --git a/Scripts/Enums/ButtonType.cs.meta b/Scripts/Enums/ButtonType.cs.meta new file mode 100644 index 0000000..e51e11c --- /dev/null +++ b/Scripts/Enums/ButtonType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b6890e1a271ae58dc98e3e3e26f2d442 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Game.meta b/Scripts/Game.meta new file mode 100644 index 0000000..2408652 --- /dev/null +++ b/Scripts/Game.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: ea9f7e8f0b3a66e84858a5b4a3c904f5 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Game/AudioManager.cs b/Scripts/Game/AudioManager.cs new file mode 100644 index 0000000..3e2abab --- /dev/null +++ b/Scripts/Game/AudioManager.cs @@ -0,0 +1,38 @@ +using System; +using System.Collections; +using System.Collections.Generic; +using UnityEngine; + +public class AudioManager : MonoBehaviour +{ + [HideInInspector] + public AudioClip Clip { get; set; } + public AudioSource source; + + [Range(0f, 1f)] + public float volume; + + [Range(0f, 1f)] + public float pitch; + + void Awake() + { + source = GetComponent<AudioSource>(); + source.clip = Clip; + } + + public void UpdateClip(AudioClip clip) + { + source.clip = clip; + } + + public void Play() + { + source.Play(); + } + + public void Stop() + { + source.Stop(); + } +} diff --git a/Scripts/Game/AudioManager.cs.meta b/Scripts/Game/AudioManager.cs.meta new file mode 100644 index 0000000..f33b4cc --- /dev/null +++ b/Scripts/Game/AudioManager.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 61669be1370e61be299d7421ad39b205 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Game/BassEffect.cs b/Scripts/Game/BassEffect.cs new file mode 100644 index 0000000..0d001a5 --- /dev/null +++ b/Scripts/Game/BassEffect.cs @@ -0,0 +1,97 @@ +using System; +using System.Collections.Generic; +using System.Linq; +using UnityEngine; + +public class BassEffect +{ + public AudioSource source; + + public int range = 128; + public int sensitivity = 9; + public float bassDesensitivity = 0.4f; + + public float[] SpectrumData { get; set; } + + public float bassThreshhold = 0.1f; + + public Queue<float> bassHistory = new(5); + + List<float> bassData = new(); + + + // No sensitivity and bass reduction + public float[] UnprocessedSpectrumData { get; set; } + + // Raw data from GetSpectrumData + private float[] RawSpectrumData; + + public BassEffect(AudioSource source) + { + this.source = source; + + SpectrumData = new float[range]; + RawSpectrumData = new float[4 * range]; + } + + public float[] UpdateSpectrumData() + { + source.GetSpectrumData(RawSpectrumData, 0, FFTWindow.Blackman); + + float[] res = new float[range]; + + // Smooth the spectrum data using a moving average + for (int i = 0; i < range; i++) + { + float result = Mathf.Lerp(SpectrumData[i], RawSpectrumData[i], 0.1f); + SpectrumData[i] = result; + + if (i < (range / 14)) + { + result *= bassDesensitivity; + } + + res[i] = sensitivity * result; + } + IsBassOn(); + + return res; + } + + public float[] GetBass() + { + return SpectrumData.Take(3).ToArray(); + } + + public float GetBassStrength() + { + float[] bass = GetBass(); + + float sum = bass.Sum() * 5f; + + return (float) Math.Pow(sum, 2) / 10f; + } + + public bool IsBassOn() + { + float[] bass = GetBass(); + + float level = bass.Sum() / bass.Length; + + bassData.Add(level); + + return level > bassThreshhold; + } + + public void WriteData() + { + string res = ""; + + foreach (var bass in bassData) + { + res += bass + ", "; + } + + System.IO.File.WriteAllText("/home/thastertyn/bass-data.txt", res); + } +} diff --git a/Scripts/Game/BassEffect.cs.meta b/Scripts/Game/BassEffect.cs.meta new file mode 100644 index 0000000..c119a62 --- /dev/null +++ b/Scripts/Game/BassEffect.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 439cd1a6fdb271b12bbba95d1273c881 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Game/Game.cs b/Scripts/Game/Game.cs new file mode 100644 index 0000000..3ac6e31 --- /dev/null +++ b/Scripts/Game/Game.cs @@ -0,0 +1,82 @@ +using System; +using System.Collections; +using System.Collections.Generic; +using UnityEngine; +using UnityEngine.Networking; +using UnityEngine.UIElements; + +using UITypes; + +public class Game : MonoBehaviour +{ + const float DELAY = 0.005f; // 200 TPS + + public AudioManager manager; + + private MainMenu menu; + private BassEffect effect; + + string totalDuration; + bool repeatRoutine = true; + + + void Awake() + { + menu = GetComponent<MainMenu>(); + + effect = new(manager.source); + } + + public void GameUpdate() + { + float[] specData = effect.UpdateSpectrumData(); + float bassStrength = effect.GetBassStrength(); + + menu.GameElem.UpdateVisualizers(specData, bassStrength); + + UpdateTimestamp(); + } + + IEnumerator GameLoop() + { + while (repeatRoutine) + { + GameUpdate(); + yield return new WaitForSeconds(DELAY); + } + } + + public void LoadSong(SongEntry song) + { + totalDuration = song.Song.Duration; + + manager.source.clip = song.Song.Clip; + + menu.GameElem.SetColumnColor(song.Song.AverageColor); + } + + void UpdateTimestamp() + { + int totalSeconds = (int)manager.source.time; + int h = totalSeconds / 3600; + int m = (totalSeconds % 3600) / 60; + int s = totalSeconds % 60; + + string result = $"{h:D2}:{m:D2}:{s:D2} / {totalDuration}"; + menu.GameElem.UpdateSongTime(result); + } + + public void EscapeClicked() + { + repeatRoutine = false; + manager.Stop(); + menu.Escape(); + } + + public void Play() + { + manager.Play(); + repeatRoutine = true; + StartCoroutine(GameLoop()); + } +} diff --git a/Scripts/Game/Game.cs.meta b/Scripts/Game/Game.cs.meta new file mode 100644 index 0000000..029e900 --- /dev/null +++ b/Scripts/Game/Game.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b1cb1154a484d1bf18dda4f1c4f16322 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Game/Sound.cs b/Scripts/Game/Sound.cs new file mode 100644 index 0000000..6dc0a65 --- /dev/null +++ b/Scripts/Game/Sound.cs @@ -0,0 +1,20 @@ +using System.Collections; +using System.Collections.Generic; +using UnityEngine; + +[System.Serializable] +public class Sound : MonoBehaviour +{ + public AudioClip clip; + + [Range(0f, 1f)] + public float volume; + + [Range(0f, 1f)] + public float pitch; + + public string soundName; + + [HideInInspector] + public AudioSource source; +} diff --git a/Scripts/Game/Sound.cs.meta b/Scripts/Game/Sound.cs.meta new file mode 100644 index 0000000..37580de --- /dev/null +++ b/Scripts/Game/Sound.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 33f413aa8eabb985da07d956df7f198e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Menu and Songs.meta b/Scripts/Menu and Songs.meta new file mode 100644 index 0000000..7e3193c --- /dev/null +++ b/Scripts/Menu and Songs.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 7db8be7cfa459fa15990f6ed6fcb6a92 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Menu and Songs/FindSongs.cs b/Scripts/Menu and Songs/FindSongs.cs new file mode 100644 index 0000000..1896863 --- /dev/null +++ b/Scripts/Menu and Songs/FindSongs.cs @@ -0,0 +1,110 @@ +using System.Collections.Generic; +using System.IO; +using System.Linq; +using System.Text.RegularExpressions; +using UnityEngine; +using TagLib; +using System; +using BangerTypes; +using NAudio.Wave; +using UnityEngine.Networking; + + +namespace MenuAndSongs +{ + public class FindSongs + { + public static List<string> Find(string songPath) + { + if (!Directory.Exists(songPath)) + Directory.CreateDirectory(songPath); + + List<string> ls = Directory + .GetFiles(songPath) + .Where(file => Regex.IsMatch(file, ".*\\.mp3")) + .ToList(); + + return ls; + } + + public static Song ParseRHYS(string rhysPath, Sprite defaultImage) + { + string jsonContent = System.IO.File.ReadAllText(rhysPath); + Rhys rhys = JsonUtility.FromJson<Rhys>(jsonContent); + + string title = "<b>" + (rhys.title ?? "Title not found") + "</b>"; + string artist = String.IsNullOrEmpty(rhys.artist) ? "Artist not found" : "By: <b>" + rhys.artist + "</b>"; + string album = "Album information not available"; + + TimeSpan duration = TimeSpan.FromSeconds(rhys.track_time); + string formattedTimeSpan = string.Format("{0:D2}:{1:D2}:{2:D2}", + (int)duration.TotalHours, + duration.Minutes, + duration.Seconds); + + Sprite coverImage; + if (!string.IsNullOrEmpty(rhys.cover_art)) + { + byte[] imageBytes = Convert.FromBase64String(rhys.cover_art); + Texture2D texture = new Texture2D(2, 2); + texture.LoadImage(imageBytes); + coverImage = Sprite.Create(texture, new Rect(0, 0, texture.width, texture.height), new Vector2(0.5f, 0.5f)); + } + else + { + coverImage = defaultImage; + } + + var notes = rhys.notes; + Debug.Log("NOTES: "); + Debug.Log(notes); + + return new() + { + Title = title, + Artist = artist, + Album = album, + DurationSpan = duration, + Duration = formattedTimeSpan, + CoverArt = coverImage, + Clip = LoadAudioFromBase64(rhys.audio) + }; + } + + private static AudioClip LoadAudioFromBase64(string base64String) + { + // Decode Base64 String to byte array + byte[] mp3Bytes = Convert.FromBase64String(base64String); + + // Create a temporary file path + string tempFilePath = Path.Combine(Application.persistentDataPath, "tempMp3File.mp3"); + System.IO.File.WriteAllBytes(tempFilePath, mp3Bytes); + + // Load the AudioClip synchronously + AudioClip clip = LoadAudioSync(tempFilePath); + + // Optionally delete the temporary file if no longer needed + System.IO.File.Delete(tempFilePath); + + return clip; + } + + private static AudioClip LoadAudioSync(string filePath) + { + UnityWebRequest uwr = UnityWebRequestMultimedia.GetAudioClip("file://" + filePath, AudioType.MPEG); + var operation = uwr.SendWebRequest(); + while (!operation.isDone) + ; // Busy wait - not recommended + + if (uwr.result == UnityWebRequest.Result.Success) + { + return DownloadHandlerAudioClip.GetContent(uwr); + } + else + { + Debug.LogError("Error loading audio clip: " + uwr.error); + return null; + } + } + } +} diff --git a/Scripts/Menu and Songs/FindSongs.cs.meta b/Scripts/Menu and Songs/FindSongs.cs.meta new file mode 100644 index 0000000..f4ba35d --- /dev/null +++ b/Scripts/Menu and Songs/FindSongs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 653a02710366ea592b0b57a41d8d165a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/Menu and Songs/SongData.cs b/Scripts/Menu and Songs/SongData.cs new file mode 100644 index 0000000..c13b5d8 --- /dev/null +++ b/Scripts/Menu and Songs/SongData.cs @@ -0,0 +1,12 @@ +using System.Collections; +using System.Collections.Generic; +using UnityEngine; + +namespace MenuAndSongs +{ + [CreateAssetMenu(fileName = "SongData", menuName = "Custom/Song Data")] + public class SongData : ScriptableObject + { + public static string songPath; + } +} diff --git a/Scripts/Menu and Songs/SongData.cs.meta b/Scripts/Menu and Songs/SongData.cs.meta new file mode 100644 index 0000000..e3faf99 --- /dev/null +++ b/Scripts/Menu and Songs/SongData.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 87a87ffb34f411f57934067574b91792 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp.meta b/Scripts/TaglibSharp.meta new file mode 100644 index 0000000..79118cc --- /dev/null +++ b/Scripts/TaglibSharp.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 82dacfd5a3919507382bfb33213d0ae9 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aac.meta b/Scripts/TaglibSharp/Aac.meta new file mode 100644 index 0000000..00e99bb --- /dev/null +++ b/Scripts/TaglibSharp/Aac.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 308bd862125e5ae9c95724055c402e8c +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aac/AudioHeader.cs b/Scripts/TaglibSharp/Aac/AudioHeader.cs new file mode 100644 index 0000000..50613aa --- /dev/null +++ b/Scripts/TaglibSharp/Aac/AudioHeader.cs @@ -0,0 +1,415 @@ +// +// AudioHeader.cs: Provides information about an ADTS AAC audio stream. +// +// Copyright (C) 2009 Patrick Dehne +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Aac +{ + /// <summary> + /// This structure implements <see cref="IAudioCodec" /> and provides + /// information about an ADTS AAC audio stream. + /// </summary> + public class AudioHeader : IAudioCodec + { + #region Private Static Value Arrays + + /// <summary> + /// Contains a sample rate table for ADTS AAC audio. + /// </summary> + static readonly int[] sample_rates = new int[13] { + 96000, 88200, 64000, 48000, 44100, 32000, + 24000, 22050, 16000, 12000, 11025, 8000, 7350 + }; + + /// <summary> + /// Contains a channel table for ADTS AAC audio. + /// </summary> + static readonly int[] channels = new int[8] { + 0, 1, 2, 3, 4, 5, 6, 8 + }; + + #endregion + + + + #region Private Properties + + /// <summary> + /// Contains the audio stream length. + /// </summary> + long stream_length; + + /// <summary> + /// Contains the audio stream duration. + /// </summary> + TimeSpan duration; + + /// <summary> + /// Contains the number of channels in the audio + /// </summary> + readonly int audiochannels; + + /// <summary> + /// Contains the bitrate of the audio stream + /// </summary> + readonly int audiobitrate; + + /// <summary> + /// Contains the samplerate of the audio stream + /// </summary> + readonly int audiosamplerate; + + #endregion + + + + #region Public Fields + + /// <summary> + /// An empty and unset header. + /// </summary> + public static readonly AudioHeader Unknown = new AudioHeader (); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new empty instance of <see + /// cref="AudioHeader" /> + /// </summary> + AudioHeader () + { + stream_length = 0; + duration = TimeSpan.Zero; + audiochannels = 0; + audiobitrate = 0; + audiosamplerate = 0; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioHeader" /> by populating it with specified + /// values. + /// </summary> + /// <param name="channels"> + /// A <see cref="int" /> value indicating the number + /// of channels in the audio stream + /// </param> + /// <param name="bitrate"> + /// A <see cref="int" /> value indicating the bitrate + /// of the audio stream + /// </param> + /// <param name="samplerate"> + /// A <see cref="int" /> value indicating the samplerate + /// of the audio stream + /// </param> + /// <param name="numberofsamples"> + /// A <see cref="int" /> value indicating the number + /// of samples in the audio stream + /// </param> + /// <param name="numberofframes"> + /// A <see cref="int" /> value indicating the number + /// of frames in the audio stream + /// </param> + AudioHeader (int channels, int bitrate, int samplerate, int numberofsamples, int numberofframes) + { + duration = TimeSpan.Zero; + stream_length = 0; + audiochannels = channels; + audiobitrate = bitrate; + audiosamplerate = samplerate; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + return "ADTS AAC"; + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + /// <remarks> + /// If <see cref="SetStreamLength" /> has not been called, this + /// value will not be correct. + /// </remarks> + public TimeSpan Duration { + get { + return duration; + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + return audiobitrate; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { + return audiosamplerate; + } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return audiochannels; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Sets the length of the audio stream represented by the + /// current instance. + /// </summary> + /// <param name="streamLength"> + /// A <see cref="long" /> value specifying the length in + /// bytes of the audio stream represented by the current + /// instance. + /// </param> + /// <remarks> + /// The this value has been set, <see cref="Duration" /> will + /// return an incorrect value. + /// </remarks> + public void SetStreamLength (long streamLength) + { + stream_length = streamLength; + duration = TimeSpan.FromSeconds (stream_length * 8.0 / audiobitrate); + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Searches for an audio header in a <see cref="TagLib.File" + /// /> starting at a specified position and searching through + /// a specified number of bytes. + /// </summary> + /// <param name="header"> + /// A <see cref="AudioHeader" /> object in which the found + /// header will be stored. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to search. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// in <paramref name="file" /> at which to start searching. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the maximum number + /// of bytes to search before aborting. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not a + /// header was found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public static bool Find (out AudioHeader header, TagLib.File file, long position, int length) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + long end = position + length; + header = Unknown; + + file.Seek (position); + + ByteVector buffer = file.ReadBlock (3); + + if (buffer.Count < 3) + return false; + + do { + file.Seek (position + 3); + buffer = buffer.Mid (buffer.Count - 3); + buffer.Add (file.ReadBlock ( + (int)TagLib.File.BufferSize)); + + for (int i = 0; i < buffer.Count - 3 && + (length < 0 || position + i < end); i++) + if (buffer[i] == 0xFF + && buffer[i + 1] >= 0xF0) // 0xFFF + try { + BitStream bits = new BitStream (buffer.Mid (i, 7).Data); + + // 12 bits sync header + bits.ReadInt32 (12); + + // 1 bit mpeg 2/4 + bits.ReadInt32 (1); + + // 2 bits layer + bits.ReadInt32 (2); + + // 1 bit protection absent + bits.ReadInt32 (1); + + // 2 bits profile object type + bits.ReadInt32 (2); + + // 4 bits sampling frequency index + int samplerateindex = bits.ReadInt32 (4); + if (samplerateindex >= sample_rates.Length) + return false; + long samplerate = sample_rates[samplerateindex]; + + // 1 bit private bit + bits.ReadInt32 (1); + + // 3 bits channel configuration + int channelconfigindex = bits.ReadInt32 (3); + if (channelconfigindex >= channels.Length) + return false; + + // 4 copyright bits + bits.ReadInt32 (4); + + // 13 bits frame length + long framelength = bits.ReadInt32 (13); // double check framelength + if (framelength < 7) + return false; + + // 11 bits buffer fullness + bits.ReadInt32 (11); + + // 2 bits number of raw data blocks in frame + int numberofframes = bits.ReadInt32 (2) + 1; + + long numberofsamples = numberofframes * 1024; + long bitrate = framelength * 8 * samplerate / numberofsamples; + + header = new AudioHeader (channels[channelconfigindex], + (int)bitrate, + (int)samplerate, + (int)numberofsamples, + numberofframes); + + return true; + } catch (CorruptFileException) { + } + + position += TagLib.File.BufferSize; + } while (buffer.Count > 3 && (length < 0 || position < end)); + + return false; + } + + /// <summary> + /// Searches for an audio header in a <see cref="TagLib.File" + /// /> starting at a specified position and searching to the + /// end of the file. + /// </summary> + /// <param name="header"> + /// A <see cref="AudioHeader" /> object in which the found + /// header will be stored. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to search. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// in <paramref name="file" /> at which to start searching. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not a + /// header was found. + /// </returns> + /// <remarks> + /// Searching to the end of the file can be very, very slow + /// especially for corrupt or non-MPEG files. It is + /// recommended to use <see + /// cref="M:AudioHeader.Find(AudioHeader,TagLib.File,long,int)" /> + /// instead. + /// </remarks> + public static bool Find (out AudioHeader header, TagLib.File file, long position) + { + return Find (out header, file, position, -1); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Aac/AudioHeader.cs.meta b/Scripts/TaglibSharp/Aac/AudioHeader.cs.meta new file mode 100644 index 0000000..51039f8 --- /dev/null +++ b/Scripts/TaglibSharp/Aac/AudioHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a70f4e38ac189d2389cf4717f5a1869a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aac/BitStream.cs b/Scripts/TaglibSharp/Aac/BitStream.cs new file mode 100644 index 0000000..da9cd3a --- /dev/null +++ b/Scripts/TaglibSharp/Aac/BitStream.cs @@ -0,0 +1,100 @@ +// +// BitStream.cs: Helper to read bits from a byte array. +// +// Copyright (C) 2009 Patrick Dehne +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Diagnostics; + +namespace TagLib.Aac +{ + /// <summary> + /// This class is used to help reading arbitary number of bits from + /// a fixed array of bytes + /// </summary> + public class BitStream + { + readonly BitArray bits; + int bitindex; + + + #region Constructors + + /// <summary> + /// Construct a new <see cref="BitStream"/>. + /// </summary> + /// <param name="buffer"> + /// A <see cref="T:System.Byte[]"/>, must be 7 bytes long. + /// </param> + public BitStream (byte[] buffer) + { + Debug.Assert (buffer.Length == 7, "buffer.Length == 7", "buffer size invalid"); + + if (buffer.Length != 7) + throw new ArgumentException ("Buffer size must be 7 bytes"); + + // Reverse bits + bits = new BitArray (buffer.Length * 8); + for (int i = 0; i < buffer.Length; i++) { + for (int y = 0; y < 8; y++) { + bits[i * 8 + y] = ((buffer[i] & (1 << (7 - y))) > 0); + } + } + + bitindex = 0; + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads an Int32 from the bitstream + /// </summary> + /// <param name="numberOfBits"> + /// A <see cref="int" /> value containing the number + /// of bits to read from the bitstream + /// </param> + public int ReadInt32 (int numberOfBits) + { + Debug.Assert (numberOfBits > 0, "numberOfBits < 1"); + Debug.Assert (numberOfBits <= 32, "numberOfBits <= 32"); + + if (numberOfBits <= 0) + throw new ArgumentException ("Number of bits to read must be >= 1"); + + if (numberOfBits > 32) + throw new ArgumentException ("Number of bits to read must be <= 32"); + + int value = 0; + int start = bitindex + numberOfBits - 1; + for (int i = 0; i < numberOfBits; i++) { + value += bits[start] ? (1 << i) : 0; + bitindex++; + start--; + } + + return value; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Aac/BitStream.cs.meta b/Scripts/TaglibSharp/Aac/BitStream.cs.meta new file mode 100644 index 0000000..8cc811e --- /dev/null +++ b/Scripts/TaglibSharp/Aac/BitStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8284bad068f4283f29df4c52751a79cc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aac/File.cs b/Scripts/TaglibSharp/Aac/File.cs new file mode 100644 index 0000000..8f66bf1 --- /dev/null +++ b/Scripts/TaglibSharp/Aac/File.cs @@ -0,0 +1,272 @@ +// +// File.cs: Provides tagging and properties support for ADTS AAC files +// +// Here is the ADTS Header description used for implementation: +// http://www.hydrogenaudio.org/forums/lofiversion/index.php/t21617.html +// +// Copyright (C) 2009 Patrick Dehne +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Aac +{ + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for ADTS AAC audio files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Id3v1.Tag" /> and <see + /// cref="TagLib.Id3v2.Tag" /> will be added automatically to any + /// file that doesn't contain one. This change does not effect the + /// file until it is saved and can be reversed using the following + /// method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/aac", "aac")] + [SupportedMimeType ("audio/aac")] + public class File : TagLib.NonContainer.File + { + #region Private Fields + + /// <summary> + /// Contains the first audio header. + /// </summary> + AudioHeader first_header; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local + /// file system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local + /// file system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with + /// an average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// If a <see cref="TagLib.Id3v2.Tag" /> is added to the + /// current instance, it will be placed at the start of the + /// file. On the other hand, <see cref="TagLib.Id3v1.Tag" /> + /// <see cref="TagLib.Ape.Tag" /> will be added to the end of + /// the file. All other tag types will be ignored. + /// </remarks> + public override Tag GetTag (TagTypes type, bool create) + { + Tag t = (Tag as TagLib.NonContainer.Tag).GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return StartTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <remarks> + /// This method only searches for an audio header in the + /// first 16384 bytes of code to avoid searching forever in + /// corrupt files. + /// </remarks> + protected override void ReadStart (long start, ReadStyle propertiesStyle) + { + // Only check the first 16 bytes so we're not stuck + // reading a bad file forever. + if ((propertiesStyle & ReadStyle.Average) != 0 && + !AudioHeader.Find (out first_header, this, start, 0x4000)) + throw new CorruptFileException ("ADTS audio header not found."); + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + // Make sure we have ID3v1 and ID3v2 tags. + GetTag (TagTypes.Id3v1, true); + GetTag (TagTypes.Id3v2, true); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + first_header.SetStreamLength (end - start); + return new Properties (TimeSpan.Zero, first_header); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Aac/File.cs.meta b/Scripts/TaglibSharp/Aac/File.cs.meta new file mode 100644 index 0000000..e25747d --- /dev/null +++ b/Scripts/TaglibSharp/Aac/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5ea5a2b9978c53a708489187d4f05f90 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aiff.meta b/Scripts/TaglibSharp/Aiff.meta new file mode 100644 index 0000000..2638ba8 --- /dev/null +++ b/Scripts/TaglibSharp/Aiff.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 4e181c0c58fe3641d805ee0aabca0c10 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aiff/File.cs b/Scripts/TaglibSharp/Aiff/File.cs new file mode 100644 index 0000000..f2c0b5a --- /dev/null +++ b/Scripts/TaglibSharp/Aiff/File.cs @@ -0,0 +1,486 @@ +// +// File.cs: Provides tagging and properties support for Apple's AIFF +// files. +// +// Author: +// Helmut Wahrmann +// +// Copyright (C) 2009 Helmut Wahrmann +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Aiff +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide + /// support for reading and writing tags and properties for files + /// using the AIFF file format. + /// </summary> + [SupportedMimeType ("taglib/aif", "aif")] + [SupportedMimeType ("taglib/aiff", "aiff")] + [SupportedMimeType ("audio/x-aiff")] + [SupportedMimeType ("audio/aiff")] + [SupportedMimeType ("sound/aiff")] + [SupportedMimeType ("application/x-aiff")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the address of the AIFF header block. + /// </summary> + ByteVector header_block; + + /// <summary> + /// Contains the Id3v2 tag. + /// </summary> + Id3v2.Tag tag; + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + #endregion + + #region Public Static Fields + + /// <summary> + /// The identifier used to recognize a AIFF files. + /// </summary> + /// <value> + /// "FORM" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "FORM"; + + /// <summary> + /// The identifier used to recognize a AIFF Common chunk. + /// </summary> + /// <value> + /// "COMM" + /// </value> + public static readonly ReadOnlyByteVector CommIdentifier = "COMM"; + + /// <summary> + /// The identifier used to recognize a AIFF Sound Data Chunk. + /// </summary> + /// <value> + /// "SSND" + /// </value> + public static readonly ReadOnlyByteVector SoundIdentifier = "SSND"; + + /// <summary> + /// The identifier used to recognize a AIFF ID3 chunk. + /// </summary> + /// <value> + /// "ID3 " + /// </value> + public static readonly ReadOnlyByteVector ID3Identifier = "ID3 "; + + /// <summary> + /// The identifier used to recognize a AIFF Form type. + /// </summary> + /// <value> + /// "AIFF" + /// </value> + public static readonly ReadOnlyByteVector AIFFFormType = "AIFF"; + + #endregion + + #region Public Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) : base (abstraction) + { + Mode = AccessMode.Read; + try { + Read (true, propertiesStyle, out var aiff_size, out var tag_start, out var tag_end); + } finally { + Mode = AccessMode.Closed; + } + + TagTypesOnDisk = TagTypes; + + GetTag (TagTypes.Id3v2, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + var data = new ByteVector (); + + // Add the ID3 chunk and ID32 tag to the vector + if (tag != null) { + ByteVector tag_data = tag.Render (); + if (tag_data.Count > 10) { + if (tag_data.Count % 2 == 1) + tag_data.Add (0); + + data.Add ("ID3 "); + data.Add (ByteVector.FromUInt ((uint)tag_data.Count, true)); + data.Add (tag_data); + } + } + + Read (false, ReadStyle.None, out var aiff_size, + out var tag_start, out var tag_end); + + // If tagging info cannot be found, place it at + // the end of the file. + if (tag_start < 12 || tag_end < tag_start) + tag_start = tag_end = Length; + + int length = (int)(tag_end - tag_start + 8); + + // Insert the tagging data. + Insert (data, tag_start, length); + + // If the data size changed update the aiff size. + if (data.Count - length != 0 && + tag_start <= aiff_size) { + // Depending, if a Tag has been added or removed, + // the length needs to be adjusted + if (tag == null) { + length -= 16; + } else { + length -= 8; + } + + Insert (ByteVector.FromUInt ((uint)(aiff_size + data.Count - length), true), 4, 4); + } + // Update the tag types. + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if (types == TagTypes.Id3v2 || types == TagTypes.AllTags) { + tag = null; + } + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, bool create) + { + Tag id32_tag = null; + + switch (type) { + case TagTypes.Id3v2: + if (tag == null && create) { + tag = new Id3v2.Tag { + Version = 2 + }; + } + + id32_tag = tag; + break; + } + + return id32_tag; + } + + #endregion + + #region Private Methods + + /// <summary> + /// Search the file for a chunk whose name is given by + /// the chunkName parameter, starting from startPos. + /// Note that startPos must be a valid position for a + /// chunk, or else finding will fail. + /// </summary> + /// <param name="chunkName">Name of the chunk to search for</param> + /// <param name="startPos">Position for starting the search</param> + /// <returns> + /// Position of the chunk in the stream, or -1 + /// if no chunk was found. + /// </returns> + long FindChunk (ByteVector chunkName, long startPos) + { + long initialPos = Tell; + + try { + // Start at the given position + Seek (startPos); + + // While not eof + while (Tell < Length) { + // Read 4-byte chunk name + ByteVector chunkHeader = ReadBlock (4); + + if (chunkHeader == chunkName) { + // We found a matching chunk, return the position + // of the header start + return Tell - 4; + } else { + // This chunk is not the one we are looking for + // Continue the search, seeking over the chunk + uint chunkSize = ReadBlock (4).ToUInt (); + // Seek forward "chunkSize" bytes + Seek (chunkSize, System.IO.SeekOrigin.Current); + } + } + + // We did not find the chunk + return -1; + } finally { + Seek (initialPos); + } + } + + /// <summary> + /// Reads the contents of the current instance determining + /// the size of the riff data, the area the tagging is in, + /// and optionally reading in the tags and media properties. + /// </summary> + /// <param name="read_tags"> + /// If <see langword="true" />, any tags found will be read + /// into the current instance. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <param name="aiff_size"> + /// A <see cref="uint"/> value reference to be filled with + /// the size of the RIFF data as read from the file. + /// </param> + /// <param name="tag_start"> + /// A <see cref="long" /> value reference to be filled with + /// the absolute seek position at which the tagging data + /// starts. + /// </param> + /// <param name="tag_end"> + /// A <see cref="long" /> value reference to be filled with + /// the absolute seek position at which the tagging data + /// ends. + /// </param> + /// <exception cref="CorruptFileException"> + /// The file does not begin with <see cref="FileIdentifier" + /// />. + /// </exception> + void Read (bool read_tags, ReadStyle style, out uint aiff_size, out long tag_start, out long tag_end) + { + Seek (0); + if (ReadBlock (4) != FileIdentifier) + throw new CorruptFileException ("File does not begin with AIFF identifier"); + + aiff_size = ReadBlock (4).ToUInt (true); + tag_start = -1; + tag_end = -1; + + // Check formType + if (ReadBlock (4) != AIFFFormType) + throw new CorruptFileException ("File form type is not AIFF"); + + long formBlockChunksPosition = Tell; + + // Get the properties of the file + if (header_block == null && + style != ReadStyle.None) { + long common_chunk_pos = FindChunk (CommIdentifier, formBlockChunksPosition); + + if (common_chunk_pos == -1) { + throw new CorruptFileException ("No Common chunk available in AIFF file."); + } + + Seek (common_chunk_pos); + header_block = ReadBlock ((int)StreamHeader.Size); + + var header = new StreamHeader (header_block, aiff_size); + properties = new Properties (TimeSpan.Zero, header); + } + + // Search for the ID3 chunk + long id3_chunk_pos = FindChunk (ID3Identifier, formBlockChunksPosition); + + // Search for the sound chunk + long sound_chunk_pos = FindChunk (SoundIdentifier, formBlockChunksPosition); + + // Ensure there is a sound chunk for the file to be valid + if (sound_chunk_pos == -1) { + throw new CorruptFileException ("No Sound chunk available in AIFF file."); + } + + // Get the length of the Sound chunk and use this as a start value to look for the ID3 chunk + Seek (sound_chunk_pos + 4); + + // Read the id3 chunk + if (id3_chunk_pos > -1) { + if (read_tags && tag == null) { + tag = new Id3v2.Tag (this, id3_chunk_pos + 8, style); + } + + // Get the length of the tag out of the ID3 chunk + Seek (id3_chunk_pos + 4); + uint tag_size = ReadBlock (4).ToUInt (true) + 8; + + tag_start = InvariantStartPosition = id3_chunk_pos; + tag_end = InvariantEndPosition = tag_start + tag_size; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Aiff/File.cs.meta b/Scripts/TaglibSharp/Aiff/File.cs.meta new file mode 100644 index 0000000..0f5bbbb --- /dev/null +++ b/Scripts/TaglibSharp/Aiff/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7c3c2cdcd3206d6c2984e6419139fc01 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Aiff/StreamHeader.cs b/Scripts/TaglibSharp/Aiff/StreamHeader.cs new file mode 100644 index 0000000..318be17 --- /dev/null +++ b/Scripts/TaglibSharp/Aiff/StreamHeader.cs @@ -0,0 +1,248 @@ +// +// StreamHeader.cs: Provides support for reading Apple's AIFF stream +// properties. +// +// Author: +// Helmut Wahrmann +// +// Copyright (C) 2009 Helmut Wahrmann +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Aiff +{ + /// <summary> + /// This struct implements <see cref="IAudioCodec" /> to provide + /// support for reading Apple's AIFF stream properties. + /// </summary> + public struct StreamHeader : IAudioCodec, ILosslessAudioCodec + { + #region Private Fields + + /// <summary> + /// Contains the number of channels. + /// </summary> + /// <remarks> + /// This value is stored in bytes (9,10). + /// 1 is monophonic, 2 is stereo, 4 means 4 channels, etc.. + /// any number of audio channels may be represented + /// </remarks> + readonly ushort channels; + + /// <summary> + /// Contains the number of sample frames in the Sound Data chunk. + /// </summary> + /// <remarks> + /// This value is stored in bytes (11-14). + /// </remarks> + readonly ulong total_frames; + + /// <summary> + /// Contains the number of bits per sample. + /// </summary> + /// <remarks> + /// This value is stored in bytes (15,16). + /// It can be any number from 1 to 32. + /// </remarks> + readonly ushort bits_per_sample; + + /// <summary> + /// Contains the sample rate. + /// </summary> + /// <remarks> + /// This value is stored in bytes (17-26). + /// the sample rate at which the sound is to be played back, + /// in sample frames per second + /// </remarks> + readonly ulong sample_rate; + + /// <summary> + /// Contains the length of the audio stream. + /// </summary> + /// <remarks> + /// This value is provided by the constructor. + /// </remarks> + readonly long stream_length; + + #endregion + + #region Public Static Fields + + /// <summary> + /// The size of an AIFF Common chunk + /// </summary> + public const uint Size = 26; + + /// <summary> + /// The identifier used to recognize a AIFF file. + /// Altough an AIFF file start with "FORM2, we're interested + /// in the Common chunk only, which contains the properties we need. + /// </summary> + /// <value> + /// "COMM" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "COMM"; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StreamHeader" /> for a specified header block and + /// stream length. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the stream + /// header data. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value containing the length of the + /// AIFF Audio stream in bytes. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not begin with <see + /// cref="FileIdentifier" /> + /// </exception> + public StreamHeader (ByteVector data, long streamLength) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Data does not begin with identifier."); + + stream_length = streamLength; + + // The first 8 bytes contain the Common chunk identifier "COMM" + // And the size of the common chunk, which is always 18 + channels = data.Mid (8, 2).ToUShort (true); + total_frames = data.Mid (10, 4).ToULong (true); + bits_per_sample = data.Mid (14, 2).ToUShort (true); + sample_rate = (ulong)data.Mid (16, 10).ToExtendedPrecision (); + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + public TimeSpan Duration { + get { + if (sample_rate <= 0 || total_frames <= 0) + return TimeSpan.Zero; + + return TimeSpan.FromSeconds ( + total_frames / + (double)sample_rate); + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { return "AIFF Audio"; } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + TimeSpan d = Duration; + if (d <= TimeSpan.Zero) + return 0; + + return (int)((stream_length * 8L) / d.TotalSeconds) / 1000; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)sample_rate; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return channels; } + } + + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + public int BitsPerSample { + get { return bits_per_sample; } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Aiff/StreamHeader.cs.meta b/Scripts/TaglibSharp/Aiff/StreamHeader.cs.meta new file mode 100644 index 0000000..c759e73 --- /dev/null +++ b/Scripts/TaglibSharp/Aiff/StreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c36b8cbc292897db7b1633bd3967807b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ape.meta b/Scripts/TaglibSharp/Ape.meta new file mode 100644 index 0000000..82b7ccd --- /dev/null +++ b/Scripts/TaglibSharp/Ape.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 81f4ff937a733e84599dd980bba85dcf +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ape/File.cs b/Scripts/TaglibSharp/Ape/File.cs new file mode 100644 index 0000000..c2ad2b8 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/File.cs @@ -0,0 +1,275 @@ +// +// File.cs: Provides tagging and properties support for Monkey's Audio APE +// files. +// +// Author: +// Helmut Wahrmann +// +// Copyright (C) 2007 Helmut Wahrmann +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ape +{ + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for Monkey's Audio APE + /// files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Ape.Tag" /> will be added automatically to + /// any file that doesn't contain one. This change does not effect + /// the physical file until <see cref="TagLib.File.Save" /> is called and can be + /// reversed using the following method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/ape", "ape")] + [SupportedMimeType ("audio/x-ape")] + [SupportedMimeType ("audio/ape")] + [SupportedMimeType ("application/x-ape")] + public class File : TagLib.NonContainer.File + { + #region Private Fields + + /// <summary> + /// Contains the block with the audio header. + /// </summary> + ByteVector header_block; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// If a <see cref="TagLib.Id3v2.Tag" /> is added to the + /// current instance, it will be placed at the start of the + /// file. On the other hand, <see cref="TagLib.Id3v1.Tag" /> + /// <see cref="TagLib.Ape.Tag" /> will be added to the end of + /// the file. All other tag types will be ignored. + /// </remarks> + public override TagLib.Tag GetTag (TagTypes type, bool create) + { + TagLib.Tag t = (Tag as TagLib.NonContainer.Tag) + .GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return StartTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadStart (long start, ReadStyle propertiesStyle) + { + if (header_block != null && + (propertiesStyle & ReadStyle.Average) == 0) + return; + + Seek (start); + header_block = ReadBlock ((int)StreamHeader.Size); + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + // Make sure we have an APE tag. + GetTag (TagTypes.Ape, true); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + StreamHeader header = new StreamHeader (header_block, + end - start); + + return new Properties (TimeSpan.Zero, header); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ape/File.cs.meta b/Scripts/TaglibSharp/Ape/File.cs.meta new file mode 100644 index 0000000..55529a8 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6bd919f3cebce9e6b94eb2887772bf8d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ape/Footer.cs b/Scripts/TaglibSharp/Ape/Footer.cs new file mode 100644 index 0000000..ea58e08 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/Footer.cs @@ -0,0 +1,392 @@ +// +// Footer.cs: Provides a representation of an APEv2 tag footer which can be read +// from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// apefooter.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 Allan Sandfeld Jensen (Original Implementation) +// copyright (C) 2002, 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ape +{ + #region Enums + + /// <summary> + /// Indicates the flags applied to a <see cref="Footer" /> object. + /// </summary> + [Flags] + public enum FooterFlags : uint + { + /// <summary> + /// The tag lacks a footer object. + /// </summary> + FooterAbsent = 0x40000000, + + /// <summary> + /// The footer is actually a header. + /// </summary> + IsHeader = 0x20000000, + + /// <summary> + /// The tag contains a header. + /// </summary> + HeaderPresent = 0x80000000 + } + + #endregion + + + + /// <summary> + /// This structure provides a representation of an APEv2 tag footer + /// which can be read from and written to disk. + /// </summary> + public struct Footer : IEquatable<Footer> + { + #region Private Properties + + /// <summary> + /// Contains the APE tag version. + /// </summary> + readonly uint version; + + #endregion + + + + #region Public Static Fields + + /// <summary> + /// Specifies the size of an APEv2 footer. + /// </summary> + public const uint Size = 32; + + /// <summary> + /// Specifies the identifier used find an APEv2 footer in a + /// file. + /// </summary> + /// <value> + /// "<c>APETAGEX</c>" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "APETAGEX"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Footer" /> by reading it from raw footer data. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data to build the new instance from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is smaller than <see + /// cref="Size" /> or does not begin with <see + /// cref="FileIdentifier" />. + /// </exception> + public Footer (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Size) + throw new CorruptFileException ("Provided data is smaller than object size."); + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Provided data does not start with File Identifier"); + + version = data.Mid (8, 4).ToUInt (false); + TagSize = data.Mid (12, 4).ToUInt (false); + ItemCount = data.Mid (16, 4).ToUInt (false); + Flags = (FooterFlags)data.Mid (20, 4).ToUInt (false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the version of APE tag described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the version of the + /// APE tag described by the current instance. + /// </value> + public uint Version { + get { return version == 0 ? 2000 : version; } + } + + /// <summary> + /// Gets and sets the flags that apply to the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="FooterFlags" /> value + /// containing the flags that apply to the current instance. + /// </value> + public FooterFlags Flags { get; set; } + + /// <summary> + /// Gets and sets the number of items in the tag represented + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// items in the tag represented by the current instance. + /// </value> + public uint ItemCount { get; set; } + + /// <summary> + /// Gets the size of the tag represented by the current + /// instance, including the footer but excluding the header + /// if applicable. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// tag represented by the current instance. + /// </value> + public uint TagSize { get; set; } + + /// <summary> + /// Gets the complete size of the tag represented by the + /// current instance, including the header and footer. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// tag represented by the current instance. + /// </value> + public uint CompleteTagSize { + get { + return TagSize + ((Flags & + FooterFlags.HeaderPresent) != 0 ? + Size : 0); + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as an APE tag footer. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector RenderFooter () + { + return Render (false); + } + + /// <summary> + /// Renders the current instance as an APE tag header. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance or an empty + /// <see cref="ByteVector" /> object if <see cref="Flags" /> + /// does not include <see cref="FooterFlags.HeaderPresent" + /// />. + /// </returns> + public ByteVector RenderHeader () + { + return (Flags & FooterFlags.HeaderPresent) != 0 ? Render (true) : new ByteVector (); + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Renders the current instance as either an APE tag header + /// or footer. + /// </summary> + /// <param name="isHeader"> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is to be rendered as a header. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + ByteVector Render (bool isHeader) + { + var v = new ByteVector { + + // add the file identifier -- "APETAGEX" + FileIdentifier, + + // add the version number -- we always render a 2.000 + // tag regardless of what the tag originally was. + ByteVector.FromUInt (2000, false), + + // add the tag size + ByteVector.FromUInt (TagSize, false), + + // add the item count + ByteVector.FromUInt (ItemCount, false) + }; + + // render and add the flags + uint flags = 0; + + if ((Flags & FooterFlags.HeaderPresent) != 0) + flags |= (uint)FooterFlags.HeaderPresent; + + // footer is always present + if (isHeader) + flags |= (uint)FooterFlags.IsHeader; + else + flags &= (uint)~FooterFlags.IsHeader; + + v.Add (ByteVector.FromUInt (flags, false)); + + // add the reserved 64bit + v.Add (ByteVector.FromULong (0)); + + return v; + } + + #endregion + + + + #region IEquatable + + /// <summary> + /// Generates a hash code for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value containing the hash code for + /// the current instance. + /// </returns> + public override int GetHashCode () + { + unchecked { + return (int)((uint)Flags ^ TagSize ^ ItemCount ^ version); + } + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another object. + /// </summary> + /// <param name="other"> + /// A <see cref="object" /> to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public override bool Equals (object other) + { + if (!(other is Footer)) + return false; + + return Equals ((Footer)other); + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another instance of <see cref="Footer" />. + /// </summary> + /// <param name="other"> + /// A <see cref="Footer" /> object to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public bool Equals (Footer other) + { + return Flags == other.Flags && + TagSize == other.TagSize && + ItemCount == other.ItemCount && + version == other.version; + } + + /// <summary> + /// Gets whether or not two instances of <see cref="Footer" + /// /> are equal to eachother. + /// </summary> + /// <param name="first"> + /// The first <see cref="Footer" /> object to compare. + /// </param> + /// <param name="second"> + /// The second <see cref="Footer" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// equal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator == (Footer first, Footer second) + { + return first.Equals (second); + } + + /// <summary> + /// Gets whether or not two instances of <see cref="Footer" + /// /> are unequal to eachother. + /// </summary> + /// <param name="first"> + /// The first <see cref="Footer" /> object to compare. + /// </param> + /// <param name="second"> + /// The second <see cref="Footer" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// unequal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator != (Footer first, Footer second) + { + return !first.Equals (second); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ape/Footer.cs.meta b/Scripts/TaglibSharp/Ape/Footer.cs.meta new file mode 100644 index 0000000..22a0ed8 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/Footer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3fd643b62da0d63f89725b4266c74752 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ape/Item.cs b/Scripts/TaglibSharp/Ape/Item.cs new file mode 100644 index 0000000..de65c3d --- /dev/null +++ b/Scripts/TaglibSharp/Ape/Item.cs @@ -0,0 +1,500 @@ +// +// Item.cs: Provides a representation of an APEv2 tag item which can be read +// from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// apeitem.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 by Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ape +{ + /// <summary> + /// Indicates the type of data stored in a <see cref="Item" /> + /// object. + /// </summary> + public enum ItemType + { + /// <summary> + /// The item contains Unicode text. + /// </summary> + Text = 0, + + /// <summary> + /// The item contains binary data. + /// </summary> + Binary = 1, + + /// <summary> + /// The item contains a locator (file path/URL) for external + /// information. + /// </summary> + Locator = 2 + } + + /// <summary> + /// This class provides a representation of an APEv2 tag item which + /// can be read from and written to disk. + /// </summary> + public class Item : ICloneable + { + #region Private Fields + + /// <summary> + /// Contains the item value. + /// </summary> + ReadOnlyByteVector data; + + /// <summary> + /// Contains the item text. + /// </summary> + string[] text; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Item" /> by reading in a raw APEv2 item. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the item to + /// read. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the offset in + /// <paramref name="data" /> at which the item data begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// A complete item could not be read. + /// </exception> + public Item (ByteVector data, int offset) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Parse (data, offset); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Item" /> with a specified key and value. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key to use + /// for the current instance. + /// </param> + /// <param name="value"> + /// A <see cref="string" /> object containing the value to + /// store in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> or <paramref name="value" /> is + /// <see langword="null" />. + /// </exception> + public Item (string key, string value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (value == null) + throw new ArgumentNullException (nameof (value)); + + Key = key; + text = new [] { value }; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Item" /> with a specified key and collection of + /// values. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key to use + /// for the current instance. + /// </param> + /// <param name="value"> + /// A <see cref="T:string[]" /> containing the values to store + /// in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> or <paramref name="value" /> is + /// <see langword="null" />. + /// </exception> + public Item (string key, params string[] value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (value == null) + throw new ArgumentNullException (nameof (value)); + + Key = key; + text = (string[])value.Clone (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Item" /> with a specified key and collection of + /// values. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key to use + /// for the current instance. + /// </param> + /// <param name="value"> + /// A <see cref="StringCollection" /> object containing the + /// values to store in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> or <paramref name="value" /> is + /// <see langword="null" />. + /// </exception> + /// <seealso cref="Item(string,string[])" /> + [Obsolete ("Use Item(string,string[])")] + public Item (string key, StringCollection value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (value == null) + throw new ArgumentNullException (nameof (value)); + + Key = key; + text = value.ToArray (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Item" /> with a specified key and raw data. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key to use + /// for the current instance. + /// </param> + /// <param name="value"> + /// A <see cref="StringCollection" /> object containing the + /// values to store in the new instance. + /// </param> + /// <remarks> + /// This constructor automatically marks the new instance as + /// <see cref="ItemType.Binary" />. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> or <paramref name="value" /> is + /// <see langword="null" />. + /// </exception> + /// <seealso cref="Item(string,string[])" /> + public Item (string key, ByteVector value) + { + Key = key; + Type = ItemType.Binary; + + data = value as ReadOnlyByteVector; + if (data == null) + data = new ReadOnlyByteVector (value); + } + + Item (Item item) + { + Type = item.Type; + Key = item.Key; + + if (item.data != null) + data = new ReadOnlyByteVector (item.data); + + if (item.text != null) + text = (string[])item.text.Clone (); + + ReadOnly = item.ReadOnly; + Size = item.Size; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the key used to identify the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the key used to + /// identify the current instance. + /// </value> + /// <remarks> + /// This value is used for specifying the contents of the + /// item in a common and consistant fashion. For example, + /// <c>"TITLE"</c> specifies that the item contains the title + /// of the track. + /// </remarks> + public string Key { get; private set; } + + /// <summary> + /// Gets the binary value stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the binary + /// value stored in the current instance, or <see + /// langword="null" /> if the item contains text. + /// </value> + public ByteVector Value { + get { return (Type == ItemType.Binary) ? data : null; } + } + + /// <summary> + /// Gets the size of the current instance as it last appeared + /// on disk. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the size of the + /// current instance as it last appeared on disk. + /// </value> + public int Size { get; private set; } + + /// <summary> + /// Gets and sets the type of value contained in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="ItemType" /> value indicating the type of + /// value contained in the current instance. + /// </value> + public ItemType Type { get; set; } = ItemType.Text; + + /// <summary> + /// Gets and sets whether or not the current instance is + /// flagged as read-only on disk. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is flagged as read-only on disk. + /// </value> + public bool ReadOnly { get; set; } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance contains no value. + /// </value> + public bool IsEmpty { + get { + if (Type != ItemType.Binary) + return text == null || text.Length == 0; + else + return data == null || data.IsEmpty; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets the contents of the current instance as a <see + /// cref="string" />. + /// </summary> + /// <returns> + /// <para>A <see cref="string" /> object containing the text + /// stored in the current instance, or <see langword="null" + /// /> if the item is empty of contains binary data.</para> + /// <para>If the current instance contains multiple string + /// values, they will be returned as a comma separated + /// value.</para> + /// </returns> + public override string ToString () + { + if (Type == ItemType.Binary || text == null) + return null; + + return string.Join (", ", text); + } + + /// <summary> + /// Gets the contents of the current instance as a <see + /// cref="string" /> array. + /// </summary> + /// <returns> + /// A <see cref="T:string[]" /> containing the text stored in + /// the current instance, or an empty array if the item + /// contains binary data. + /// </returns> + public string[] ToStringArray () + { + if (Type == ItemType.Binary || text == null) + return new string[0]; + + return text; + } + + /// <summary> + /// Renders the current instance as an APEv2 item. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + uint flags = (uint)((ReadOnly) ? 1 : 0) | + ((uint)Type << 1); + + if (IsEmpty) + return new ByteVector (); + + ByteVector result = null; + + if (Type == ItemType.Binary) { + if (text == null && data != null) + result = data; + } + + if (result == null && text != null) { + result = new ByteVector (); + + for (int i = 0; i < text.Length; i++) { + if (i != 0) + result.Add (0); + + result.Add (ByteVector.FromString (text[i], StringType.UTF8)); + } + } + + // If no data is stored, don't write the item. + if (result == null || result.Count == 0) + return new ByteVector (); + + var output = new ByteVector { + ByteVector.FromUInt ((uint)result.Count, + false), + ByteVector.FromUInt (flags, false), + ByteVector.FromString (Key, StringType.UTF8), + 0, + result + }; + + Size = output.Count; + + return output; + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Populates the current instance by reading in a raw APEv2 + /// item. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the item to + /// read. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the offset in + /// <paramref name="data" /> at which the item data begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// A complete item could not be read. + /// </exception> + protected void Parse (ByteVector data, int offset) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset)); + + + // 11 bytes is the minimum size for an APE item + if (data.Count < offset + 11) + throw new CorruptFileException ("Not enough data for APE Item"); + + uint value_length = data.Mid (offset, 4).ToUInt (false); + uint flags = data.Mid (offset + 4, 4).ToUInt (false); + + ReadOnly = (flags & 1) == 1; + Type = (ItemType)((flags >> 1) & 3); + + int pos = data.Find (ByteVector.TextDelimiter (StringType.UTF8), offset + 8); + + Key = data.ToString (StringType.UTF8, offset + 8, pos - offset - 8); + + if (value_length > data.Count - pos - 1) + throw new CorruptFileException ("Invalid data length."); + + Size = pos + 1 + (int)value_length - offset; + + if (Type == ItemType.Binary) + this.data = new ReadOnlyByteVector (data.Mid (pos + 1, (int)value_length)); + else + text = data.Mid (pos + 1, (int)value_length).ToStrings (StringType.UTF8, 0); + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Item"/> object identical to the current + /// instance. + /// </returns> + public Item Clone () + { + return new Item (this); + } + + object ICloneable.Clone () + { + return Clone (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ape/Item.cs.meta b/Scripts/TaglibSharp/Ape/Item.cs.meta new file mode 100644 index 0000000..8752606 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/Item.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ec6d7edea3a67467d8e074bff4ac65d7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ape/StreamHeader.cs b/Scripts/TaglibSharp/Ape/StreamHeader.cs new file mode 100644 index 0000000..75a2675 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/StreamHeader.cs @@ -0,0 +1,359 @@ +// +// StreamHeader.cs: Provides support for reading Monkey's Audio APE stream +// properties. +// +// Author: +// Helmut Wahrmann +// +// Copyright (C) 2007 Helmut Wahrmann +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Globalization; + +namespace TagLib.Ape +{ + /// <summary> + /// Indicates the compression level used when encoding a Monkey's + /// Audio APE file. + /// </summary> + public enum CompressionLevel + { + /// <summary> + /// The audio is not compressed. + /// </summary> + None = 0, + + /// <summary> + /// The audio is mildly compressed. + /// </summary> + Fast = 1000, + + /// <summary> + /// The audio is compressed at a normal level. + /// </summary> + Normal = 2000, + + /// <summary> + /// The audio is highly compressed. + /// </summary> + High = 3000, + + /// <summary> + /// The audio is extremely highly compressed. + /// </summary> + ExtraHigh = 4000, + + /// <summary> + /// The audio is compressed to an insane level. + /// </summary> + Insane + } + + /// <summary> + /// This struct implements <see cref="IAudioCodec" /> to provide + /// support for reading Monkey's Audio APE stream properties. + /// </summary> + public struct StreamHeader : IAudioCodec, ILosslessAudioCodec + { + #region Private Fields + + /// <summary> + /// Contains the APE version. + /// </summary> + /// <remarks> + /// This value is stored in bytes (4,5) of the file and is + /// 1000 times the actual version number, so 3810 indicates + /// version 3.81. + /// </remarks> + readonly ushort version; + + /* + /// <summary> + /// Contains the format flags. + /// </summary> + /// <remarks> + /// This value is stored in bytes (53,54). + /// </remarks> + private ushort format_flags; + */ + + /// <summary> + /// Contains the number of audio blocks in one frame. + /// </summary> + /// <remarks> + /// This value is stored in bytes (55-58). + /// </remarks> + readonly uint blocks_per_frame; + + /// <summary> + /// Contains the number of audio blocks in the final frame. + /// </summary> + /// <remarks> + /// This value is stored in bytes (59-62). + /// </remarks> + readonly uint final_frame_blocks; + + /// <summary> + /// Contains the total number of frames. + /// </summary> + /// <remarks> + /// This value is stored in bytes (63-66). + /// </remarks> + readonly uint total_frames; + + /// <summary> + /// Contains the number of bits per sample. + /// </summary> + /// <remarks> + /// This value is stored in bytes (67,68) and is typically + /// 16. + /// </remarks> + readonly ushort bits_per_sample; + + /// <summary> + /// Contains the number of channels. + /// </summary> + /// <remarks> + /// This value is stored in bytes (69,70) and is typically + /// 1 or 2. + /// </remarks> + readonly ushort channels; + + /// <summary> + /// Contains the sample rate. + /// </summary> + /// <remarks> + /// This value is stored in bytes (71-74) and is typically + /// 44100. + /// </remarks> + readonly uint sample_rate; + + /// <summary> + /// Contains the length of the audio stream. + /// </summary> + /// <remarks> + /// This value is provided by the constructor. + /// </remarks> + readonly long stream_length; + + #endregion + + + + #region Public Static Fields + + /// <summary> + /// The size of a Monkey Audio header. + /// </summary> + public const uint Size = 76; + + /// <summary> + /// The identifier used to recognize a WavPack file. + /// </summary> + /// <value> + /// "MAC " + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "MAC "; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StreamHeader" /> for a specified header block and + /// stream length. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the stream + /// header data. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value containing the length of the + /// Monkey Audio stream in bytes. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not begin with <see + /// cref="FileIdentifier" /> or is less than <see cref="Size" + /// /> bytes long. + /// </exception> + public StreamHeader (ByteVector data, long streamLength) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ( + "Data does not begin with identifier."); + + if (data.Count < Size) + throw new CorruptFileException ( + "Insufficient data in stream header"); + + stream_length = streamLength; + version = data.Mid (4, 2).ToUShort (false); + Compression = (CompressionLevel)data.Mid (52, 2) + .ToUShort (false); + // format_flags = data.Mid(54, 2).ToUShort(false); + blocks_per_frame = data.Mid (56, 4).ToUInt (false); + final_frame_blocks = data.Mid (60, 4).ToUInt (false); + total_frames = data.Mid (64, 4).ToUInt (false); + bits_per_sample = data.Mid (68, 2).ToUShort (false); + channels = data.Mid (70, 2).ToUShort (false); + sample_rate = data.Mid (72, 4).ToUInt (false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + public TimeSpan Duration { + get { + if (sample_rate <= 0 || total_frames <= 0) + return TimeSpan.Zero; + + return TimeSpan.FromSeconds ( + ((total_frames - 1) * + blocks_per_frame + final_frame_blocks) / + (double)sample_rate); + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + return string.Format ( + CultureInfo.InvariantCulture, "Monkey's Audio APE Version {0:0.000}", Version); + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + TimeSpan d = Duration; + if (d <= TimeSpan.Zero) + return 0; + + return (int)((stream_length * 8L) / d.TotalSeconds) / 1000; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)sample_rate; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return channels; } + } + + /// <summary> + /// Gets the APE version of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> value containing the APE version + /// of the audio represented by the current instance. + /// </value> + public double Version { + get { return version / (double)1000; } + } + + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + public int BitsPerSample { + get { return bits_per_sample; } + } + + /// <summary> + /// Gets the level of compression used when encoding the + /// audio represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="CompressionLevel" /> value indicating the + /// level of compression used when encoding the audio + /// represented by the current instance. + /// </value> + public CompressionLevel Compression { get; private set; } + + #endregion + } } \ No newline at end of file diff --git a/Scripts/TaglibSharp/Ape/StreamHeader.cs.meta b/Scripts/TaglibSharp/Ape/StreamHeader.cs.meta new file mode 100644 index 0000000..af11a53 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/StreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d8234dea7db8f83ed86cb702f3474bbe +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ape/Tag.cs b/Scripts/TaglibSharp/Ape/Tag.cs new file mode 100644 index 0000000..c3b631b --- /dev/null +++ b/Scripts/TaglibSharp/Ape/Tag.cs @@ -0,0 +1,1824 @@ +// +// Tag.cs: Provides a representation of an APEv2 tag which can be read from and +// written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// apetag.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.Globalization; + +namespace TagLib.Ape +{ + /// <summary> + /// This class extends <see cref="TagLib.Tag" /> and implements <see + /// cref="T:System.Collections.Generic.IEnumerable`1" /> to provide a representation of an APEv2 + /// tag which can be read from and written to disk. + /// </summary> + public class Tag : TagLib.Tag, IEnumerable<string> + { + + #region Private Static Fields + + /// <summary> + /// Contains names of picture fields, indexed to correspond + /// to their picture item names. + /// </summary> + static readonly string[] picture_item_names = new[] { + "Cover Art (other)", + "Cover Art (icon)", + "Cover Art (other icon)", + "Cover Art (front)", + "Cover Art (back)", + "Cover Art (leaflet)", + "Cover Art (media)", + "Cover Art (lead)", + "Cover Art (artist)", + "Cover Art (conductor)", + "Cover Art (band)", + "Cover Art (composer)", + "Cover Art (lyricist)", + "Cover Art (studio)", + "Cover Art (recording)", + "Cover Art (performance)", + "Cover Art (movie scene)", + "Cover Art (colored fish)", + "Cover Art (illustration)", + "Cover Art (band logo)", + "Cover Art (publisher logo)", + "Embedded Object" + }; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the tag footer. + /// </summary> + Footer footer; + + /// <summary> + /// Contains the items in the tag. + /// </summary> + readonly List<Item> items = new List<Item> (); + + #endregion + + + + #region Public Static Properties + + /// <summary> + /// Specifies the identifier used find an APEv2 tag in a + /// file. + /// </summary> + /// <value> + /// "<c>APETAGEX</c>" + /// </value> + [Obsolete ("Use Footer.FileIdentifer")] + public static readonly ReadOnlyByteVector FileIdentifier = Footer.FileIdentifier; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> with no contents. + /// </summary> + public Tag () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the contents of the new instance is to be + /// read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the tag. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + public Tag (TagLib.File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (position < 0 || position > file.Length - Footer.Size) + throw new ArgumentOutOfRangeException (nameof (position)); + + Read (file, position); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents of a raw tag in a + /// specified <see cref="ByteVector"/> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// tag. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null"/>. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is too small to contain a tag, + /// has a header where the footer should be, or is smaller + /// than the tag it is supposed to contain. + /// </exception> + public Tag (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Footer.Size) + throw new CorruptFileException ("Does not contain enough footer data."); + + footer = new Footer (data.Mid ((int)(data.Count - Footer.Size))); + + if (footer.TagSize == 0) + throw new CorruptFileException ("Tag size out of bounds."); + + // If we've read a header at the end of the block, the + // block is invalid. + if ((footer.Flags & FooterFlags.IsHeader) != 0) + throw new CorruptFileException ("Footer was actually header."); + + if (data.Count < footer.TagSize) + throw new CorruptFileException ("Does not contain enough tag data."); + + Parse (data.Mid ((int)(data.Count - footer.TagSize), (int)(footer.TagSize - Footer.Size))); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets whether or not the current instance has a + /// header when rendered. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance has a header when rendered. + /// </value> + public bool HeaderPresent { + get { + return (footer.Flags & + FooterFlags.HeaderPresent) != 0; + } + set { + if (value) + footer.Flags |= FooterFlags.HeaderPresent; + else + footer.Flags &= ~FooterFlags.HeaderPresent; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Adds a number to the value stored in a specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to store the value in. + /// </param> + /// <param name="number"> + /// A <see cref="uint" /> value containing the number to + /// store. + /// </param> + /// <param name="count"> + /// A <see cref="uint" /> value representing a total which + /// <paramref name="number" /> is a part of, or zero if + /// <paramref name="number" /> is not part of a set. + /// </param> + /// <remarks> + /// If both <paramref name="number" /> and <paramref + /// name="count" /> are equal to zero, the value will not be + /// added. If <paramref name="count" /> is zero, <paramref + /// name="number" /> by itself will be stored. Otherwise, the + /// values will be stored as "<paramref name="number" + /// />/<paramref name="count" />". + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void AddValue (string key, uint number, uint count) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (number == 0 && count == 0) + return; + + if (count != 0) + AddValue (key, string.Format (CultureInfo.InvariantCulture, "{0}/{1}", number, count)); + else + AddValue (key, number.ToString (CultureInfo.InvariantCulture)); + } + + /// <summary> + /// Stores a number in a specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to store the value in. + /// </param> + /// <param name="number"> + /// A <see cref="uint" /> value containing the number to + /// store. + /// </param> + /// <param name="count"> + /// A <see cref="uint" /> value representing a total which + /// <paramref name="number" /> is a part of, or zero if + /// <paramref name="number" /> is not part of a set. + /// </param> + /// <remarks> + /// If both <paramref name="number" /> and <paramref + /// name="count" /> are equal to zero, the value will be + /// cleared. If <paramref name="count" /> is zero, <paramref + /// name="number" /> by itself will be stored. Otherwise, the + /// values will be stored as "<paramref name="number" + /// />/<paramref name="count" />". + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void SetValue (string key, uint number, uint count) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (number == 0 && count == 0) + RemoveItem (key); + else if (count != 0) + SetValue (key, string.Format (CultureInfo.InvariantCulture, "{0}/{1}", number, count)); + else + SetValue (key, number.ToString (CultureInfo.InvariantCulture)); + } + + /// <summary> + /// Adds the contents of a <see cref="string" /> to the value + /// stored in a specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to store the value in. + /// </param> + /// <param name="value"> + /// A <see cref="string" /> object containing the text to + /// add. + /// </param> + /// <remarks> + /// If <paramref name="value" /> is <see langword="null" /> + /// or empty, the value will not be added. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void AddValue (string key, string value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (string.IsNullOrEmpty (value)) + return; + + AddValue (key, new [] { value }); + } + + /// <summary> + /// Stores the contents of a <see cref="string" /> in a + /// specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to store the value in. + /// </param> + /// <param name="value"> + /// A <see cref="string" /> object containing the text to + /// store. + /// </param> + /// <remarks> + /// If <paramref name="value" /> is <see langword="null" /> + /// or empty, the value will be cleared. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void SetValue (string key, string value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (string.IsNullOrEmpty (value)) + RemoveItem (key); + else + SetValue (key, new [] { value }); + } + + /// <summary> + /// Adds the contents of a <see cref="T:string[]" /> to the + /// value stored in a specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to store the value in. + /// </param> + /// <param name="value"> + /// A <see cref="T:string[]" /> containing the text to add. + /// </param> + /// <remarks> + /// If <paramref name="value" /> is <see langword="null" /> + /// or empty, the value will not be added. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void AddValue (string key, string[] value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (value == null || value.Length == 0) + return; + + int index = GetItemIndex (key); + + var values = new List<string> (); + + if (index >= 0) + values.AddRange (items[index].ToStringArray ()); + + values.AddRange (value); + + var item = new Item (key, values.ToArray ()); + + if (index >= 0) + items[index] = item; + else + items.Add (item); + } + + /// <summary> + /// Stores the contents of a <see cref="T:string[]" /> in a + /// specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to store the value in. + /// </param> + /// <param name="value"> + /// A <see cref="T:string[]" /> containing the text to store. + /// </param> + /// <remarks> + /// If <paramref name="value" /> is <see langword="null" /> + /// or empty, the value will be cleared. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void SetValue (string key, string[] value) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (value == null || value.Length == 0) { + RemoveItem (key); + return; + } + + Item item = new Item (key, value); + + int index = GetItemIndex (key); + if (index >= 0) + items[index] = item; + else + items.Add (item); + + } + + /// <summary> + /// Gets a specified item from the current instance. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to get from the current instance. + /// </param> + /// <returns> + /// The item with the matching name contained in the current + /// instance, or <see langword="null" /> if a matching object + /// was not found. + /// </returns> + public Item GetItem (string key) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + var comparison = StringComparison.InvariantCultureIgnoreCase; + + foreach (Item item in items) + if (key.Equals (item.Key, comparison)) + return item; + + return null; + } + + /// <summary> + /// Adds an item to the current instance, replacing the + /// existing one of the same name. + /// </summary> + /// <param name="item"> + /// A <see cref="Item" /> object to add to the current + /// instance. + /// </param> + public void SetItem (Item item) + { + if (item == null) + throw new ArgumentNullException (nameof (item)); + + int index = GetItemIndex (item.Key); + if (index >= 0) + items[index] = item; + else + items.Add (item); + } + + /// <summary> + /// Removes the item with a specified key from the current + /// instance. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to remove from the current instance. + /// </param> + public void RemoveItem (string key) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + var comparison = StringComparison.InvariantCultureIgnoreCase; + + for (int i = items.Count - 1; i >= 0; i--) + if (key.Equals (items[i].Key, comparison)) + items.RemoveAt (i); + } + + /// <summary> + /// Checks if an item exists. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to check. + /// </param> + /// <returns> + /// Returns <see langword="true"/> if the <paramref name="key"/> + /// exists - else <see langword="false"/> is returned. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public bool HasItem (string key) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + return GetItemIndex (key) >= 0; + } + + /// <summary> + /// Renders the current instance as a raw APEv2 tag. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered tag. + /// </returns> + public ByteVector Render () + { + ByteVector data = new ByteVector (); + uint item_count = 0; + + foreach (Item item in items) { + data.Add (item.Render ()); + item_count++; + } + + footer.ItemCount = item_count; + footer.TagSize = (uint)(data.Count + Footer.Size); + HeaderPresent = true; + + data.Insert (0, footer.RenderHeader ()); + data.Add (footer.RenderFooter ()); + return data; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the current instance be reading in a tag from + /// a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the tag from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// at which to read the tag. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than 0 or greater + /// than the size of the file. + /// </exception> + protected void Read (TagLib.File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Mode = TagLib.File.AccessMode.Read; + + if (position < 0 || position > file.Length - Footer.Size) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + footer = new Footer (file.ReadBlock ((int)Footer.Size)); + + if (footer.TagSize == 0) + throw new CorruptFileException ("Tag size out of bounds."); + + // If we've read a header, we don't have to seek to read + // the content. If we've read a footer, we need to move + // back to the start of the tag. + if ((footer.Flags & FooterFlags.IsHeader) == 0) + file.Seek (position + Footer.Size - footer.TagSize); + + Parse (file.ReadBlock ((int)(footer.TagSize - Footer.Size))); + } + + /// <summary> + /// Populates the current instance by parsing the contents of + /// a raw APEv2 tag, minus the header and footer. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the content + /// of an APEv2 tag, minus the header and footer. + /// </param> + /// <remarks> + /// This method must only be called after the internal + /// footer has been read from the file, otherwise the data + /// cannot be parsed correctly. + /// </remarks> + protected void Parse (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + int pos = 0; + + try { + // 11 bytes is the minimum size for an APE item + for (uint i = 0; i < footer.ItemCount && pos <= data.Count - 11; i++) { + Item item = new Item (data, pos); + SetItem (item); + pos += item.Size; + } + } catch (CorruptFileException) { + // A corrupt item was encountered, considered + // the tag finished with what has been read. + } + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Gets the index of an item in the current instance. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key to look + /// for in the current instance. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the index in <see + /// cref="items" /> at which the item appears, or -1 if the + /// item was not found. + /// </returns> + /// <remarks> + /// Keys are compared in a case insensitive manner. + /// </remarks> + int GetItemIndex (string key) + { + var comparison = StringComparison.InvariantCultureIgnoreCase; + + for (int i = 0; i < items.Count; i++) + if (key.Equals (items[i].Key, comparison)) + return i; + + return -1; + } + + /// <summary> + /// Gets the text value from a specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to get the value from. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the text of the + /// specified frame, or <see langword="null" /> if no value + /// was found. + /// </returns> + string GetItemAsString (string key) + { + Item item = GetItem (key); + return item?.ToString (); + } + + /// <summary> + /// Gets the text values from a specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to get the value from. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the text of the + /// specified frame, or an empty array if no values were + /// found. + /// </returns> + string[] GetItemAsStrings (string key) + { + Item item = GetItem (key); + return item != null ? item.ToStringArray () : new string[0]; + } + + /// <summary> + /// Gets an integer value from a "/" delimited list in a + /// specified item. + /// </summary> + /// <param name="key"> + /// A <see cref="string" /> object containing the key of the + /// item to get the value from. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value specifying the index in the + /// integer list of the value to return. + /// </param> + /// <returns> + /// A <see cref="uint" /> value read from the list in the + /// frame, or 0 if the value wasn't found. + /// </returns> + uint GetItemAsUInt32 (string key, int index) + { + string text = GetItemAsString (key); + + if (text == null) + return 0; + + string[] values = text.Split (new [] { '/' }, index + 2); + + if (values.Length < index + 1) + return 0; + + if (uint.TryParse (values[index], out var result)) + return result; + + return 0; + } + + #endregion + + + + #region IEnumerable + + /// <summary> + /// Gets the enumerator for the current instance. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerator`1" /> object enumerating through + /// the item keys stored in the current instance. + /// </returns> + public IEnumerator<string> GetEnumerator () + { + foreach (Item item in items) + yield return item.Key; + } + + /// <summary> + /// Gets the enumerator for the current instance. + /// </summary> + /// <returns> + /// A <see cref="IEnumerator" /> object enumerating through + /// the item keys stored in the current instance. + /// </returns> + IEnumerator IEnumerable.GetEnumerator () + { + return GetEnumerator (); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Ape" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Ape; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Title" item. + /// </remarks> + public override string Title { + get { return GetItemAsString ("Title"); } + set { SetValue ("Title", value); } + } + + /// <summary> + /// Gets and sets the sort names of the Title of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names for + /// the Title of the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TitleSort" item. + /// </remarks> + public override string TitleSort { + get { return GetItemAsString ("TitleSort"); } + set { SetValue ("TitleSort", value); } + } + + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field gives a nice/short precision to + /// the title, which is typically below the title on the + /// front cover of a media. + /// For example, for "Back to the future", this would be + /// "It's About Time". + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "Subtitle" item. + /// </remarks> + public override string Subtitle { + get { return GetItemAsString ("Subtitle"); } + set { SetValue ("Subtitle", value); } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This is especially relevant for a movie. + /// For example, for "Back to the Future 2", this could be + /// "After visiting 2015, Marty McFly must repeat his visit + /// to 1955 to prevent disastrous changes to 1985...without + /// interfering with his first trip". + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "Description" item. + /// </remarks> + public override string Description { + get { return GetItemAsString ("Description"); } + set { SetValue ("Description", value); } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the "Artist" item. + /// </remarks> + public override string[] Performers { + get { return GetItemAsStrings ("Artist"); } + set { SetValue ("Artist", value); } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ArtistSort" field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string[] PerformersSort { + get { return GetItemAsStrings ("ArtistSort"); } + set { SetValue ("ArtistSort", value); } + } + + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// <para> This is typically usefull for movies, although the + /// instrument played by each artist in a music may be of + /// relevance. + /// </para> + /// <para>It is highly important to match each role to the + /// performers. This means that a role may be <see + /// langword="null"/> to keep the match between a + /// Performers[i] and PerformersRole[i]. + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "TMCL" Text + /// Information Frame: The 'Musician credits list' is + /// intended as a mapping between instruments and the + /// musician that played it.Every odd field is an + /// instrument and every even is an artist or a comma + /// delimited list of artists. + /// </remarks> + /// <remarks> + /// This property is implemented using the "PerformersRole" field. + /// </remarks> + public override string[] PerformersRole { + get { return GetItemAsStrings ("PerformersRole"); } + set { SetValue ("PerformersRole", value); } + } + + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Album Artist" + /// item, and "AlbumArtist" as a backup property if it exists. + /// </remarks> + public override string[] AlbumArtists { + get { + string[] list = GetItemAsStrings ("Album Artist"); + if (list.Length == 0) + list = GetItemAsStrings ("AlbumArtist"); + return list; + } + set { + SetValue ("Album Artist", value); + // compatibility + if (HasItem ("AlbumArtist")) + SetValue ("AlbumArtist", value); + } + } + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "AlbumArtistSort" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string[] AlbumArtistsSort { + get { return GetItemAsStrings ("AlbumArtistSort"); } + set { SetValue ("AlbumArtistSort", value); } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Composer" item. + /// </remarks> + public override string[] Composers { + get { return GetItemAsStrings ("Composer"); } + set { SetValue ("Composer", value); } + } + + /// <summary> + /// Gets and sets the sort names for the composers of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the sort names + /// for the composer of the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ComposerSort" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string[] ComposersSort { + get { return GetItemAsStrings ("ComposerSort"); } + set { SetValue ("ComposerSort", value); } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Album" item. + /// </remarks> + public override string Album { + get { return GetItemAsString ("Album"); } + set { SetValue ("Album", value); } + } + + /// <summary> + /// Gets and sets the sort names for the Album Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Album Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "AlbumSort" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string AlbumSort { + get { return GetItemAsString ("AlbumSort"); } + set { SetValue ("AlbumSort", value); } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Comment" item. + /// </remarks> + public override string Comment { + get { return GetItemAsString ("Comment"); } + set { SetValue ("Comment", value); } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Genre" item. + /// </remarks> + public override string[] Genres { + get { return GetItemAsStrings ("Genre"); } + set { SetValue ("Genre", value); } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Year" item. + /// </remarks> + public override uint Year { + get { + string text = GetItemAsString ("Year"); + + if (text == null || text.Length == 0) + return 0; + + if (uint.TryParse (text, out var value) || + (text.Length >= 4 && uint.TryParse ( + text.Substring (0, 4), + out value))) + return value; + + return 0; + } + set { SetValue ("Year", value, 0); } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "Track" item. + /// </remarks> + public override uint Track { + get { return GetItemAsUInt32 ("Track", 0); } + set { SetValue ("Track", value, TrackCount); } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "Track" item. + /// </remarks> + public override uint TrackCount { + get { return GetItemAsUInt32 ("Track", 1); } + set { SetValue ("Track", Track, value); } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// This property is implemented using the "Disc" item. + /// </remarks> + public override uint Disc { + get { return GetItemAsUInt32 ("Disc", 0); } + set { SetValue ("Disc", value, DiscCount); } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "Disc" item. + /// </remarks> + public override uint DiscCount { + get { return GetItemAsUInt32 ("Disc", 1); } + set { SetValue ("Disc", Disc, value); } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Lyrics" item. + /// </remarks> + public override string Lyrics { + get { return GetItemAsString ("Lyrics"); } + set { SetValue ("Lyrics", value); } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Grouping" item. + /// </remarks> + public override string Grouping { + get { return GetItemAsString ("Grouping"); } + set { SetValue ("Grouping", value); } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "BPM" item. + /// </remarks> + public override uint BeatsPerMinute { + get { + string text = GetItemAsString ("BPM"); + + if (text == null) + return 0; + + + if (double.TryParse (text, out var value)) + return (uint)Math.Round (value); + + return 0; + } + set { SetValue ("BPM", value, 0); } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "Conductor" item. + /// </remarks> + public override string Conductor { + get { return GetItemAsString ("Conductor"); } + set { SetValue ("Conductor", value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "Copyright" item. + /// </remarks> + public override string Copyright { + get { return GetItemAsString ("Copyright"); } + set { SetValue ("Copyright", value); } + } + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "DateTagged" item. + /// Format used is: yyyy-MM-dd HH:mm:ss + /// </remarks> + public override DateTime? DateTagged { + get { + string value = GetItemAsString ("DateTagged"); + if (value != null) { + if (DateTime.TryParseExact (value, "yyyy-MM-dd HH:mm:ss", null, DateTimeStyles.None, out var date)) { + return date; + } + } + return null; + } + set { + string date = null; + if (value != null) { + date = $"{value:yyyy-MM-dd HH:mm:ss}"; + } + SetValue ("DateTagged", date); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ArtistID for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ARTISTID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzArtistId { + get { return GetItemAsString ("MUSICBRAINZ_ARTISTID"); } + set { SetValue ("MUSICBRAINZ_ARTISTID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseGroupID for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_RELEASEGROUPID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseGroupId { + get { return GetItemAsString ("MUSICBRAINZ_RELEASEGROUPID"); } + set { SetValue ("MUSICBRAINZ_RELEASEGROUPID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseID for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseId { + get { return GetItemAsString ("MUSICBRAINZ_ALBUMID"); } + set { SetValue ("MUSICBRAINZ_ALBUMID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseArtistID for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMARTISTID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseArtistId { + get { return GetItemAsString ("MUSICBRAINZ_ALBUMARTISTID"); } + set { SetValue ("MUSICBRAINZ_ALBUMARTISTID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// TrackID for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_TRACKID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzTrackId { + get { return GetItemAsString ("MUSICBRAINZ_TRACKID"); } + set { SetValue ("MUSICBRAINZ_TRACKID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// DiscID for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_DISCID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzDiscId { + get { return GetItemAsString ("MUSICBRAINZ_DISCID"); } + set { SetValue ("MUSICBRAINZ_DISCID", value); } + } + + /// <summary> + /// Gets and sets the MusicIP PUID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicIPPUID + /// for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICIP_PUID" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicIpId { + get { return GetItemAsString ("MUSICIP_PUID"); } + set { SetValue ("MUSICIP_PUID", value); } + } + + /// <summary> + /// Gets and sets the Amazon ID of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the AmazonID + /// for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ASIN" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string AmazonId { + get { return GetItemAsString ("ASIN"); } + set { SetValue ("ASIN", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Status of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseStatus for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMSTATUS" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseStatus { + get { return GetItemAsString ("MUSICBRAINZ_ALBUMSTATUS"); } + set { SetValue ("MUSICBRAINZ_ALBUMSTATUS", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseType for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMTYPE" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseType { + get { return GetItemAsString ("MUSICBRAINZ_ALBUMTYPE"); } + set { SetValue ("MUSICBRAINZ_ALBUMTYPE", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseCountry of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseCountry for the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "RELEASECOUNTRY" item. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseCountry { + get { return GetItemAsString ("RELEASECOUNTRY"); } + set { SetValue ("RELEASECOUNTRY", value); } + } + + /// <summary> + /// Gets and sets the ReplayGain track gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the track gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_TRACK_GAIN" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainTrackGain { + get { + string text = GetItemAsString ("REPLAYGAIN_TRACK_GAIN"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveItem ("REPLAYGAIN_TRACK_GAIN"); + } else { + string text = value.ToString ("0.00 dB", CultureInfo.InvariantCulture); + SetValue ("REPLAYGAIN_TRACK_GAIN", text); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain track peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the track peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_TRACK_PEAK" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainTrackPeak { + get { + string text; + + if ((text = GetItemAsString ("REPLAYGAIN_TRACK_PEAK")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveItem ("REPLAYGAIN_TRACK_PEAK"); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetValue ("REPLAYGAIN_TRACK_PEAK", text); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the album gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_ALBUM_GAIN" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainAlbumGain { + get { + string text = GetItemAsString ("REPLAYGAIN_ALBUM_GAIN"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveItem ("REPLAYGAIN_ALBUM_GAIN"); + } else { + string text = value.ToString ("0.00 dB", CultureInfo.InvariantCulture); + SetValue ("REPLAYGAIN_ALBUM_GAIN", text); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the album peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_ALBUM_PEAK" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainAlbumPeak { + get { + string text; + + if ((text = GetItemAsString ("REPLAYGAIN_ALBUM_PEAK")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveItem ("REPLAYGAIN_ALBUM_PEAK"); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetValue ("REPLAYGAIN_ALBUM_PEAK", text); + } + } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// This property is implemented using the "Cover Art" items + /// and supports only one picture per type. + /// </remarks> + public override IPicture[] Pictures { + get { + var pictures = new List<IPicture> (); + var comparison = StringComparison.InvariantCultureIgnoreCase; + + foreach (Item item in items) { + + if (item == null || + item.Type != ItemType.Binary) + continue; + + int i; + for (i = 0; i < picture_item_names.Length; i++) { + if (picture_item_names[i].Equals (item.Key, comparison)) + break; + } + + + if (i >= picture_item_names.Length) + continue; + + int index = item.Value.Find ( + ByteVector.TextDelimiter ( + StringType.UTF8)); + + if (index < 0) + continue; + + var pic = new Picture (item.Value.Mid (index + 1)) { + Description = item.Value.ToString (StringType.UTF8, 0, index), + + Type = i < picture_item_names.Length - 1 ? + (PictureType)i : PictureType.NotAPicture + }; + + pictures.Add (pic); + } + + return pictures.ToArray (); + } + set { + foreach (string item_name in picture_item_names) + RemoveItem (item_name); + + if (value == null || value.Length == 0) + return; + + foreach (IPicture pic in value) { + int type = (int)pic.Type; + + if (type >= picture_item_names.Length) + type = picture_item_names.Length - 1; + + string name = picture_item_names[type]; + + if (GetItem (name) != null) + continue; + + var data = ByteVector.FromString (pic.Description, StringType.UTF8); + data.Add (ByteVector.TextDelimiter (StringType.UTF8)); + data.Add (pic.Data); + + SetItem (new Item (name, data)); + } + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { return items.Count == 0; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + items.Clear (); + } + + /// <summary> + /// Copies the values from the current instance to another + /// <see cref="TagLib.Tag" />, optionally overwriting + /// existing values. + /// </summary> + /// <param name="target"> + /// A <see cref="TagLib.Tag" /> object containing the target + /// tag to copy values to. + /// </param> + /// <param name="overwrite"> + /// A <see cref="bool" /> specifying whether or not to copy + /// values over existing one. + /// </param> + /// <remarks> + /// <para>If <paramref name="target" /> is of type <see + /// cref="TagLib.Ape.Tag" /> a complete copy of all values + /// will be performed. Otherwise, only standard values will + /// be copied.</para> + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="target" /> is <see langword="null" />. + /// </exception> + public override void CopyTo (TagLib.Tag target, bool overwrite) + { + if (target == null) + throw new ArgumentNullException (nameof (target)); + + + if (!(target is Tag match)) { + base.CopyTo (target, overwrite); + return; + } + + foreach (Item item in items) { + if (!overwrite && match.GetItem (item.Key) != null) + continue; + + match.items.Add (item.Clone ()); + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ape/Tag.cs.meta b/Scripts/TaglibSharp/Ape/Tag.cs.meta new file mode 100644 index 0000000..7642609 --- /dev/null +++ b/Scripts/TaglibSharp/Ape/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e937bf4e5ed85bb70b1660583e8eb5dc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf.meta b/Scripts/TaglibSharp/Asf.meta new file mode 100644 index 0000000..59e17e8 --- /dev/null +++ b/Scripts/TaglibSharp/Asf.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 5551302f5547e0525a891b390866fb18 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/ContentDescriptionObject.cs b/Scripts/TaglibSharp/Asf/ContentDescriptionObject.cs new file mode 100644 index 0000000..09dc11e --- /dev/null +++ b/Scripts/TaglibSharp/Asf/ContentDescriptionObject.cs @@ -0,0 +1,263 @@ +// +// ContentDescriptionObject.cs: Provides a representation of an ASF Content +// Description object which can be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Content Description object which can be + /// read from and written to disk. + /// </summary> + public class ContentDescriptionObject : Object + { + #region Private Fields + + /// <summary> + /// Contains the media title. + /// </summary> + string title = string.Empty; + + /// <summary> + /// Contains the author/performer. + /// </summary> + string author = string.Empty; + + /// <summary> + /// Contains the copyright information. + /// </summary> + string copyright = string.Empty; + + /// <summary> + /// Contains the description of the media. + /// </summary> + string description = string.Empty; + + /// <summary> + /// Contains the rating of the media. + /// </summary> + string rating = string.Empty; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptionObject" /> by reading the + /// contents from a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public ContentDescriptionObject (File file, long position) + : base (file, position) + { + if (Guid != Asf.Guid.AsfContentDescriptionObject) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 34) + throw new CorruptFileException ("Object size too small."); + + ushort title_length = file.ReadWord (); + ushort author_length = file.ReadWord (); + ushort copyright_length = file.ReadWord (); + ushort description_length = file.ReadWord (); + ushort rating_length = file.ReadWord (); + + title = file.ReadUnicode (title_length); + author = file.ReadUnicode (author_length); + copyright = file.ReadUnicode (copyright_length); + description = file.ReadUnicode (description_length); + rating = file.ReadUnicode (rating_length); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptionObject" /> with no contents. + /// </summary> + public ContentDescriptionObject () + : base (Asf.Guid.AsfContentDescriptionObject) + { + } + + #endregion + + + + #region Public Region + + /// <summary> + /// Gets and sets the title of the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title of + /// the media or <see langword="null" /> if it is not set. + /// </value> + public string Title { + get { return title.Length == 0 ? null : title; } + set { + title = string.IsNullOrEmpty (value) ? string.Empty : value; + } + } + + /// <summary> + /// Gets and sets the author or performer of the media + /// described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the author of + /// the media or <see langword="null" /> if it is not set. + /// </value> + public string Author { + get { return author.Length == 0 ? null : author; } + set { + author = string.IsNullOrEmpty (value) ? string.Empty : value; + } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media or <see langword="null" /> if + /// it is not set. + /// </value> + public string Copyright { + get { return copyright.Length == 0 ? null : copyright; } + set { + copyright = string.IsNullOrEmpty (value) ? string.Empty : value; + } + } + + /// <summary> + /// Gets and sets the description of the media described by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media or <see langword="null" /> if it is not set. + /// </value> + public string Description { + get { + return description.Length == 0 ? null : description; + } + set { + description = string.IsNullOrEmpty (value) ? string.Empty : value; + } + } + + /// <summary> + /// Gets and sets the rating of the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a rating of the + /// media or <see langword="null" /> if it is not set. + /// </value> + public string Rating { + get { return rating.Length == 0 ? null : rating; } + set { + rating = string.IsNullOrEmpty (value) ? string.Empty : value; + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if all the values are cleared. + /// Otherwise <see langword="false" />. + /// </value> + public bool IsEmpty { + get { + return title.Length == 0 && + author.Length == 0 && + copyright.Length == 0 && + description.Length == 0 && + rating.Length == 0; + } + } + + #endregion + + + + #region Public Region + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + ByteVector title_bytes = RenderUnicode (title); + ByteVector author_bytes = RenderUnicode (author); + ByteVector copyright_bytes = RenderUnicode (copyright); + ByteVector description_bytes = + RenderUnicode (description); + ByteVector rating_bytes = RenderUnicode (rating); + + ByteVector output = RenderWord ((ushort) + title_bytes.Count); + output.Add (RenderWord ((ushort)author_bytes.Count)); + output.Add (RenderWord ((ushort)copyright_bytes.Count)); + output.Add (RenderWord ((ushort) + description_bytes.Count)); + output.Add (RenderWord ((ushort)rating_bytes.Count)); + output.Add (title_bytes); + output.Add (author_bytes); + output.Add (copyright_bytes); + output.Add (description_bytes); + output.Add (rating_bytes); + + return Render (output); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/ContentDescriptionObject.cs.meta b/Scripts/TaglibSharp/Asf/ContentDescriptionObject.cs.meta new file mode 100644 index 0000000..6c56a6c --- /dev/null +++ b/Scripts/TaglibSharp/Asf/ContentDescriptionObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f526cfb69af160d3c9edf6227f73e985 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/ContentDescriptor.cs b/Scripts/TaglibSharp/Asf/ContentDescriptor.cs new file mode 100644 index 0000000..4f690e0 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/ContentDescriptor.cs @@ -0,0 +1,474 @@ +// +// ContentDescriptor.cs: Provides a representation of an ASF Content Descriptor +// to be used in combination with ExtendedContentDescriptionObject. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// Indicates the type of data stored in a <see + /// cref="ContentDescriptor" /> or <see cref="DescriptionRecord" /> + /// object. + /// </summary> + public enum DataType + { + /// <summary> + /// The descriptor contains Unicode (UTF-16LE) text. + /// </summary> + Unicode = 0, + + /// <summary> + /// The descriptor contains binary data. + /// </summary> + Bytes = 1, + + /// <summary> + /// The descriptor contains a boolean value. + /// </summary> + Bool = 2, + + /// <summary> + /// The descriptor contains a 4-byte DWORD value. + /// </summary> + DWord = 3, + + /// <summary> + /// The descriptor contains a 8-byte QWORD value. + /// </summary> + QWord = 4, + + /// <summary> + /// The descriptor contains a 2-byte WORD value. + /// </summary> + Word = 5, + + /// <summary> + /// The descriptor contains a 16-byte GUID value. + /// </summary> + Guid = 6 + } + + /// <summary> + /// This class provides a representation of an ASF Content + /// Descriptor to be used in combination with <see + /// cref="ExtendedContentDescriptionObject" />. + /// </summary> + public class ContentDescriptor + { + #region Private Fields + + /// <summary> + /// Contains the string value. + /// </summary> + string strValue; + + /// <summary> + /// Contains the byte value. + /// </summary> + ByteVector byteValue; + + /// <summary> + /// Contains the long value. + /// </summary> + ulong longValue; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> with a specified name and + /// and value. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="string" /> object containing the value for + /// the new instance. + /// </param> + public ContentDescriptor (string name, string value) + { + Name = name; + strValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> with a specified name and + /// and value. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="ByteVector" /> object containing the value + /// for the new instance. + /// </param> + public ContentDescriptor (string name, ByteVector value) + { + Name = name; + Type = DataType.Bytes; + byteValue = new ByteVector (value); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> with a specified name and + /// and value. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="uint" /> value containing the value + /// for the new instance. + /// </param> + public ContentDescriptor (string name, uint value) + { + Name = name; + Type = DataType.DWord; + longValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> with a specified name and + /// and value. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="ulong" /> value containing the value + /// for the new instance. + /// </param> + public ContentDescriptor (string name, ulong value) + { + Name = name; + Type = DataType.QWord; + longValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> with a specified name and + /// and value. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="ushort" /> value containing the value + /// for the new instance. + /// </param> + public ContentDescriptor (string name, ushort value) + { + Name = name; + Type = DataType.Word; + longValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> with a specified name and + /// and value. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="bool" /> value containing the value + /// for the new instance. + /// </param> + public ContentDescriptor (string name, bool value) + { + Name = name; + Type = DataType.Bool; + longValue = value ? 1uL : 0; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ContentDescriptor" /> by reading its contents from + /// a file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object to read the raw ASF + /// Description Record from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// A valid descriptor could not be read. + /// </exception> + /// <remarks> + /// <paramref name="file" /> must be at a seek position at + /// which the descriptor can be read. + /// </remarks> + protected internal ContentDescriptor (File file) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (!Parse (file)) + throw new CorruptFileException ("Failed to parse content descriptor."); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the name of the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the name of the + /// current instance. + /// </value> + public string Name { get; private set; } + + /// <summary> + /// Gets the type of data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="DataType" /> value indicating type of data + /// contained in the current instance. + /// </value> + public DataType Type { get; private set; } = DataType.Unicode; + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> object containing the value of + /// the current instance. + /// </returns> + public override string ToString () + { + if (Type == DataType.Unicode) + return strValue; + + if (Type == DataType.Bytes) + return byteValue.ToString (StringType.UTF16LE); + + return longValue.ToString (); + } + + /// <summary> + /// Gets the binary contents of the current instance. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// contents of the current instance, or <see langword="null" + /// /> if <see cref="Type" /> is unequal to <see + /// cref="DataType.Bytes" />. + /// </returns> + public ByteVector ToByteVector () + { + return byteValue; + } + + /// <summary> + /// Gets the boolean value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="bool" /> value containing the value of the + /// current instance. + /// </returns> + public bool ToBool () + { + return longValue != 0; + } + + /// <summary> + /// Gets the DWORD value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="uint" /> value containing the value of the + /// current instance. + /// </returns> + public uint ToDWord () + { + if (Type == DataType.Unicode && strValue != null && uint.TryParse (strValue, out var value)) + return value; + + return (uint)longValue; + } + + /// <summary> + /// Gets the QWORD value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="ulong" /> value containing the value of the + /// current instance. + /// </returns> + public ulong ToQWord () + { + if (Type == DataType.Unicode && strValue != null && ulong.TryParse (strValue, out var value)) + return value; + + return longValue; + } + + /// <summary> + /// Gets the WORD value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the value of the + /// current instance. + /// </returns> + public ushort ToWord () + { + if (Type == DataType.Unicode && strValue != null && ushort.TryParse (strValue, out var value)) + return value; + + return (ushort)longValue; + } + + /// <summary> + /// Renders the current instance as a raw ASF Description + /// Record. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + ByteVector value; + + switch (Type) { + case DataType.Unicode: + value = Object.RenderUnicode (strValue); + break; + case DataType.Bytes: + value = byteValue; + break; + case DataType.Bool: + case DataType.DWord: + value = Object.RenderDWord ((uint)longValue); + break; + case DataType.QWord: + value = Object.RenderQWord (longValue); + break; + case DataType.Word: + value = Object.RenderWord ((ushort)longValue); + break; + default: + return null; + } + + ByteVector name = Object.RenderUnicode (Name); + + var output = new ByteVector { + Object.RenderWord ((ushort)name.Count), + name, + Object.RenderWord ((ushort)Type), + Object.RenderWord ((ushort)value.Count), + value + }; + + return output; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the current instance by reading in the contents + /// from a file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object to read the raw ASF + /// Content Descriptor from. + /// </param> + /// <returns> + /// <see langword="true" /> if the data was read correctly. + /// Otherwise <see langword="false" />. + /// </returns> + protected bool Parse (File file) + { + int name_count = file.ReadWord (); + Name = file.ReadUnicode (name_count); + + Type = (DataType)file.ReadWord (); + + int value_count = file.ReadWord (); + switch (Type) { + case DataType.Word: + longValue = file.ReadWord (); + break; + + case DataType.Bool: + longValue = file.ReadDWord (); + break; + + case DataType.DWord: + longValue = file.ReadDWord (); + break; + + case DataType.QWord: + longValue = file.ReadQWord (); + break; + + case DataType.Unicode: + strValue = file.ReadUnicode (value_count); + break; + + case DataType.Bytes: + byteValue = file.ReadBlock (value_count); + break; + + default: + return false; + } + + return true; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/ContentDescriptor.cs.meta b/Scripts/TaglibSharp/Asf/ContentDescriptor.cs.meta new file mode 100644 index 0000000..47e11a0 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/ContentDescriptor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 12848f0d0cefe0dd3864fc18248f7482 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/DescriptionRecord.cs b/Scripts/TaglibSharp/Asf/DescriptionRecord.cs new file mode 100644 index 0000000..6218f85 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/DescriptionRecord.cs @@ -0,0 +1,568 @@ +// +// DescriptionRecord.cs: Provides a representation of an ASF Description Record +// to be used in combination with MetadataLibaryObject. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This class provides a representation of an ASF Description Record + /// to be used in combination with <see cref="MetadataLibraryObject" + /// />. + /// </summary> + public class DescriptionRecord + { + #region Private Fields + + /// <summary> + /// Contains the string value. + /// </summary> + string strValue; + + /// <summary> + /// Contains the byte value. + /// </summary> + ByteVector byteValue; + + /// <summary> + /// Contains the long value. + /// </summary> + ulong longValue; + + /// <summary> + /// Contains the GUID value. + /// </summary> + System.Guid guidValue = System.Guid.Empty; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="string" /> object containing the value for + /// the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, string value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + strValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="ByteVector" /> object containing the value + /// for the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, ByteVector value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + Type = DataType.Bytes; + byteValue = new ByteVector (value); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="uint" /> value containing the value + /// for the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, uint value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + Type = DataType.DWord; + longValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="ulong" /> value containing the value + /// for the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, ulong value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + Type = DataType.QWord; + longValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="ushort" /> value containing the value + /// for the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, ushort value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + Type = DataType.Word; + longValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="bool" /> value containing the value + /// for the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, bool value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + Type = DataType.Bool; + longValue = value ? 1uL : 0; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> with a specified language, + /// stream, name, and value. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the new instance. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// new instance. + /// </param> + /// <param name="value"> + /// A <see cref="System.Guid" /> value containing the value + /// for the new instance. + /// </param> + public DescriptionRecord (ushort languageListIndex, ushort streamNumber, string name, System.Guid value) + { + LanguageListIndex = languageListIndex; + StreamNumber = streamNumber; + Name = name; + Type = DataType.Guid; + guidValue = value; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DescriptionRecord" /> by reading its contents from + /// a file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object to read the raw ASF + /// Description Record from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// A valid record could not be read. + /// </exception> + /// <remarks> + /// <paramref name="file" /> must be at a seek position at + /// which the record can be read. + /// </remarks> + protected internal DescriptionRecord (File file) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (!Parse (file)) + throw new CorruptFileException ("Failed to parse description record."); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the index of the language associated with the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the index of the + /// language associated with the current instance. + /// </value> + public ushort LanguageListIndex { get; private set; } + + /// <summary> + /// Gets the index of the stream associated with the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the index of the + /// stream associated with the current instance. + /// </value> + public ushort StreamNumber { get; private set; } + + /// <summary> + /// Gets the name of the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the name of the + /// current instance. + /// </value> + public string Name { get; private set; } + + /// <summary> + /// Gets the type of data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="DataType" /> value indicating type of data + /// contained in the current instance. + /// </value> + public DataType Type { get; private set; } = DataType.Unicode; + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> object containing the value of + /// the current instance. + /// </returns> + public override string ToString () + { + if (Type == DataType.Unicode) + return strValue; + + if (Type == DataType.Bytes) + return byteValue.ToString (StringType.UTF16LE); + + return longValue.ToString (); + } + + /// <summary> + /// Gets the binary contents of the current instance. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// contents of the current instance, or <see langword="null" + /// /> if <see cref="Type" /> is unequal to <see + /// cref="DataType.Bytes" />. + /// </returns> + public ByteVector ToByteVector () + { + return byteValue; + } + + /// <summary> + /// Gets the boolean value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="bool" /> value containing the value of the + /// current instance. + /// </returns> + public bool ToBool () + { + return longValue != 0; + } + + /// <summary> + /// Gets the DWORD value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="uint" /> value containing the value of the + /// current instance. + /// </returns> + public uint ToDWord () + { + if (Type == DataType.Unicode && strValue != null && uint.TryParse (strValue, out var value)) + return value; + + return (uint)longValue; + } + + /// <summary> + /// Gets the QWORD value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="ulong" /> value containing the value of the + /// current instance. + /// </returns> + public ulong ToQWord () + { + if (Type == DataType.Unicode && strValue != null && ulong.TryParse (strValue, out var value)) + return value; + + return longValue; + } + + /// <summary> + /// Gets the WORD value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the value of the + /// current instance. + /// </returns> + public ushort ToWord () + { + if (Type == DataType.Unicode && strValue != null && ushort.TryParse (strValue, out var value)) + return value; + + return (ushort)longValue; + } + + /// <summary> + /// Gets the GUID value contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="System.Guid" /> value containing the value + /// of the current instance. + /// </returns> + public System.Guid ToGuid () + { + return guidValue; + } + + /// <summary> + /// Renders the current instance as a raw ASF Description + /// Record. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + ByteVector value; + + switch (Type) { + case DataType.Unicode: + value = Object.RenderUnicode (strValue); + break; + case DataType.Bytes: + value = byteValue; + break; + case DataType.Bool: + case DataType.DWord: + value = Object.RenderDWord ((uint)longValue); + break; + case DataType.QWord: + value = Object.RenderQWord (longValue); + break; + case DataType.Word: + value = Object.RenderWord ((ushort)longValue); + break; + case DataType.Guid: + value = guidValue.ToByteArray (); + break; + default: + return null; + } + + ByteVector name = Object.RenderUnicode (Name); + + var output = new ByteVector { + Object.RenderWord (LanguageListIndex), + Object.RenderWord (StreamNumber), + Object.RenderWord ((ushort)name.Count), + Object.RenderWord ((ushort)Type), + Object.RenderDWord ((uint)value.Count), + name, + value + }; + + return output; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the current instance by reading in the contents + /// from a file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object to read the raw ASF + /// Description Record from. + /// </param> + /// <returns> + /// <see langword="true" /> if the data was read correctly. + /// Otherwise <see langword="false" />. + /// </returns> + protected bool Parse (File file) + { + // Field name Field type Size (bits) + // Language List Index WORD 16 + // Stream Number WORD 16 + // Name Length WORD 16 + // Data Type WORD 16 + // Data Length DWORD 32 + // Name WCHAR varies + // Data See below varies + + LanguageListIndex = file.ReadWord (); + StreamNumber = file.ReadWord (); + ushort name_length = file.ReadWord (); + Type = (DataType)file.ReadWord (); + int data_length = (int)file.ReadDWord (); + Name = file.ReadUnicode (name_length); + + switch (Type) { + case DataType.Word: + longValue = file.ReadWord (); + break; + case DataType.Bool: + case DataType.DWord: + longValue = file.ReadDWord (); + break; + case DataType.QWord: + longValue = file.ReadQWord (); + break; + case DataType.Unicode: + strValue = file.ReadUnicode (data_length); + break; + case DataType.Bytes: + byteValue = file.ReadBlock (data_length); + break; + case DataType.Guid: + guidValue = file.ReadGuid (); + break; + default: + return false; + } + + return true; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/DescriptionRecord.cs.meta b/Scripts/TaglibSharp/Asf/DescriptionRecord.cs.meta new file mode 100644 index 0000000..9ef783c --- /dev/null +++ b/Scripts/TaglibSharp/Asf/DescriptionRecord.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b240cea38450eb09286babb6fd6d82c7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/ExtendedContentDescriptionObject.cs b/Scripts/TaglibSharp/Asf/ExtendedContentDescriptionObject.cs new file mode 100644 index 0000000..177422c --- /dev/null +++ b/Scripts/TaglibSharp/Asf/ExtendedContentDescriptionObject.cs @@ -0,0 +1,270 @@ +// +// ExtendedContentDescriptionObject.cs: Provides a representation of an ASF +// Extended Content Description object which can be read from and written to +// disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Extended Content Description object + /// which can be read from and written to disk. + /// </summary> + public class ExtendedContentDescriptionObject : Object, IEnumerable<ContentDescriptor> + { + #region Private Fields + + /// <summary> + /// Contains the content descriptors. + /// </summary> + readonly List<ContentDescriptor> descriptors = new List<ContentDescriptor> (); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ExtendedContentDescriptionObject" /> by reading the + /// contents from a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public ExtendedContentDescriptionObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfExtendedContentDescriptionObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 26) + throw new CorruptFileException ("Object size too small."); + + ushort count = file.ReadWord (); + + for (ushort i = 0; i < count; i++) + AddDescriptor (new ContentDescriptor (file)); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ExtendedContentDescriptionObject" /> with no + /// contents. + /// </summary> + public ExtendedContentDescriptionObject () + : base (Asf.Guid.AsfExtendedContentDescriptionObject) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance doesn't + /// contain any <see cref="ContentDescriptor" /> objects. + /// Otherwise <see langword="false" />. + /// </value> + public bool IsEmpty { + get { return descriptors.Count == 0; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + ByteVector output = new ByteVector (); + ushort count = 0; + + foreach (ContentDescriptor desc in descriptors) { + count++; + output.Add (desc.Render ()); + } + + return Render (RenderWord (count) + output); + } + + /// <summary> + /// Removes all descriptors with a given name from the + /// current instance. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// descriptors to be removed. + /// </param> + public void RemoveDescriptors (string name) + { + for (int i = descriptors.Count - 1; i >= 0; i--) + if (name == descriptors[i].Name) + descriptors.RemoveAt (i); + } + + /// <summary> + /// Gets all descriptors with any of a collection of names + /// from the current instance. + /// </summary> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names of the + /// descriptors to be retrieved. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="names" /> is <see langword="null" />. + /// </exception> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the <see cref="ContentDescriptor" /> objects + /// retrieved from the current instance. + /// </returns> + public IEnumerable<ContentDescriptor> GetDescriptors (params string[] names) + { + if (names == null) + throw new ArgumentNullException (nameof (names)); + + foreach (string name in names) + foreach (ContentDescriptor desc in descriptors) + if (desc.Name == name) + yield return desc; + } + + /// <summary> + /// Adds a descriptor to the current instance. + /// </summary> + /// <param name="descriptor"> + /// A <see cref="ContentDescriptor" /> object to add to the + /// current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="descriptor" /> is <see langword="null" + /// />. + /// </exception> + public void AddDescriptor (ContentDescriptor descriptor) + { + if (descriptor == null) + throw new ArgumentNullException (nameof (descriptor)); + + descriptors.Add (descriptor); + } + + /// <summary> + /// Sets the a collection of desciptors for a given name, + /// removing the existing matching records. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// descriptors to be added. + /// </param> + /// <param name="descriptors"> + /// A <see cref="T:ContentDescriptor[]" /> containing + /// descriptors to add to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="name" /> is <see langword="null" />. + /// </exception> + /// <remarks> + /// All added entries in <paramref name="descriptors" /> + /// should match <paramref name="name" /> but it is not + /// verified by the method. The descriptors will be added + /// with their own names and not the one provided in this + /// method, which are used for removing existing values and + /// determining where to position the new objects. + /// </remarks> + public void SetDescriptors (string name, params ContentDescriptor[] descriptors) + { + if (name == null) + throw new ArgumentNullException (nameof (name)); + + int position = this.descriptors.Count; + for (int i = this.descriptors.Count - 1; i >= 0; i--) { + if (name == this.descriptors[i].Name) { + this.descriptors.RemoveAt (i); + position = i; + } + } + this.descriptors.InsertRange (position, descriptors); + } + + #endregion + + + + #region IEnumerable + + /// <summary> + /// Gets an enumerator for enumerating through the content + /// descriptors. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the content descriptors. + /// </returns> + public IEnumerator<ContentDescriptor> GetEnumerator () + { + return descriptors.GetEnumerator (); + } + + System.Collections.IEnumerator + System.Collections.IEnumerable.GetEnumerator () + { + return descriptors.GetEnumerator (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/ExtendedContentDescriptionObject.cs.meta b/Scripts/TaglibSharp/Asf/ExtendedContentDescriptionObject.cs.meta new file mode 100644 index 0000000..f542c57 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/ExtendedContentDescriptionObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d284fb627fd9b464a993ff8f4769b52c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/File.cs b/Scripts/TaglibSharp/Asf/File.cs new file mode 100644 index 0000000..1f7175c --- /dev/null +++ b/Scripts/TaglibSharp/Asf/File.cs @@ -0,0 +1,436 @@ +// +// File.cs: Provides tagging and properties support for Microsoft's ASF files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide tagging + /// and properties support for Microsoft's ASF files. + /// </summary> + [SupportedMimeType ("taglib/wma", "wma")] + [SupportedMimeType ("taglib/wmv", "wmv")] + [SupportedMimeType ("taglib/asf", "asf")] + [SupportedMimeType ("audio/x-ms-wma")] + [SupportedMimeType ("audio/x-ms-asf")] + [SupportedMimeType ("video/x-ms-asf")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the file's tag. + /// </summary> + Tag asf_tag; + + /// <summary> + /// Contains the file's properties. + /// </summary> + Properties properties; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override TagLib.Tag Tag { + get { return asf_tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + var header = new HeaderObject (this, 0); + + if (asf_tag == null) { + header.RemoveContentDescriptors (); + TagTypesOnDisk &= ~TagTypes.Asf; + } else { + TagTypesOnDisk |= TagTypes.Asf; + header.AddUniqueObject ( + asf_tag.ContentDescriptionObject); + header.AddUniqueObject ( + asf_tag.ExtendedContentDescriptionObject); + header.Extension.AddUniqueObject ( + asf_tag.MetadataLibraryObject); + } + + var output = header.Render (); + long diff = output.Count - (long)header.OriginalSize; + Insert (output, 0, (long)header.OriginalSize); + + InvariantStartPosition += diff; + InvariantEndPosition += diff; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override TagLib.Tag GetTag (TagTypes type, bool create) + { + if (type == TagTypes.Asf) + return asf_tag; + + return null; + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if ((types & TagTypes.Asf) == TagTypes.Asf) + asf_tag.Clear (); + } + + /// <summary> + /// Reads a 2-byte WORD from the current instance. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the WORD read + /// from the current instance. + /// </returns> + public ushort ReadWord () + { + return ReadBlock (2).ToUShort (false); + } + + /// <summary> + /// Reads a 4-byte DWORD from the current instance. + /// </summary> + /// <returns> + /// A <see cref="uint" /> value containing the DWORD read + /// from the current instance. + /// </returns> + public uint ReadDWord () + { + return ReadBlock (4).ToUInt (false); + } + + /// <summary> + /// Reads a 8-byte QWORD from the current instance. + /// </summary> + /// <returns> + /// A <see cref="ulong" /> value containing the QWORD read + /// from the current instance. + /// </returns> + public ulong ReadQWord () + { + return ReadBlock (8).ToULong (false); + } + + /// <summary> + /// Reads a 16-byte GUID from the current instance. + /// </summary> + /// <returns> + /// A <see cref="System.Guid" /> value containing the GUID + /// read from the current instance. + /// </returns> + public System.Guid ReadGuid () + { + return new System.Guid (ReadBlock (16).Data); + } + + /// <summary> + /// Reads a Unicode (UTF-16LE) string of specified length + /// from the current instance. + /// </summary> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. This should always be an even number. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the Unicode + /// string read from the current instance. + /// </returns> + public string ReadUnicode (int length) + { + ByteVector data = ReadBlock (length); + string output = data.ToString (StringType.UTF16LE); + int i = output.IndexOf ('\0'); + return (i >= 0) ? output.Substring (0, i) : output; + } + + /// <summary> + /// Reads a collection of objects from the current instance. + /// </summary> + /// <param name="count"> + /// A <see cref="uint" /> value specifying the number of + /// objects to read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// at which to start reading. + /// </param> + /// <returns> + /// A new <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the <see cref="Object" /> objects read from the + /// current instance. + /// </returns> + public IEnumerable<Object> ReadObjects (uint count, + long position) + { + for (int i = 0; i < (int)count; i++) { + Object obj = ReadObject (position); + position += (long)obj.OriginalSize; + yield return obj; + } + } + + /// <summary> + /// Reads a <see cref="Object" /> from the current instance. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// at which to start reading. + /// </param> + /// <returns> + /// A new <see cref="Object" /> object of appropriate type as + /// read from the current instance. + /// </returns> + public Object ReadObject (long position) + { + Seek (position); + System.Guid id = ReadGuid (); + + if (id.Equals (Guid.AsfFilePropertiesObject)) + return new FilePropertiesObject (this, + position); + + if (id.Equals (Guid.AsfStreamPropertiesObject)) + return new StreamPropertiesObject (this, + position); + + if (id.Equals (Guid.AsfContentDescriptionObject)) + return new ContentDescriptionObject (this, + position); + + if (id.Equals ( + Guid.AsfExtendedContentDescriptionObject)) + return new ExtendedContentDescriptionObject ( + this, position); + + if (id.Equals (Guid.AsfPaddingObject)) + return new PaddingObject (this, position); + + if (id.Equals (Guid.AsfHeaderExtensionObject)) + return new HeaderExtensionObject (this, + position); + + if (id.Equals (Guid.AsfMetadataLibraryObject)) + return new MetadataLibraryObject (this, + position); + + return new UnknownObject (this, position); + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads the contents of the current instance. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + HeaderObject header = new HeaderObject (this, 0); + + if (header.HasContentDescriptors) + TagTypesOnDisk |= TagTypes.Asf; + + asf_tag = new Tag (header); + + InvariantStartPosition = (long)header.OriginalSize; + InvariantEndPosition = Length; + + if ((propertiesStyle & ReadStyle.Average) != 0) + properties = header.Properties; + } finally { + Mode = AccessMode.Closed; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/File.cs.meta b/Scripts/TaglibSharp/Asf/File.cs.meta new file mode 100644 index 0000000..fe2d086 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 230597e1f22d7c4048805f50836d30b1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/FilePropertiesObject.cs b/Scripts/TaglibSharp/Asf/FilePropertiesObject.cs new file mode 100644 index 0000000..fc0f513 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/FilePropertiesObject.cs @@ -0,0 +1,275 @@ +// +// FilePropertiesObject.cs: Provides a representation of an ASF File Properties +// object which can be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF File Properties object which can be read + /// from and written to disk. + /// </summary> + public class FilePropertiesObject : Object + { + #region Constant Values + + static readonly DateTime FileTimeOffset = new DateTime (1601, 1, 1); + + #endregion + + #region Private Fields + + /// <summary> + /// Contains the GUID for the file. + /// </summary> + System.Guid file_id; + + /// <summary> + /// Contains the creation date. + /// </summary> + readonly ulong creation_date; + + /// <summary> + /// Contains the play duration. + /// </summary> + readonly ulong play_duration; + + /// <summary> + /// Contains the send duration. + /// </summary> + readonly ulong send_duration; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="FilePropertiesObject" /> by reading the contents + /// from a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public FilePropertiesObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfFilePropertiesObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 104) + throw new CorruptFileException ("Object size too small."); + + file_id = file.ReadGuid (); + FileSize = file.ReadQWord (); + creation_date = file.ReadQWord (); + DataPacketsCount = file.ReadQWord (); + play_duration = file.ReadQWord (); + send_duration = file.ReadQWord (); + Preroll = file.ReadQWord (); + Flags = file.ReadDWord (); + MinimumDataPacketSize = file.ReadDWord (); + MaximumDataPacketSize = file.ReadDWord (); + MaximumBitrate = file.ReadDWord (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the GUID for the file described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="System.Guid" /> value containing the GUID + /// for the file described by the current instance. + /// </value> + public System.Guid FileId { + get { return file_id; } + } + + /// <summary> + /// Gets the size of the file described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ulong" /> value containing the size of the + /// file described by the current instance. + /// </value> + public ulong FileSize { get; private set; } + + /// <summary> + /// Gets the creation date of the file described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="DateTime" /> value containing the creation + /// date of the file described by the current instance. + /// </value> + public DateTime CreationDate { + get { return new DateTime ((long)creation_date + FileTimeOffset.Ticks); } + } + + /// <summary> + /// Gets the number of data packets in the file described by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="ulong" /> value containing the number of + /// data packets in the file described by the current + /// instance. + /// </value> + public ulong DataPacketsCount { get; private set; } + + /// <summary> + /// Gets the play duration of the file described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> value containing the play + /// duration of the file described by the current instance. + /// </value> + public TimeSpan PlayDuration { + get { return new TimeSpan ((long)play_duration); } + } + + /// <summary> + /// Gets the send duration of the file described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> value containing the send + /// duration of the file described by the current instance. + /// </value> + public TimeSpan SendDuration { + get { return new TimeSpan ((long)send_duration); } + } + + /// <summary> + /// Gets the pre-roll of the file described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ulong" /> value containing the pre-roll of + /// the file described by the current instance. + /// </value> + public ulong Preroll { get; private set; } + + /// <summary> + /// Gets the flags of the file described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the flags of the + /// file described by the current instance. + /// </value> + public uint Flags { get; private set; } + + /// <summary> + /// Gets the minimum data packet size of the file described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the minimum data + /// packet size of the file described by the current + /// instance. + /// </value> + public uint MinimumDataPacketSize { get; private set; } + + /// <summary> + /// Gets the maximum data packet size of the file described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the maximum data + /// packet size of the file described by the current + /// instance. + /// </value> + public uint MaximumDataPacketSize { get; private set; } + + /// <summary> + /// Gets the maximum bitrate of the file described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the maximum + /// bitrate of the file described by the current instance. + /// </value> + public uint MaximumBitrate { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + ByteVector output = file_id.ToByteArray (); + output.Add (RenderQWord (FileSize)); + output.Add (RenderQWord (creation_date)); + output.Add (RenderQWord (DataPacketsCount)); + output.Add (RenderQWord (play_duration)); + output.Add (RenderQWord (send_duration)); + output.Add (RenderQWord (Preroll)); + output.Add (RenderDWord (Flags)); + output.Add (RenderDWord (MinimumDataPacketSize)); + output.Add (RenderDWord (MaximumDataPacketSize)); + output.Add (RenderDWord (MaximumBitrate)); + + return Render (output); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/FilePropertiesObject.cs.meta b/Scripts/TaglibSharp/Asf/FilePropertiesObject.cs.meta new file mode 100644 index 0000000..42c18d0 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/FilePropertiesObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: aadef2fcac80345fe8d8d585ba22aed5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/Guid.cs b/Scripts/TaglibSharp/Asf/Guid.cs new file mode 100644 index 0000000..3165369 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/Guid.cs @@ -0,0 +1,110 @@ +// +// Guid.cs: Provides common GUID values used by ASF Objects. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Asf +{ + /// <summary> + /// This static class contains common <see cref="System.Guid" /> + /// values used by ASF Objects. + /// </summary> + public static class Guid + { + /// <summary> + /// Indicates that an object is a <see + /// cref="ContentDescriptionObject" />. + /// </summary> + public static readonly System.Guid AsfContentDescriptionObject = + new System.Guid ("75B22633-668E-11CF-A6D9-00AA0062CE6C"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="ExtendedContentDescriptionObject" />. + /// </summary> + public static readonly System.Guid AsfExtendedContentDescriptionObject = + new System.Guid ("D2D0A440-E307-11D2-97F0-00A0C95EA850"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="FilePropertiesObject" />. + /// </summary> + public static readonly System.Guid AsfFilePropertiesObject = + new System.Guid ("8CABDCA1-A947-11CF-8EE4-00C00C205365"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="HeaderExtensionObject" />. + /// </summary> + public static readonly System.Guid AsfHeaderExtensionObject = + new System.Guid ("5FBF03B5-A92E-11CF-8EE3-00C00C205365"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="HeaderObject" />. + /// </summary> + public static readonly System.Guid AsfHeaderObject = + new System.Guid ("75B22630-668E-11CF-A6D9-00AA0062CE6C"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="MetadataLibraryObject" />. + /// </summary> + public static readonly System.Guid AsfMetadataLibraryObject = + new System.Guid ("44231C94-9498-49D1-A141-1D134E457054"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="PaddingObject" />. + /// </summary> + public static readonly System.Guid AsfPaddingObject = + new System.Guid ("1806D474-CADF-4509-A4BA-9AABCB96AAE8"); + + /// <summary> + /// Indicates that an object is a <see + /// cref="StreamPropertiesObject" />. + /// </summary> + public static readonly System.Guid AsfStreamPropertiesObject = + new System.Guid ("B7DC0791-A9B7-11CF-8EE6-00C00C205365"); + + + /// <summary> + /// Indicates that a <see cref="StreamPropertiesObject" /> + /// contains information about an audio stream. + /// </summary> + public static readonly System.Guid AsfAudioMedia = + new System.Guid ("F8699E40-5B4D-11CF-A8FD-00805F5C442B"); + + /// <summary> + /// Indicates that a <see cref="StreamPropertiesObject" /> + /// contains information about an video stream. + /// </summary> + public static readonly System.Guid AsfVideoMedia = + new System.Guid ("BC19EFC0-5B4D-11CF-A8FD-00805F5C442B"); + + /// <summary> + /// Indicates a placeholder portion of a file is correctly + /// encoded. + /// </summary> + public static readonly System.Guid AsfReserved1 = + new System.Guid ("ABD3D211-A9BA-11cf-8EE6-00C00C205365"); + } +} diff --git a/Scripts/TaglibSharp/Asf/Guid.cs.meta b/Scripts/TaglibSharp/Asf/Guid.cs.meta new file mode 100644 index 0000000..961da19 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/Guid.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 106d81de03690f00d9a5574b209c688b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/HeaderExtensionObject.cs b/Scripts/TaglibSharp/Asf/HeaderExtensionObject.cs new file mode 100644 index 0000000..1afa152 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/HeaderExtensionObject.cs @@ -0,0 +1,174 @@ +// +// HeaderExtensionObject.cs: Provides a representation of an ASF Header +// Extension object which can be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Header Extension object which can be + /// read from and written to disk. + /// </summary> + public class HeaderExtensionObject : Object + { + #region Private Fields + + /// <summary> + /// Contains the child objects. + /// </summary> + readonly List<Object> children = new List<Object> (); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="HeaderExtensionObject" /> by reading the contents + /// from a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or contents. + /// </exception> + public HeaderExtensionObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfHeaderExtensionObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (file.ReadGuid () != Asf.Guid.AsfReserved1) + throw new CorruptFileException ("Reserved1 GUID expected."); + + if (file.ReadWord () != 6) + throw new CorruptFileException ("Invalid reserved WORD. Expected '6'."); + + uint size_remaining = file.ReadDWord (); + position += 0x170 / 8; + + while (size_remaining > 0) { + Object obj = file.ReadObject (position); + position += (long)obj.OriginalSize; + size_remaining -= (uint)obj.OriginalSize; + children.Add (obj); + } + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the child objects contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the children of the current instance. + /// </value> + public IEnumerable<Object> Children { + get { return children; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + ByteVector output = new ByteVector (); + + foreach (var child in children) + output.Add (child.Render ()); + + output.Insert (0, RenderDWord ((uint)output.Count)); + output.Insert (0, RenderWord (6)); + output.Insert (0, Asf.Guid.AsfReserved1.ToByteArray ()); + + return Render (output); + } + + /// <summary> + /// Adds a child object to the current instance. + /// </summary> + /// <param name="obj"> + /// A <see cref="Object" /> object to add to the current + /// instance. + /// </param> + public void AddObject (Object obj) + { + children.Add (obj); + } + + /// <summary> + /// Adds a child unique child object to the current instance, + /// replacing and existing child if present. + /// </summary> + /// <param name="obj"> + /// A <see cref="Object" /> object to add to the current + /// instance. + /// </param> + public void AddUniqueObject (Object obj) + { + for (int i = 0; i < children.Count; i++) + if (children[i].Guid == obj.Guid) { + children[i] = obj; + return; + } + + children.Add (obj); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/HeaderExtensionObject.cs.meta b/Scripts/TaglibSharp/Asf/HeaderExtensionObject.cs.meta new file mode 100644 index 0000000..32dfae3 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/HeaderExtensionObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: dc8a5039b8de0c71c9af979086ce9378 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/HeaderObject.cs b/Scripts/TaglibSharp/Asf/HeaderObject.cs new file mode 100644 index 0000000..db0f94a --- /dev/null +++ b/Scripts/TaglibSharp/Asf/HeaderObject.cs @@ -0,0 +1,265 @@ +// +// HeaderObject.cs: Provides a representation of an ASF Header object which can +// be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Header object which can be read from and + /// written to disk. + /// </summary> + public class HeaderObject : Object + { + #region Private Fields + + /// <summary> + /// Contains the reserved header data. + /// </summary> + readonly ByteVector reserved; + + /// <summary> + /// Contains the child objects. + /// </summary> + readonly List<Object> children; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="HeaderObject" /> by reading the contents from a + /// specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public HeaderObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfHeaderObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 26) + throw new CorruptFileException ("Object size too small."); + + children = new List<Object> (); + + uint child_count = file.ReadDWord (); + + reserved = file.ReadBlock (2); + + children.AddRange (file.ReadObjects (child_count, + file.Tell)); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the header extension object contained in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="HeaderExtensionObject" /> object containing + /// the header extension object. + /// </value> + public HeaderExtensionObject Extension { + get { + foreach (Object child in children) + if (child is HeaderExtensionObject) + return child as HeaderExtensionObject; + return null; + } + } + + /// <summary> + /// Gets the child objects contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the children of the current instance. + /// </value> + public IEnumerable<Object> Children { + get { return children; } + } + + /// <summary> + /// Gets the media properties contained within the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="Properties" /> object containing the media + /// properties of the current instance. + /// </value> + public Properties Properties { + get { + TimeSpan duration = TimeSpan.Zero; + var codecs = new List<ICodec> (); + + foreach (var obj in Children) { + if (obj is FilePropertiesObject fpobj) { + duration = fpobj.PlayDuration - TimeSpan.FromMilliseconds (fpobj.Preroll); + continue; + } + + if (obj is StreamPropertiesObject spobj) { + codecs.Add (spobj.Codec); + } + } + + return new Properties (duration, codecs); + } + } + + /// <summary> + /// Gets whether or not the current instance contains either + /// type of content descriptiors. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance contains + /// a <see cref="ContentDescriptionObject" /> or a <see + /// cref="ExtendedContentDescriptionObject" />. Otherwise + /// <see langword="false" />. + /// </value> + public bool HasContentDescriptors { + get { + foreach (Object child in children) + if (child.Guid == Asf.Guid.AsfContentDescriptionObject || + child.Guid == Asf.Guid.AsfExtendedContentDescriptionObject) + return true; + + return false; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + var output = new ByteVector (); + uint child_count = 0; + + foreach (var child in children) + if (child.Guid != Asf.Guid.AsfPaddingObject) { + output.Add (child.Render ()); + child_count++; + } + + long size_diff = (long)output.Count + 30 - + (long)OriginalSize; + + if (size_diff != 0) { + var obj = new PaddingObject ((uint)(size_diff > 0 ? 4096 : -size_diff)); + + output.Add (obj.Render ()); + child_count++; + } + + output.Insert (0, reserved); + output.Insert (0, RenderDWord (child_count)); + return Render (output); + } + + /// <summary> + /// Adds a child object to the current instance. + /// </summary> + /// <param name="obj"> + /// A <see cref="Object" /> object to add to the current + /// instance. + /// </param> + public void AddObject (Object obj) + { + children.Add (obj); + } + + /// <summary> + /// Adds a child unique child object to the current instance, + /// replacing and existing child if present. + /// </summary> + /// <param name="obj"> + /// A <see cref="Object" /> object to add to the current + /// instance. + /// </param> + public void AddUniqueObject (Object obj) + { + for (int i = 0; i < children.Count; i++) + if (children[i].Guid == obj.Guid) { + children[i] = obj; + return; + } + + children.Add (obj); + } + + /// <summary> + /// Removes the content description objects from the current + /// instance. + /// </summary> + public void RemoveContentDescriptors () + { + for (int i = children.Count - 1; i >= 0; i--) + if (children[i].Guid == Asf.Guid.AsfContentDescriptionObject || + children[i].Guid == Asf.Guid.AsfExtendedContentDescriptionObject) + children.RemoveAt (i); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/HeaderObject.cs.meta b/Scripts/TaglibSharp/Asf/HeaderObject.cs.meta new file mode 100644 index 0000000..ae9790a --- /dev/null +++ b/Scripts/TaglibSharp/Asf/HeaderObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 28f74c9348168792da3d31feb083107a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/MetadataLibraryObject.cs b/Scripts/TaglibSharp/Asf/MetadataLibraryObject.cs new file mode 100644 index 0000000..d125429 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/MetadataLibraryObject.cs @@ -0,0 +1,288 @@ +// +// MetadataLibraryObject.cs: Provides a representation of an ASF Metadata +// Library object which can be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Metadata Library object which can be + /// read from and written to disk. + /// </summary> + public class MetadataLibraryObject : Object, IEnumerable<DescriptionRecord> + { + #region Private Fields + + /// <summary> + /// Contains the description records. + /// </summary> + readonly List<DescriptionRecord> records = new List<DescriptionRecord> (); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MetadataLibraryObject" /> by reading the contents + /// from a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public MetadataLibraryObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfMetadataLibraryObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 26) + throw new CorruptFileException ("Object size too small."); + + ushort count = file.ReadWord (); + + for (ushort i = 0; i < count; i++) { + var rec = new DescriptionRecord (file); + AddRecord (rec); + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MetadataLibraryObject" /> with no contents. + /// </summary> + public MetadataLibraryObject () + : base (Asf.Guid.AsfMetadataLibraryObject) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance doesn't + /// contain any <see cref="DescriptionRecord" /> objects. + /// Otherwise <see langword="false" />. + /// </value> + public bool IsEmpty { + get { return records.Count == 0; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + ByteVector output = new ByteVector (); + ushort count = 0; + + foreach (DescriptionRecord rec in records) { + count++; + output.Add (rec.Render ()); + } + + return Render (RenderWord (count) + output); + } + + /// <summary> + /// Removes all records with a given language, stream, and + /// name from the current instance. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the records to be removed. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the records to be removed. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// records to be removed. + /// </param> + public void RemoveRecords (ushort languageListIndex, ushort streamNumber, string name) + { + for (int i = records.Count - 1; i >= 0; i--) { + DescriptionRecord rec = records[i]; + if (rec.LanguageListIndex == languageListIndex && + rec.StreamNumber == streamNumber && + rec.Name == name) + records.RemoveAt (i); + } + } + + /// <summary> + /// Gets all records with a given language, stream, and any + /// of a collection of names from the current instance. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the records to be retrieved. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the records to be retrieved. + /// </param> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names of the + /// records to be retrieved. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the <see cref="DescriptionRecord" /> objects + /// retrieved from the current instance. + /// </returns> + public IEnumerable<DescriptionRecord> GetRecords (ushort languageListIndex, ushort streamNumber, params string[] names) + { + foreach (DescriptionRecord rec in records) { + if (rec.LanguageListIndex != languageListIndex || + rec.StreamNumber != streamNumber) + continue; + + foreach (string name in names) + if (rec.Name == name) + yield return rec; + } + } + + /// <summary> + /// Adds a record to the current instance. + /// </summary> + /// <param name="record"> + /// A <see cref="DescriptionRecord" /> object to add to the + /// current instance. + /// </param> + public void AddRecord (DescriptionRecord record) + { + records.Add (record); + } + + /// <summary> + /// Sets the a collection of records for a given language, + /// stream, and name, removing the existing matching records. + /// </summary> + /// <param name="languageListIndex"> + /// A <see cref="ushort" /> value containing the language + /// list index of the records to be added. + /// </param> + /// <param name="streamNumber"> + /// A <see cref="ushort" /> value containing the stream + /// number of the records to be added. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// records to be added. + /// </param> + /// <param name="records"> + /// A <see cref="T:DescriptionRecord[]" /> containing records + /// to add to the new instance. + /// </param> + /// <remarks> + /// All added entries in <paramref name="records" /> should + /// match <paramref name="languageListIndex" />, <paramref + /// name="streamNumber" /> and <paramref name="name" /> but + /// it is not verified by the method. The records will be + /// added with their own values and not those provided in + /// this method, which are used for removing existing values + /// and determining where to position the new object. + /// </remarks> + public void SetRecords (ushort languageListIndex, ushort streamNumber, string name, params DescriptionRecord[] records) + { + int position = this.records.Count; + for (int i = this.records.Count - 1; i >= 0; i--) { + DescriptionRecord rec = this.records[i]; + if (rec.LanguageListIndex == languageListIndex && + rec.StreamNumber == streamNumber && + rec.Name == name) { + this.records.RemoveAt (i); + position = i; + } + } + this.records.InsertRange (position, records); + } + + #endregion + + + + #region IEnumerable + + /// <summary> + /// Gets an enumerator for enumerating through the + /// description records. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the description records. + /// </returns> + public IEnumerator<DescriptionRecord> GetEnumerator () + { + return records.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return records.GetEnumerator (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/MetadataLibraryObject.cs.meta b/Scripts/TaglibSharp/Asf/MetadataLibraryObject.cs.meta new file mode 100644 index 0000000..9124b30 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/MetadataLibraryObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 60b732db7695db75682664625a7c9288 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/Object.cs b/Scripts/TaglibSharp/Asf/Object.cs new file mode 100644 index 0000000..618f123 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/Object.cs @@ -0,0 +1,244 @@ +// +// Object.cs: Provides a basic representation of an ASF object which can be read +// from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This abstract class provides a basic representation of an ASF + /// object which can be read from and written to disk. + /// </summary> + public abstract class Object + { + #region Private Fields + + /// <summary> + /// Contains the GUID of the object. + /// </summary> + readonly System.Guid id; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Object" /> by reading the contents from a + /// specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + protected Object (File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (position < 0 || + position > file.Length - 24) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + id = file.ReadGuid (); + OriginalSize = file.ReadQWord (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Object" /> with a specified GUID. + /// </summary> + /// <param name="guid"> + /// A <see cref="System.Guid" /> value containing the GUID to + /// use for the new instance. + /// </param> + protected Object (System.Guid guid) + { + id = guid; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the GUID for the current instance. + /// </summary> + /// <value> + /// A <see cref="System.Guid" /> object containing the GUID + /// of the current instance. + /// </value> + public System.Guid Guid { + get { return id; } + } + + /// <summary> + /// Gets the original size of the current instance. + /// </summary> + /// <value> + /// A <see cref="ulong" /> value containing the size of the + /// current instance as it originally appeared on disk. + /// </value> + public ulong OriginalSize { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + /// <seealso cref="Render(ByteVector)" /> + public abstract ByteVector Render (); + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Renders a Unicode (wide) string. + /// </summary> + /// <param name="value"> + /// A <see cref="string" /> object containing the text to + /// render. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered value. + /// </returns> + public static ByteVector RenderUnicode (string value) + { + ByteVector v = ByteVector.FromString (value, StringType.UTF16LE); + v.Add (RenderWord (0)); + return v; + } + + /// <summary> + /// Renders a 4-byte DWORD. + /// </summary> + /// <param name="value"> + /// A <see cref="uint" /> value containing the DWORD to + /// render. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered value. + /// </returns> + public static ByteVector RenderDWord (uint value) + { + return ByteVector.FromUInt (value, false); + } + + /// <summary> + /// Renders a 8-byte QWORD. + /// </summary> + /// <param name="value"> + /// A <see cref="ulong" /> value containing the QWORD to + /// render. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered value. + /// </returns> + public static ByteVector RenderQWord (ulong value) + { + return ByteVector.FromULong (value, false); + } + + /// <summary> + /// Renders a 2-byte WORD. + /// </summary> + /// <param name="value"> + /// A <see cref="ushort" /> value containing the WORD to + /// render. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered value. + /// </returns> + public static ByteVector RenderWord (ushort value) + { + return ByteVector.FromUShort (value, false); + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Renders the current instance as a raw ASF object + /// containing specified data. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data to + /// contained in the rendered version of the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + /// <remarks> + /// Child classes implementing <see cref="Render()" /> should + /// render their contents and then send the data through this + /// method to produce the final output. + /// </remarks> + protected ByteVector Render (ByteVector data) + { + ulong length = (ulong)((data != null ? data.Count : 0) + 24); + ByteVector v = id.ToByteArray (); + v.Add (RenderQWord (length)); + v.Add (data); + return v; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/Object.cs.meta b/Scripts/TaglibSharp/Asf/Object.cs.meta new file mode 100644 index 0000000..938eb53 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/Object.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: de6647e25247fb396826cf683998e204 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/PaddingObject.cs b/Scripts/TaglibSharp/Asf/PaddingObject.cs new file mode 100644 index 0000000..cf5ba73 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/PaddingObject.cs @@ -0,0 +1,125 @@ +// +// PaddingObject.cs: Provides a representation of an ASF Padding object which +// can be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Padding object which can be read from + /// and written to disk. + /// </summary> + public class PaddingObject : Object + { + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PaddingObject" /> by reading the contents from a + /// specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public PaddingObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfPaddingObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 24) + throw new CorruptFileException ("Object size too small."); + + Size = OriginalSize; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PaddingObject" /> of a specified size. + /// </summary> + /// <param name="size"> + /// A <see cref="uint" /> value specifying the number of + /// bytes the new instance is to take up on disk. + /// </param> + public PaddingObject (uint size) + : base (Asf.Guid.AsfPaddingObject) + { + Size = size; + } + + #endregion + + + + #region Prublic Properties + + /// <summary> + /// Gets and sets the number of bytes the current instance + /// will take up on disk. + /// </summary> + /// <value> + /// A <see cref="ulong" /> value containing the size of the + /// current instance on disk. + /// </value> + public ulong Size { get; set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + return Render (new ByteVector ((int)(Size - 24))); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/PaddingObject.cs.meta b/Scripts/TaglibSharp/Asf/PaddingObject.cs.meta new file mode 100644 index 0000000..f276e35 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/PaddingObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 57cc0edc0b79695a69d3f10c7d65944f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/StreamPropertiesObject.cs b/Scripts/TaglibSharp/Asf/StreamPropertiesObject.cs new file mode 100644 index 0000000..70bbdb3 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/StreamPropertiesObject.cs @@ -0,0 +1,226 @@ +// +// StreamPropertiesObject.cs: Provides a representation of an ASF Stream +// Properties object which can be read from and written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an ASF Stream Properties object which can be + /// read from and written to disk. + /// </summary> + public class StreamPropertiesObject : Object + { + #region Private Fields + + /// <summary> + /// Contains the time offset of the stream. + /// </summary> + readonly ulong time_offset; + + /// <summary> + /// Contains the reserved data. + /// </summary> + readonly uint reserved; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PaddingObject" /> by reading the contents from a + /// specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The object read from disk does not have the correct GUID + /// or smaller than the minimum size. + /// </exception> + public StreamPropertiesObject (File file, long position) + : base (file, position) + { + if (!Guid.Equals (Asf.Guid.AsfStreamPropertiesObject)) + throw new CorruptFileException ("Object GUID incorrect."); + + if (OriginalSize < 78) + throw new CorruptFileException ("Object size too small."); + + StreamType = file.ReadGuid (); + ErrorCorrectionType = file.ReadGuid (); + time_offset = file.ReadQWord (); + + int type_specific_data_length = (int)file.ReadDWord (); + int error_correction_data_length = (int)file.ReadDWord (); + + Flags = file.ReadWord (); + reserved = file.ReadDWord (); + TypeSpecificData = file.ReadBlock (type_specific_data_length); + ErrorCorrectionData = file.ReadBlock (error_correction_data_length); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the codec information contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ICodec" /> object containing the codec + /// information read from <see cref="TypeSpecificData" /> or + /// <see langword="null" /> if the data could not be decoded. + /// </value> + public ICodec Codec { + get { + if (StreamType == Asf.Guid.AsfAudioMedia) + return new Riff.WaveFormatEx (TypeSpecificData, 0); + + if (StreamType == Asf.Guid.AsfVideoMedia) + return new Riff.BitmapInfoHeader (TypeSpecificData, 11); + + return null; + } + } + + /// <summary> + /// Gets the stream type GUID of the current instance. + /// </summary> + /// <summary> + /// A <see cref="System.Guid" /> object containing the stream + /// type GUID of the current instance. + /// </summary> + public System.Guid StreamType { get; } + + /// <summary> + /// Gets the error correction type GUID of the current + /// instance. + /// </summary> + /// <summary> + /// A <see cref="System.Guid" /> object containing the error + /// correction type GUID of the current instance. + /// </summary> + public System.Guid ErrorCorrectionType { get; } + + /// <summary> + /// Gets the time offset at which the stream described by the + /// current instance begins. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> value containing the time + /// offset at which the stream described by the current + /// instance begins. + /// </value> + public TimeSpan TimeOffset { + get { return new TimeSpan ((long)time_offset); } + } + + /// <summary> + /// Gets the flags that apply to the current instance. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the flags that + /// apply to the current instance. + /// </value> + public ushort Flags { get; private set; } + + /// <summary> + /// Gets the type specific data contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the type + /// specific data contained in the current instance. + /// </value> + /// <remarks> + /// The contents of this value are dependant on the type + /// contained in <see cref="StreamType" />. + /// </remarks> + public ByteVector TypeSpecificData { get; private set; } + + /// <summary> + /// Gets the error correction data contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the error + /// correction data contained in the current instance. + /// </value> + /// <remarks> + /// The contents of this value are dependant on the type + /// contained in <see cref="ErrorCorrectionType" />. + /// </remarks> + public ByteVector ErrorCorrectionData { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + ByteVector output = StreamType.ToByteArray (); + output.Add (ErrorCorrectionType.ToByteArray ()); + output.Add (RenderQWord (time_offset)); + output.Add (RenderDWord ((uint)TypeSpecificData.Count)); + output.Add (RenderDWord ((uint)ErrorCorrectionData.Count)); + output.Add (RenderWord (Flags)); + output.Add (RenderDWord (reserved)); + output.Add (TypeSpecificData); + output.Add (ErrorCorrectionData); + + return Render (output); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/StreamPropertiesObject.cs.meta b/Scripts/TaglibSharp/Asf/StreamPropertiesObject.cs.meta new file mode 100644 index 0000000..9c9d22d --- /dev/null +++ b/Scripts/TaglibSharp/Asf/StreamPropertiesObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f4fa10f38049b3e2499e7f713daf6b9a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/Tag.cs b/Scripts/TaglibSharp/Asf/Tag.cs new file mode 100644 index 0000000..84717ba --- /dev/null +++ b/Scripts/TaglibSharp/Asf/Tag.cs @@ -0,0 +1,1536 @@ +// +// Tag.cs: Provides a representation of an ASF tag which can be read from and +// written to disk. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2005-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.Globalization; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="TagLib.Tag" /> to provide a + /// representation of an ASF tag which can be read from and written + /// to disk. + /// </summary> + public class Tag : TagLib.Tag, IEnumerable<ContentDescriptor> + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> with no contents. + /// </summary> + public Tag () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> using the children of a <see + /// cref="HeaderObject" /> object. + /// </summary> + /// <param name="header"> + /// A <see cref="HeaderObject" /> object whose children are + /// are to be used by the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="header" /> is <see langword="null" />. + /// </exception> + public Tag (HeaderObject header) + { + if (header == null) + throw new ArgumentNullException (nameof (header)); + + foreach (Object child in header.Children) { + if (child is ContentDescriptionObject) + ContentDescriptionObject = child as ContentDescriptionObject; + + if (child is ExtendedContentDescriptionObject) + ExtendedContentDescriptionObject = child as ExtendedContentDescriptionObject; + } + + foreach (Object child in header.Extension.Children) + if (child is MetadataLibraryObject) + MetadataLibraryObject = child as MetadataLibraryObject; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the ASF Content Description object used by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="ContentDescriptionObject" /> object + /// containing the ASF Content Description object used by the + /// current instance. + /// </value> + public ContentDescriptionObject ContentDescriptionObject { get; private set; } = new ContentDescriptionObject (); + + /// <summary> + /// Gets the ASF Extended Content Description object used by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="ExtendedContentDescriptionObject" /> object + /// containing the ASF Extended Content Description object + /// used by the current instance. + /// </value> + public ExtendedContentDescriptionObject + ExtendedContentDescriptionObject { get; private set; } = new ExtendedContentDescriptionObject (); + + /// <summary> + /// Gets the ASF Metadata Library object used by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="MetadataLibraryObject" /> object containing + /// the ASF Metadata Library object used by the current + /// instance. + /// </value> + public MetadataLibraryObject MetadataLibraryObject { get; private set; } = new MetadataLibraryObject (); + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets the string contained in a specific descriptor in the + /// current instance. + /// </summary> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names of the + /// descriptors to look for the value in. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="names" /> is <see langword="null" />. + /// </exception> + /// <returns> + /// A <see cref="string" /> object containing the contents of + /// the first descriptor found in the current instance. + /// </returns> + public string GetDescriptorString (params string[] names) + { + if (names == null) + throw new ArgumentNullException (nameof (names)); + + foreach (var desc in GetDescriptors (names)) { + if (desc == null || desc.Type != DataType.Unicode) + continue; + + string value = desc.ToString (); + if (value != null) + return value; + } + + return null; + } + + /// <summary> + /// Gets the strings contained in a specific descriptor in + /// the current instance. + /// </summary> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names of the + /// descriptors to look for the value in. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="names" /> is <see langword="null" />. + /// </exception> + /// <returns> + /// A <see cref="string" /> object containing the contents of + /// the first descriptor found in the current instance as + /// split by ';'. + /// </returns> + public string[] GetDescriptorStrings (params string[] names) + { + if (names == null) + throw new ArgumentNullException (nameof (names)); + + return SplitAndClean (GetDescriptorString (names)); + } + + /// <summary> + /// Sets the string for a collection of descriptors in the + /// current instance. + /// </summary> + /// <param name="value"> + /// A <see cref="string" /> object containing the value to + /// store, or <see langword="null" /> to clear the value. + /// </param> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names in which + /// the value would be expected. For example, "WM/AlbumTitle" + /// and "Album". + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="names" /> is <see langword="null" />. + /// </exception> + /// <remarks> + /// The value will be stored in the first value in <paramref + /// name="names" /> and the rest will be cleared. + /// </remarks> + public void SetDescriptorString (string value, + params string[] names) + { + if (names == null) + throw new ArgumentNullException (nameof (names)); + + int index = 0; + + if (value != null && value.Trim ().Length != 0) { + SetDescriptors (names[0], new ContentDescriptor (names[0], value)); + + index++; + } + + for (; index < names.Length; index++) + RemoveDescriptors (names[index]); + } + + /// <summary> + /// Sets the strings for a collection of descriptors in the + /// current instance. + /// </summary> + /// <param name="value"> + /// A <see cref="T:string[]" /> containing the value to store, + /// or <see langword="null" /> to clear the value. + /// </param> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names in which + /// the value would be expected. For example, "WM/AlbumTitle" + /// and "Album". + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="names" /> is <see langword="null" />. + /// </exception> + /// <remarks> + /// The value will be stored in the first value in <paramref + /// name="names" /> and the rest will be cleared. + /// </remarks> + public void SetDescriptorStrings (string[] value, params string[] names) + { + if (names == null) + throw new ArgumentNullException (nameof (names)); + + SetDescriptorString (string.Join ("; ", value), names); + } + + /// <summary> + /// Removes all descriptors with a specified name from the + /// current instance. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// descriptor to remove from the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="name" /> is <see langword="null" />. + /// </exception> + public void RemoveDescriptors (string name) + { + if (name == null) + throw new ArgumentNullException (nameof (name)); + + ExtendedContentDescriptionObject.RemoveDescriptors (name); + } + + /// <summary> + /// Gets all descriptors with any of a collection of names + /// from the current instance. + /// </summary> + /// <param name="names"> + /// A <see cref="T:string[]" /> containing the names of the + /// descriptors to be retrieved. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="names" /> is <see langword="null" />. + /// </exception> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the <see cref="ContentDescriptor" /> objects + /// retrieved from the current instance. + /// </returns> + public IEnumerable<ContentDescriptor> GetDescriptors (params string[] names) + { + if (names == null) + throw new ArgumentNullException (nameof (names)); + + return ExtendedContentDescriptionObject.GetDescriptors (names); + } + + /// <summary> + /// Sets the a collection of desciptors for a given name, + /// removing the existing matching records. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// descriptors to be added. + /// </param> + /// <param name="descriptors"> + /// A <see cref="T:ContentDescriptor[]" /> containing + /// descriptors to add to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="name" /> is <see langword="null" />. + /// </exception> + /// <remarks> + /// All added entries in <paramref name="descriptors" /> + /// should match <paramref name="name" /> but it is not + /// verified by the method. The descriptors will be added + /// with their own names and not the one provided in this + /// method, which are used for removing existing values and + /// determining where to position the new objects. + /// </remarks> + public void SetDescriptors (string name, params ContentDescriptor[] descriptors) + { + if (name == null) + throw new ArgumentNullException (nameof (name)); + + ExtendedContentDescriptionObject.SetDescriptors (name, descriptors); + } + + /// <summary> + /// Adds a descriptor to the current instance. + /// </summary> + /// <param name="descriptor"> + /// A <see cref="ContentDescriptor" /> object to add to the + /// current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="descriptor" /> is <see langword="null" + /// />. + /// </exception> + public void AddDescriptor (ContentDescriptor descriptor) + { + if (descriptor == null) + throw new ArgumentNullException (nameof (descriptor)); + + ExtendedContentDescriptionObject.AddDescriptor (descriptor); + } + + #endregion + + + + #region Private Static Methods + + /// <summary> + /// Converts a raw ASF picture into an <see cref="IPicture" + /// /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing raw ASF + /// picture data. + /// </param> + /// <returns> + /// A <see cref="IPicture" /> object to read from the raw + /// data. + /// </returns> + static IPicture PictureFromData (ByteVector data) + { + if (data.Count < 9) + return null; + + int offset = 0; + Picture p = new Picture { + // Get the picture type: + Type = (PictureType)data[offset] + }; + offset += 1; + + // Get the picture size: + + int size = (int)data.Mid (offset, 4).ToUInt (false); + offset += 4; + + // Get the mime-type: + + int found = data.Find (ByteVector.TextDelimiter (StringType.UTF16LE), offset, 2); + if (found < 0) + return null; + + p.MimeType = data.ToString (StringType.UTF16LE, offset, found - offset); + offset = found + 2; + + // Get the description: + + found = data.Find (ByteVector.TextDelimiter (StringType.UTF16LE), offset, 2); + if (found < 0) + return null; + + p.Description = data.ToString (StringType.UTF16LE, offset, found - offset); + offset = found + 2; + + p.Data = data.Mid (offset, size); + + return p; + } + + /// <summary> + /// Converts a <see cref="IPicture" /> object into raw ASF + /// picture data. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture" /> object to convert. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing raw ASF + /// picture data. + /// </returns> + static ByteVector PictureToData (IPicture picture) + { + var v = new ByteVector ((byte)picture.Type) { + Object.RenderDWord ((uint)picture.Data.Count), + Object.RenderUnicode (picture.MimeType), + Object.RenderUnicode (picture.Description), + picture.Data + }; + return v; + } + + /// <summary> + /// Splits a string into a collection of strings by ';'. + /// </summary> + /// <param name="s"> + /// A <see cref="string" /> object containing the text to + /// split. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the split text. + /// </returns> + static string[] SplitAndClean (string s) + { + if (s == null || s.Trim ().Length == 0) + return new string[0]; + + string[] result = s.Split (';'); + + for (int i = 0; i < result.Length; i++) + result[i] = result[i].Trim (); + + return result; + } + + #endregion + + + + #region IEnumerable + + /// <summary> + /// Gets an enumerator for enumerating through the content + /// descriptors. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the content descriptors. + /// </returns> + public IEnumerator<ContentDescriptor> GetEnumerator () + { + return ExtendedContentDescriptionObject.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return ExtendedContentDescriptionObject.GetEnumerator (); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Asf" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Asf; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the title stored in + /// the ASF Content Description Object. + /// </remarks> + public override string Title { + get { return ContentDescriptionObject.Title; } + set { ContentDescriptionObject.Title = value; } + } + + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field gives a nice/short precision to + /// the title, which is typically below the title on the + /// front cover of a media. + /// For example, for "Back to the future", this would be + /// "It's About Time". + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "WM/SubTitle" + /// field. + /// https://msdn.microsoft.com/en-us/library/windows/desktop/dd757997(v=vs.85).aspx + /// </remarks> + public override string Subtitle { + get { + return GetDescriptorString ("WM/SubTitle"); + } + set { + SetDescriptorString (value, "WM/SubTitle"); + } + } + + + + /// <summary> + /// Gets and sets the sort names for the Track Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Track Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/TitleSortOrder" + /// field. + /// http://msdn.microsoft.com/en-us/library/aa386866(VS.85).aspx + /// </remarks> + public override string TitleSort { + get { + return GetDescriptorString ("WM/TitleSortOrder"); + } + set { + SetDescriptorString (value, "WM/TitleSortOrder"); + } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the description stored + /// in the ASF Content Description Object. + /// </remarks> + public override string Description { + get { return ContentDescriptionObject.Description; } + set { ContentDescriptionObject.Description = value; } + } + + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the author stored in + /// the ASF Content Description Object. + /// </remarks> + public override string[] Performers { + get { return SplitAndClean (ContentDescriptionObject.Author); } + set { ContentDescriptionObject.Author = string.Join ("; ", value); } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/ArtistSortOrder" field. + /// http://msdn.microsoft.com/en-us/library/aa386866(VS.85).aspx + /// </remarks> + public override string[] PerformersSort { + get { + return GetDescriptorStrings ("WM/ArtistSortOrder"); + } + set { + SetDescriptorStrings (value, "WM/ArtistSortOrder"); + } + } + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/AlbumArtist" + /// and "AlbumArtist" Content Descriptors. + /// </remarks> + public override string[] AlbumArtists { + get { + return GetDescriptorStrings ("WM/AlbumArtist", "AlbumArtist"); + } + set { + SetDescriptorStrings (value, "WM/AlbumArtist", "AlbumArtist"); + } + } + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/AlbumArtistSortOrder" + /// field. + /// http://msdn.microsoft.com/en-us/library/aa386866(VS.85).aspx + /// </remarks> + public override string[] AlbumArtistsSort { + get { + return GetDescriptorStrings ("WM/AlbumArtistSortOrder"); + } + set { + SetDescriptorStrings (value, "WM/AlbumArtistSortOrder"); + } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Composer" + /// and "Composer" Content Descriptors. + /// </remarks> + public override string[] Composers { + get { + return GetDescriptorStrings ("WM/Composer", "Composer"); + } + set { + SetDescriptorStrings (value, "WM/Composer", "Composer"); + } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/AlbumTitle" + /// and "Album" Content Descriptors. + /// </remarks> + public override string Album { + get { + return GetDescriptorString ("WM/AlbumTitle", "Album"); + } + set { + SetDescriptorString (value, "WM/AlbumTitle", "Album"); + } + } + + /// <summary> + /// Gets and sets the sort names for the Album Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Album Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/AlbumSortOrder" + /// field. + /// http://msdn.microsoft.com/en-us/library/aa386866(VS.85).aspx + /// </remarks> + public override string AlbumSort { + get { + return GetDescriptorString ("WM/AlbumSortOrder"); + } + set { + SetDescriptorString (value, "WM/AlbumSortOrder"); + } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Text" field. + /// </remarks> + public override string Comment { + get { + return GetDescriptorString ("WM/Text"); + } + set { + SetDescriptorString (value, "WM/Text"); + } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Genre", + /// "WM/GenreID", and "Genre" Content Descriptors. + /// </remarks> + public override string[] Genres { + get { + string value = GetDescriptorString ("WM/Genre", "WM/GenreID", "Genre"); + + if (value == null || value.Trim ().Length == 0) + return new string[] { }; + + string[] result = value.Split (';'); + + for (int i = 0; i < result.Length; i++) { + string genre = result[i].Trim (); + + int closing = genre.IndexOf (')'); + if (closing > 0 && genre[0] == '(' && byte.TryParse (genre.Substring (1, closing - 1), out var genre_id)) + genre = TagLib.Genres.IndexToAudio (genre_id); + + result[i] = genre; + } + + return result; + } + set { + SetDescriptorString (string.Join ("; ", value), "WM/Genre", "Genre", "WM/GenreID"); + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Year" Content + /// Descriptor. + /// </remarks> + public override uint Year { + get { + string text = GetDescriptorString ("WM/Year"); + + if (text == null || text.Length < 4) + return 0; + + if (uint.TryParse (text.Substring (0, 4), NumberStyles.Integer, CultureInfo.InvariantCulture, out var value)) + return value; + + return 0; + } + set { + if (value == 0) { + RemoveDescriptors ("WM/Year"); + return; + } + + SetDescriptorString (value.ToString (CultureInfo.InvariantCulture), "WM/Year"); + } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/TrackNumber" + /// Content Descriptor. + /// </remarks> + public override uint Track { + get { + foreach (ContentDescriptor desc in GetDescriptors ("WM/TrackNumber")) { + uint value = desc.ToDWord (); + if (value != 0) + return value; + } + + return 0; + } + set { + if (value == 0) + RemoveDescriptors ("WM/TrackNumber"); + else + SetDescriptors ("WM/TrackNumber", new ContentDescriptor ("WM/TrackNumber", value)); + } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TrackTotal" + /// Content Descriptor. + /// </remarks> + public override uint TrackCount { + get { + foreach (var desc in GetDescriptors ("TrackTotal")) { + uint value = desc.ToDWord (); + if (value != 0) + return value; + } + + return 0; + } + set { + if (value == 0) + RemoveDescriptors ("TrackTotal"); + else + SetDescriptors ("TrackTotal", new ContentDescriptor ("TrackTotal", value)); + } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/PartOfSet" + /// Content Descriptor. + /// </remarks> + public override uint Disc { + get { + string text = GetDescriptorString ("WM/PartOfSet"); + + if (text == null) + return 0; + + string[] texts = text.Split ('/'); + + if (texts.Length < 1) + return 0; + + return uint.TryParse (texts[0], NumberStyles.Integer, CultureInfo.InvariantCulture, out var value) ? value : 0; + } + set { + uint count = DiscCount; + if (value == 0 && count == 0) { + RemoveDescriptors ("WM/PartOfSet"); + return; + } + + if (count != 0) { + SetDescriptorString (string.Format (CultureInfo.InvariantCulture, "{0}/{1}", value, count), "WM/PartOfSet"); + return; + } + + SetDescriptorString (value.ToString (CultureInfo.InvariantCulture), "WM/PartOfSet"); + } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/PartOfSet" + /// Content Descriptor. + /// </remarks> + public override uint DiscCount { + get { + string text = GetDescriptorString ("WM/PartOfSet"); + + if (text == null) + return 0; + + string[] texts = text.Split ('/'); + + if (texts.Length < 2) + return 0; + + return uint.TryParse (texts[1], NumberStyles.Integer, CultureInfo.InvariantCulture, out var value) ? value : 0; + } + set { + uint disc = Disc; + if (disc == 0 && value == 0) { + RemoveDescriptors ("WM/PartOfSet"); + return; + } + + if (value != 0) { + SetDescriptorString (string.Format (CultureInfo.InvariantCulture, "{0}/{1}", disc, value), "WM/PartOfSet"); + return; + } + + SetDescriptorString (disc.ToString (CultureInfo.InvariantCulture), "WM/PartOfSet"); + } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Lyrics" + /// Content Descriptor. + /// </remarks> + public override string Lyrics { + get { return GetDescriptorString ("WM/Lyrics"); } + set { SetDescriptorString (value, "WM/Lyrics"); } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "WM/ContentGroupDescription" Content Descriptor. + /// </remarks> + public override string Grouping { + get { + return GetDescriptorString ("WM/ContentGroupDescription"); + } + set { + SetDescriptorString (value, "WM/ContentGroupDescription"); + } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "WM/BeatsPerMinute" Content Descriptor. + /// </remarks> + public override uint BeatsPerMinute { + get { + foreach (ContentDescriptor desc in GetDescriptors ("WM/BeatsPerMinute")) { + uint value = desc.ToDWord (); + if (value != 0) + return value; + } + + return 0; + } + set { + if (value == 0) { + RemoveDescriptors ("WM/BeatsPerMinute"); + return; + } + + SetDescriptors ("WM/BeatsPerMinute", new ContentDescriptor ("WM/BeatsPerMinute", value)); + } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Conductor" + /// Content Descriptor. + /// </remarks> + public override string Conductor { + get { return GetDescriptorString ("WM/Conductor"); } + set { SetDescriptorString (value, "WM/Conductor"); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the copyright stored + /// in the ASF Content Description Object. + /// </remarks> + public override string Copyright { + get { return ContentDescriptionObject.Copyright; } + set { ContentDescriptionObject.Copyright = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ArtistID for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Artist Id" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzArtistId { + get { return GetDescriptorString ("MusicBrainz/Artist Id"); } + set { SetDescriptorString (value, "MusicBrainz/Artist Id"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseGroupID for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Release Group Id" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseGroupId { + get { return GetDescriptorString ("MusicBrainz/Release Group Id"); } + set { SetDescriptorString (value, "MusicBrainz/Release Group Id"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseID for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Album Id" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseId { + get { return GetDescriptorString ("MusicBrainz/Album Id"); } + set { SetDescriptorString (value, "MusicBrainz/Album Id"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseArtistID for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Album Artist Id" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseArtistId { + get { return GetDescriptorString ("MusicBrainz/Album Artist Id"); } + set { SetDescriptorString (value, "MusicBrainz/Album Artist Id"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// TrackID for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Track Id" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzTrackId { + get { return GetDescriptorString ("MusicBrainz/Track Id"); } + set { SetDescriptorString (value, "MusicBrainz/Track Id"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// DiscID for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Disc Id" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzDiscId { + get { return GetDescriptorString ("MusicBrainz/Disc Id"); } + set { SetDescriptorString (value, "MusicBrainz/Disc Id"); } + } + + /// <summary> + /// Gets and sets the MusicIP PUID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIPPUID + /// for the media described by the current instance or + /// null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicIP/PUID" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicIpId { + get { return GetDescriptorString ("MusicIP/PUID"); } + set { SetDescriptorString (value, "MusicIP/PUID"); } + } + + // <summary> + // Gets and sets the AmazonID of + // the media described by the current instance. + // </summary> + // <value> + // A <see cref="string" /> containing the AmazonID + // for the media described by the current instance or + // null if no value is present. + // </value> + // <remarks> + // A definition on where to store the ASIN for + // Windows Media is not currently defined + // </remarks> + //public override string AmazonId { + // get { return null; } + // set {} + //} + + /// <summary> + /// Gets and sets the MusicBrainz Release Status of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseStatus for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Album Status" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseStatus { + get { return GetDescriptorString ("MusicBrainz/Album Status"); } + set { SetDescriptorString (value, "MusicBrainz/Album Status"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseType for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Album Type" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseType { + get { return GetDescriptorString ("MusicBrainz/Album Type"); } + set { SetDescriptorString (value, "MusicBrainz/Album Type"); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseCountry for the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "MusicBrainz/Album Release Country" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseCountry { + get { return GetDescriptorString ("MusicBrainz/Album Release Country"); } + set { SetDescriptorString (value, "MusicBrainz/Album Release Country"); } + } + + /// <summary> + /// Gets and sets the ReplayGain track gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the track gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_TRACK_GAIN" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainTrackGain { + get { + string text = GetDescriptorString ("ReplayGain/Track"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveDescriptors ("ReplayGain/Track"); + } else { + string text = value.ToString ("0.00 dB", + CultureInfo.InvariantCulture); + SetDescriptorString (text, "ReplayGain/Track"); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain track peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the track peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_TRACK_PEAK" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainTrackPeak { + get { + string text; + + if ((text = GetDescriptorString ("ReplayGain/Track Peak")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveDescriptors ("ReplayGain/Track Peak"); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetDescriptorString (text, "ReplayGain/Track Peak"); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the album gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_ALBUM_GAIN" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainAlbumGain { + get { + string text = GetDescriptorString ("ReplayGain/Album"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveDescriptors ("ReplayGain/Album"); + } else { + string text = value.ToString ("0.00 dB", CultureInfo.InvariantCulture); + SetDescriptorString (text, "ReplayGain/Album"); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the album peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_ALBUM_PEAK" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainAlbumPeak { + get { + string text; + + if ((text = GetDescriptorString ("ReplayGain/Album Peak")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveDescriptors ("ReplayGain/Album Peak"); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetDescriptorString (text, "ReplayGain/Album Peak"); + } + } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// This property is implemented using the "WM/Picture" + /// Content Descriptor and Description Record. + /// </remarks> + public override IPicture[] Pictures { + get { + List<IPicture> l = new List<IPicture> (); + + foreach (ContentDescriptor descriptor in GetDescriptors ("WM/Picture")) { + IPicture p = PictureFromData (descriptor.ToByteVector ()); + if (p != null) + l.Add (p); + } + + foreach (DescriptionRecord record in MetadataLibraryObject.GetRecords (0, 0, "WM/Picture")) { + IPicture p = PictureFromData (record.ToByteVector ()); + if (p != null) + l.Add (p); + } + + return l.ToArray (); + } + set { + if (value == null || value.Length == 0) { + RemoveDescriptors ("WM/Picture"); + MetadataLibraryObject.RemoveRecords (0, 0, "WM/Picture"); + return; + } + + List<ByteVector> pics = new List<ByteVector> (); + + bool big_pics = false; + + foreach (IPicture pic in value) { + ByteVector data = PictureToData (pic); + pics.Add (data); + if (data.Count > 0xFFFF) + big_pics = true; + } + + if (big_pics) { + DescriptionRecord[] records = new DescriptionRecord[pics.Count]; + for (int i = 0; i < pics.Count; i++) + records[i] = new DescriptionRecord (0, 0, "WM/Picture", pics[i]); + RemoveDescriptors ("WM/Picture"); + MetadataLibraryObject.SetRecords (0, 0, "WM/Picture", records); + } else { + ContentDescriptor[] descs = new ContentDescriptor[pics.Count]; + for (int i = 0; i < pics.Count; i++) + descs[i] = new ContentDescriptor ("WM/Picture", pics[i]); + MetadataLibraryObject.RemoveRecords (0, 0, "WM/Picture"); + SetDescriptors ("WM/Picture", descs); + } + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { + return ContentDescriptionObject.IsEmpty && + ExtendedContentDescriptionObject.IsEmpty; + } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + ContentDescriptionObject = new ContentDescriptionObject (); + ExtendedContentDescriptionObject = new ExtendedContentDescriptionObject (); + MetadataLibraryObject.RemoveRecords (0, 0, "WM/Picture"); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/Tag.cs.meta b/Scripts/TaglibSharp/Asf/Tag.cs.meta new file mode 100644 index 0000000..bb54024 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d734ffb9edf169961b4e181c03effffd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Asf/UnknownObject.cs b/Scripts/TaglibSharp/Asf/UnknownObject.cs new file mode 100644 index 0000000..b224db9 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/UnknownObject.cs @@ -0,0 +1,99 @@ +// +// UnknownObject.cs: Provides a simple and generic representation of an object +// not identified by TagLib# so that its contents may be preserved. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Asf +{ + /// <summary> + /// This class extends <see cref="Object" /> to provide a + /// representation of an unknown object which can be read from and + /// written to disk. + /// </summary> + public class UnknownObject : Object + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownObject" /> by reading the contents from a + /// specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="Asf.File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the object. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + public UnknownObject (File file, long position) + : base (file, position) + { + Data = file.ReadBlock ((int)(OriginalSize - 24)); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public ByteVector Data { get; set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ASF object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render () + { + return Render (Data); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Asf/UnknownObject.cs.meta b/Scripts/TaglibSharp/Asf/UnknownObject.cs.meta new file mode 100644 index 0000000..630af46 --- /dev/null +++ b/Scripts/TaglibSharp/Asf/UnknownObject.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 91aaa7eb7ea3bc7638ef1a9a9bb9f898 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Audible.meta b/Scripts/TaglibSharp/Audible.meta new file mode 100644 index 0000000..5738a82 --- /dev/null +++ b/Scripts/TaglibSharp/Audible.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 3f2cec2ef40ccecd7ba6d1a7e546abf8 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Audible/File.cs b/Scripts/TaglibSharp/Audible/File.cs new file mode 100644 index 0000000..ab921ab --- /dev/null +++ b/Scripts/TaglibSharp/Audible/File.cs @@ -0,0 +1,262 @@ +// +// File.cs: +// +// Author: +// Guy Taylor (s0700260@sms.ed.ac.uk) (thebigguy.co.uk@gmail.com) +// +// Original Source: +// Ogg/File.cs from TagLib-sharp +// +// Copyright (C) 2009 Guy Taylor (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// +using System; + +namespace TagLib.Audible +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide tagging + /// and properties support for Audible inc's aa file format. + /// </summary> + [SupportedMimeType ("audio/x-audible")] + [SupportedMimeType ("taglib/aa", "aa")] + [SupportedMimeType ("taglib/aax", "aax")] + public class File : TagLib.File + { + + #region Private Fields + + /// <summary> + /// Contains the tags for the file. + /// </summary> + readonly TagLib.Tag tag; + + #endregion + + #region Public Static Fields + + /// <summary> + /// The offset to the tag block. + /// </summary> + public const short TagBlockOffset = 0xBD; + + /// <summary> + /// The offset to the end of tag pointer. + /// </summary> + public const short OffsetToEndTagPointer = 0x38; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The file is not the write length. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + + Mode = AccessMode.Read; + + try { + // get the pointer to the end of the tag block + // and calculate the tag block length + Seek (OffsetToEndTagPointer); + int tagLen = ((int)ReadBlock (4).ToUInt (true)) - TagBlockOffset; + + // read the whole tag and send to Tag class + Seek (TagBlockOffset); + ByteVector bv = ReadBlock (tagLen); + + tag = new Tag (bv); + + } finally { + Mode = AccessMode.Closed; + } + + // ?? + TagTypesOnDisk = TagTypes; + + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + /// <remarks> + /// Currently this does not work as there is not enough + /// information about the file format + /// </remarks> + public override void Save () + { + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + /// <remarks> + /// Currently this does not work as there is not enough + /// information about the file format + /// </remarks> + public override void RemoveTags (TagTypes types) + { + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override TagLib.Tag GetTag (TagTypes type, bool create) + { + if (type == TagTypes.AudibleMetadata) + return tag; + + return null; + + } + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override TagLib.Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { get; } = new Properties (); + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Audible/File.cs.meta b/Scripts/TaglibSharp/Audible/File.cs.meta new file mode 100644 index 0000000..d8a71c6 --- /dev/null +++ b/Scripts/TaglibSharp/Audible/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 006f7fb1983a3a1a89f28703d552cbc6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Audible/Tag.cs b/Scripts/TaglibSharp/Audible/Tag.cs new file mode 100644 index 0000000..1d7ea72 --- /dev/null +++ b/Scripts/TaglibSharp/Audible/Tag.cs @@ -0,0 +1,320 @@ +// +// Tag.cs: +// +// Author: +// Guy Taylor (s0700260@sms.ed.ac.uk) (thebigguy.co.uk@gmail.com) +// +// Original Source: +// Id3v1/Tag.cs from TagLib-sharp +// +// Copyright (C) 2009 Guy Taylor (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// +using System; +using System.Collections.Generic; + +namespace TagLib.Audible +{ + + /// <summary> + /// This class extends <see cref="Tag" /> to provide support for + /// reading tags stored in the Audible Metadata format. + /// </summary> + public class Tag : TagLib.Tag + { + #region Private Fields + + List<KeyValuePair<string, string>> tags; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> with no contents. + /// </summary> + public Tag () + { + Clear (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file from + /// which the contents of the new instance is to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the tag. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The file does not contain FileIdentifier + /// at the given position. + /// </exception> + public Tag (File file, long position) + { + // TODO: can we read from file + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object to read the tag from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is less than 128 bytes or does + /// not start with FileIdentifier. + /// </exception> + public Tag (ByteVector data) + { + + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Clear (); + Parse (data); + } + + #endregion + + #region Private Methods + + /// <summary> + /// Populates the current instance by parsing the contents of + /// a raw AudibleMetadata tag. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the whole tag + /// object + /// </param> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is less than 128 bytes or does + /// not start with FileIdentifier. + /// </exception> + void Parse (ByteVector data) + { + string currentKey, currentValue; + int keyLen, valueLen; + + try { + do { + keyLen = (int)data.ToUInt (true); + data.RemoveRange (0, 4); + valueLen = (int)data.ToUInt (true); + data.RemoveRange (0, 4); + currentKey = data.ToString (StringType.UTF8, 0, keyLen); + data.RemoveRange (0, keyLen); + currentValue = data.ToString (StringType.UTF8, 0, valueLen); + data.RemoveRange (0, valueLen); + + tags.Add (new KeyValuePair<string, string> (currentKey, currentValue)); + + //StringHandle (currentKey, currentValue); + + // if it is not the last item remove the end byte (null terminated) + if (data.Count != 0) + data.RemoveRange (0, 1); + } + while (data.Count >= 4); + } catch (Exception) { + // + } + + if (data.Count != 0) + throw new CorruptFileException (); + } + + void setTag (string tagName, string value) + { + for (int i = 0; i < tags.Count; i++) { + if (tags[i].Key == tagName) + tags[i] = new KeyValuePair<string, string> (tags[i].Key, value); + } + } + + string getTag (string tagName) + { + foreach (KeyValuePair<string, string> tag in tags) { + if (tag.Key == tagName) + return tag.Value; + } + return null; + } + + /* + /// <summary> + /// Given a key and value pair it will update the + /// present metadata. + /// </summary> + /// <param name="key"> + /// A <see cref="String" /> containing the key. + /// </param> + /// <param name="strValue"> + /// A <see cref="String" /> containing the value. + /// </param> + private void StringHandle (String key, String strValue) + { + switch (key) + { + case "title": + title = strValue; + break; + case "author": + artist = strValue; + break; + case "provider": + album = strValue; + break; + } + + } + */ + + #endregion + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.AudibleMetadata" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.AudibleMetadata; } + } + + /// <summary> + /// Get or Set the Author Tag + /// </summary> + + public string Author { + get { + return getTag ("author"); + } + } + + /// <summary> + /// Get or Set the Copyright Tag + /// </summary> + + public override string Copyright { + get { + return getTag ("copyright"); + } + set { + setTag ("copyright", value); + } + } + + /// <summary> + /// Get or Set the Description Tag + /// </summary> + + public override string Description { + get { return getTag ("description"); } + } + + /// <summary> + /// Get or Set the Narrator Tag + /// </summary> + public string Narrator { + get { + return getTag ("narrator"); + } + } + + /// <summary> + /// Gets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string Title { + get { + return getTag ("title"); + } + } + + /// <summary> + /// Gets the album for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string Album { + get { + return getTag ("provider"); + //return string.IsNullOrEmpty (album) ? + // null : album; + } + } + + /// <summary> + /// Gets the album artist for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> object containing a single + /// artist described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string[] AlbumArtists { + get { + var artist = getTag ("provider"); + + return string.IsNullOrEmpty (artist) ? + null : new [] { artist }; + } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + tags = new List<KeyValuePair<string, string>> (); + } + + #endregion + + } +} + diff --git a/Scripts/TaglibSharp/Audible/Tag.cs.meta b/Scripts/TaglibSharp/Audible/Tag.cs.meta new file mode 100644 index 0000000..19250b6 --- /dev/null +++ b/Scripts/TaglibSharp/Audible/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c399f58c554dc5479a139a58c8a72b80 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/ByteVector.cs b/Scripts/TaglibSharp/ByteVector.cs new file mode 100644 index 0000000..cb75f64 --- /dev/null +++ b/Scripts/TaglibSharp/ByteVector.cs @@ -0,0 +1,2852 @@ +// +// ByteVector.cs: represents and performs operations on variable length list of +// bytes. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// tbytevector.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2002-2004 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.IO; +using System.Text; + +namespace TagLib +{ + /// <summary> + /// Specifies the text encoding used when converting between a <see + /// cref="string" /> and a <see cref="ByteVector" />. + /// </summary> + /// <remarks> + /// This enumeration is used by <see + /// cref="ByteVector.FromString(string,StringType)" /> and <see + /// cref="ByteVector.ToString(StringType)" />. + /// </remarks> + public enum StringType + { + /// <summary> + /// The string is to be Latin-1 encoded. + /// </summary> + Latin1 = 0, + + /// <summary> + /// The string is to be UTF-16 encoded. + /// </summary> + UTF16 = 1, + + /// <summary> + /// The string is to be UTF-16BE encoded. + /// </summary> + UTF16BE = 2, + + /// <summary> + /// The string is to be UTF-8 encoded. + /// </summary> + UTF8 = 3, + + /// <summary> + /// The string is to be UTF-16LE encoded. + /// </summary> + UTF16LE = 4 + } + + /// <summary> + /// This class represents and performs operations on variable length + /// list of <see cref="byte" /> elements. + /// </summary> + public class ByteVector : IList<byte>, IComparable<ByteVector> + { + #region Private Static Fields + + /// <summary> + /// Contains values to use in CRC calculation. + /// </summary> + static readonly uint[] crc_table = new uint[256] { + 0x00000000, 0x04c11db7, 0x09823b6e, 0x0d4326d9, + 0x130476dc, 0x17c56b6b, 0x1a864db2, 0x1e475005, + 0x2608edb8, 0x22c9f00f, 0x2f8ad6d6, 0x2b4bcb61, + 0x350c9b64, 0x31cd86d3, 0x3c8ea00a, 0x384fbdbd, + 0x4c11db70, 0x48d0c6c7, 0x4593e01e, 0x4152fda9, + 0x5f15adac, 0x5bd4b01b, 0x569796c2, 0x52568b75, + 0x6a1936c8, 0x6ed82b7f, 0x639b0da6, 0x675a1011, + 0x791d4014, 0x7ddc5da3, 0x709f7b7a, 0x745e66cd, + 0x9823b6e0, 0x9ce2ab57, 0x91a18d8e, 0x95609039, + 0x8b27c03c, 0x8fe6dd8b, 0x82a5fb52, 0x8664e6e5, + 0xbe2b5b58, 0xbaea46ef, 0xb7a96036, 0xb3687d81, + 0xad2f2d84, 0xa9ee3033, 0xa4ad16ea, 0xa06c0b5d, + 0xd4326d90, 0xd0f37027, 0xddb056fe, 0xd9714b49, + 0xc7361b4c, 0xc3f706fb, 0xceb42022, 0xca753d95, + 0xf23a8028, 0xf6fb9d9f, 0xfbb8bb46, 0xff79a6f1, + 0xe13ef6f4, 0xe5ffeb43, 0xe8bccd9a, 0xec7dd02d, + 0x34867077, 0x30476dc0, 0x3d044b19, 0x39c556ae, + 0x278206ab, 0x23431b1c, 0x2e003dc5, 0x2ac12072, + 0x128e9dcf, 0x164f8078, 0x1b0ca6a1, 0x1fcdbb16, + 0x018aeb13, 0x054bf6a4, 0x0808d07d, 0x0cc9cdca, + 0x7897ab07, 0x7c56b6b0, 0x71159069, 0x75d48dde, + 0x6b93dddb, 0x6f52c06c, 0x6211e6b5, 0x66d0fb02, + 0x5e9f46bf, 0x5a5e5b08, 0x571d7dd1, 0x53dc6066, + 0x4d9b3063, 0x495a2dd4, 0x44190b0d, 0x40d816ba, + 0xaca5c697, 0xa864db20, 0xa527fdf9, 0xa1e6e04e, + 0xbfa1b04b, 0xbb60adfc, 0xb6238b25, 0xb2e29692, + 0x8aad2b2f, 0x8e6c3698, 0x832f1041, 0x87ee0df6, + 0x99a95df3, 0x9d684044, 0x902b669d, 0x94ea7b2a, + 0xe0b41de7, 0xe4750050, 0xe9362689, 0xedf73b3e, + 0xf3b06b3b, 0xf771768c, 0xfa325055, 0xfef34de2, + 0xc6bcf05f, 0xc27dede8, 0xcf3ecb31, 0xcbffd686, + 0xd5b88683, 0xd1799b34, 0xdc3abded, 0xd8fba05a, + 0x690ce0ee, 0x6dcdfd59, 0x608edb80, 0x644fc637, + 0x7a089632, 0x7ec98b85, 0x738aad5c, 0x774bb0eb, + 0x4f040d56, 0x4bc510e1, 0x46863638, 0x42472b8f, + 0x5c007b8a, 0x58c1663d, 0x558240e4, 0x51435d53, + 0x251d3b9e, 0x21dc2629, 0x2c9f00f0, 0x285e1d47, + 0x36194d42, 0x32d850f5, 0x3f9b762c, 0x3b5a6b9b, + 0x0315d626, 0x07d4cb91, 0x0a97ed48, 0x0e56f0ff, + 0x1011a0fa, 0x14d0bd4d, 0x19939b94, 0x1d528623, + 0xf12f560e, 0xf5ee4bb9, 0xf8ad6d60, 0xfc6c70d7, + 0xe22b20d2, 0xe6ea3d65, 0xeba91bbc, 0xef68060b, + 0xd727bbb6, 0xd3e6a601, 0xdea580d8, 0xda649d6f, + 0xc423cd6a, 0xc0e2d0dd, 0xcda1f604, 0xc960ebb3, + 0xbd3e8d7e, 0xb9ff90c9, 0xb4bcb610, 0xb07daba7, + 0xae3afba2, 0xaafbe615, 0xa7b8c0cc, 0xa379dd7b, + 0x9b3660c6, 0x9ff77d71, 0x92b45ba8, 0x9675461f, + 0x8832161a, 0x8cf30bad, 0x81b02d74, 0x857130c3, + 0x5d8a9099, 0x594b8d2e, 0x5408abf7, 0x50c9b640, + 0x4e8ee645, 0x4a4ffbf2, 0x470cdd2b, 0x43cdc09c, + 0x7b827d21, 0x7f436096, 0x7200464f, 0x76c15bf8, + 0x68860bfd, 0x6c47164a, 0x61043093, 0x65c52d24, + 0x119b4be9, 0x155a565e, 0x18197087, 0x1cd86d30, + 0x029f3d35, 0x065e2082, 0x0b1d065b, 0x0fdc1bec, + 0x3793a651, 0x3352bbe6, 0x3e119d3f, 0x3ad08088, + 0x2497d08d, 0x2056cd3a, 0x2d15ebe3, 0x29d4f654, + 0xc5a92679, 0xc1683bce, 0xcc2b1d17, 0xc8ea00a0, + 0xd6ad50a5, 0xd26c4d12, 0xdf2f6bcb, 0xdbee767c, + 0xe3a1cbc1, 0xe760d676, 0xea23f0af, 0xeee2ed18, + 0xf0a5bd1d, 0xf464a0aa, 0xf9278673, 0xfde69bc4, + 0x89b8fd09, 0x8d79e0be, 0x803ac667, 0x84fbdbd0, + 0x9abc8bd5, 0x9e7d9662, 0x933eb0bb, 0x97ffad0c, + 0xafb010b1, 0xab710d06, 0xa6322bdf, 0xa2f33668, + 0xbcb4666d, 0xb8757bda, 0xb5365d03, 0xb1f740b4 + }; + + /// <summary> + /// Specifies whether or not to use a broken Latin-1 + /// behavior. + /// </summary> + static bool use_broken_latin1; + + /// <summary> + /// Contains a one byte text delimiter. + /// </summary> + static readonly ReadOnlyByteVector td1 = + new ReadOnlyByteVector (1); + + /// <summary> + /// Contains a two byte text delimiter. + /// </summary> + static readonly ReadOnlyByteVector td2 = + new ReadOnlyByteVector (2); + + /// <summary> + /// Contains the last generic UTF-16 encoding read. + /// </summary> + /// <remarks> + /// When reading a collection of UTF-16 strings, sometimes + /// only the first one will contain the BOM. In that case, + /// this field will inform the file what encoding to use for + /// the second string. + /// </remarks> + static Encoding last_utf16_encoding = + Encoding.Unicode; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the internal byte list. + /// </summary> + readonly List<byte> data = new List<byte> (); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVector" /> with a length of zero. + /// </summary> + public ByteVector () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVector" /> by copying the values from another + /// instance. + /// </summary> + /// <param name="vector"> + /// A <see cref="ByteVector" /> object containing the bytes + /// to be stored in the new instance. + /// </param> + public ByteVector (ByteVector vector) + { + if (vector != null) + data.AddRange (vector); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVector" /> by copying the values from a + /// specified <see cref="T:byte[]" />. + /// </summary> + /// <param name="data"> + /// A <see cref="T:byte[]" /> containing the bytes to be stored + /// in the new instance. + /// </param> + public ByteVector (params byte[] data) + { + if (data != null) + this.data.AddRange (data); + } + + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVector" /> by copying a specified number of + /// values from a specified <see cref="T:byte[]" />. + /// </summary> + /// <param name="data"> + /// A <see cref="T:byte[]" /> containing the bytes to be stored + /// in the new instance. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to be copied to the new instance. + /// </param> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="length" /> is less than zero or greater + /// than the length of the data. + /// </exception> + public ByteVector (byte[] data, int length) + { + if (length > data.Length) + throw new ArgumentOutOfRangeException (nameof (length), "Length exceeds size of data."); + + if (length < 0) + throw new ArgumentOutOfRangeException (nameof (length), "Length is less than zero."); + + if (length == data.Length) { + this.data.AddRange (data); + } else { + byte[] array = new byte[length]; + Array.Copy (data, 0, array, 0, length); + this.data.AddRange (array); + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVector" /> of specified size containing bytes + /// with a zeroed value. + /// </summary> + /// <param name="size"> + /// A <see cref="int" /> value specifying the number of bytes + /// to be stored in the new instance. + /// </param> + /// <remarks> + /// Each element of the new instance will have a value of + /// <c>0x00</c>. <see cref="ByteVector(int,byte)" /> to fill + /// a new instance with a specified value. + /// </remarks> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="size" /> is less than zero. + /// </exception> + public ByteVector (int size) + : this (size, 0) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVector" /> of specified size containing bytes + /// of a specified value. + /// </summary> + /// <param name="size"> + /// A <see cref="int" /> value specifying the number of bytes + /// to be stored in the new instance. + /// </param> + /// <param name="value"> + /// A <see cref="byte" /> value specifying the value to be + /// stored in the new instance. + /// </param> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="size" /> is less than zero. + /// </exception> + public ByteVector (int size, byte value) + { + if (size < 0) + throw new ArgumentOutOfRangeException (nameof (size), "Size is less than zero."); + + if (size == 0) + return; + + byte[] data = new byte[size]; + + for (int i = 0; i < size; i++) + data[i] = value; + + this.data.AddRange (data); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the data stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:byte[]" /> containing the data stored in the + /// current instance. + /// </value> + public byte[] Data { + get { return data.ToArray (); } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is empty. + /// </value> + public bool IsEmpty { + get { return data.Count == 0; } + } + + /// <summary> + /// Gets the CRC-32 checksum of the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the CRC-32 checksum + /// of the current instance. + /// </value> + public uint Checksum { + get { + uint sum = 0; + + foreach (byte b in data) + sum = (sum << 8) ^ crc_table + [((sum >> 24) & 0xFF) ^ b]; + + return sum; + } + } + + #endregion + + + + #region Public Static Properties + + /// <summary> + /// Gets and sets whether or not to use a broken behavior for + /// Latin-1 strings, common to ID3v1 and ID3v2 tags. + /// </summary> + /// <value> + /// <see langword="true" /> if the broken behavior is to be + /// used. Otherwise, <see langword="false" />. + /// </value> + /// <remarks> + /// <para>Many media players and taggers incorrectly treat + /// Latin-1 fields as "default encoding" fields. As such, a + /// tag may end up with Windows-1250 encoded text. While this + /// problem would be apparent when moving a file from one + /// computer to another, it would not be apparent on the + /// original machine. By setting this property to <see + /// langword="true" />, your program will behave like Windows + /// Media Player and others, who read tags with this broken + /// behavior.</para> + /// <para>Please note that TagLib# stores tag data in Unicode + /// formats at every possible instance to avoid these + /// problems in tags it has written.</para> + /// </remarks> + public static bool UseBrokenLatin1Behavior { + get { return use_broken_latin1; } + set { use_broken_latin1 = value; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> + /// containing a specified range of elements from the current + /// instance. + /// </summary> + /// <param name="startIndex"> + /// A <see cref="int" /> value specifying the index at which + /// to start copying elements from the current instance. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of + /// elements to copy from the current instance. + /// </param> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="startIndex" /> is less than zero or + /// greater than or equal to <see cref="Count" />. OR + /// <paramref name="length" /> is less than zero or greater + /// than the amount of available data. + /// </exception> + public ByteVector Mid (int startIndex, int length) + { + if (startIndex < 0 || startIndex > Count) + throw new ArgumentOutOfRangeException (nameof (startIndex)); + + if (length < 0 || startIndex + length > Count) + throw new ArgumentOutOfRangeException (nameof (length)); + + if (length == 0) + return new ByteVector (); + + if (startIndex + length > this.data.Count) + length = this.data.Count - startIndex; + + byte[] data = new byte[length]; + + this.data.CopyTo (startIndex, data, 0, length); + + return data; + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> + /// containing elements from the current instance starting + /// from a specified point. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the index at which + /// to start copying elements from the current instance. + /// </param> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="index" /> is less than zero or greater + /// than or equal to <see cref="Count" />. + /// </exception> + public ByteVector Mid (int index) + { + return Mid (index, Count - index); + } + + /// <summary> + /// Finds the first byte-aligned occurance of a pattern in + /// the current instance, starting at a specified position. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the index in the + /// current instance at which to start searching. + /// </param> + /// <param name="byteAlign"> + /// A <see cref="int"/> value specifying the byte alignment + /// of the pattern to search for, relative to <paramref + /// name="offset" />. + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the index at which + /// <paramref name="pattern" /> was found in the current + /// instance, or -1 if the pattern was not found. The + /// difference between the position and <paramref + /// name="offset" /> will be divisible by <paramref + /// name="byteAlign" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero or + /// <paramref name="byteAlign" /> is less than 1. + /// </exception> + public int Find (ByteVector pattern, int offset, int byteAlign) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset), "offset must be at least 0."); + + if (byteAlign < 1) + throw new ArgumentOutOfRangeException (nameof (byteAlign), "byteAlign must be at least 1."); + + if (pattern.Count > Count - offset) + return -1; + + // Let's go ahead and special case a pattern of size one + // since that's common and easy to make fast. + + if (pattern.Count == 1) { + byte p = pattern[0]; + for (int i = offset; i < data.Count; + i += byteAlign) + if (data[i] == p) + return i; + return -1; + } + + int[] last_occurrence = new int[256]; + for (int i = 0; i < 256; ++i) + last_occurrence[i] = pattern.Count; + + for (int i = 0; i < pattern.Count - 1; ++i) + last_occurrence[pattern[i]] = pattern.Count - i - 1; + + for (int i = pattern.Count - 1 + offset; + i < data.Count; + i += last_occurrence[data[i]]) { + int iBuffer = i; + int iPattern = pattern.Count - 1; + + while (iPattern >= 0 && data[iBuffer] == pattern[iPattern]) { + --iBuffer; + --iPattern; + } + + if (-1 == iPattern && (iBuffer + 1 - offset) % byteAlign == 0) + return iBuffer + 1; + } + + return -1; + } + + /// <summary> + /// Finds the first occurance of a pattern in the current + /// instance, starting at a specified position. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the index in the + /// current instance at which to start searching. + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the index at which + /// <paramref name="pattern" /> was found in the current + /// instance, or -1 if the pattern was not found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + public int Find (ByteVector pattern, int offset) + { + return Find (pattern, offset, 1); + } + + /// <summary> + /// Finds the first occurance of a pattern in the current + /// instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the index at which + /// <paramref name="pattern" /> was found in the current + /// instance, or -1 if the pattern was not found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public int Find (ByteVector pattern) + { + return Find (pattern, 0, 1); + } + + /// <summary> + /// Finds the last byte-aligned occurance of a pattern in + /// the current instance, starting before a specified + /// position. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the index in the + /// current instance at which to start searching. + /// </param> + /// <param name="byteAlign"> + /// A <see cref="int"/> value specifying the byte alignment + /// of the pattern to search for, relative to <paramref + /// name="offset" />. + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the index at which + /// <paramref name="pattern" /> was found in the current + /// instance, or -1 if the pattern was not found. The + /// difference between the position and <paramref + /// name="offset" /> will be divisible by <paramref + /// name="byteAlign" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + public int RFind (ByteVector pattern, int offset, int byteAlign) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset)); + + if (pattern.Count == 0 || pattern.Count > Count - offset) + return -1; + + // Let's go ahead and special case a pattern of size one + // since that's common and easy to make fast. + + if (pattern.Count == 1) { + byte p = pattern[0]; + for (int i = Count - offset - 1; i >= 0; + i -= byteAlign) + if (data[i] == p) + return i; + return -1; + } + + int[] first_occurrence = new int[256]; + + for (int i = 0; i < 256; ++i) + first_occurrence[i] = pattern.Count; + + for (int i = pattern.Count - 1; i > 0; --i) + first_occurrence[pattern[i]] = i; + + for (int i = Count - offset - pattern.Count; i >= 0; + i -= first_occurrence[data[i]]) + if ((offset - i) % byteAlign == 0 && ContainsAt (pattern, i)) + return i; + + return -1; + } + + /// <summary> + /// Finds the last occurance of a pattern in the current + /// instance, starting before a specified position. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the index in the + /// current instance at which to start searching. + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the index at which + /// <paramref name="pattern" /> was found in the current + /// instance, or -1 if the pattern was not found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + public int RFind (ByteVector pattern, int offset) + { + return RFind (pattern, offset, 1); + } + + /// <summary> + /// Finds the last occurance of a pattern in the current + /// instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the index at which + /// <paramref name="pattern" /> was found in the current + /// instance, or -1 if the pattern was not found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public int RFind (ByteVector pattern) + { + return RFind (pattern, 0, 1); + } + + /// <summary> + /// Checks whether or not a pattern appears at a specified + /// position in the current instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to check for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the offset in the + /// current instance at which to check for the pattern. + /// </param> + /// <param name="patternOffset"> + /// A <see cref="int"/> value specifying the position in + /// <paramref name="pattern" /> at which to start checking. + /// </param> + /// <param name="patternLength"> + /// A <see cref="int"/> value specifying the number of bytes + /// in <paramref name="pattern" /> to compare. + /// </param> + /// <returns> + /// <see langword="true"/> if the pattern was found at the + /// specified position. Otherwise, <see langword="false"/>. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public bool ContainsAt (ByteVector pattern, int offset, int patternOffset, int patternLength) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + if (pattern.Count < patternLength) { + patternLength = pattern.Count; + } + + // do some sanity checking -- all of these things are + // needed for the search to be valid + if (patternLength > data.Count || + offset >= data.Count || + patternOffset >= pattern.Count || + patternLength <= 0 || offset < 0) + return false; + + // loop through looking for a mismatch + for (int i = 0; i < patternLength - patternOffset; i++) + if (data[i + offset] != pattern[i + patternOffset]) + return false; + + return true; + } + + /// <summary> + /// Checks whether or not a pattern appears at a specified + /// position in the current instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to check for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the offset in the + /// current instance at which to check for the pattern. + /// </param> + /// <param name="patternOffset"> + /// A <see cref="int"/> value specifying the position in + /// <paramref name="pattern" /> at which to start checking. + /// </param> + /// <returns> + /// <see langword="true"/> if the pattern was found at the + /// specified position. Otherwise, <see langword="false"/>. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public bool ContainsAt (ByteVector pattern, int offset, int patternOffset) + { + return ContainsAt (pattern, offset, patternOffset, int.MaxValue); + } + + /// <summary> + /// Checks whether or not a pattern appears at a specified + /// position in the current instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to check for in the current instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specifying the offset in the + /// current instance at which to check for the pattern. + /// </param> + /// <returns> + /// <see langword="true"/> if the pattern was found at the + /// specified position. Otherwise, <see langword="false"/>. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public bool ContainsAt (ByteVector pattern, int offset) + { + return ContainsAt (pattern, offset, 0); + } + + /// <summary> + /// Checks whether or not a pattern appears at the beginning + /// of the current instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to check for in the current instance. + /// </param> + /// <returns> + /// <see langword="true"/> if the pattern was found at the + /// beginning of the current instance. Otherwise, <see + /// langword="false"/>. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public bool StartsWith (ByteVector pattern) + { + return ContainsAt (pattern, 0); + } + + /// <summary> + /// Checks whether or not a pattern appears at the end of the + /// current instance. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to check for in the current instance. + /// </param> + /// <returns> + /// <see langword="true"/> if the pattern was found at the + /// end of the current instance. Otherwise, <see + /// langword="false"/>. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public bool EndsWith (ByteVector pattern) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + return ContainsAt (pattern, data.Count - pattern.Count); + } + + /// <summary> + /// Checks whether or not the current instance ends with part + /// of a pattern. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object containing the pattern + /// to search for in the current instance. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the index at which + /// a partial match was located, or -1 if no match was found. + /// </returns> + /// <remarks> + /// <para>This function is useful for checking for patterns + /// across multiple buffers.</para> + /// </remarks> + public int EndsWithPartialMatch (ByteVector pattern) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + if (pattern.Count > data.Count) { + return -1; + } + + int start_index = data.Count - pattern.Count; + + // try to match the last n-1 bytes from the vector + // (where n is the pattern size) -- continue trying to + // match n-2, n-3...1 bytes + + for (int i = 1; i < pattern.Count; i++) { + if (ContainsAt (pattern, start_index + i, 0, pattern.Count - i)) { + return start_index + i; + } + } + + return -1; + } + + /// <summary> + /// Adds the contents of another <see cref="ByteVector" /> + /// object to the end of the current instance. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing data to add + /// to the end of the current instance. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Add (ByteVector data) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + if (data != null) { + this.data.AddRange (data); + } + } + + /// <summary> + /// Adds the contents of an array to the end of the current + /// instance. + /// </summary> + /// <param name="data"> + /// A <see cref="T:byte[]"/> containing data to add to the end + /// of the current instance. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Add (byte[] data) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + if (data != null) + this.data.AddRange (data); + } + + /// <summary> + /// Inserts the contents of another <see cref="ByteVector" /> + /// object into the current instance. + /// </summary> + /// <param name="index"> + /// A <see cref="int"/> value specifying the index at which + /// to insert the data. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing data to + /// insert into the current instance. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Insert (int index, ByteVector data) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + if (data != null) + this.data.InsertRange (index, data); + } + + /// <summary> + /// Inserts the contents of an array to insert into the + /// current instance. + /// </summary> + /// <param name="index"> + /// A <see cref="int"/> value specifying the index at which + /// to insert the data. + /// </param> + /// <param name="data"> + /// A <see cref="T:byte[]"/> containing data to insert into the + /// current instance. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Insert (int index, byte[] data) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + if (data != null) + this.data.InsertRange (index, data); + } + + /// <summary> + /// Resizes the current instance. + /// </summary> + /// <param name="size"> + /// A <see cref="int"/> value specifying the new size of the + /// current instance. + /// </param> + /// <param name="padding"> + /// A <see cref="byte"/> object containing the padding byte + /// to use if the current instance is growing. + /// </param> + /// <returns> + /// The current instance. + /// </returns> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public ByteVector Resize (int size, byte padding) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + if (data.Count > size) + data.RemoveRange (size, data.Count - size); + + while (data.Count < size) + data.Add (padding); + + return this; + } + + /// <summary> + /// Resizes the current instance. + /// </summary> + /// <param name="size"> + /// A <see cref="int"/> value specifying the new size of the + /// current instance. + /// </param> + /// <returns> + /// The current instance. + /// </returns> + /// <remarks> + /// If the current instance grows, the added bytes are filled + /// with '0'. Use <see cref="Resize(int,byte)" /> to specify + /// the padding byte. + /// </remarks> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + /// <seealso cref="Resize(int,byte)" /> + public ByteVector Resize (int size) + { + return Resize (size, 0); + } + + /// <summary> + /// Removes a range of data from the current instance. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the index at which + /// to start removing data. + /// </param> + /// <param name="count"> + /// A <see cref="int"/> value specifying the number of bytes + /// to remove. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void RemoveRange (int index, int count) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + data.RemoveRange (index, count); + } + + #endregion + + + + #region Conversions + + /// <summary> + /// Converts an first four bytes of the current instance to + /// a <see cref="int" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="int"/> value containing the value read from + /// the current instance. + /// </returns> + public int ToInt (bool mostSignificantByteFirst) + { + int sum = 0; + int last = Count > 4 ? 3 : Count - 1; + + for (int i = 0; i <= last; i++) { + int offset = mostSignificantByteFirst ? last - i : i; + unchecked { + sum |= this[i] << (offset * 8); + } + } + + return sum; + } + + /// <summary> + /// Converts an first four bytes of the current instance to + /// a <see cref="int" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="int"/> value containing the value read from + /// the current instance. + /// </returns> + public int ToInt () + { + return ToInt (true); + } + + /// <summary> + /// Converts an first four bytes of the current instance to + /// a <see cref="uint" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="uint"/> value containing the value read from + /// the current instance. + /// </returns> + public uint ToUInt (bool mostSignificantByteFirst) + { + uint sum = 0; + int last = Count > 4 ? 3 : Count - 1; + + for (int i = 0; i <= last; i++) { + int offset = mostSignificantByteFirst ? last - i : i; + sum |= (uint)this[i] << (offset * 8); + } + + return sum; + } + + /// <summary> + /// Converts an first four bytes of the current instance to + /// a <see cref="uint" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="uint"/> value containing the value read from + /// the current instance. + /// </returns> + public uint ToUInt () + { + return ToUInt (true); + } + + /// <summary> + /// Converts an first two bytes of the current instance to a + /// <see cref="short" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="short"/> value containing the value read + /// from the current instance. + /// </returns> + public short ToShort (bool mostSignificantByteFirst) + { + short sum = 0; + int last = Count > 2 ? 1 : Count - 1; + for (int i = 0; i <= last; i++) { + int offset = mostSignificantByteFirst ? last - i : i; + unchecked { + sum |= (short)(this[i] << (offset * 8)); + } + } + + return sum; + } + + /// <summary> + /// Converts an first two bytes of the current instance to + /// a <see cref="short" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="short"/> value containing the value read + /// from the current instance. + /// </returns> + public short ToShort () + { + return ToShort (true); + } + + /// <summary> + /// Converts an first two bytes of the current instance to a + /// <see cref="ushort" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ushort"/> value containing the value read + /// from the current instance. + /// </returns> + public ushort ToUShort (bool mostSignificantByteFirst) + { + ushort sum = 0; + int last = Count > 2 ? 1 : Count - 1; + for (int i = 0; i <= last; i++) { + int offset = mostSignificantByteFirst ? last - i : i; + sum |= (ushort)(this[i] << (offset * 8)); + } + + return sum; + } + + /// <summary> + /// Converts an first two bytes of the current instance to + /// a <see cref="ushort" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="ushort"/> value containing the value read + /// from the current instance. + /// </returns> + public ushort ToUShort () + { + return ToUShort (true); + } + + /// <summary> + /// Converts an first eight bytes of the current instance to + /// a <see cref="long" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="long"/> value containing the value read + /// from the current instance. + /// </returns> + public long ToLong (bool mostSignificantByteFirst) + { + long sum = 0; + int last = Count > 8 ? 7 : Count - 1; + for (int i = 0; i <= last; i++) { + int offset = mostSignificantByteFirst ? last - i : i; + unchecked { + sum |= (long)this[i] << (offset * 8); + } + } + return sum; + } + + /// <summary> + /// Converts an first eight bytes of the current instance to + /// a <see cref="long" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="long"/> value containing the value read + /// from the current instance. + /// </returns> + public long ToLong () + { + return ToLong (true); + } + + /// <summary> + /// Converts an first eight bytes of the current instance to + /// a <see cref="ulong" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ulong"/> value containing the value read + /// from the current instance. + /// </returns> + public ulong ToULong (bool mostSignificantByteFirst) + { + ulong sum = 0; + int last = Count > 8 ? 7 : Count - 1; + for (int i = 0; i <= last; i++) { + int offset = mostSignificantByteFirst ? last - i : i; + sum |= (ulong)this[i] << (offset * 8); + } + return sum; + } + + /// <summary> + /// Converts an first eight bytes of the current instance to + /// a <see cref="ulong" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="ulong"/> value containing the value read + /// from the current instance. + /// </returns> + public ulong ToULong () + { + return ToULong (true); + } + + /// <summary> + /// Converts an first four bytes of the current instance to + /// a <see cref="float" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="float"/> value containing the value read + /// from the current instance. + /// </returns> + public float ToFloat (bool mostSignificantByteFirst) + { + byte[] bytes = (byte[])Data.Clone (); + + if (mostSignificantByteFirst) { + Array.Reverse (bytes); + } + + return BitConverter.ToSingle (bytes, 0); + } + + /// <summary> + /// Converts an first four bytes of the current instance to + /// a <see cref="float" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="float"/> value containing the value read + /// from the current instance. + /// </returns> + public float ToFloat () + { + return ToFloat (true); + } + + /// <summary> + /// Converts an first eight bytes of the current instance to + /// a <see cref="double" /> value. + /// </summary> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte + /// appears first (big endian format), or <see + /// langword="false" /> if the least significant byte appears + /// first (little endian format). + /// </param> + /// <returns> + /// A <see cref="double"/> value containing the value read + /// from the current instance. + /// </returns> + public double ToDouble (bool mostSignificantByteFirst) + { + byte[] bytes = (byte[])Data.Clone (); + + if (mostSignificantByteFirst) { + Array.Reverse (bytes); + } + + return BitConverter.ToDouble (bytes, 0); + } + + /// <summary> + /// Converts an first eight bytes of the current instance to + /// a <see cref="double" /> value using big-endian format. + /// </summary> + /// <returns> + /// A <see cref="double"/> value containing the value read + /// from the current instance. + /// </returns> + public double ToDouble () + { + return ToDouble (true); + } + + /// <summary> + /// Converts the first 10 bytes of the current instance to an IEEE + /// 754 80-bit extended precision floating point number, expressed + /// as a <see cref="double"/>. + /// </summary> + /// <returns> + /// A <see cref="double"/> value containing the value read from the + /// current instance. + /// </returns> + public double ToExtendedPrecision () + { + int exponent = ((this[0] & 0x7F) << 8) | this[1]; + ulong hiMantissa = ((ulong)this[2] << 24) + | ((ulong)this[3] << 16) + | ((ulong)this[4] << 8) + | this[5]; + ulong loMantissa = ((ulong)this[6] << 24) + | ((ulong)this[7] << 16) + | ((ulong)this[8] << 8) + | this[9]; + + double f; + if (exponent == 0 && hiMantissa == 0 && loMantissa == 0) { + f = 0; + } else { + if (exponent == 0x7FFF) { + f = double.PositiveInfinity; + } else { + exponent -= 16383; + f = hiMantissa * Math.Pow (2, exponent -= 31); + f += loMantissa * Math.Pow (2, exponent -= 32); + } + } + + return (this[0] & 0x80) != 0 ? -f : f; + } + + /// <summary> + /// Converts a portion of the current instance to a <see + /// cref="string"/> object using a specified encoding. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType"/> value indicating the encoding + /// to use when converting to a <see cref="string"/> object. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specify the index in the + /// current instance at which to start converting. + /// </param> + /// <param name="count"> + /// A <see cref="int"/> value specify the number of bytes to + /// convert. + /// </param> + /// <returns> + /// A <see cref="string"/> object containing the converted + /// text. + /// </returns> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero or greater + /// than the total number of bytes, or <paramref name="count" + /// /> is less than zero or greater than the number of bytes + /// after <paramref name="offset" />. + /// </exception> + public string ToString (StringType type, int offset, int count) + { + if (offset < 0 || offset > Count) + throw new ArgumentOutOfRangeException (nameof (offset)); + + if (count < 0 || count + offset > Count) + throw new ArgumentOutOfRangeException (nameof (count)); + + var bom = type == StringType.UTF16 && + data.Count - offset > 1 ? Mid (offset, 2) : null; + + string s = StringTypeToEncoding (type, bom) + .GetString (Data, offset, count); + + // UTF16 BOM + if (s.Length != 0 && (s[0] == 0xfffe || s[0] == 0xfeff)) + return s.Substring (1); + + return s; + } + + /// <summary> + /// Converts all data after a specified index in the current + /// instance to a <see cref="string"/> object using a + /// specified encoding. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType"/> value indicating the encoding + /// to use when converting to a <see cref="string"/> object. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specify the index in the + /// current instance at which to start converting. + /// </param> + /// <returns> + /// A <see cref="string"/> object containing the converted + /// text. + /// </returns> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero or greater + /// than the total number of bytes. + /// </exception> + [Obsolete ("Use ToString(StringType,int,int)")] + public string ToString (StringType type, int offset) + { + return ToString (type, offset, Count - offset); + } + + /// <summary> + /// Converts the current instance into a <see cref="string"/> + /// object using a specified encoding. + /// </summary> + /// <returns> + /// A <see cref="string"/> object containing the converted + /// text. + /// </returns> + public string ToString (StringType type) + { + return ToString (type, 0, Count); + } + + /// <summary> + /// Converts the current instance into a <see cref="string"/> + /// object using a UTF-8 encoding. + /// </summary> + /// <returns> + /// A <see cref="string"/> object containing the converted + /// text. + /// </returns> + public override string ToString () + { + return ToString (StringType.UTF8, 0, Count); + } + + /// <summary> + /// Converts the current instance into a <see cref="T:string[]" + /// /> starting at a specified offset and using a specified + /// encoding, assuming the values are nil separated. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType"/> value indicating the encoding + /// to use when converting to a <see cref="string"/> object. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specify the index in the + /// current instance at which to start converting. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the converted text. + /// </returns> + public string[] ToStrings (StringType type, int offset) + { + return ToStrings (type, offset, int.MaxValue); + } + + /// <summary> + /// Converts the current instance into a <see cref="T:string[]" + /// /> starting at a specified offset and using a specified + /// encoding, assuming the values are nil separated and + /// limiting it to a specified number of items. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType"/> value indicating the encoding + /// to use when converting to a <see cref="string"/> object. + /// </param> + /// <param name="offset"> + /// A <see cref="int"/> value specify the index in the + /// current instance at which to start converting. + /// </param> + /// <param name="count"> + /// A <see cref="int"/> value specifying a limit to the + /// number of strings to create. Once the limit has been + /// reached, the last string will be filled by the remainder + /// of the data. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the converted text. + /// </returns> + public string[] ToStrings (StringType type, int offset, int count) + { + int chunk = 0; + int position = offset; + + var list = new List<string> (); + var separator = TextDelimiter (type); + int align = separator.Count; + + while (chunk < count && position < Count) { + int start = position; + + if (chunk + 1 == count) { + position = offset + count; + } else { + position = Find (separator, start, + align); + + if (position < 0) + position = Count; + } + + int length = position - start; + + if (length == 0) { + list.Add (string.Empty); + } else { + string s = ToString (type, start, + length); + if (s.Length != 0 && (s[0] == 0xfffe || + s[0] == 0xfeff)) { // UTF16 BOM + s = s.Substring (1); + } + + list.Add (s); + } + + position += align; + } + + return list.ToArray (); + } + + #endregion + + + + #region Operators + + /// <summary> + /// Determines whether two specified <see cref="ByteVector" + /// /> objects are equal. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <returns> + /// <para><see langword="true" /> if <paramref name="first" + /// /> and <paramref name="second" /> contain the same + /// data; otherwise, <see langword="false" />.</para> + /// </returns> + public static bool operator == (ByteVector first, ByteVector second) + { + bool fnull = first is null; + bool snull = second is null; + if (fnull && snull) + return true; + else if (fnull || snull) + return false; + + return first.Equals (second); + } + + /// <summary> + /// Determines whether two specified <see cref="ByteVector" + /// /> objects differ. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <returns> + /// <para><see langword="true" /> if <paramref name="first" + /// /> and <paramref name="second" /> contain different + /// data; otherwise, <see langword="false" />.</para> + /// </returns> + public static bool operator != (ByteVector first, ByteVector second) + { + return !(first == second); + } + + /// <summary> + /// Determines whether or not one <see cref="ByteVector" /> + /// is less than another. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <returns> + /// <para><see langword="true" /> if <paramref name="first" + /// /> is less than <paramref name="second" />; otherwise, + /// <see langword="false" />.</para> + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="first" /> or <paramref name="second" /> + /// is <see langword="null" />. + /// </exception> + public static bool operator < (ByteVector first, ByteVector second) + { + if (first == null) + throw new ArgumentNullException (nameof (first)); + + if (second == null) + throw new ArgumentNullException (nameof (second)); + + return first.CompareTo (second) < 0; + } + + /// <summary> + /// Determines whether or not one <see cref="ByteVector" /> + /// is less than or equal to another. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <returns> + /// <para><see langword="true" /> if <paramref name="first" + /// /> is less than or equal to <paramref name="second" />; + /// otherwise, <see langword="false" />.</para> + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="first" /> or <paramref name="second" /> + /// is <see langword="null" />. + /// </exception> + public static bool operator <= (ByteVector first, ByteVector second) + { + if (first == null) + throw new ArgumentNullException (nameof (first)); + + if (second == null) + throw new ArgumentNullException (nameof (second)); + + return first.CompareTo (second) <= 0; + } + + /// <summary> + /// Determines whether or not one <see cref="ByteVector" /> + /// is greater than another. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <returns> + /// <para><see langword="true" /> if <paramref name="first" + /// /> is greater than <paramref name="second" />; otherwise, + /// <see langword="false" />.</para> + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="first" /> or <paramref name="second" /> + /// is <see langword="null" />. + /// </exception> + public static bool operator > (ByteVector first, ByteVector second) + { + if (first == null) + throw new ArgumentNullException (nameof (first)); + + if (second == null) + throw new ArgumentNullException (nameof (second)); + + return first.CompareTo (second) > 0; + } + + /// <summary> + /// Determines whether or not one <see cref="ByteVector" /> + /// is greater than or equal to another. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to compare. + /// </param> + /// <returns> + /// <para><see langword="true" /> if <paramref name="first" + /// /> is greater than or equal to <paramref name="second" + /// />; otherwise, <see langword="false" />.</para> + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="first" /> or <paramref name="second" /> + /// is <see langword="null" />. + /// </exception> + public static bool operator >= (ByteVector first, ByteVector second) + { + if (first == null) + throw new ArgumentNullException (nameof (first)); + + if (second == null) + throw new ArgumentNullException (nameof (second)); + + return first.CompareTo (second) >= 0; + } + + /// <summary> + /// Creates a new <see cref="ByteVector"/> object by adding + /// two objects together. + /// </summary> + /// <param name="first"> + /// A <see cref="ByteVector"/> to combine. + /// </param> + /// <param name="second"> + /// A <see cref="ByteVector"/> to combine. + /// </param> + /// <returns> + /// A new instance of <see cref="ByteVector" /> with the + /// contents of <paramref name="first" /> followed by the + /// contents of <paramref name="second" />. + /// </returns> + public static ByteVector operator + (ByteVector first, ByteVector second) + { + var sum = new ByteVector (first) { + second + }; + return sum; + } + + /// <summary> + /// Converts a <see cref="byte" /> to a new <see + /// cref="ByteVector" /> object. + /// </summary> + /// <param name="value"> + /// A <see cref="byte" /> to convert. + /// </param> + /// <returns> + /// A new instance of <see cref="ByteVector" /> containing + /// <paramref name="value" />. + /// </returns> + public static implicit operator ByteVector (byte value) + { + return new ByteVector (value); + } + + /// <summary> + /// Converts a <see cref="T:byte[]" /> to a new <see + /// cref="ByteVector" /> object. + /// </summary> + /// <param name="value"> + /// A <see cref="T:byte[]" /> to convert. + /// </param> + /// <returns> + /// A new instance of <see cref="ByteVector" /> containing + /// the contents of <paramref name="value" />. + /// </returns> + public static implicit operator ByteVector (byte[] value) + { + return new ByteVector (value); + } + + /// <summary> + /// Converts a <see cref="string" /> to a new <see + /// cref="ByteVector" /> object. + /// </summary> + /// <param name="value"> + /// A <see cref="string" /> to convert. + /// </param> + /// <returns> + /// A new instance of <see cref="ByteVector" /> containing + /// the UTF-8 encoded contents of <paramref name="value" />. + /// </returns> + public static implicit operator ByteVector (string value) + { + return FromString (value, StringType.UTF8); + } + + #endregion + + + + #region Static Conversions + + /// <summary> + /// Converts a value into a data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="int"/> value to convert into bytes. + /// </param> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte is + /// to appear first (big endian format), or <see + /// langword="false" /> if the least significant byte is to + /// appear first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromInt (int value, bool mostSignificantByteFirst) + { + var vector = new ByteVector (); + for (int i = 0; i < 4; i++) { + int offset = mostSignificantByteFirst ? 3 - i : i; + vector.Add ((byte)(value >> (offset * 8) & 0xFF)); + } + + return vector; + } + + /// <summary> + /// Converts an value into a big-endian data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="int"/> value to convert into bytes. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromInt (int value) + { + return FromInt (value, true); + } + + /// <summary> + /// Converts an unsigned value into a data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="uint"/> value to convert into bytes. + /// </param> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte is + /// to appear first (big endian format), or <see + /// langword="false" /> if the least significant byte is to + /// appear first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromUInt (uint value, bool mostSignificantByteFirst) + { + var vector = new ByteVector (); + for (int i = 0; i < 4; i++) { + int offset = mostSignificantByteFirst ? 3 - i : i; + vector.Add ((byte)(value >> (offset * 8) & 0xFF)); + } + + return vector; + } + + /// <summary> + /// Converts an unsigned value into a big-endian data + /// representation. + /// </summary> + /// <param name="value"> + /// A <see cref="uint"/> value to convert into bytes. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromUInt (uint value) + { + return FromUInt (value, true); + } + + /// <summary> + /// Converts a value into a data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="short"/> value to convert into bytes. + /// </param> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte is + /// to appear first (big endian format), or <see + /// langword="false" /> if the least significant byte is to + /// appear first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromShort (short value, bool mostSignificantByteFirst) + { + var vector = new ByteVector (); + for (int i = 0; i < 2; i++) { + int offset = mostSignificantByteFirst ? 1 - i : i; + vector.Add ((byte)(value >> (offset * 8) & 0xFF)); + } + + return vector; + } + + /// <summary> + /// Converts a value into a big-endian data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="short"/> value to convert into bytes. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromShort (short value) + { + return FromShort (value, true); + } + + /// <summary> + /// Converts an unsigned value into a data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="ushort"/> value to convert into bytes. + /// </param> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte is + /// to appear first (big endian format), or <see + /// langword="false" /> if the least significant byte is to + /// appear first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromUShort (ushort value, bool mostSignificantByteFirst) + { + var vector = new ByteVector (); + for (int i = 0; i < 2; i++) { + int offset = mostSignificantByteFirst ? 1 - i : i; + vector.Add ((byte)(value >> (offset * 8) & 0xFF)); + } + + return vector; + } + + /// <summary> + /// Converts an unsigned value into a big-endian data + /// representation. + /// </summary> + /// <param name="value"> + /// A <see cref="ushort"/> value to convert into bytes. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromUShort (ushort value) + { + return FromUShort (value, true); + } + + /// <summary> + /// Converts a value into a data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="long"/> value to convert into bytes. + /// </param> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte is + /// to appear first (big endian format), or <see + /// langword="false" /> if the least significant byte is to + /// appear first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromLong (long value, bool mostSignificantByteFirst) + { + var vector = new ByteVector (); + for (int i = 0; i < 8; i++) { + int offset = mostSignificantByteFirst ? 7 - i : i; + vector.Add ((byte)(value >> (offset * 8) & 0xFF)); + } + return vector; + } + + /// <summary> + /// Converts a value into a big-endian data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="long"/> value to convert into bytes. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromLong (long value) + { + return FromLong (value, true); + } + + /// <summary> + /// Converts an unsigned value into a data representation. + /// </summary> + /// <param name="value"> + /// A <see cref="ulong"/> value to convert into bytes. + /// </param> + /// <param name="mostSignificantByteFirst"> + /// <see langword="true" /> if the most significant byte is + /// to appear first (big endian format), or <see + /// langword="false" /> if the least significant byte is to + /// appear first (little endian format). + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromULong (ulong value, bool mostSignificantByteFirst) + { + var vector = new ByteVector (); + for (int i = 0; i < 8; i++) { + int offset = mostSignificantByteFirst ? 7 - i : i; + vector.Add ((byte)(value >> (offset * 8) & 0xFF)); + } + return vector; + } + + /// <summary> + /// Converts an unsigned value into a big-endian data + /// representation. + /// </summary> + /// <param name="value"> + /// A <see cref="ulong"/> value to convert into bytes. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="value" />. + /// </returns> + public static ByteVector FromULong (ulong value) + { + return FromULong (value, true); + } + + /// <summary> + /// Converts an string into a encoded data representation. + /// </summary> + /// <param name="text"> + /// A <see cref="string"/> object containing the text to + /// convert. + /// </param> + /// <param name="type"> + /// A <see cref="StringType"/> value specifying the encoding + /// to use when converting the text. + /// </param> + /// <param name="length"> + /// A <see cref="int"/> value specifying the number of + /// characters in <paramref name="text" /> to encoded. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="text" />. + /// </returns> + public static ByteVector FromString (string text, StringType type, int length) + { + var data = new ByteVector (); + + if (type == StringType.UTF16) + data.Add (new byte[] { 0xff, 0xfe }); + + if (text == null || text.Length == 0) + return data; + + if (text.Length > length) + text = text.Substring (0, length); + + data.Add (StringTypeToEncoding (type, data) + .GetBytes (text)); + + return data; + } + + /// <summary> + /// Converts an string into a encoded data representation. + /// </summary> + /// <param name="text"> + /// A <see cref="string"/> object containing the text to + /// convert. + /// </param> + /// <param name="type"> + /// A <see cref="StringType"/> value specifying the encoding + /// to use when converting the text. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="text" />. + /// </returns> + public static ByteVector FromString (string text, StringType type) + { + return FromString (text, type, int.MaxValue); + } + + /// <summary> + /// Converts an string into a encoded data representation. + /// </summary> + /// <param name="text"> + /// A <see cref="string"/> object containing the text to + /// convert. + /// </param> + /// <param name="length"> + /// A <see cref="int"/> value specifying the number of + /// characters in <paramref name="text" /> to encoded. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="text" />. + /// </returns> + public static ByteVector FromString (string text, int length) + { + return FromString (text, StringType.UTF8, length); + } + + /// <summary> + /// Converts an string into a encoded data representation. + /// </summary> + /// <param name="text"> + /// A <see cref="string"/> object containing the text to + /// convert. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the encoded + /// representation of <paramref name="text" />. + /// </returns> + [Obsolete ("Use FromString(string,StringType)")] + public static ByteVector FromString (string text) + { + return FromString (text, StringType.UTF8); + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> by + /// reading in the contents of a specified file. + /// </summary> + /// <param name="path"> + /// A <see cref="string"/> object containing the path of the + /// file to read. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the contents + /// of the specified file. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public static ByteVector FromPath (string path) + { + return FromPath (path, out _, false); + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> by + /// reading in the contents of a specified file. + /// </summary> + /// <param name="path"> + /// A <see cref="string"/> object containing the path of the + /// file to read. + /// </param> + /// <param name="firstChunk"> + /// A <see cref="T:byte[]"/> reference to be filled with the + /// first data chunk from the read file. + /// </param> + /// <param name="copyFirstChunk"> + /// A <see cref="bool"/> value specifying whether or not to + /// copy the first chunk of the file into <paramref + /// name="firstChunk" />. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the contents + /// of the specified file. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + internal static ByteVector FromPath (string path, out byte[] firstChunk, bool copyFirstChunk) + { + if (path == null) + throw new ArgumentNullException (nameof (path)); + + return FromFile (new File.LocalFileAbstraction (path), out firstChunk, copyFirstChunk); + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> by + /// reading in the contents of a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="File.IFileAbstraction"/> object containing + /// abstraction of the file to read. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the contents + /// of the specified file. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public static ByteVector FromFile (File.IFileAbstraction abstraction) + { + return FromFile (abstraction, out _, false); + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> by + /// reading in the contents of a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="File.IFileAbstraction"/> object containing + /// abstraction of the file to read. + /// </param> + /// <param name="firstChunk"> + /// A <see cref="T:byte[]"/> reference to be filled with the + /// first data chunk from the read file. + /// </param> + /// <param name="copyFirstChunk"> + /// A <see cref="bool"/> value specifying whether or not to + /// copy the first chunk of the file into <paramref + /// name="firstChunk" />. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the contents + /// of the specified file. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + internal static ByteVector FromFile (File.IFileAbstraction abstraction, out byte[] firstChunk, bool copyFirstChunk) + { + if (abstraction == null) + throw new ArgumentNullException (nameof (abstraction)); + + var stream = abstraction.ReadStream; + var output = FromStream (stream, out firstChunk, copyFirstChunk); + abstraction.CloseStream (stream); + return output; + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> by + /// reading in the contents of a specified stream. + /// </summary> + /// <param name="stream"> + /// A <see cref="Stream"/> object containing + /// the stream to read. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the contents + /// of the specified stream. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="stream" /> is <see langword="null" />. + /// </exception> + public static ByteVector FromStream (Stream stream) + { + return FromStream (stream, out _, false); + } + + /// <summary> + /// Creates a new instance of <see cref="ByteVector" /> by + /// reading in the contents of a specified stream. + /// </summary> + /// <param name="stream"> + /// A <see cref="Stream"/> object containing + /// the stream to read. + /// </param> + /// <param name="firstChunk"> + /// A <see cref="T:byte[]"/> reference to be filled with the + /// first data chunk from the read stream. + /// </param> + /// <param name="copyFirstChunk"> + /// A <see cref="bool"/> value specifying whether or not to + /// copy the first chunk of the stream into <paramref + /// name="firstChunk" />. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the contents + /// of the specified stream. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="stream" /> is <see langword="null" />. + /// </exception> + internal static ByteVector FromStream (Stream stream, out byte[] firstChunk, bool copyFirstChunk) + { + var vector = new ByteVector (); + byte[] bytes = new byte[4096]; + int read_size = bytes.Length; + int bytes_read = 0; + bool set_first_chunk = false; + + firstChunk = null; + + while (true) { + Array.Clear (bytes, 0, bytes.Length); + int n = stream.Read (bytes, 0, read_size); + vector.Add (bytes); + bytes_read += n; + + if (!set_first_chunk) { + if (copyFirstChunk) { + if (firstChunk == null || + firstChunk.Length != read_size) { + firstChunk = new byte[read_size]; + } + + Array.Copy (bytes, 0, firstChunk, 0, n); + } + set_first_chunk = true; + } + + if ((bytes_read == stream.Length && stream.Length > 0) || + (n < read_size && stream.Length <= 0)) { + break; + } + } + + if (stream.Length > 0 && vector.Count != stream.Length) { + vector.Resize ((int)stream.Length); + } + + return vector; + } + + #endregion + + + + #region Utilities + + /// <summary> + /// Gets the text delimiter for nil separated string lists of + /// a specified encoding. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType"/> value specifying the encoding + /// to use. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the text + /// delimiter. + /// </returns> + public static ByteVector TextDelimiter (StringType type) + { + return type == StringType.UTF16 || + type == StringType.UTF16BE || + type == StringType.UTF16LE ? td2 : td1; + } + + /// <summary> + /// Gets the <see cref="Encoding" /> to use for a specified + /// encoding. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType"/> value specifying encoding to + /// use. + /// </param> + /// <param name="bom"> + /// A <see cref="ByteVector"/> object containing the first + /// two bytes of the data to convert if <paramref + /// name="type" /> equals <see cref="StringType.UTF16" />. + /// </param> + /// <returns> + /// A <see cref="Encoding" /> object capable of encoding + /// and decoding text with the specified type. + /// </returns> + /// <remarks> + /// <paramref name="bom" /> is used to determine whether the + /// encoding is big or little endian. If it does not contain + /// BOM data, the previously used endian format is used. + /// </remarks> + static Encoding StringTypeToEncoding (StringType type, ByteVector bom) + { + switch (type) { + case StringType.UTF16: + // If we have a BOM, return the appropriate + // encoding. Otherwise, assume we're reading + // from a string that was already identified. In + // that case, the encoding will be stored as + // last_utf16_encoding. + + if (bom == null) + return last_utf16_encoding; + + if (bom[0] == 0xFF && bom[1] == 0xFE) + return last_utf16_encoding = + Encoding.Unicode; + + if (bom[1] == 0xFF && bom[0] == 0xFE) + return last_utf16_encoding = + Encoding.BigEndianUnicode; + + return last_utf16_encoding; + + case StringType.UTF16BE: + return Encoding.BigEndianUnicode; + + case StringType.UTF8: + return Encoding.UTF8; + + case StringType.UTF16LE: + return Encoding.Unicode; + } + + if (use_broken_latin1) + return Encoding.Default; + + try { + return Encoding.GetEncoding ("latin1"); + } catch (ArgumentException) { + return Encoding.UTF8; + } + } + + #endregion + + + + #region System.Object + + /// <summary> + /// Determines whether another object is equal to the current + /// instance. + /// </summary> + /// <param name="other"> + /// A <see cref="object"/> to compare to the current + /// instance. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="other"/> is not + /// <see langword="null" />, is of type <see + /// cref="ByteVector" />, and is equal to the current + /// instance; otherwise <see langword="false" />. + /// </returns> + public override bool Equals (object other) + { + if (!(other is ByteVector)) + return false; + + return Equals ((ByteVector)other); + } + + /// <summary> + /// Determines whether another <see cref="ByteVector"/> + /// object is equal to the current instance. + /// </summary> + /// <param name="other"> + /// A <see cref="ByteVector"/> object to compare to the + /// current instance. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="other"/> is not + /// <see langword="null" /> and equal to the current instance; + /// otherwise <see langword="false" />. + /// </returns> + public bool Equals (ByteVector other) + { + return CompareTo (other) == 0; + } + + /// <summary> + /// Gets the hash value for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value equal to the CRC checksum of + /// the current instance. + /// </returns> + public override int GetHashCode () + { + unchecked { return (int)Checksum; } + } + + #endregion + + + + #region IComparable<T> + + /// <summary> + /// Compares the current instance to another to determine if + /// their order. + /// </summary> + /// <param name="other"> + /// A <see cref="ByteVector" /> object to compare to the + /// current instance. + /// </param> + /// <returns> + /// A <see cref="int" /> which is less than zero if the + /// current instance is less than <paramref name="other" />, + /// zero if it is equal to <paramref name="other" />, and + /// greater than zero if the current instance is greater than + /// <paramref name="other" />. + /// </returns> + public int CompareTo (ByteVector other) + { + if (other is null) + throw new ArgumentNullException (nameof (other)); + + int diff = Count - other.Count; + + for (int i = 0; diff == 0 && i < Count; i++) + diff = this[i] - other[i]; + + return diff; + } + + #endregion + + + + #region IEnumerable<T> + + /// <summary> + /// Gets an enumerator for enumerating through the the bytes + /// in the current instance. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the contents of the current instance. + /// </returns> + public IEnumerator<byte> GetEnumerator () + { + return data.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return data.GetEnumerator (); + } + + #endregion + + + + #region ICollection<T> + + /// <summary> + /// Clears the current instance. + /// </summary> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Clear () + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + data.Clear (); + } + + /// <summary> + /// Adds a single byte to the end of the current instance. + /// </summary> + /// <param name="item"> + /// A <see cref="byte" /> to add to the current instance. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Add (byte item) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + data.Add (item); + } + + /// <summary> + /// Removes the first occurance of a <see cref="byte" /> from + /// the current instance. + /// </summary> + /// <param name="item"> + /// A <see cref="byte"/> to remove from the current instance. + /// </param> + /// <returns> + /// <see langword="true" /> if the value was removed; + /// otherwise the value did not appear in the current + /// instance and <see langword="false" /> is returned. + /// </returns> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public bool Remove (byte item) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + return data.Remove (item); + } + + /// <summary> + /// Copies the current instance to a <see cref="T:byte[]"/> + /// starting at a specified index. + /// </summary> + /// <param name="array"> + /// A <see cref="T:byte[]" /> to copy to. + /// </param> + /// <param name="arrayIndex"> + /// A <see cref="int" /> value indicating the index in + /// <paramref name="array" /> at which to start copying. + /// </param> + public void CopyTo (byte[] array, int arrayIndex) + { + data.CopyTo (array, arrayIndex); + } + + /// <summary> + /// Gets whether or not the current instance contains a + /// specified byte. + /// </summary> + /// <param name="item"> + /// A <see cref="byte" /> value to look for in the current + /// instance. + /// </param> + /// <returns> + /// <see langword="true" /> if the value could be found; + /// otherwise <see langword="false" />. + /// </returns> + public bool Contains (byte item) + { + return data.Contains (item); + } + + /// <summary> + /// Gets the number of elements in the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bytes + /// in the current instance. + /// </value> + public int Count { + get { return data.Count; } + } + + /// <summary> + /// Gets whether or not the current instance is synchronized. + /// </summary> + /// <value> + /// Always <see langword="false" />. + /// </value> + public bool IsSynchronized { + get { return false; } + } + + /// <summary> + /// Gets the object that can be used to synchronize the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="object" /> that can be used to synchronize + /// the current instance. + /// </value> + public object SyncRoot { + get { return this; } + } + + #endregion + + + + #region IList<T> + + /// <summary> + /// Removes the byte at the specified index. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the position at + /// which to remove a byte. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void RemoveAt (int index) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + data.RemoveAt (index); + } + + /// <summary> + /// Inserts a single byte into the current instance at a + /// specified index. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the position at + /// which to insert the value. + /// </param> + /// <param name="item"> + /// A <see cref="byte"/> value to insert into the current + /// instance. + /// </param> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public void Insert (int index, byte item) + { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + data.Insert (index, item); + } + + /// <summary> + /// Gets the index of the first occurance of a value. + /// </summary> + /// <param name="item"> + /// A <see cref="byte" /> to find in the current instance. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the first index + /// at which the value was found, or -1 if it was not found. + /// </returns> + public int IndexOf (byte item) + { + return data.IndexOf (item); + } + + /// <summary> + /// Gets whether or not the current instance is read-only. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance is + /// read-only; otherwise <see langword="false" />. + /// </value> + public virtual bool IsReadOnly { + get { return false; } + } + + /// <summary> + /// Gets whether or not the current instance has a fixed + /// size. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance has a + /// fixed size; otherwise <see langword="false" />. + /// </value> + public virtual bool IsFixedSize { + get { return false; } + } + + /// <summary> + /// Gets and sets the value as a specified index. + /// </summary> + /// <exception cref="NotSupportedException"> + /// The current instance is read-only. + /// </exception> + public byte this[int index] { + get { return data[index]; } + set { + if (IsReadOnly) + throw new NotSupportedException ("Cannot edit readonly objects."); + + data[index] = value; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/ByteVector.cs.meta b/Scripts/TaglibSharp/ByteVector.cs.meta new file mode 100644 index 0000000..2e95d86 --- /dev/null +++ b/Scripts/TaglibSharp/ByteVector.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fd4901c34711c7eaba954926fa92969f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/ByteVectorList.cs b/Scripts/TaglibSharp/ByteVectorList.cs new file mode 100644 index 0000000..13d3c01 --- /dev/null +++ b/Scripts/TaglibSharp/ByteVectorList.cs @@ -0,0 +1,273 @@ +// +// ByteVectorList.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// tbytevectorlist.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Runtime.InteropServices; + +namespace TagLib +{ + /// <summary> + /// This class extends <see cref="T:TagLib.ListBase`1"/> to represent + /// a collection of <see cref="ByteVector" /> objects. + /// </summary> + [ComVisible (false)] + public class ByteVectorCollection : ListBase<ByteVector> + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVectorCollection" /> with no contents. + /// </summary> + public ByteVectorCollection () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVectorCollection" /> with specified contents. + /// </summary> + /// <param name="list"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" + /// /> containing <see cref="ByteVector" /> objects to add to + /// the current instance. + /// </param> + public ByteVectorCollection (IEnumerable<ByteVector> list) + { + if (list != null) + Add (list); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ByteVectorCollection" /> with specified contents. + /// </summary> + /// <param name="list"> + /// A <see cref="T:ByteVector[]" /> containing objects to add to + /// the current instance. + /// </param> + public ByteVectorCollection (params ByteVector[] list) + { + if (list != null) + Add (list); + } + + /// <summary> + /// Performs a sorted insert of a <see cref="ByteVector" /> + /// object into the current instance, optionally only adding + /// if the item is unique. + /// </summary> + /// <param name="item"> + /// A <see cref="ByteVector" /> object to add to the current + /// instance. + /// </param> + /// <param name="unique"> + /// If <see langword="true" />, the object will only be added + /// if an identical value is not already contained in the + /// current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="item" /> is <see langword="null" />. + /// </exception> + public override void SortedInsert (ByteVector item, bool unique) + { + if (item == null) + throw new ArgumentNullException (nameof (item)); + + // FIXME: This is not used, but if it is a faster + // method could be used. + int i = 0; + for (; i < Count; i++) { + if (item == this[i] && unique) + return; + + if (item >= this[i]) + break; + } + + Insert (i + 1, item); + } + + /// <summary> + /// Converts the current instance to a <see cref="ByteVector" + /// /> by joining the contents together with a specified + /// separator. + /// </summary> + /// <param name="separator"> + /// A <see cref="ByteVector"/> object to separate the + /// combined contents of the current instance. + /// </param> + /// <returns> + /// A new <see cref="ByteVector"/> object containing the + /// joined contents of the current instance. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="separator" /> is <see langword="null" />. + /// </exception> + public ByteVector ToByteVector (ByteVector separator) + { + if (separator == null) + throw new ArgumentNullException (nameof (separator)); + + var vector = new ByteVector (); + + for (int i = 0; i < Count; i++) { + if (i != 0 && separator.Count > 0) + vector.Add (separator); + + vector.Add (this[i]); + } + + return vector; + } + + /// <summary> + /// Splits a <see cref="ByteVector" /> object using a + /// pattern. + /// </summary> + /// <param name="vector"> + /// A <see cref="ByteVector"/> object to split. + /// </param> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object to use to split + /// <paramref name="vector" /> with. + /// </param> + /// <param name="byteAlign"> + /// A <see cref="int" /> specifying the byte align to use + /// when splitting. In order to split when a pattern is + /// encountered, the index at which it is found must be + /// divisible by <paramref name="byteAlign" />. + /// </param> + /// <param name="max"> + /// A <see cref="int" /> value specifying the maximum number + /// of objects to return, or zero to not to limit the number. + /// If that that number is reached, the last value will + /// contain the remainder of the file even if it contains + /// more instances of <paramref name="pattern" />. + /// </param> + /// <returns> + /// A <see cref="ByteVectorCollection" /> object containing + /// the split contents of the current instance. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="vector" /> or <paramref name="pattern" /> + /// is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="byteAlign" /> is less than 1. + /// </exception> + public static ByteVectorCollection Split (ByteVector vector, ByteVector pattern, int byteAlign, int max) + { + if (vector == null) + throw new ArgumentNullException (nameof (vector)); + + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + if (byteAlign < 1) + throw new ArgumentOutOfRangeException (nameof (byteAlign), "byteAlign must be at least 1."); + + var list = new ByteVectorCollection (); + int previous_offset = 0; + + for (int offset = vector.Find (pattern, 0, byteAlign); + offset != -1 && (max < 1 || + max > list.Count + 1); + offset = vector.Find (pattern, + offset + pattern.Count, byteAlign)) { + list.Add (vector.Mid (previous_offset, + offset - previous_offset)); + previous_offset = offset + pattern.Count; + } + + if (previous_offset < vector.Count) + list.Add (vector.Mid (previous_offset, + vector.Count - previous_offset)); + + return list; + } + + /// <summary> + /// Splits a <see cref="ByteVector" /> object using a + /// pattern. + /// </summary> + /// <param name="vector"> + /// A <see cref="ByteVector"/> object to split. + /// </param> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object to use to split + /// <paramref name="vector" /> with. + /// </param> + /// <param name="byteAlign"> + /// A <see cref="int" /> specifying the byte align to use + /// when splitting. In order to split when a pattern is + /// encountered, the index at which it is found must be + /// divisible by <paramref name="byteAlign" />. + /// </param> + /// <returns> + /// A <see cref="ByteVectorCollection" /> object containing + /// the split contents of the current instance. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="vector" /> or <paramref name="pattern" /> + /// is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="byteAlign" /> is less than 1. + /// </exception> + public static ByteVectorCollection Split (ByteVector vector, ByteVector pattern, int byteAlign) + { + return Split (vector, pattern, byteAlign, 0); + } + + /// <summary> + /// Splits a <see cref="ByteVector" /> object using a + /// pattern. + /// </summary> + /// <param name="vector"> + /// A <see cref="ByteVector"/> object to split. + /// </param> + /// <param name="pattern"> + /// A <see cref="ByteVector"/> object to use to split + /// <paramref name="vector" /> with. + /// </param> + /// <returns> + /// A <see cref="ByteVectorCollection" /> object containing + /// the split contents of the current instance. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="vector" /> or <paramref name="pattern" /> + /// is <see langword="null" />. + /// </exception> + public static ByteVectorCollection Split (ByteVector vector, ByteVector pattern) + { + return Split (vector, pattern, 1); + } + } +} + diff --git a/Scripts/TaglibSharp/ByteVectorList.cs.meta b/Scripts/TaglibSharp/ByteVectorList.cs.meta new file mode 100644 index 0000000..95d622b --- /dev/null +++ b/Scripts/TaglibSharp/ByteVectorList.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 13ce76148d2aedf098df14fcf5195df7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/CombinedTag.cs b/Scripts/TaglibSharp/CombinedTag.cs new file mode 100644 index 0000000..009eb8f --- /dev/null +++ b/Scripts/TaglibSharp/CombinedTag.cs @@ -0,0 +1,2051 @@ +// +// CombinedTag.cs: Combines a collection of tags so that they behave as one. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2005-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib +{ + /// <summary> + /// This class combines a collection of tags so that they behave as + /// one. + /// </summary> + public class CombinedTag : Tag + { + #region Private Fields + + /// <summary> + /// Contains tags to be combined. + /// </summary> + readonly List<Tag> tags; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CombinedTag" /> with no internal tags. + /// </summary> + /// <remarks> + /// You can set the tags in the new instance later using + /// <see cref="SetTags" />. + /// </remarks> + public CombinedTag () + { + tags = new List<Tag> (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CombinedTag" /> with a specified collection of + /// tags. + /// </summary> + /// <param name="tags"> + /// A <see cref="T:Tag[]" /> containing a collection of tags to + /// combine in the new instance. + /// </param> + public CombinedTag (params Tag[] tags) + { + this.tags = new List<Tag> (tags); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the tags combined in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:Tag[]" /> containing the tags combined in + /// the current instance. + /// </value> + public virtual Tag[] Tags { + get { return tags.ToArray (); } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Sets the child tags to combine in the current instance. + /// </summary> + /// <param name="tags"> + /// A <see cref="T:Tag[]" /> containing the tags to combine. + /// </param> + public void SetTags (params Tag[] tags) + { + this.tags.Clear (); + this.tags.AddRange (tags); + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Inserts a tag into the collection of tags in the current + /// instance. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the index at which + /// to insert the tag. + /// </param> + /// <param name="tag"> + /// A <see cref="Tag" /> object to insert into the collection + /// of tags. + /// </param> + /// <exception cref="System.ArgumentOutOfRangeException"> + /// <paramref name="index" /> is less than zero or greater + /// than the count. + /// </exception> + protected void InsertTag (int index, Tag tag) + { + tags.Insert (index, tag); + } + + /// <summary> + /// Adds a tag at the end of the collection of tags in the + /// current instance. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to add to the collection of + /// tags. + /// </param> + protected void AddTag (Tag tag) + { + tags.Add (tag); + } + + /// <summary> + /// Removes a specified tag from the collection in the + /// current instance. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to remove from the + /// collection. + /// </param> + protected void RemoveTag (Tag tag) + { + tags.Remove (tag); + } + + /// <summary> + /// Clears the tag collection in the current instance. + /// </summary> + protected void ClearTags () + { + tags.Clear (); + } + + #endregion + + + + #region Overrides + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> + /// containing the tag types contained in the current + /// instance. + /// </value> + /// <remarks> + /// This value contains a bitwise combined value from all the + /// child tags. + /// </remarks> + /// <seealso cref="Tag.TagTypes" /> + public override TagTypes TagTypes { + get { + TagTypes types = TagTypes.None; + foreach (Tag tag in tags) + if (tag != null) + types |= tag.TagTypes; + + return types; + } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Title" /> + public override string Title { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Title; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Title = value; + } + } + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field gives a nice/short precision to + /// the title, which is typically below the title on the + /// front cover of a media. + /// For example, for "Back to the future", this would be + /// "It's About Time". + /// </para> + /// </remarks> + public override string Subtitle { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Subtitle; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Subtitle = value; + } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This is especially relevant for a movie. + /// For example, for "Back to the Future 2", this could be + /// "After visiting 2015, Marty McFly must repeat his visit + /// to 1955 to prevent disastrous changes to 1985...without + /// interfering with his first trip". + /// </para> + /// </remarks> + public override string Description { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Description; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Description = value; + } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Performers" /> + public override string[] Performers { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.Performers; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Performers = value; + } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.PerformersSort" /> + public override string[] PerformersSort { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.PerformersSort; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.PerformersSort = value; + } + } + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// <para> This is typically usefull for movies, although the + /// instrument played by each artist in a music may be of + /// relevance. + /// </para> + /// <para>It is highly important to match each role to the + /// performers. This means that a role may be <see + /// langword="null"/> to keep the match between a + /// Performers[i] and PerformersRole[i]. + /// </para> + /// </remarks> + public override string[] PerformersRole { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.PerformersRole; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.PerformersRole = value; + } + } + + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.AlbumArtistsSort" /> + public override string[] AlbumArtistsSort { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.AlbumArtistsSort; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.AlbumArtistsSort = value; + } + } + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.AlbumArtists" /> + public override string[] AlbumArtists { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.AlbumArtists; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.AlbumArtists = value; + } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Composers" /> + public override string[] Composers { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.Composers; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Composers = value; + } + } + + /// <summary> + /// Gets and sets the sort names for the composer of the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the composers of the media described by the + /// current instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.ComposersSort" /> + public override string[] ComposersSort { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.ComposersSort; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.ComposersSort = value; + } + } + + /// <summary> + /// Gets and sets the sort names for the Track Title of the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names + /// for the Track Title of the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.TitleSort" /> + public override string TitleSort { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.TitleSort; + + if (value != null && value.Length > 0) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.TitleSort = value; + } + } + + /// <summary> + /// Gets and sets the sort names for the Album Title of the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names + /// for the Title of the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.AlbumSort" /> + public override string AlbumSort { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.AlbumSort; + + if (value != null && value.Length > 0) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.AlbumSort = value; + } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Album" /> + public override string Album { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Album; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Album = value; + } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Comment" /> + public override string Comment { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Comment; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Comment = value; + } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Genres" /> + public override string[] Genres { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string[] value = tag.Genres; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Genres = value; + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Year" /> + public override uint Year { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + uint value = tag.Year; + + if (value != 0) + return value; + } + + return 0; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Year = value; + } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Track" /> + public override uint Track { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + uint value = tag.Track; + + if (value != 0) + return value; + } + + return 0; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Track = value; + } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.TrackCount" /> + public override uint TrackCount { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + uint value = tag.TrackCount; + + if (value != 0) + return value; + } + + return 0; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.TrackCount = value; + } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Disc" /> + public override uint Disc { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + uint value = tag.Disc; + + if (value != 0) + return value; + } + + return 0; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Disc = value; + } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.DiscCount" /> + public override uint DiscCount { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + uint value = tag.DiscCount; + + if (value != 0) + return value; + } + + return 0; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.DiscCount = value; + } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Lyrics" /> + public override string Lyrics { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Lyrics; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Lyrics = value; + } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Grouping" /> + public override string Grouping { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Grouping; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Grouping = value; + } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.BeatsPerMinute" /> + public override uint BeatsPerMinute { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + uint value = tag.BeatsPerMinute; + + if (value != 0) + return value; + } + + return 0; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.BeatsPerMinute = value; + } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Conductor" /> + public override string Conductor { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Conductor; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Conductor = value; + } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Copyright" /> + public override string Copyright { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Copyright; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Copyright = value; + } + } + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + public override DateTime? DateTagged { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + DateTime? value = tag.DateTagged; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.DateTagged = value; + } + } + + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ArtistID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzArtistId" /> + public override string MusicBrainzArtistId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzArtistId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzArtistId = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseGroupID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseGroupId" /> + public override string MusicBrainzReleaseGroupId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzReleaseGroupId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzReleaseGroupId = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseId" /> + public override string MusicBrainzReleaseId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzReleaseId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzReleaseId = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseArtistID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseArtistId" /> + public override string MusicBrainzReleaseArtistId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzReleaseArtistId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzReleaseArtistId = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// TrackID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzTrackId" /> + public override string MusicBrainzTrackId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzTrackId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzTrackId = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// DiscID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzDiscId" /> + public override string MusicBrainzDiscId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzDiscId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzDiscId = value; + } + } + + /// <summary> + /// Gets and sets the MusicIP PUID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIP PUID + /// for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicIpId" /> + public override string MusicIpId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicIpId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicIpId = value; + } + } + + /// <summary> + /// Gets and sets the Amazon ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the Amazon Id + /// for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.AmazonId" /> + public override string AmazonId { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.AmazonId; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.AmazonId = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Status. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseStatus for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseStatus" /> + public override string MusicBrainzReleaseStatus { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzReleaseStatus; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzReleaseStatus = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseType for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseType" /> + public override string MusicBrainzReleaseType { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzReleaseType; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzReleaseType = value; + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseCountry for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseCountry" /> + public override string MusicBrainzReleaseCountry { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.MusicBrainzReleaseCountry; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.MusicBrainzReleaseCountry = value; + } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Pictures" /> + public override IPicture[] Pictures { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + IPicture[] value = tag.Pictures; + + if (value != null && value.Length > 0) + return value; + } + + return base.Pictures; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Pictures = value; + } + } + + /// <summary> + /// Gets and sets the ReplayGain track gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the track gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainTrackGain" /> + public override double ReplayGainTrackGain { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainTrackGain; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.ReplayGainTrackGain = value; + } + } + + /// <summary> + /// Gets and sets the ReplayGain track peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the track peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainTrackPeak" /> + public override double ReplayGainTrackPeak { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainTrackPeak; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.ReplayGainTrackPeak = value; + } + } + + /// <summary> + /// Gets and sets the ReplayGain album gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the album gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainAlbumGain" /> + public override double ReplayGainAlbumGain { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainAlbumGain; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.ReplayGainAlbumGain = value; + } + } + + /// <summary> + /// Gets and sets the ReplayGain album peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the album peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainAlbumPeak" /> + public override double ReplayGainAlbumPeak { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainAlbumPeak; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.ReplayGainAlbumPeak = value; + } + } + + /// <summary> + /// Gets and sets the initial key of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the initial + /// key of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.InitialKey" /> + public override string InitialKey { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.InitialKey; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.InitialKey = value; + } + } + + /// <summary> + /// Gets and sets the remixer of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the remixer + /// of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.RemixedBy" /> + public override string RemixedBy { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.RemixedBy; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.RemixedBy = value; + } + } + + /// <summary> + /// Gets and sets the publisher of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the + /// publisher of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Publisher" /> + public override string Publisher { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Publisher; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Publisher = value; + } + } + + /// <summary> + /// Gets and sets the ISRC (International Standard Recording Code) + /// of the song represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the ISRC + /// of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.ISRC" /> + public override string ISRC { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.ISRC; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.ISRC = value; + } + } + + /// <summary> + /// Gets and sets the length of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the + /// length of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// value is returned.</para> + /// <para>When setting the value, it is stored in each child + /// tag.</para> + /// </remarks> + /// <seealso cref="Tag.Length" /> + public override string Length { + get { + foreach (Tag tag in tags) { + if (tag == null) + continue; + + string value = tag.Length; + + if (value != null) + return value; + } + + return null; + } + + set { + foreach (Tag tag in tags) + if (tag != null) + tag.Length = value; + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if all the child tags are empty. + /// Otherwise <see langword="false" />. + /// </value> + /// <seealso cref="Tag.IsEmpty" /> + public override bool IsEmpty { + get { + foreach (Tag tag in tags) + if (tag.IsEmpty) + return true; + + return false; + } + } + + /// <summary> + /// Clears all of the child tags. + /// </summary> + public override void Clear () + { + foreach (Tag tag in tags) + tag.Clear (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/CombinedTag.cs.meta b/Scripts/TaglibSharp/CombinedTag.cs.meta new file mode 100644 index 0000000..0f951f1 --- /dev/null +++ b/Scripts/TaglibSharp/CombinedTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0fcfda10f765f9bf0b754fb38b66878e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/CorruptFileException.cs b/Scripts/TaglibSharp/CorruptFileException.cs new file mode 100644 index 0000000..f5f6010 --- /dev/null +++ b/Scripts/TaglibSharp/CorruptFileException.cs @@ -0,0 +1,167 @@ +// +// CorruptFileException.cs: +// +// Author: +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// Entagged# +// +// Copyright (C) 2006 Novell, Inc. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Runtime.Serialization; + +namespace TagLib +{ + /// <summary> + /// This class extends <see cref="Exception" /> and is used to + /// indicate that a file or tag is corrupt. + /// </summary> + /// <remarks> + /// This exception will be thrown if invalid data interferes with the + /// reading of the file or tag. One common example is in the (legal) + /// downloading of media files with BitTorrent, in which case large + /// portions of the file will contain zeroed bytes. + /// </remarks> + /// <example> + /// <para>Catching an exception when creating a <see + /// cref="File" />.</para> + /// <code lang="C#"> + /// using System; + /// using TagLib; + /// + /// public class ExceptionTest + /// { + /// public static void Main () + /// { + /// try { + /// File file = File.Create ("partial.mp3"); // Partial download. + /// } catch (CorruptFileException e) { + /// Console.WriteLine ("That file is corrupt: {0}", e.ToString ()); + /// } + /// } + /// } + /// </code> + /// <code lang="C++"> + /// #using &lt;System.dll> + /// #using &lt;taglib-sharp.dll> + /// + /// using System; + /// using TagLib; + /// + /// void main () + /// { + /// try { + /// File file = File::Create ("partial.mp3"); // Partial download. + /// } catch (CorruptFileException^ e) { + /// Console::WriteLine ("That file is corrupt: {0}", e); + /// } + /// } + /// </code> + /// <code lang="VB"> + /// Imports System + /// Imports TagLib + /// + /// Public Class ExceptionTest + /// Public Shared Sub Main () + /// Try + /// file As File = File.Create ("partial.mp3") ' Partial download. + /// Catch e As CorruptFileException + /// Console.WriteLine ("That file is corrupt: {0}", e.ToString ()); + /// End Try + /// End Sub + /// End Class + /// </code> + /// <code lang="Boo"> + /// import System + /// import TagLib + /// + /// try: + /// file As File = File.Create ("partial.mp3") # Partial download. + /// catch e as CorruptFileException: + /// Console.WriteLine ("That file is corrupt: {0}", e.ToString ()); + /// </code> + /// </example> + [Serializable] + public class CorruptFileException : Exception + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CorruptFileException" /> with a specified + /// message. + /// </summary> + /// <param name="message"> + /// A <see cref="string" /> containing a message explaining + /// the reason for the exception. + /// </param> + public CorruptFileException (string message) : base (message) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CorruptFileException" /> with the default + /// values. + /// </summary> + public CorruptFileException () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CorruptFileException" /> with a specified + /// message containing a specified exception. + /// </summary> + /// <param name="message"> + /// A <see cref="string" /> containing a message explaining + /// the reason for the exception. + /// </param> + /// <param name="innerException"> + /// A <see cref="Exception" /> object to be contained in the + /// new exception. For example, previously caught exception. + /// </param> + public CorruptFileException (string message, Exception innerException) + : base (message, innerException) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CorruptFileException" /> from a specified + /// serialization info and streaming context. + /// </summary> + /// <param name="info"> + /// A <see cref="SerializationInfo" /> object containing the + /// serialized data to be used for the new instance. + /// </param> + /// <param name="context"> + /// A <see cref="StreamingContext" /> object containing the + /// streaming context information for the new instance. + /// </param> + /// <remarks> + /// This constructor is implemented because <see + /// cref="CorruptFileException" /> implements the <see + /// cref="ISerializable" /> interface. + /// </remarks> + protected CorruptFileException (SerializationInfo info, StreamingContext context) + : base (info, context) + { + } + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/CorruptFileException.cs.meta b/Scripts/TaglibSharp/CorruptFileException.cs.meta new file mode 100644 index 0000000..d48bdd8 --- /dev/null +++ b/Scripts/TaglibSharp/CorruptFileException.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b3d4c56812fd17788a353ae122bb5c53 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Debugger.cs b/Scripts/TaglibSharp/Debugger.cs new file mode 100644 index 0000000..9c0f01c --- /dev/null +++ b/Scripts/TaglibSharp/Debugger.cs @@ -0,0 +1,137 @@ +// +// Debugger.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib +{ + static class Debugger + { + public delegate void DebugMessageSentHandler (string message); + + public static event DebugMessageSentHandler DebugMessageSent; + + public static void Debug (string message) + { + DebugMessageSent?.Invoke (message); + } + + public static void DumpHex (ByteVector data) + { + DumpHex (data.Data); + } + + public static void DumpHex (byte[] data) + { + int cols = 16; + int rows = data.Length / cols + (data.Length % cols != 0 ? 1 : 0); + + for (int row = 0; row < rows; row++) { + for (int col = 0; col < cols; col++) { + if (row == rows - 1 && data.Length % cols != 0 && col >= data.Length % cols) + Console.Write (" "); + else + Console.Write (" {0:x2}", data[row * cols + col]); + } + + Console.Write (" | "); + + for (int col = 0; col < cols; col++) { + if (row == rows - 1 && data.Length % cols != 0 && col >= data.Length % cols) + Console.Write (" "); + else + WriteByte2 (data[row * cols + col]); + } + + Console.WriteLine (); + } + Console.WriteLine (); + } + + static void WriteByte2 (byte data) + { + foreach (char c in allowed) + if (c == data) { + Console.Write (c); + return; + } + + Console.Write ("."); + } + + static readonly string allowed = "0123456789abcdefghijklmnopqr" + + "stuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ`~!@#$%^&*()_+-={}" + + "[];:'\",.<>?/\\|"; + + + static readonly Dictionary<object, Dictionary<object, DebugTimeData>> + debug_times = new Dictionary<object, Dictionary<object, DebugTimeData>> (); + + public static void AddDebugTime (object o1, object o2, DateTime start) + { + var data = new DebugTimeData (DateTime.Now - start, 1); + if (debug_times.ContainsKey (o1) && debug_times[o1].ContainsKey (o2)) { + data.time += debug_times[o1][o2].time; + data.occurances += debug_times[o1][o2].occurances; + } + + if (!debug_times.ContainsKey (o1)) + debug_times.Add (o1, new Dictionary<object, DebugTimeData> ()); + + if (!debug_times[o1].ContainsKey (o2)) + debug_times[o1].Add (o2, data); + else + debug_times[o1][o2] = data; + } + + public static void DumpDebugTime (object o1) + { + Console.WriteLine (o1.ToString ()); + if (!debug_times.ContainsKey (o1)) + return; + + foreach (var pair in debug_times[o1]) { + Console.WriteLine (" {0}", pair.Key); + Console.WriteLine (" Objects: {0}", pair.Value.time); + Console.WriteLine (" Total: {0}", pair.Value.occurances); + Console.WriteLine (" Average: {0}", new TimeSpan (pair.Value.time.Ticks / pair.Value.occurances)); + Console.WriteLine (); + } + + debug_times.Remove (o1); + } + + struct DebugTimeData + { + public TimeSpan time; + public long occurances; + + public DebugTimeData (TimeSpan time, int occurances) + { + this.time = time; + this.occurances = occurances; + } + } + } +} diff --git a/Scripts/TaglibSharp/Debugger.cs.meta b/Scripts/TaglibSharp/Debugger.cs.meta new file mode 100644 index 0000000..d0ab4f9 --- /dev/null +++ b/Scripts/TaglibSharp/Debugger.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 43d149150f84518598c6d2c5500d9244 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Dsf.meta b/Scripts/TaglibSharp/Dsf.meta new file mode 100644 index 0000000..2520626 --- /dev/null +++ b/Scripts/TaglibSharp/Dsf.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 90815a5b58495074885ff707abaacda7 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Dsf/File.cs b/Scripts/TaglibSharp/Dsf/File.cs new file mode 100644 index 0000000..84de7d6 --- /dev/null +++ b/Scripts/TaglibSharp/Dsf/File.cs @@ -0,0 +1,411 @@ +// +// File.cs: Provides tagging and properties support for the DSD (Direct Stream Digital) DSF +// file Format. +// +// Author: +// Helmut Wahrmann +// +// Copyright (C) 2014 Helmut Wahrmann +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +using TagLib.Id3v2; + +namespace TagLib.Dsf +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide + /// support for reading and writing tags and properties for files + /// using the AIFF file format. + /// </summary> + [SupportedMimeType ("taglib/dsf", "dsf")] + [SupportedMimeType ("audio/x-dsf")] + [SupportedMimeType ("audio/dsf")] + [SupportedMimeType ("sound/dsf")] + [SupportedMimeType ("application/x-dsf")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the address of the DSF header block. + /// </summary> + ByteVector header_block; + + /// <summary> + /// Contains the Id3v2 tag. + /// </summary> + Id3v2.Tag tag; + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + /// <summary> + /// Contains the size of the DSF File + /// </summary> + readonly uint dsf_size; + + /// <summary> + /// Contains the start position of the Tag + /// </summary> + long tag_start; + + /// <summary> + /// Contains the end position of the Tag + /// </summary> + long tag_end; + + #endregion + + #region Public Static Fields + + /// <summary> + /// The identifier used to recognize a DSF file. + /// </summary> + /// <value> + /// "DSD " + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "DSD "; + + /// <summary> + /// The identifier used to recognize a Format chunk. + /// </summary> + /// <value> + /// "fmt " + /// </value> + public static readonly ReadOnlyByteVector FormatIdentifier = "fmt "; + + /// <summary> + /// The identifier used to recognize a DSF ID3 chunk. + /// </summary> + /// <value> + /// "ID3 " + /// </value> + public static readonly ReadOnlyByteVector ID3Identifier = "ID3"; + + #endregion + + #region Public Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Mode = AccessMode.Read; + try { + Read (true, propertiesStyle, out dsf_size, out tag_start, out tag_end); + } finally { + Mode = AccessMode.Closed; + } + + TagTypesOnDisk = TagTypes; + GetTag (TagTypes.Id3v2, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + long original_tag_length = tag_end - tag_start; + ByteVector data = new ByteVector (); + + if (tag == null) { + // The tag has been removed + RemoveBlock (tag_start, original_tag_length); + Insert (ByteVector.FromULong (0, false), 20, 8); + } else { + data = tag.Render (); + + // If tagging info cannot be found, place it at + // the end of the file. + if (tag_start == 0 || tag_end < tag_start) { + tag_start = tag_end = Length; + // Update the New Tag start + Insert (ByteVector.FromULong ((ulong)(tag_start), false), 20, 8); + } + + // Insert the tagging data. + Insert (data, tag_start, data.Count); + } + + long length = dsf_size + data.Count - original_tag_length; + + // If the data size changed update the dsf size. + if (data.Count - original_tag_length != 0 && tag_start <= dsf_size) { + Insert (ByteVector.FromULong ((ulong)(length), false), 12, 8); + } + // Update the tag types. + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if (types == TagTypes.Id3v2 || + types == TagTypes.AllTags) { + tag = null; + } + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, bool create) + { + Tag id32_tag = null; + + switch (type) { + case TagTypes.Id3v2: + if (tag == null && create) { + tag = new Id3v2.Tag { + Version = 2 + }; + } + + id32_tag = tag; + break; + } + + return id32_tag; + } + + #endregion + + #region Private Methods + + /// <summary> + /// Reads the contents of the current instance determining + /// the size of the dsf data, the area the tagging is in, + /// and optionally reading in the tags and media properties. + /// </summary> + /// <param name="read_tags"> + /// If <see langword="true" />, any tags found will be read + /// into the current instance. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <param name="dsf_size"> + /// A <see cref="uint"/> value reference to be filled with + /// the size of the RIFF data as read from the file. + /// </param> + /// <param name="tag_start"> + /// A <see cref="long" /> value reference to be filled with + /// the absolute seek position at which the tagging data + /// starts. + /// </param> + /// <param name="tag_end"> + /// A <see cref="long" /> value reference to be filled with + /// the absolute seek position at which the tagging data + /// ends. + /// </param> + /// <exception cref="CorruptFileException"> + /// The file does not begin with <see cref="FileIdentifier" + /// />. + /// </exception> + void Read (bool read_tags, ReadStyle style, out uint dsf_size, out long tag_start, out long tag_end) + { + Seek (0); + if (ReadBlock (4) != FileIdentifier) + throw new CorruptFileException ("File does not begin with DSF identifier"); + + Seek (12); + dsf_size = ReadBlock (8).ToUInt (false); + + tag_start = (long)ReadBlock (8).ToULong (false); + tag_end = -1; + + // Get the properties of the file + if (header_block == null && style != ReadStyle.None) { + long fmt_chunk_pos = Find (FormatIdentifier, 0); + + if (fmt_chunk_pos == -1) { + throw new CorruptFileException ("No Format chunk available in DSF file."); + } + + Seek (fmt_chunk_pos); + header_block = ReadBlock ((int)StreamHeader.Size); + + var header = new StreamHeader (header_block, dsf_size); + properties = new Properties (TimeSpan.Zero, header); + } + + // Now position to the ID3 chunk, which we read before + if (tag_start > 0) { + Seek (tag_start); + if (ReadBlock (3) == ID3Identifier) { + if (read_tags && tag == null) { + tag = new Id3v2.Tag (this, tag_start, style); + } + + // Get the length of the tag out of the ID3 chunk + Seek (tag_start + 6); + uint tag_size = SynchData.ToUInt (ReadBlock (4)) + 10; + + InvariantStartPosition = tag_start; + tag_end = InvariantEndPosition = tag_start + tag_size; + } + } + } + #endregion + } +} diff --git a/Scripts/TaglibSharp/Dsf/File.cs.meta b/Scripts/TaglibSharp/Dsf/File.cs.meta new file mode 100644 index 0000000..d0b2e13 --- /dev/null +++ b/Scripts/TaglibSharp/Dsf/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8b09427e5619eec8580e4b303b312ac9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Dsf/StreamHeader.cs b/Scripts/TaglibSharp/Dsf/StreamHeader.cs new file mode 100644 index 0000000..339d2f3 --- /dev/null +++ b/Scripts/TaglibSharp/Dsf/StreamHeader.cs @@ -0,0 +1,292 @@ +// +// StreamHeader.cs: Provides tagging and properties support for the DSD +// (Direct Stream Digital) DSF properties. +// +// Author: +// Helmut Wahrmann +// +// Copyright (C) 2014 Helmut Wahrmann +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Dsf +{ + /// <summary> + /// This struct implements <see cref="IAudioCodec" /> to provide + /// support for reading DSF stream properties. + /// </summary> + public struct StreamHeader : IAudioCodec, ILosslessAudioCodec + { + #region Private Fields + + /// <summary> + /// Contains the version. + /// </summary> + /// <remarks> + /// This value is stored in bytes (12-15). + /// Currently only value of 1 is valid. + /// </remarks> + readonly ushort version; + + /// <summary> + /// The Format Id. + /// </summary> + /// <remarks> + /// This value is stored in bytes (16-19). + /// 0: DSD Raw + /// </remarks> + readonly ushort format_id; + + /// <summary> + /// The Channel Type. + /// </summary> + /// <remarks> + /// This value is stored in bytes (20-23). + /// 1: mono + /// 2:stereo + /// 3:3 channels + /// 4: quad + /// 5: 4 channels + /// 6: 5 channels + /// 7: 5.1 channels + /// </remarks> + readonly ushort channel_type; + + /// <summary> + /// Contains the number of channels. + /// </summary> + /// <remarks> + /// This value is stored in bytes (24-27). + /// 1 is monophonic, 2 is stereo, 4 means 4 channels, etc.. + /// up to 6 channels may be represented + /// </remarks> + readonly ushort channels; + + /// <summary> + /// Contains the sample rate. + /// </summary> + /// <remarks> + /// This value is stored in bytes (28-31). + /// the sample rate at which the sound is to be played back, + /// in Hz: 2822400, 5644800 + /// </remarks> + readonly ulong sample_rate; + + /// <summary> + /// Contains the number of bits per sample. + /// </summary> + /// <remarks> + /// This value is stored in bytes (32-35). + /// It can be any number from 1 to 8. + /// </remarks> + readonly ushort bits_per_sample; + + /// <summary> + /// Contains the number of sample frames per channel. + /// </summary> + /// <remarks> + /// This value is stored in bytes (36-43). + /// </remarks> + readonly ulong sample_count; + + /// <summary> + /// Contains the Block size per channel. + /// </summary> + /// <remarks> + /// This value is stored in bytes (44-47). + /// Always: 4096 + /// </remarks> + readonly uint channel_blksize; + + /// <summary> + /// Contains the length of the audio stream. + /// </summary> + /// <remarks> + /// This value is provided by the constructor. + /// </remarks> + readonly long stream_length; + + #endregion + + #region Public Static Fields + + /// <summary> + /// The size of an DSF Format chunk + /// </summary> + public const uint Size = 52; + + /// <summary> + /// The identifier used to recognize a DSF file. + /// Altough an DSF file start with "DSD ", we're interested + /// in the Format chunk only, which contains the properties we need. + /// </summary> + /// <value> + /// "fmt " + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "fmt "; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StreamHeader" /> for a specified header block and + /// stream length. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the stream + /// header data. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value containing the length of the + /// DSF Audio stream in bytes. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not begin with <see + /// cref="FileIdentifier" /> + /// </exception> + public StreamHeader (ByteVector data, long streamLength) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Data does not begin with identifier."); + + stream_length = streamLength; + + // The first 12 bytes contain the Format chunk identifier "fmt " + // And the size of the format chunk, which is always 52 + version = data.Mid (12, 4).ToUShort (false); + format_id = data.Mid (16, 4).ToUShort (false); + channel_type = data.Mid (20, 4).ToUShort (false); + channels = data.Mid (24, 4).ToUShort (false); + sample_rate = data.Mid (28, 4).ToULong (false); + bits_per_sample = data.Mid (32, 4).ToUShort (false); + sample_count = data.Mid (36, 8).ToULong (false); + channel_blksize = data.Mid (44, 4).ToUShort (false); + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + public TimeSpan Duration { + get { + if (sample_rate <= 0 || sample_count <= 0) + return TimeSpan.Zero; + + return TimeSpan.FromSeconds (sample_count / (double)sample_rate); + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { return "DSF Audio"; } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + TimeSpan d = Duration; + if (d <= TimeSpan.Zero) + return 0; + + return (int)((stream_length * 8L) / d.TotalSeconds) / 1000; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)sample_rate; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return channels; } + } + + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + public int BitsPerSample { + get { return bits_per_sample; } + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Dsf/StreamHeader.cs.meta b/Scripts/TaglibSharp/Dsf/StreamHeader.cs.meta new file mode 100644 index 0000000..0baf5c1 --- /dev/null +++ b/Scripts/TaglibSharp/Dsf/StreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fc1f0cf5be62d57ad8e4d430c9afeff8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/File.cs b/Scripts/TaglibSharp/File.cs new file mode 100644 index 0000000..40f691c --- /dev/null +++ b/Scripts/TaglibSharp/File.cs @@ -0,0 +1,1794 @@ +// +// File.cs: Provides a basic framework for reading from and writing to +// a file, as well as accessing basic tagging and media properties. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// tfile.cpp from TagLib +// +// Copyright (C) 2005, 2007 Brian Nickel +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Globalization; +using System.IO; +using System.Runtime.Serialization; + +namespace TagLib +{ + + /// <summary> + /// Specifies the options to use when reading the media. + /// </summary> + [Flags] + public enum ReadStyle + { + /// <summary> + /// The media properties will not be read. + /// </summary> + None = 0, + + // Fast = 1, + + /// <summary> + /// The media properties will be read with average accuracy. + /// </summary> + Average = 2, + + /// <summary> + /// Use the <see cref="PictureLazy"/> class in the + /// the property <see cref="Tag.Pictures"/>. + /// This will avoid loading picture content when reading the Tag. + /// Picture will be read lazily, when the picture content is + /// accessed. + /// </summary> + PictureLazy = 4 + } + + /// <summary> + /// This abstract class provides a basic framework for reading from + /// and writing to a file, as well as accessing basic tagging and + /// media properties. + /// </summary> + /// <remarks> + /// <para>This class is agnostic to all specific media types. Its + /// child classes, on the other hand, support the the intricacies of + /// different media and tagging formats. For example, <see + /// cref="Mpeg4.File" /> supports the MPEG-4 specificication and + /// Apple's tagging format.</para> + /// <para>Each file type can be created using its format specific + /// constructors, ie. <see cref="Mpeg4.File(string)" />, but the + /// preferred method is to use <see + /// cref="Create(string,string,ReadStyle)" /> or one of its + /// variants, as it automatically detects the appropriate class from + /// the file extension or provided mime-type.</para> + /// </remarks> + public abstract class File : IDisposable + { + #region Enums + + /// <summary> + /// Specifies the type of file access operations currently + /// permitted on an instance of <see cref="File" />. + /// </summary> + public enum AccessMode + { + /// <summary> + /// Read operations can be performed. + /// </summary> + Read, + + /// <summary> + /// Read and write operations can be performed. + /// </summary> + Write, + + /// <summary> + /// The file is closed for both read and write + /// operations. + /// </summary> + Closed + } + + #endregion + + + + #region Delegates + + /// <summary> + /// This delegate is used for intervening in <see + /// cref="Create(string)" /> by resolving the file type + /// before any standard resolution operations. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="IFileAbstraction" /> object representing the + /// file to be read. + /// </param> + /// <param name="mimetype"> + /// A <see cref="string" /> object containing the mime-type + /// of the file. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle" /> value specifying how to read + /// media properties from the file. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> or <see + /// langword="null" /> if the resolver could not match it. + /// </returns> + /// <remarks> + /// <para>A <see cref="FileTypeResolver" /> is one way of + /// altering the behavior of <see cref="Create(string)" /> + /// .</para> + /// <para>When <see cref="Create(string)" /> is called, the + /// registered resolvers are invoked in the reverse order in + /// which they were registered. The resolver may then perform + /// any operations necessary, including other type-finding + /// methods.</para> + /// <para>If the resolver returns a new <see cref="File" />, + /// it will instantly be returned, by <see + /// cref="Create(string)" />. If it returns <see + /// langword="null" />, <see cref="Create(string)" /> will + /// continue to process. If the resolver throws an exception + /// it will be uncaught.</para> + /// <para>To register a resolver, use <see + /// cref="AddFileTypeResolver" />.</para> + /// </remarks> + public delegate File FileTypeResolver (IFileAbstraction abstraction, string mimetype, ReadStyle style); + + #endregion + + + + #region Private Properties + + /// <summary> + /// Contains the current stream used in reading/writing. + /// </summary> + Stream file_stream; + + /// <summary> + /// Contains the internal file abstraction. + /// </summary> + protected IFileAbstraction file_abstraction; + + /// <summary> + /// Contains buffer size to use when reading. + /// </summary> + static readonly int buffer_size = 1024; + + /// <summary> + /// Contains the file type resolvers to use in <see + /// cref="Create(string)" />. + /// </summary> + static readonly List<FileTypeResolver> file_type_resolvers = new List<FileTypeResolver> (); + + /// <summary> + /// The reasons (if any) why this file is marked as corrupt. + /// </summary> + List<string> corruption_reasons; + + #endregion + + + + #region Public Static Properties + + /// <summary> + /// The buffer size to use when reading large blocks of data + /// in the <see cref="File" /> class. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the buffer size to use + /// when reading large blocks of data. + /// </value> + public static uint BufferSize => (uint)buffer_size; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + protected File (string path) + { + if (path == null) + throw new ArgumentNullException (nameof (path)); + + file_abstraction = new LocalFileAbstraction (path); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + { + if (abstraction == null) + throw new ArgumentNullException (nameof (abstraction)); + + file_abstraction = abstraction; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + /// <remarks> + /// <para>This property provides generic and general access + /// to the most common tagging features of a file. To access + /// or add a specific type of tag in the file, use <see + /// cref="GetTag(TagLib.TagTypes,bool)" />.</para> + /// </remarks> + public abstract Tag Tag { get; } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public abstract Properties Properties { get; } + + /// <summary> + /// Gets the tag types contained in the physical file + /// represented by the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing the tag types stored in the physical file as + /// it was read or last saved. + /// </value> + public TagTypes TagTypesOnDisk { get; protected set; } = TagTypes.None; + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing the tag types stored in the current instance. + /// </value> + public TagTypes TagTypes => Tag?.TagTypes ?? TagTypes.None; + + /// <summary> + /// Gets the name of the file as stored in its file + /// abstraction. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the name of the + /// file as stored in the <see cref="IFileAbstraction" /> + /// object used to create it or the path if created with a + /// local path. + /// </value> + public string Name => file_abstraction.Name; + + /// <summary> + /// Gets the mime-type of the file as determined by <see + /// cref="Create(IFileAbstraction,string,ReadStyle)" /> if + /// that method was used to create the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the mime-type + /// used to create the file or <see langword="null" /> if <see + /// cref="Create(IFileAbstraction,string,ReadStyle)" /> was + /// not used to create the current instance. + /// </value> + public string MimeType { get; internal set; } + + /// <summary> + /// Gets the seek position in the internal stream used by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value representing the seek + /// position, or 0 if the file is not open for reading. + /// </value> + public long Tell => (Mode == AccessMode.Closed) ? 0 : file_stream.Position; + + /// <summary> + /// Gets the length of the file represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value representing the size of the + /// file, or 0 if the file is not open for reading. + /// </value> + public long Length => (Mode == AccessMode.Closed) ? 0 : file_stream.Length; + + /// <summary> + /// Gets the position at which the invariant portion of the + /// current instance begins. + /// </summary> + /// <value> + /// A <see cref="long" /> value representing the seek + /// position at which the file's invariant (media) data + /// section begins. If the value could not be determined, + /// <c>-1</c> is returned. + /// </value> + public long InvariantStartPosition { get; protected set; } = -1; + + /// <summary> + /// Gets the position at which the invariant portion of the + /// current instance ends. + /// </summary> + /// <value> + /// A <see cref="long" /> value representing the seek + /// position at which the file's invariant (media) data + /// section ends. If the value could not be determined, + /// <c>-1</c> is returned. + /// </value> + public long InvariantEndPosition { get; protected set; } = -1; + + /// <summary> + /// Gets and sets the file access mode in use by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="AccessMode" /> value describing the features + /// of stream currently in use by the current instance. + /// </value> + /// <remarks> + /// Changing the value will cause the stream currently in use + /// to be closed, except when a change is made from <see + /// cref="AccessMode.Write" /> to <see cref="AccessMode.Read" + /// /> which has no effect. + /// </remarks> + public AccessMode Mode { + get { + if (file_stream == null) + return AccessMode.Closed; + + if (file_stream.CanWrite) + return AccessMode.Write; + + return AccessMode.Read; + } + set { + if (Mode == value || (Mode == AccessMode.Write && value == AccessMode.Read)) + return; + + if (file_stream != null) + file_abstraction.CloseStream (file_stream); + + file_stream = null; + + if (value == AccessMode.Read) + file_stream = file_abstraction.ReadStream; + else if (value == AccessMode.Write) + file_stream = file_abstraction.WriteStream; + + Mode = value; + } + } + + /// <summary> + /// Gets the <see cref="IFileAbstraction"/> representing the file. + /// </summary> + public IFileAbstraction FileAbstraction => file_abstraction; + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public virtual bool Writeable => !PossiblyCorrupt; + + /// <summary> + /// Indicates whether or not this file may be corrupt. + /// </summary> + /// <value> + /// <c>true</c> if possibly corrupt; otherwise, <c>false</c>. + /// </value> + /// <remarks> + /// Files with unknown corruptions should not be written. + /// </remarks> + public bool PossiblyCorrupt => corruption_reasons != null; + + /// <summary> + /// The reasons for which this file is marked as corrupt. + /// </summary> + public IEnumerable<string> CorruptionReasons => corruption_reasons; + + #endregion + + + + #region Public Methods + + /// <summary> + /// Mark the file as corrupt. + /// </summary> + /// <param name="reason"> + /// The reason why this file is considered to be corrupt. + /// </param> + internal void MarkAsCorrupt (string reason) + { + if (corruption_reasons == null) + corruption_reasons = new List<string> (); + corruption_reasons.Add (reason); + } + + /// <summary> + /// Dispose the current file. Equivalent to setting the + /// mode to closed + /// </summary> + public void Dispose () + { + Mode = AccessMode.Closed; + } + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public abstract void Save (); + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public abstract void RemoveTags (TagTypes types); + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// <para>Passing <see langword="true" /> to <paramref + /// name="create" /> does not guarantee the tag will be + /// created. For example, trying to create an ID3v2 tag on an + /// OGG Vorbis file will always fail.</para> + /// <para>It is safe to assume that if <see langword="null" + /// /> is not returned, the returned tag can be cast to the + /// appropriate type.</para> + /// </remarks> + /// <example> + /// <para>The following example sets the mood of a file to + /// several tag types.</para> + /// <code lang="C#">string [] SetMoods (TagLib.File file, params string[] moods) + ///{ + /// TagLib.Id3v2.Tag id3 = file.GetTag (TagLib.TagTypes.Id3v2, true); + /// if (id3 != null) + /// id3.SetTextFrame ("TMOO", moods); + /// + /// TagLib.Asf.Tag asf = file.GetTag (TagLib.TagTypes.Asf, true); + /// if (asf != null) + /// asf.SetDescriptorStrings (moods, "WM/Mood", "Mood"); + /// + /// TagLib.Ape.Tag ape = file.GetTag (TagLib.TagTypes.Ape); + /// if (ape != null) + /// ape.SetValue ("MOOD", moods); + /// + /// // Whatever tag types you want... + ///}</code> + /// </example> + public abstract Tag GetTag (TagTypes type, bool create); + + /// <summary> + /// Gets a tag of a specified type from the current instance. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in the current instance. If no matching tag + /// was found, <see langword="null" /> is returned. + /// </returns> + /// <remarks> + /// <para>This class merely accesses the tag if it exists. + /// <see cref="GetTag(TagTypes,bool)" /> provides the option + /// of adding the tag to the current instance if it does not + /// exist.</para> + /// <para>It is safe to assume that if <see langword="null" + /// /> is not returned, the returned tag can be cast to the + /// appropriate type.</para> + /// </remarks> + /// <example> + /// <para>The following example reads the mood of a file from + /// several tag types.</para> + /// <code lang="C#">static string [] GetMoods (TagLib.File file) + ///{ + /// TagLib.Id3v2.Tag id3 = file.GetTag (TagLib.TagTypes.Id3v2); + /// if (id3 != null) { + /// TextIdentificationFrame f = TextIdentificationFrame.Get (this, "TMOO"); + /// if (f != null) + /// return f.FieldList.ToArray (); + /// } + /// + /// TagLib.Asf.Tag asf = file.GetTag (TagLib.TagTypes.Asf); + /// if (asf != null) { + /// string [] value = asf.GetDescriptorStrings ("WM/Mood", "Mood"); + /// if (value.Length &gt; 0) + /// return value; + /// } + /// + /// TagLib.Ape.Tag ape = file.GetTag (TagLib.TagTypes.Ape); + /// if (ape != null) { + /// Item item = ape.GetItem ("MOOD"); + /// if (item != null) + /// return item.ToStringArray (); + /// } + /// + /// // Whatever tag types you want... + /// + /// return new string [] {}; + ///}</code> + /// </example> + public Tag GetTag (TagTypes type) + { + return GetTag (type, false); + } + + /// <summary> + /// Reads a specified number of bytes at the current seek + /// position from the current instance. + /// </summary> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the data + /// read from the current instance. + /// </returns> + /// <remarks> + /// <para>This method reads the block of data at the current + /// seek position. To change the seek position, use <see + /// cref="Seek(long,SeekOrigin)" />.</para> + /// </remarks> + /// <exception cref="ArgumentException"> + /// <paramref name="length" /> is less than zero. + /// </exception> + public ByteVector ReadBlock (int length) + { + if (length < 0) + throw new ArgumentException ("Length must be non-negative", nameof (length)); + + if (length == 0) + return new ByteVector (); + + Mode = AccessMode.Read; + + byte[] buffer = new byte[length]; + + int count = 0, read = 0, needed = length; + + do { + count = file_stream.Read (buffer, read, needed); + + read += count; + needed -= count; + } while (needed > 0 && count != 0); + + return new ByteVector (buffer, read); + } + + /// <summary> + /// Writes a block of data to the file represented by the + /// current instance at the current seek position. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing data to be + /// written to the current instance. + /// </param> + /// <remarks> + /// This will overwrite any existing data at the seek + /// position and append new data to the file if writing past + /// the current end. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public void WriteBlock (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Mode = AccessMode.Write; + + file_stream.Write (data.Data, 0, data.Count); + } + + /// <summary> + /// Searches forwards through a file for a specified + /// pattern, starting at a specified offset. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector" /> object containing a pattern + /// to search for in the current instance. + /// </param> + /// <param name="startPosition"> + /// A <see cref="int" /> value specifying at what + /// seek position to start searching. + /// </param> + /// <param name="before"> + /// A <see cref="ByteVector" /> object specifying a pattern + /// that the searched for pattern must appear before. If this + /// pattern is found first, -1 is returned. + /// </param> + /// <returns> + /// A <see cref="long" /> value containing the index at which + /// the value was found. If not found, -1 is returned. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public long Find (ByteVector pattern, long startPosition, ByteVector before) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + Mode = AccessMode.Read; + + if (pattern.Count > buffer_size) + return -1; + + // The position in the file that the current buffer + // starts at. + + long buffer_offset = startPosition; + long original_position = file_stream.Position; + + try { + // Start the search at the offset. + file_stream.Position = startPosition; + for (var buffer = ReadBlock (buffer_size); buffer.Count > 0; buffer = ReadBlock (buffer_size)) { + var location = buffer.Find (pattern); + if (before != null) { + var beforeLocation = buffer.Find (before); + if (beforeLocation < location) + return -1; + } + + if (location >= 0) + return buffer_offset + location; + + // Ensure that we always rewind the stream a little so we never have a partial + // match where our data exists between the end of read A and the start of read B. + buffer_offset += buffer_size - pattern.Count; + if (before != null && before.Count > pattern.Count) + buffer_offset -= before.Count - pattern.Count; + file_stream.Position = buffer_offset; + } + + return -1; + } finally { + file_stream.Position = original_position; + } + } + + /// <summary> + /// Searches forwards through a file for a specified + /// pattern, starting at a specified offset. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector" /> object containing a pattern + /// to search for in the current instance. + /// </param> + /// <param name="startPosition"> + /// A <see cref="int" /> value specifying at what + /// seek position to start searching. + /// </param> + /// <returns> + /// A <see cref="long" /> value containing the index at which + /// the value was found. If not found, -1 is returned. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public long Find (ByteVector pattern, long startPosition) + { + return Find (pattern, startPosition, null); + } + + /// <summary> + /// Searches forwards through a file for a specified + /// pattern, starting at the beginning of the file. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector" /> object containing a pattern + /// to search for in the current instance. + /// </param> + /// <returns> + /// A <see cref="long" /> value containing the index at which + /// the value was found. If not found, -1 is returned. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public long Find (ByteVector pattern) + { + return Find (pattern, 0); + } + + /// <summary> + /// Searches backwards through a file for a specified + /// pattern, starting at a specified offset. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector" /> object containing a pattern + /// to search for in the current instance. + /// </param> + /// <param name="startPosition"> + /// A <see cref="int" /> value specifying at what + /// seek position to start searching. + /// </param> + /// <param name="after"> + /// A <see cref="ByteVector" /> object specifying a pattern + /// that the searched for pattern must appear after. If this + /// pattern is found first, -1 is returned. + /// </param> + /// <returns> + /// A <see cref="long" /> value containing the index at which + /// the value was found. If not found, -1 is returned. + /// </returns> + /// <remarks> + /// Searching for <paramref name="after" /> is not yet + /// implemented. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + long RFind (ByteVector pattern, long startPosition, ByteVector after) + { + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + Mode = AccessMode.Read; + + if (pattern.Count > buffer_size) + return -1; + + // The position in the file that the current buffer + // starts at. + + ByteVector buffer; + + // These variables are used to keep track of a partial + // match that happens at the end of a buffer. + + /* + int previous_partial_match = -1; + int after_previous_partial_match = -1; + */ + + // Save the location of the current read pointer. We + // will restore the position using Seek() before all + // returns. + + long original_position = file_stream.Position; + + // Start the search at the offset. + + long buffer_offset = Length - startPosition; + int read_size = buffer_size; + + read_size = (int)Math.Min (buffer_offset, buffer_size); + buffer_offset -= read_size; + file_stream.Position = buffer_offset; + + // See the notes in find() for an explanation of this + // algorithm. + + for (buffer = ReadBlock (read_size); buffer.Count > 0; buffer = ReadBlock (read_size)) { + + // TODO: (1) previous partial match + + // (2) pattern contained in current buffer + + long location = buffer.RFind (pattern); + if (location >= 0) { + file_stream.Position = original_position; + return buffer_offset + location; + } + + if (after != null && buffer.RFind (after) >= 0) { + file_stream.Position = original_position; + return -1; + } + + read_size = (int)Math.Min (buffer_offset, buffer_size); + buffer_offset -= read_size; + if (read_size + pattern.Count > buffer_size) + buffer_offset += pattern.Count; + + file_stream.Position = buffer_offset; + } + + // Since we hit the end of the file, reset the status + // before continuing. + + file_stream.Position = original_position; + return -1; + } + + /// <summary> + /// Searches backwards through a file for a specified + /// pattern, starting at a specified offset. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector" /> object containing a pattern + /// to search for in the current instance. + /// </param> + /// <param name="startPosition"> + /// A <see cref="int" /> value specifying at what + /// seek position to start searching. + /// </param> + /// <returns> + /// A <see cref="long" /> value containing the index at which + /// the value was found. If not found, -1 is returned. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public long RFind (ByteVector pattern, long startPosition) + { + return RFind (pattern, startPosition, null); + } + + /// <summary> + /// Searches backwards through a file for a specified + /// pattern, starting at the end of the file. + /// </summary> + /// <param name="pattern"> + /// A <see cref="ByteVector" /> object containing a pattern + /// to search for in the current instance. + /// </param> + /// <returns> + /// A <see cref="long" /> value containing the index at which + /// the value was found. If not found, -1 is returned. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="pattern" /> is <see langword="null" />. + /// </exception> + public long RFind (ByteVector pattern) + { + return RFind (pattern, 0); + } + + /// <summary> + /// Inserts a specifed block of data into the file repesented + /// by the current instance at a specified location, + /// replacing a specified number of bytes. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data to + /// insert into the file. + /// </param> + /// <param name="start"> + /// A <see cref="long" /> value specifying at which point to + /// insert the data. + /// </param> + /// <param name="replace"> + /// A <see cref="long" /> value specifying the number of + /// bytes to replace. Typically this is the original size of + /// the data block so that a new block will replace the old + /// one. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public void Insert (ByteVector data, long start, long replace) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Insert (data, data.Count, start, replace); + } + + + + /// <summary> + /// Inserts a specified block of data into the file repesented + /// by the current instance at a specified location. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data to + /// insert into the file. + /// </param> + /// <param name="start"> + /// A <see cref="long" /> value specifying at which point to + /// insert the data. + /// </param> + /// <remarks> + /// This method inserts a new block of data into the file. To + /// replace an existing block, ie. replacing an existing + /// tag with a new one of different size, use <see + /// cref="Insert(ByteVector,long,long)" />. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public void Insert (ByteVector data, long start) + { + Insert (data, start, 0); + } + + /// <summary> + /// Inserts a specified block-size into the file repesented + /// by the current instance at a specified location. Former + /// data at this location is not overwriten and may then + /// contain random content. + /// </summary> + /// <param name="size"> + /// A <see cref="long" /> value specifying the size in bytes + /// of the block to be inserted (reserved). + /// </param> + /// <param name="start"> + /// A <see cref="long" /> value specifying at which point to + /// insert the data. + /// </param> + /// <remarks> + /// This method is usefull to reserve some space in the file. + /// To insert or replace defined data blocks, use <see + /// cref="Insert(ByteVector,long)" /> or + /// <see cref="Insert(ByteVector,long,long)"/> + /// </remarks> + public void Insert (long size, long start) + { + Insert (null, size, start, 0); + } + + + /// <summary> + /// Removes a specified block of data from the file + /// represented by the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value specifying at which point to + /// remove data. + /// </param> + /// <param name="length"> + /// A <see cref="long" /> value specifying the number of + /// bytes to remove. + /// </param> + public void RemoveBlock (long start, long length) + { + if (length <= 0) + return; + + Mode = AccessMode.Write; + + int buffer_length = buffer_size; + + long read_position = start + length; + long write_position = start; + + ByteVector buffer = (byte)1; + + while (buffer.Count != 0) { + file_stream.Position = read_position; + buffer = ReadBlock (buffer_length); + read_position += buffer.Count; + + file_stream.Position = write_position; + WriteBlock (buffer); + write_position += buffer.Count; + } + + Truncate (write_position); + } + + /// <summary> + /// Seeks the read/write pointer to a specified offset in the + /// current instance, relative to a specified origin. + /// </summary> + /// <param name="offset"> + /// A <see cref="long" /> value indicating the byte offset to + /// seek to. + /// </param> + /// <param name="origin"> + /// A <see cref="SeekOrigin" /> value specifying an + /// origin to seek from. + /// </param> + public void Seek (long offset, SeekOrigin origin) + { + if (Mode != AccessMode.Closed) + file_stream.Seek (offset, origin); + } + + /// <summary> + /// Seeks the read/write pointer to a specified offset in the + /// current instance, relative to the beginning of the file. + /// </summary> + /// <param name="offset"> + /// A <see cref="long" /> value indicating the byte offset to + /// seek to. + /// </param> + public void Seek (long offset) + { + Seek (offset, SeekOrigin.Begin); + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Creates a new instance of a <see cref="File" /> subclass + /// for a specified path, guessing the mime-type from the + /// file's extension and using the average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object specifying the file to + /// read from and write to. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> as read from the + /// specified path. + /// </returns> + /// <exception cref="CorruptFileException"> + /// The file could not be read due to corruption. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// The file could not be read because the mime-type could + /// not be resolved or the library does not support an + /// internal feature of the file crucial to its reading. + /// </exception> + public static File Create (string path) + { + return Create (path, null, ReadStyle.Average); + } + + /// <summary> + /// Creates a new instance of a <see cref="File" /> subclass + /// for a specified file abstraction, guessing the mime-type + /// from the file's extension and using the average read + /// style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="IFileAbstraction" /> object to use when + /// reading to and writing from the current instance. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> as read from the + /// specified abstraction. + /// </returns> + /// <exception cref="CorruptFileException"> + /// The file could not be read due to corruption. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// The file could not be read because the mime-type could + /// not be resolved or the library does not support an + /// internal feature of the file crucial to its reading. + /// </exception> + public static File Create (IFileAbstraction abstraction) + { + return Create (abstraction, null, ReadStyle.Average); + } + + /// <summary> + /// Creates a new instance of a <see cref="File" /> subclass + /// for a specified path and read style, guessing the + /// mime-type from the file's extension. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object specifying the file to + /// read from and write to. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying the level of + /// detail to use when reading the media information from the + /// new instance. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> as read from the + /// specified path. + /// </returns> + /// <exception cref="CorruptFileException"> + /// The file could not be read due to corruption. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// The file could not be read because the mime-type could + /// not be resolved or the library does not support an + /// internal feature of the file crucial to its reading. + /// </exception> + public static File Create (string path, ReadStyle propertiesStyle) + { + return Create (path, null, propertiesStyle); + } + + /// <summary> + /// Creates a new instance of a <see cref="File" /> subclass + /// for a specified file abstraction and read style, guessing + /// the mime-type from the file's extension. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="IFileAbstraction" /> object to use when + /// reading to and writing from the current instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying the level of + /// detail to use when reading the media information from the + /// new instance. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> as read from the + /// specified abstraction. + /// </returns> + /// <exception cref="CorruptFileException"> + /// The file could not be read due to corruption. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// The file could not be read because the mime-type could + /// not be resolved or the library does not support an + /// internal feature of the file crucial to its reading. + /// </exception> + public static File Create (IFileAbstraction abstraction, ReadStyle propertiesStyle) + { + return Create (abstraction, null, propertiesStyle); + } + + /// <summary> + /// Creates a new instance of a <see cref="File" /> subclass + /// for a specified path, mime-type, and read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object specifying the file to + /// read from and write to. + /// </param> + /// <param name="mimetype"> + /// A <see cref="string" /> object containing the mime-type + /// to use when selecting the appropriate class to use, or + /// <see langword="null" /> if the extension in <paramref + /// name="path" /> is to be used. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying the level of + /// detail to use when reading the media information from the + /// new instance. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> as read from the + /// specified path. + /// </returns> + /// <exception cref="CorruptFileException"> + /// The file could not be read due to corruption. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// The file could not be read because the mime-type could + /// not be resolved or the library does not support an + /// internal feature of the file crucial to its reading. + /// </exception> + public static File Create (string path, string mimetype, ReadStyle propertiesStyle) + { + return Create (new LocalFileAbstraction (path), mimetype, propertiesStyle); + } + + /// <summary> + /// Creates a new instance of a <see cref="File" /> subclass + /// for a specified file abstraction, mime-type, and read + /// style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="IFileAbstraction" /> object to use when + /// reading to and writing from the current instance. + /// </param> + /// <param name="mimetype"> + /// A <see cref="string" /> object containing the mime-type + /// to use when selecting the appropriate class to use, or + /// <see langword="null" /> if the extension in <paramref + /// name="abstraction" /> is to be used. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying the level of + /// detail to use when reading the media information from the + /// new instance. + /// </param> + /// <returns> + /// A new instance of <see cref="File" /> as read from the + /// specified abstraction. + /// </returns> + /// <exception cref="CorruptFileException"> + /// The file could not be read due to corruption. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// The file could not be read because the mime-type could + /// not be resolved or the library does not support an + /// internal feature of the file crucial to its reading. + /// </exception> + public static File Create (IFileAbstraction abstraction, string mimetype, ReadStyle propertiesStyle) + { + if (mimetype == null) { + string ext = string.Empty; + + int index = abstraction.Name.LastIndexOf (".") + 1; + + if (index >= 1 && index < abstraction.Name.Length) + ext = abstraction.Name.Substring (index, abstraction.Name.Length - index); + + mimetype = "taglib/" + ext.ToLower (CultureInfo.InvariantCulture); + } + + foreach (var resolver in file_type_resolvers) { + var file = resolver (abstraction, mimetype, propertiesStyle); + + if (file != null) + return file; + } + + if (!FileTypes.AvailableTypes.ContainsKey (mimetype)) + throw new UnsupportedFormatException ( + string.Format (CultureInfo.InvariantCulture, "{0} ({1})", abstraction.Name, mimetype)); + + var file_type = FileTypes.AvailableTypes[mimetype]; + + try { + var file = (File)Activator.CreateInstance (file_type, new object[] { abstraction, propertiesStyle }); + + file.MimeType = mimetype; + return file; + } catch (System.Reflection.TargetInvocationException e) { + PrepareExceptionForRethrow (e.InnerException); + throw e.InnerException; + } + } + + /// <summary> + /// Adds a <see cref="FileTypeResolver" /> to the <see + /// cref="File" /> class. The one added last gets run first. + /// </summary> + /// <param name="resolver"> + /// A <see cref="FileTypeResolver" /> delegate to add to the + /// file type recognition stack. + /// </param> + /// <remarks> + /// A <see cref="FileTypeResolver" /> adds support for + /// recognizing a file type outside of the standard mime-type + /// methods. + /// </remarks> + public static void AddFileTypeResolver (FileTypeResolver resolver) + { + if (resolver != null) + file_type_resolvers.Insert (0, resolver); + } + + #endregion + + + + #region Private/Protected Methods + + /// <summary> + /// Prepare to Save the file. Thismust be called at the begining + /// of every File.Save() method. + /// </summary> + protected void PreSave () + { + // Check validity + + if (!Writeable) + throw new InvalidOperationException ("File not writeable."); + + if (PossiblyCorrupt) + throw new CorruptFileException ("Corrupted file cannot be saved."); + + // All the Lazy objects must be loaded before opening the file + // in Write mode + if (Tag?.Pictures != null) { + foreach (var pic in Tag.Pictures) { + if (pic is ILazy lazy) { + lazy.Load (); + } + } + } + } + + /// <summary> + /// Inserts a specified block into the file repesented + /// by the current instance at a specified location. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data to + /// insert into the file. if null, no data is writen to the + /// file and the block is just inserted without overwriting the + /// former data at the given location. + /// </param> + /// <param name="size"> + /// A <see cref="long" /> value specifying the size of the block + /// to be inserted. + /// </param> + /// <param name="start"> + /// A <see cref="long" /> value specifying at which point to + /// insert the data. + /// </param> + /// <param name="replace"> + /// A <see cref="long" /> value specifying the number of + /// bytes to replace. Typically this is the original size of + /// the data block so that a new block will replace the old + /// one. + /// </param> + /// <remarks> + /// This method inserts a new block of data into the file. To + /// replace an existing block, ie. replacing an existing + /// tag with a new one of different size, use <see + /// cref="Insert(ByteVector,long,long)" />. + /// </remarks> + void Insert (ByteVector data, long size, long start, long replace) + { + Mode = AccessMode.Write; + + if (size == replace) { + if (data != null) { + file_stream.Position = start; + WriteBlock (data); + } + return; + } else if (size < replace) { + if (data != null) { + file_stream.Position = start; + WriteBlock (data); + } + RemoveBlock (start + size, replace - size); + return; + } + + // Woohoo! Faster (about 20%) than id3lib at last. I + // had to get hardcore and avoid TagLib's high level API + // for rendering just copying parts of the file that + // don't contain tag data. + // + // Now I'll explain the steps in this ugliness: + + // First, make sure that we're working with a buffer + // that is longer or equal than the *difference* in the tag sizes, + // and that is a multiple of buffer_size. + // We want to avoid overwriting parts that aren't yet in + // memory, so this is necessary. + + int buffer_length = (int)(size - replace); + int modulo = buffer_length % buffer_size; + if (modulo != 0) buffer_length += buffer_size - modulo; + + + // Set where to start the reading and writing. + + long read_position = start + replace; + long write_position = start; + + byte[] buffer; + byte[] about_to_overwrite; + + // This is basically a special case of the loop below. + // Here we're just doing the same steps as below, but + // since we aren't using the same buffer size -- instead + // we're using the tag size -- this has to be handled as + // a special case. We're also using File::writeBlock() + // just for the tag. That's a bit slower than using char + // *'s so, we're only doing it here. + + file_stream.Position = read_position; + about_to_overwrite = ReadBlock (buffer_length).Data; + read_position += buffer_length; + + if (data != null) { + file_stream.Position = write_position; + WriteBlock (data); + } else if (start + size > Length) { + file_stream.SetLength (start + size); + } + write_position += size; + + buffer = new byte[about_to_overwrite.Length]; + Array.Copy (about_to_overwrite, 0, buffer, 0, + about_to_overwrite.Length); + + // Ok, here's the main loop. We want to loop until the + // read fails, which means that we hit the end of the + // file. + + while (buffer_length != 0) { + // Seek to the current read position and read + // the data that we're about to overwrite. + // Appropriately increment the readPosition. + + file_stream.Position = read_position; + int bytes_read = file_stream.Read ( + about_to_overwrite, 0, buffer_length < about_to_overwrite.Length ? + buffer_length : about_to_overwrite.Length); + read_position += buffer_length; + + // Seek to the write position and write our + // buffer. Increment the writePosition. + + file_stream.Position = write_position; + file_stream.Write (buffer, 0, buffer_length < buffer.Length ? buffer_length : buffer.Length); + write_position += buffer_length; + + // Make the current buffer the data that we read + // in the beginning. + + Array.Copy (about_to_overwrite, 0, buffer, 0, bytes_read); + + // Again, we need this for the last write. We + // don't want to write garbage at the end of our + // file, so we need to set the buffer size to + // the amount that we actually read. + + buffer_length = bytes_read; + } + } + + /// <summary> + /// Resized the current instance to a specified number of + /// bytes. + /// </summary> + /// <param name="length"> + /// A <see cref="long" /> value specifying the number of + /// bytes to resize the file to. + /// </param> + protected void Truncate (long length) + { + var old_mode = Mode; + Mode = AccessMode.Write; + file_stream.SetLength (length); + Mode = old_mode; + } + + /// <summary> + /// Causes the original strack trace of the exception to be preserved when it is rethrown + /// </summary> + /// <param name="ex"></param> + static void PrepareExceptionForRethrow (Exception ex) + { + var ctx = new StreamingContext (StreamingContextStates.CrossAppDomain); + var mgr = new ObjectManager (null, ctx); + var si = new SerializationInfo (ex.GetType (), new FormatterConverter ()); + + ex.GetObjectData (si, ctx); + mgr.RegisterObject (ex, 1, si); // prepare for SetObjectData + mgr.DoFixups (); // ObjectManager calls SetObjectData + } + + #endregion + + + + #region Classes + + /// <summary> + /// This class implements <see cref="IFileAbstraction" /> + /// to provide support for accessing the local/standard file + /// system. + /// </summary> + /// <remarks> + /// This class is used as the standard file abstraction + /// throughout the library. + /// </remarks> + public class LocalFileAbstraction : IFileAbstraction + { + /// <summary> + /// Contains the name used to open the file. + /// </summary> + readonly string name; + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="LocalFileAbstraction" /> for a + /// specified path in the local file system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the + /// path of the file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" + /// />. + /// </exception> + public LocalFileAbstraction (string path) + { + if (path == null) + throw new ArgumentNullException (nameof (path)); + + name = path; + } + + /// <summary> + /// Gets the path of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the + /// path of the file represented by the current + /// instance. + /// </value> + public string Name => name; + + /// <summary> + /// Gets a new readable, seekable stream from the + /// file represented by the current instance. + /// </summary> + /// <value> + /// A new <see cref="Stream" /> to be used + /// when reading the file represented by the current + /// instance. + /// </value> + public Stream ReadStream => System.IO.File.Open (Name, + FileMode.Open, + FileAccess.Read, + FileShare.Read); + + /// <summary> + /// Gets a new writable, seekable stream from the + /// file represented by the current instance. + /// </summary> + /// <value> + /// A new <see cref="Stream" /> to be used + /// when writing to the file represented by the + /// current instance. + /// </value> + public Stream WriteStream => System.IO.File.Open (Name, + FileMode.Open, + FileAccess.ReadWrite); + + /// <summary> + /// Closes a stream created by the current instance. + /// </summary> + /// <param name="stream"> + /// A <see cref="Stream" /> object + /// created by the current instance. + /// </param> + public void CloseStream (Stream stream) + { + if (stream == null) + throw new ArgumentNullException (nameof (stream)); + + stream.Close (); + } + } + + #endregion + + + + #region Interfaces + + /// <summary> + /// This interface provides abstracted access to a file. It + /// premits access to non-standard file systems and data + /// retrieval methods. + /// </summary> + /// <remarks> + /// <para>To use a custom abstraction, use <see + /// cref="Create(IFileAbstraction)" /> instead of <see + /// cref="Create(string)" /> when creating files.</para> + /// </remarks> + /// <example> + /// <para>The following example uses Gnome VFS to open a file + /// and read its title.</para> + /// <code lang="C#">using TagLib; + ///using Gnome.Vfs; + /// + ///public class ReadTitle + ///{ + /// public static void Main (string [] args) + /// { + /// if (args.Length != 1) + /// return; + /// + /// Gnome.Vfs.Vfs.Initialize (); + /// + /// try { + /// TagLib.File file = TagLib.File.Create ( + /// new VfsFileAbstraction (args [0])); + /// System.Console.WriteLine (file.Tag.Title); + /// } finally { + /// Vfs.Shutdown() + /// } + /// } + ///} + /// + ///public class VfsFileAbstraction : TagLib.File.IFileAbstraction + ///{ + /// private string name; + /// + /// public VfsFileAbstraction (string file) + /// { + /// name = file; + /// } + /// + /// public string Name { + /// get { return name; } + /// } + /// + /// public System.IO.Stream ReadStream { + /// get { return new VfsStream(Name, System.IO.FileMode.Open); } + /// } + /// + /// public System.IO.Stream WriteStream { + /// get { return new VfsStream(Name, System.IO.FileMode.Open); } + /// } + /// + /// public void CloseStream (System.IO.Stream stream) + /// { + /// stream.Close (); + /// } + ///}</code> + /// <code lang="Boo">import TagLib from "taglib-sharp.dll" + ///import Gnome.Vfs from "gnome-vfs-sharp" + /// + ///class VfsFileAbstraction (TagLib.File.IFileAbstraction): + /// + /// _name as string + /// + /// def constructor(file as string): + /// _name = file + /// + /// Name: + /// get: + /// return _name + /// + /// ReadStream: + /// get: + /// return VfsStream(_name, FileMode.Open) + /// + /// WriteStream: + /// get: + /// return VfsStream(_name, FileMode.Open) + /// + ///if len(argv) == 1: + /// Vfs.Initialize() + /// + /// try: + /// file as TagLib.File = TagLib.File.Create (VfsFileAbstraction (argv[0])) + /// print file.Tag.Title + /// ensure: + /// Vfs.Shutdown()</code> + /// </example> + public interface IFileAbstraction + { + /// <summary> + /// Gets the name or identifier used by the + /// implementation. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the + /// name or identifier used by the implementation. + /// </value> + /// <remarks> + /// This value would typically represent a path or + /// URL to be used when identifying the file in the + /// file system, but it could be any value + /// as appropriate for the implementation. + /// </remarks> + string Name { get; } + + /// <summary> + /// Gets a readable, seekable stream for the file + /// referenced by the current instance. + /// </summary> + /// <value> + /// A <see cref="System.IO.Stream" /> object to be + /// used when reading a file. + /// </value> + /// <remarks> + /// This property is typically used when creating + /// constructing an instance of <see cref="File" />. + /// Upon completion of the constructor, <see + /// cref="CloseStream" /> will be called to close + /// the stream. If the stream is to be reused after + /// this point, <see cref="CloseStream" /> should be + /// implemented in a way to keep it open. + /// </remarks> + Stream ReadStream { get; } + + /// <summary> + /// Gets a writable, seekable stream for the file + /// referenced by the current instance. + /// </summary> + /// <value> + /// A <see cref="Stream" /> object to be + /// used when writing to a file. + /// </value> + /// <remarks> + /// This property is typically used when saving a + /// file with <see cref="Save" />. Upon completion of + /// the method, <see cref="CloseStream" /> will be + /// called to close the stream. If the stream is to + /// be reused after this point, <see + /// cref="CloseStream" /> should be implemented in a + /// way to keep it open. + /// </remarks> + Stream WriteStream { get; } + + /// <summary> + /// Closes a stream originating from the current + /// instance. + /// </summary> + /// <param name="stream"> + /// A <see cref="Stream" /> object + /// originating from the current instance. + /// </param> + /// <remarks> + /// If the stream is to be used outside of the scope, + /// of TagLib#, this method should perform no action. + /// For example, a stream that was created outside of + /// the current instance, or a stream that will + /// subsequently be used to play the file. + /// </remarks> + void CloseStream (Stream stream); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/File.cs.meta b/Scripts/TaglibSharp/File.cs.meta new file mode 100644 index 0000000..e717fe9 --- /dev/null +++ b/Scripts/TaglibSharp/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 52c28e7dd422cc99f9c2e90fa020cc88 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/FileTypes.cs b/Scripts/TaglibSharp/FileTypes.cs new file mode 100644 index 0000000..7e8d2b8 --- /dev/null +++ b/Scripts/TaglibSharp/FileTypes.cs @@ -0,0 +1,150 @@ +// +// FileTypes.cs: Provides a mechanism for registering file classes and mime- +// types, to be used when constructing a class via TagLib.File.Create. +// +// Author: +// Aaron Bockover (abockover@novell.com) +// +// Copyright (C) 2006 Novell, Inc. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib +{ + /// <summary> + /// This static class provides a mechanism for registering file + /// classes and mime-types, to be used when constructing a class via + /// <see cref="File.Create(string)" />. + /// </summary> + /// <remarks> + /// <para>The default types built into the taglib-sharp.dll assembly + /// are registered automatically when the class is initialized. To + /// register your own custom types, use <see cref="Register" + /// />.</para> + /// </remarks> + /// <seealso cref="SupportedMimeType" /> + public static class FileTypes + { + /// <summary> + /// Contains a mapping between mime-types and the <see + /// cref="File" /> subclasses that support them. + /// </summary> + static Dictionary<string, Type> file_types; + + /// <summary> + /// Contains a static array of file types contained in the + /// TagLib# assembly. + /// </summary> + /// <remarks> + /// A static Type array is used instead of getting types by + /// reflecting the executing assembly as Assembly.GetTypes is + /// very inefficient and leaks every type instance under + /// Mono. Not reflecting taglib-sharp.dll saves about 120KB + /// of heap. + /// </remarks> + static readonly Type[] static_file_types = new[] { + typeof(Aac.File), + typeof(Aiff.File), + typeof(Ape.File), + typeof(Asf.File), + typeof(Audible.File), + typeof(Dsf.File), + typeof(Flac.File), + typeof(Matroska.File), + typeof(Gif.File), + typeof(Image.NoMetadata.File), + typeof(Jpeg.File), + typeof(Mpeg4.File), + typeof(Mpeg.AudioFile), + typeof(Mpeg.File), + typeof(MusePack.File), + typeof(Ogg.File), + typeof(Png.File), + typeof(Riff.File), + typeof(Tiff.Arw.File), + typeof(Tiff.Cr2.File), + typeof(Tiff.Dng.File), + typeof(Tiff.File), + typeof(Tiff.Nef.File), + typeof(Tiff.Pef.File), + typeof(Tiff.Rw2.File), + typeof(WavPack.File) + }; + + /// <summary> + /// Constructs and initializes the <see cref="FileTypes" /> + /// class by registering the default types. + /// </summary> + static FileTypes () + { + Init (); + } + + /// <summary> + /// Initializes the class by registering the default types. + /// </summary> + internal static void Init () + { + if (file_types != null) + return; + + file_types = new Dictionary<string, Type> (); + + foreach (Type type in static_file_types) + Register (type); + } + + /// <summary> + /// Registers a <see cref="File" /> subclass to be used when + /// creating files via <see cref="File.Create(string)" />. + /// </summary> + /// <param name="type"> + /// A <see cref="Type" /> object for the class to register. + /// </param> + /// <remarks> + /// In order to register mime-types, the class represented by + /// <paramref name="type" /> should use the <see + /// cref="SupportedMimeType" /> custom attribute. + /// </remarks> + public static void Register (Type type) + { + Attribute[] attrs = Attribute.GetCustomAttributes (type, typeof (SupportedMimeType), false); + + if (attrs.Length == 0) + return; + + foreach (SupportedMimeType attr in attrs) + file_types.Add (attr.MimeType, type); + } + + /// <summary> + /// Gets a dictionary containing all the supported mime-types + /// and file classes used by <see cref="File.Create(string)" + /// />. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IDictionary`2" /> object containing the + /// supported mime-types. + /// </value> + public static IDictionary<string, Type> AvailableTypes { + get { return file_types; } + } + } +} + diff --git a/Scripts/TaglibSharp/FileTypes.cs.meta b/Scripts/TaglibSharp/FileTypes.cs.meta new file mode 100644 index 0000000..3e62571 --- /dev/null +++ b/Scripts/TaglibSharp/FileTypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 23e93de1fe905f6eabb3e07e3c9aa3f0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Flac.meta b/Scripts/TaglibSharp/Flac.meta new file mode 100644 index 0000000..6f8420a --- /dev/null +++ b/Scripts/TaglibSharp/Flac.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 8148a9d853e5e63c9887d255e17b38f8 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Flac/Block.cs b/Scripts/TaglibSharp/Flac/Block.cs new file mode 100644 index 0000000..d62e298 --- /dev/null +++ b/Scripts/TaglibSharp/Flac/Block.cs @@ -0,0 +1,191 @@ +// +// Block.cs: Represents a Flac metadata block. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Flac +{ + /// <summary> + /// This class represents a Flac metadata block. + /// </summary> + public class Block + { + #region Private Fields + + /// <summary> + /// Contains the block header. + /// </summary> + readonly BlockHeader header; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Block" /> with a specified header and internal + /// data. + /// </summary> + /// <param name="header"> + /// A <see cref="BlockHeader" /> object containing the + /// header to use for the new instance. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data + /// to be contained in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The size of <paramref name="data" /> does not match the + /// size specified in <paramref name="header" />. + /// </exception> + public Block (BlockHeader header, ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (header.BlockSize != data.Count) + throw new CorruptFileException ("Data count not equal to block size."); + + this.header = header; + Data = data; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Block" /> with of a specified type and internal + /// data. + /// </summary> + /// <param name="type"> + /// A <see cref="BlockType" /> value indicating the type of + /// data stored in <paramref name="data" />. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data + /// to be contained in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public Block (BlockType type, ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + header = new BlockHeader (type, (uint)data.Count); + + Data = data; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the type of data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="BlockType" /> value indicating the type of + /// data contained in <see cref="Data" />. + /// </value> + public BlockType Type { + get { return header.BlockType; } + } + + /// <summary> + /// Gets whether or not the block represented by the current + /// instance is the last metadata block in the Flac stream. + /// </summary> + /// <value> + /// <see langword="true" /> if the block represented by the + /// current instance was the last one to appear in the file + /// and is followed immediately by the audio data, or <see + /// langword="false" /> if another block appears after the + /// current one or the block was not read from disk. + /// </value> + public bool IsLastBlock { + get { return header.IsLastBlock; } + } + + /// <summary> + /// Gets the size of the data contained in the current + /// instance. + /// </summary> + public uint DataSize { + get { return header.BlockSize; } + } + + /// <summary> + /// Gets the total size of the block represented by the + /// current instance as it appears on disk. + /// </summary> + public uint TotalSize { + get { return DataSize + BlockHeader.Size; } + } + + /// <summary> + /// Gets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// stored in the current instance. + /// </value> + public ByteVector Data { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw Flac metadata + /// block. + /// </summary> + /// <param name="isLastBlock"> + /// A <see cref="bool" /> value indicating whether or not the + /// block is to be marked as the last metadata block. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render (bool isLastBlock) + { + if (Data == null) + throw new InvalidOperationException ("Cannot render empty blocks."); + + ByteVector data = header.Render (isLastBlock); + data.Add (Data); + return data; + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Flac/Block.cs.meta b/Scripts/TaglibSharp/Flac/Block.cs.meta new file mode 100644 index 0000000..fddf435 --- /dev/null +++ b/Scripts/TaglibSharp/Flac/Block.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2b85066ddbb2e476dacfb9957cb823bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Flac/BlockHeader.cs b/Scripts/TaglibSharp/Flac/BlockHeader.cs new file mode 100644 index 0000000..ecc4955 --- /dev/null +++ b/Scripts/TaglibSharp/Flac/BlockHeader.cs @@ -0,0 +1,175 @@ +// +// BlockHeader.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Flac +{ + /// <summary> + /// Specifies the contents of a Flac block in <see cref="BlockHeader" + /// />. + /// </summary> + public enum BlockType + { + /// <summary> + /// The block contains stream information. + /// </summary> + StreamInfo = 0, + + /// <summary> + /// The block contains padding. + /// </summary> + Padding, + + /// <summary> + /// The block contains application data. + /// </summary> + Application, + + /// <summary> + /// The block contains seek table. + /// </summary> + SeekTable, + + /// <summary> + /// The block contains a Xipp comment. + /// </summary> + XiphComment, + + /// <summary> + /// The block contains a cue sheet. + /// </summary> + CueSheet, + + /// <summary> + /// The block contains a picture. + /// </summary> + Picture + } + + /// <summary> + /// This structure provides a representation of a Flac metadata block + /// header structure. + /// </summary> + public struct BlockHeader + { + + /// <summary> + /// The size of a block header. + /// </summary> + public const uint Size = 4; + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BlockHeader" /> by reading a raw header from a <see + /// cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing a raw + /// block header. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 4 bytes. + /// </exception> + public BlockHeader (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Size) + throw new CorruptFileException ("Not enough data in Flac header."); + + BlockType = (BlockType)(data[0] & 0x7f); + IsLastBlock = (data[0] & 0x80) != 0; + BlockSize = data.Mid (1, 3).ToUInt (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BlockHeader" /> for a specified block type and size. + /// </summary> + /// <param name="type"> + /// A <see cref="BlockType" /> value describing the contents + /// of the block. + /// </param> + /// <param name="blockSize"> + /// A <see cref="uint" /> value containing the block data + /// size minus the size of the header. + /// </param> + public BlockHeader (BlockType type, uint blockSize) + { + BlockType = type; + IsLastBlock = false; + BlockSize = blockSize; + } + + /// <summary> + /// Renderes the current instance as a raw Flac block header. + /// </summary> + /// <param name="isLastBlock"> + /// A <see cref="bool" /> value specifying whether or not the + /// header is the last header of the file. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered header. + /// </returns> + public ByteVector Render (bool isLastBlock) + { + ByteVector data = ByteVector.FromUInt (BlockSize); + data[0] = (byte)(BlockType + (isLastBlock ? 0x80 : 0)); + return data; + } + + /// <summary> + /// Gets the type of block described by the current instance. + /// </summary> + /// <value> + /// A <see cref="BlockType" /> value describing the block + /// type. + /// </value> + public BlockType BlockType { get; private set; } + + /// <summary> + /// Gets whether or not the block is the last in the file. + /// </summary> + /// <value> + /// <see langword="true" /> if the block is the last in the + /// file; otherwise <see langword="false" />. + /// </value> + public bool IsLastBlock { get; private set; } + + /// <summary> + /// Gets the size of the block described by the current + /// instance, minus the block header. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// block, minus the header. + /// </value> + public uint BlockSize { get; private set; } + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Flac/BlockHeader.cs.meta b/Scripts/TaglibSharp/Flac/BlockHeader.cs.meta new file mode 100644 index 0000000..29bf988 --- /dev/null +++ b/Scripts/TaglibSharp/Flac/BlockHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bdff34f1d4c26490c97cebf8fd90d80d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Flac/File.cs b/Scripts/TaglibSharp/Flac/File.cs new file mode 100644 index 0000000..d2354e5 --- /dev/null +++ b/Scripts/TaglibSharp/Flac/File.cs @@ -0,0 +1,665 @@ +// +// File.cs: Provides tagging and properties support for Xiph's Flac audio files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// flacfile.cpp from TagLib +// +// Copyright (C) 2006-2007 Brian Nickel +// Copyright (C) 2003-2004 Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Flac +{ + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for Xiph's Flac audio + /// files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Ogg.XiphComment" /> will be added + /// automatically to any file that doesn't contain one. This change + /// does not effect the physical file until <see cref="Save" /> is + /// called and can be reversed using the following method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/flac", "flac")] + [SupportedMimeType ("audio/x-flac")] + [SupportedMimeType ("application/x-flac")] + [SupportedMimeType ("audio/flac")] + public class File : TagLib.NonContainer.File + { + #region Private Fields + + /// <summary> + /// Contains the Flac metadata tag. + /// </summary> + Metadata metadata; + + /// <summary> + /// Contains the combination of all file tags. + /// </summary> + CombinedTag tag; + + /// <summary> + /// Contains the Flac header block. + /// </summary> + ByteVector header_block; + + /// <summary> + /// Contains the stream start position. + /// </summary> + long stream_start; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, + ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { + get { return tag; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + // Update the tags at the beginning of the file. + long metadata_start = StartTag.Write (); + + // Get all the blocks, but don't read the data for ones + // we're filling with stored data. + IList<Block> old_blocks = ReadBlocks (ref metadata_start, + out var metadata_end, BlockMode.Blacklist, + BlockType.XiphComment, BlockType.Picture); + + // Create new vorbis comments is they don't exist. + GetTag (TagTypes.Xiph, true); + + // Create new blocks and add the basics. + var new_blocks = new List<Block> (); + new_blocks.Add (old_blocks[0]); + + // Add blocks we don't deal with from the file. + foreach (Block block in old_blocks) + if (block.Type != BlockType.StreamInfo && + block.Type != BlockType.XiphComment && + block.Type != BlockType.Picture && + block.Type != BlockType.Padding) + new_blocks.Add (block); + + new_blocks.Add (new Block (BlockType.XiphComment, + (GetTag (TagTypes.Xiph, true) as Ogg.XiphComment).Render (false))); + + foreach (IPicture picture in metadata.Pictures) { + if (picture == null) + continue; + + new_blocks.Add (new Block (BlockType.Picture, + new Picture (picture).Render ())); + } + + // Get the length of the blocks. + long length = 0; + foreach (Block block in new_blocks) + length += block.TotalSize; + + // Find the padding size to avoid trouble. If that fails + // make some. + long padding_size = metadata_end - metadata_start - + BlockHeader.Size - length; + if (padding_size < 0) + padding_size = 1024 * 4; + + // Add a padding block. + if (padding_size != 0) + new_blocks.Add (new Block (BlockType.Padding, + new ByteVector ((int)padding_size))); + + // Render the blocks. + ByteVector block_data = new ByteVector (); + for (int i = 0; i < new_blocks.Count; i++) + block_data.Add (new_blocks[i].Render ( + i == new_blocks.Count - 1)); + + // Update the blocks. + Insert (block_data, metadata_start, metadata_end - + metadata_start); + + // Update the tags at the end of the file. + EndTag.Write (); + + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, bool create) + { + switch (type) { + case TagTypes.Xiph: + return metadata.GetComment (create, tag); + + case TagTypes.FlacMetadata: + return metadata; + } + + Tag t = (base.Tag as TagLib.NonContainer.Tag).GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return StartTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if ((types & TagTypes.Xiph) != 0) + metadata.RemoveComment (); + + if ((types & TagTypes.FlacMetadata) != 0) + metadata.Clear (); + + base.RemoveTags (types); + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadStart (long start, ReadStyle propertiesStyle) + { + var blocks = ReadBlocks (ref start, out var end, BlockMode.Whitelist, BlockType.StreamInfo, BlockType.XiphComment, BlockType.Picture); + metadata = new Metadata (blocks); + + TagTypesOnDisk |= metadata.TagTypes; + + if ((propertiesStyle & ReadStyle.Average) != 0) { + // Check that the first block is a + // METADATA_BLOCK_STREAMINFO. + if (blocks.Count == 0 || blocks[0].Type != BlockType.StreamInfo) + throw new CorruptFileException ("FLAC stream does not begin with StreamInfo."); + + // The stream exists from the end of the last + // block to the end of the file. + stream_start = end; + header_block = blocks[0].Data; + } + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + tag = new CombinedTag (metadata, base.Tag); + GetTag (TagTypes.Xiph, true); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + var header = new StreamHeader (header_block, end - stream_start); + return new Properties (TimeSpan.Zero, header); + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Indicates whether or not the block types passed into + /// <see cref="ReadBlocks" /> are to be white-listed or + /// black-listed. + /// </summary> + enum BlockMode + { + /// <summary> + /// All block types except those provided are to be + /// returned. + /// </summary> + Blacklist, + + /// <summary> + /// Only those block types provides should be + /// returned. + /// </summary> + Whitelist + } + + /// <summary> + /// Reads all metadata blocks starting from the current + /// instance, starting at a specified position. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start searching for the blocks. This + /// will be updated to the position of the first block. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value reference updated to the + /// position at which the last block ends. + /// </param> + /// <param name="mode"> + /// A <see cref="BlockMode" /> value indicating whether to + /// white-list or black-list the contents of <paramref + /// name="types" />. + /// </param> + /// <param name="types"> + /// A <see cref="T:BlockType[]" /> containing the types to look + /// for or not look for as specified by <paramref name="mode" + /// />. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IList`1" /> object containing the blocks + /// read from the current instance. + /// </returns> + /// <exception cref="CorruptFileException"> + /// "<c>fLaC</c>" could not be found. + /// </exception> + IList<Block> ReadBlocks (ref long start, out long end, BlockMode mode, params BlockType[] types) + { + List<Block> blocks = new List<Block> (); + + long start_position = Find ("fLaC", start); + + if (start_position < 0) + throw new CorruptFileException ("FLAC stream not found at starting position."); + + end = start = start_position + 4; + + Seek (start); + + BlockHeader header; + + do { + header = new BlockHeader (ReadBlock ((int)BlockHeader.Size)); + + bool found = false; + foreach (BlockType type in types) + if (header.BlockType == type) { + found = true; + break; + } + + if ((mode == BlockMode.Whitelist && found) || + (mode == BlockMode.Blacklist && !found)) + blocks.Add (new Block (header, ReadBlock ((int)header.BlockSize))); + else + Seek (header.BlockSize, System.IO.SeekOrigin.Current); + + end += header.BlockSize + BlockHeader.Size; + } while (!header.IsLastBlock); + + return blocks; + } + + #endregion + } + + + + /// <summary> + /// This class extends <see cref="CombinedTag" /> to provide support + /// for reading and writing FLAC metadata boxes. + /// </summary> + /// <remarks> + /// At this point, only Xiph Comments and pictures are supported. + /// </remarks> + public class Metadata : CombinedTag + { + /// <summary> + /// Contains the pictures. + /// </summary> + readonly List<IPicture> pictures = new List<IPicture> (); + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Metadata" /> using a collection of blocks. + /// </summary> + /// <param name="blocks"> + /// A <see cref="T:System.Collections.Generic.List`1" /> object containing <see + /// cref="Block" /> objects to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="blocks" /> is <see langword="null" />. + /// </exception> + [Obsolete ("Use Metadata(IEnumerable<Block>)")] + public Metadata (List<Block> blocks) + : this (blocks as IEnumerable<Block>) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Metadata" /> using a collection of blocks. + /// </summary> + /// <param name="blocks"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating <see + /// cref="Block" /> objects to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="blocks" /> is <see langword="null" />. + /// </exception> + public Metadata (IEnumerable<Block> blocks) + { + if (blocks == null) + throw new ArgumentNullException (nameof (blocks)); + + foreach (Block block in blocks) { + if (block.Data.Count == 0) + continue; + + if (block.Type == BlockType.XiphComment) + AddTag (new Ogg.XiphComment (block.Data)); + else if (block.Type == BlockType.Picture) + pictures.Add (new Picture (block.Data)); + } + } + + /// <summary> + /// Gets the first Xiph comment stored in the current + /// instance, optionally creating one if necessary. + /// </summary> + /// <param name="create"> + /// A <see cref="bool" /> value indicating whether or not a + /// comment should be added if one cannot be found. + /// </param> + /// <param name="copy"> + /// A <see cref="Tag" /> object containing the source tag to + /// copy the values from, or <see langword="null" /> to not + /// copy values. + /// </param> + /// <returns> + /// A <see cref="Ogg.XiphComment" /> object containing the + /// tag that was found in or added to the current instance. + /// If no matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public Ogg.XiphComment GetComment (bool create, Tag copy) + { + foreach (Tag t in Tags) + if (t is Ogg.XiphComment) + return t as Ogg.XiphComment; + + if (!create) + return null; + + Ogg.XiphComment c = new Ogg.XiphComment (); + + if (copy != null) + copy.CopyTo (c, true); + + AddTag (c); + + return c; + } + + /// <summary> + /// Removes all child Xiph Comments from the current + /// instance. + /// </summary> + public void RemoveComment () + { + Ogg.XiphComment c; + + while ((c = GetComment (false, null)) != null) + RemoveTag (c); + } + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing the tag types stored in the current instance. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.FlacMetadata | base.TagTypes; } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + public override IPicture[] Pictures { + get { return pictures.ToArray (); } + set { + pictures.Clear (); + if (value != null) + pictures.AddRange (value); + } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + pictures.Clear (); + } + } +} diff --git a/Scripts/TaglibSharp/Flac/File.cs.meta b/Scripts/TaglibSharp/Flac/File.cs.meta new file mode 100644 index 0000000..dca0922 --- /dev/null +++ b/Scripts/TaglibSharp/Flac/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2398030dd33fc28e38d41d1975d6aa92 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Flac/Picture.cs b/Scripts/TaglibSharp/Flac/Picture.cs new file mode 100644 index 0000000..8b6659f --- /dev/null +++ b/Scripts/TaglibSharp/Flac/Picture.cs @@ -0,0 +1,268 @@ +// +// Picture.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Flac +{ + /// <summary> + /// This class implements <see cref="IPicture" /> to provide support + /// for reading and writing Flac picture metadata. + /// </summary> + public class Picture : IPicture + { + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> by reading the contents of a raw Flac + /// image structure. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// Flac image. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 32 bytes. + /// </exception> + public Picture (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < 32) + throw new CorruptFileException ("Data must be at least 32 bytes long"); + + int pos = 0; + Type = (PictureType)data.Mid (pos, 4).ToUInt (); + pos += 4; + + int mimetype_length = (int)data.Mid (pos, 4).ToUInt (); + pos += 4; + + MimeType = data.ToString (StringType.Latin1, pos, + mimetype_length); + pos += mimetype_length; + + int description_length = (int)data.Mid (pos, 4) + .ToUInt (); + pos += 4; + + Description = data.ToString (StringType.UTF8, pos, + description_length); + pos += description_length; + + Width = (int)data.Mid (pos, 4).ToUInt (); + pos += 4; + + Height = (int)data.Mid (pos, 4).ToUInt (); + pos += 4; + + ColorDepth = (int)data.Mid (pos, 4).ToUInt (); + pos += 4; + + IndexedColors = (int)data.Mid (pos, 4).ToUInt (); + pos += 4; + + int data_length = (int)data.Mid (pos, 4).ToUInt (); + pos += 4; + + Data = data.Mid (pos, data_length); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> by copying the properties of a <see + /// cref="IPicture" /> object. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture" /> object to use for the new + /// instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="picture" /> is <see langword="null" />. + /// </exception> + public Picture (IPicture picture) + { + if (picture == null) + throw new ArgumentNullException (nameof (picture)); + + Type = picture.Type; + MimeType = picture.MimeType; + Filename = picture.Filename; + Description = picture.Description; + Data = picture.Data; + + if (!(picture is Picture flac_picture)) + return; + + Width = flac_picture.Width; + Height = flac_picture.Height; + ColorDepth = flac_picture.ColorDepth; + IndexedColors = flac_picture.IndexedColors; + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw Flac picture. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + var data = new ByteVector { + ByteVector.FromUInt ((uint)Type) + }; + + var mime_data = ByteVector.FromString (MimeType, + StringType.Latin1); + data.Add (ByteVector.FromUInt ((uint)mime_data.Count)); + data.Add (mime_data); + + var decription_data = ByteVector.FromString (Description, StringType.UTF8); + data.Add (ByteVector.FromUInt ((uint)decription_data.Count)); + data.Add (decription_data); + + data.Add (ByteVector.FromUInt ((uint)Width)); + data.Add (ByteVector.FromUInt ((uint)Height)); + data.Add (ByteVector.FromUInt ((uint)ColorDepth)); + data.Add (ByteVector.FromUInt ((uint)IndexedColors)); + + data.Add (ByteVector.FromUInt ((uint)Data.Count)); + data.Add (Data); + + return data; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the mime-type of the picture data + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the mime-type + /// of the picture data stored in the current instance. + /// </value> + public string MimeType { get; set; } + + /// <summary> + /// Gets and sets the type of content visible in the picture + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="PictureType" /> containing the type of + /// content visible in the picture stored in the current + /// instance. + /// </value> + public PictureType Type { get; set; } + + /// <summary> + /// Gets and sets a filename of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a fielname, with + /// extension, of the picture stored in the current instance. + /// </value> + public string Filename { get; set; } + + /// <summary> + /// Gets and sets a description of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the picture stored in the current instance. + /// </value> + public string Description { get; set; } + + /// <summary> + /// Gets and sets the picture data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the picture + /// data stored in the current instance. + /// </value> + public ByteVector Data { get; set; } + + /// <summary> + /// Gets and sets the width of the picture in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing width of the + /// picture stored in the current instance. + /// </value> + public int Width { get; set; } + + /// <summary> + /// Gets and sets the height of the picture in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing height of the + /// picture stored in the current instance. + /// </value> + public int Height { get; set; } + + /// <summary> + /// Gets and sets the color depth of the picture in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing color depth of the + /// picture stored in the current instance. + /// </value> + public int ColorDepth { get; set; } + + /// <summary> + /// Gets and sets the number of indexed colors in the picture + /// in the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing number of indexed + /// colors in the picture, or zero if the picture is not + /// stored in an indexed format. + /// </value> + public int IndexedColors { get; set; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Flac/Picture.cs.meta b/Scripts/TaglibSharp/Flac/Picture.cs.meta new file mode 100644 index 0000000..789566d --- /dev/null +++ b/Scripts/TaglibSharp/Flac/Picture.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 948078d7fd9adb2fe995d19ef3157a39 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Flac/StreamHeader.cs b/Scripts/TaglibSharp/Flac/StreamHeader.cs new file mode 100644 index 0000000..5a57bbc --- /dev/null +++ b/Scripts/TaglibSharp/Flac/StreamHeader.cs @@ -0,0 +1,234 @@ +// +// StreamHeader.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// flagproperties.cpp from TagLib +// +// Copyright (C) 2006-2007 Brian Nickel +// Copyright (C) 2003 Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Flac +{ + /// <summary> + /// This structure implements <see cref="IAudioCodec" /> and provides + /// information about a Flac audio stream. + /// </summary> + public struct StreamHeader : IAudioCodec, ILosslessAudioCodec + { + #region Private Properties + + /// <summary> + /// Contains the flags. + /// </summary> + readonly uint flags; + + /// <summary> + /// Contains the low portion of the length. + /// </summary> + readonly uint low_length; + + /// <summary> + /// Contains the stream length. + /// </summary> + readonly long stream_length; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StreamHeader" /> by reading a raw stream header + /// structure and using the stream length. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// stream header. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value containing the length of the + /// stream. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 18 bytes. + /// </exception> + public StreamHeader (ByteVector data, long streamLength) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < 18) + throw new CorruptFileException ("Not enough data in FLAC header."); + + stream_length = streamLength; + flags = data.Mid (10, 4).ToUInt (true); + low_length = data.Mid (14, 4).ToUInt (true); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + public TimeSpan Duration { + get { + return (AudioSampleRate > 0 && stream_length > 0) + ? TimeSpan.FromSeconds ( + low_length / + (double)AudioSampleRate + + HighLength) : + TimeSpan.Zero; + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + return (int)(Duration > TimeSpan.Zero ? + ((stream_length * 8L) / Duration.TotalSeconds) / 1000 : 0); + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)(flags >> 12); } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return (int)(((flags >> 9) & 7) + 1); } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets the sample width of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample width of + /// the audio represented by the current instance. + /// </value> + [Obsolete ("This property is depreciated, use BitsPerSample instead")] + public int AudioSampleWidth { + get { return BitsPerSample; } + } + + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + public int BitsPerSample { + get { return (int)(((flags >> 4) & 31) + 1); } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { return "Flac Audio"; } + } + + #endregion + + + + #region Private Properties + + /// <summary> + /// Gets a high portion of the length of the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the high portion + /// of the length. + /// </value> + uint HighLength { + get { + // The last 4 bits are the most significant 4 + // bits for the 36 bit stream length in samples. + // (Audio files measured in days) + return (uint)(AudioSampleRate > 0 ? + (((flags & 0xf) << 28) / + AudioSampleRate) << 4 : 0); + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Flac/StreamHeader.cs.meta b/Scripts/TaglibSharp/Flac/StreamHeader.cs.meta new file mode 100644 index 0000000..a71f01c --- /dev/null +++ b/Scripts/TaglibSharp/Flac/StreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 246c726d80e7bc9c68f191ac3d18e936 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Genres.cs b/Scripts/TaglibSharp/Genres.cs new file mode 100644 index 0000000..b38cb99 --- /dev/null +++ b/Scripts/TaglibSharp/Genres.cs @@ -0,0 +1,402 @@ +// +// Genres.cs: Provides convenience functions for converting between String +// genres and their respective audio and video indices as used by several +// formats. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v1genres.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib +{ + /// <summary> + /// This static class provides convenience functions for converting + /// between <see cref="string" /> genres and their respective audio + /// and video indices as used by several formats. + /// </summary> + public static class Genres + { + /// <summary> + /// Contains a list of ID3v1 audio generes. + /// </summary> + static readonly string[] audio = { + "Blues", + "Classic Rock", + "Country", + "Dance", + "Disco", + "Funk", + "Grunge", + "Hip-Hop", + "Jazz", + "Metal", + "New Age", + "Oldies", + "Other", + "Pop", + "R&B", + "Rap", + "Reggae", + "Rock", + "Techno", + "Industrial", + "Alternative", + "Ska", + "Death Metal", + "Pranks", + "Soundtrack", + "Euro-Techno", + "Ambient", + "Trip-Hop", + "Vocal", + "Jazz+Funk", + "Fusion", + "Trance", + "Classical", + "Instrumental", + "Acid", + "House", + "Game", + "Sound Clip", + "Gospel", + "Noise", + "Alternative Rock", + "Bass", + "Soul", + "Punk", + "Space", + "Meditative", + "Instrumental Pop", + "Instrumental Rock", + "Ethnic", + "Gothic", + "Darkwave", + "Techno-Industrial", + "Electronic", + "Pop-Folk", + "Eurodance", + "Dream", + "Southern Rock", + "Comedy", + "Cult", + "Gangsta", + "Top 40", + "Christian Rap", + "Pop/Funk", + "Jungle", + "Native American", + "Cabaret", + "New Wave", + "Psychedelic", + "Rave", + "Showtunes", + "Trailer", + "Lo-Fi", + "Tribal", + "Acid Punk", + "Acid Jazz", + "Polka", + "Retro", + "Musical", + "Rock & Roll", + "Hard Rock", + "Folk", + "Folk/Rock", + "National Folk", + "Swing", + "Fusion", + "Bebob", + "Latin", + "Revival", + "Celtic", + "Bluegrass", + "Avantgarde", + "Gothic Rock", + "Progressive Rock", + "Psychedelic Rock", + "Symphonic Rock", + "Slow Rock", + "Big Band", + "Chorus", + "Easy Listening", + "Acoustic", + "Humour", + "Speech", + "Chanson", + "Opera", + "Chamber Music", + "Sonata", + "Symphony", + "Booty Bass", + "Primus", + "Porn Groove", + "Satire", + "Slow Jam", + "Club", + "Tango", + "Samba", + "Folklore", + "Ballad", + "Power Ballad", + "Rhythmic Soul", + "Freestyle", + "Duet", + "Punk Rock", + "Drum Solo", + "A Cappella", + "Euro-House", + "Dance Hall", + "Goa", + "Drum & Bass", + "Club-House", + "Hardcore", + "Terror", + "Indie", + "BritPop", + "Negerpunk", + "Polsk Punk", + "Beat", + "Christian Gangsta Rap", + "Heavy Metal", + "Black Metal", + "Crossover", + "Contemporary Christian", + "Christian Rock", + "Merengue", + "Salsa", + "Thrash Metal", + "Anime", + "Jpop", + "Synthpop" + }; + + /// <summary> + /// Contains a list of DivX audio generes. + /// </summary> + static readonly string[] video = new[] { + "Action", + "Action/Adventure", + "Adult", + "Adventure", + "Catastrophe", + "Child's", + "Claymation", + "Comedy", + "Concert", + "Documentary", + "Drama", + "Eastern", + "Entertaining", + "Erotic", + "Extremal Sport", + "Fantasy", + "Fashion", + "Historical", + "Horror", + "Horror/Mystic", + "Humor", + "Indian", + "Informercial", + "Melodrama", + "Military & War", + "Music Video", + "Musical", + "Mystery", + "Nature", + "Political Satire", + "Popular Science", + "Psychological Thriller", + "Religion", + "Science Fiction", + "Scifi Action", + "Slapstick", + "Splatter", + "Sports", + "Thriller", + "Western" + }; + + /// <summary> + /// Gets a list of standard audio generes. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing standard audio + /// genres. + /// </value> + /// <remarks> + /// The genres are stored in the same order and with the same + /// values as in the ID3v1 format. + /// </remarks> + public static string[] Audio { + get { return (string[])audio.Clone (); } + } + + /// <summary> + /// Gets a list of standard video generes. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing standard video + /// genres. + /// </value> + /// <remarks> + /// The genres are stored in the same order and with the same + /// values as in the DivX format. + /// </remarks> + public static string[] Video { + get { return (string[])video.Clone (); } + } + + /// <summary> + /// Gets the genre index for a specified audio genre. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// genre to look up. + /// </param> + /// <returns> + /// A <see cref="byte" /> value containing the index of the + /// genre in the audio array or 255 if it could not be found. + /// </returns> + public static byte AudioToIndex (string name) + { + for (byte i = 0; i < audio.Length; i++) + if (name == audio[i]) + return i; + return 255; + } + + /// <summary> + /// Gets the genre index for a specified video genre. + /// </summary> + /// <param name="name"> + /// A <see cref="string" /> object containing the name of the + /// genre to look up. + /// </param> + /// <returns> + /// A <see cref="byte" /> value containing the index of the + /// genre in the video array or 255 if it could not be found. + /// </returns> + public static byte VideoToIndex (string name) + { + for (byte i = 0; i < video.Length; i++) + if (name == video[i]) + return i; + return 255; + } + + /// <summary> + /// Gets the audio genre from its index in the array. + /// </summary> + /// <param name="index"> + /// A <see cref="byte" /> value containing the index to + /// aquire the genre from. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the audio genre + /// found at the index, or <see langword="null" /> if it does + /// not exist. + /// </returns> + public static string IndexToAudio (byte index) + { + return (index < audio.Length) ? audio[index] : null; + } + + /// <summary> + /// Gets the video genre from its index in the array. + /// </summary> + /// <param name="index"> + /// A <see cref="byte" /> value containing the index to + /// aquire the genre from. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the video genre + /// found at the index, or <see langword="null" /> if it does + /// not exist. + /// </returns> + public static string IndexToVideo (byte index) + { + return (index < video.Length) ? video[index] : null; + } + + /// <summary> + /// Gets the audio genre from its index in the array. + /// </summary> + /// <param name="text"> + /// A <see cref="string" /> object, either in the format + /// <c>"(123)"</c> or <c>"123"</c>. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the audio genre + /// found at the index, or <see langword="null" /> if it does + /// not exist. + /// </returns> + public static string IndexToAudio (string text) + { + return IndexToAudio (StringToByte (text)); + } + + /// <summary> + /// Gets the video genre from its index in the array. + /// </summary> + /// <param name="text"> + /// A <see cref="string" /> object, either in the format + /// <c>"(123)"</c> or <c>"123"</c>. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the video genre + /// found at the index, or <see langword="null" /> if it does + /// not exist. + /// </returns> + public static string IndexToVideo (string text) + { + return IndexToVideo (StringToByte (text)); + } + + /// <summary> + /// Converts a string, either in the format <c>"(123)"</c> or + /// <c>"123"</c> into a byte or equal numeric value. + /// </summary> + /// <param name="text"> + /// A <see cref="string" /> object, either in the format + /// <c>"(123)"</c> or <c>"123"</c>, to be converted. + /// </param> + /// <returns> + /// A <see cref="byte" /> value containing the numeric value + /// of <paramref name="text" /> or 255 if no numeric value + /// could be extracted. + /// </returns> + static byte StringToByte (string text) + { + int last_pos; + if (text != null && text.Length > 2 && text[0] == '(' + && (last_pos = text.IndexOf (')')) != -1 + && byte.TryParse (text.Substring (1, last_pos - 1), out var value)) + return value; + + if (text != null && byte.TryParse (text, out value)) + return value; + + return 255; + } + } +} diff --git a/Scripts/TaglibSharp/Genres.cs.meta b/Scripts/TaglibSharp/Genres.cs.meta new file mode 100644 index 0000000..f42c882 --- /dev/null +++ b/Scripts/TaglibSharp/Genres.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 43e436b8e6a5ac91eb7992b11dd1e2c8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Gif.meta b/Scripts/TaglibSharp/Gif.meta new file mode 100644 index 0000000..b2bdaee --- /dev/null +++ b/Scripts/TaglibSharp/Gif.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: e80fdad1f70cff659bf3a310ada660df +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Gif/Codec.cs b/Scripts/TaglibSharp/Gif/Codec.cs new file mode 100644 index 0000000..be99267 --- /dev/null +++ b/Scripts/TaglibSharp/Gif/Codec.cs @@ -0,0 +1,60 @@ +// +// Codec.cs: +// +// Author: +// Mike Gemuende (mike@gemuende.be) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Gif +{ + + /// <summary> + /// A Gif photo codec. Contains basic photo details. + /// </summary> + public class Codec : Image.Codec + { + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { get { return "GIF File"; } } + + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height) + : base (width, height) { } + } +} diff --git a/Scripts/TaglibSharp/Gif/Codec.cs.meta b/Scripts/TaglibSharp/Gif/Codec.cs.meta new file mode 100644 index 0000000..9186272 --- /dev/null +++ b/Scripts/TaglibSharp/Gif/Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 47cdd5f88d9090727bd3e17f4f9c0893 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Gif/File.cs b/Scripts/TaglibSharp/Gif/File.cs new file mode 100644 index 0000000..cca42c7 --- /dev/null +++ b/Scripts/TaglibSharp/Gif/File.cs @@ -0,0 +1,782 @@ +// +// File.cs: Provides tagging for GIF files +// +// Author: +// Mike Gemuende (mike@gemuende.be) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + +using TagLib.Image; +using TagLib.Xmp; + +namespace TagLib.Gif +{ + + /// <summary> + /// This class extends <see cref="TagLib.Image.ImageBlockFile" /> to provide tagging + /// and property support for Gif files. + /// </summary> + [SupportedMimeType ("taglib/gif", "gif")] + [SupportedMimeType ("image/gif")] + public class File : ImageBlockFile + { + + #region GIF specific constants + + /// <summary> + /// Gif file signature which occurs at the begin of the file + /// </summary> + protected static readonly string SIGNATURE = "GIF"; + + /// <summary> + /// String which is used to indicate version the gif file format version 87a + /// </summary> + protected static readonly string VERSION_87A = "87a"; + + /// <summary> + /// String which is used to indicate version the gif file format version 89a + /// </summary> + protected static readonly string VERSION_89A = "89a"; + + /// <summary> + /// Application Extension Identifier for an XMP Block + /// </summary> + static readonly string XMP_IDENTIFIER = "XMP Data"; + + /// <summary> + /// Application Authentication Extension Code for an XMP Block + /// </summary> + static readonly string XMP_AUTH_CODE = "XMP"; + + /// <summary> + /// The Magic Trailer for XMP Data + /// </summary> + /// <remarks> + /// The storage of XMP data in GIF does not follow the GIF specification. According to the + /// specification, extension data is stored in so-called sub-blocks, which start with a length + /// byte which specifies the number of data bytes contained in the sub block. So a block can at + /// most contain 256 data bytes. After a sub-block, the next sub-block begins. The sequence ends, + /// when a sub-block starts with 0. So readers, which are not aware of the XMP data not following + /// this scheme, will get confused by the XMP data. To fix this, this trailer is added to the end. + /// It has a length of 258 bytes, so that it is ensured that a reader which tries to skip the + /// XMP data reads one of this bytes as length of a sub-block. But, each byte points with its length + /// to the last one. Therefoe, independent of the byte, the reader reads as sub-block length, it is + /// redirected to the last byte of the trailer and therfore to the end of the XMP data. + /// </remarks> + static readonly byte[] XMP_MAGIC_TRAILER = new byte[] { + 0x01, 0xFF, 0xFE, 0xFD, 0xFC, 0xFB, 0xFA, 0xF9, 0xF8, 0xF7, 0xF6, 0xF5, 0xF4, 0xF3, 0xF2, 0xF1, + 0xF0, 0xEF, 0xEE, 0xED, 0xEC, 0xEB, 0xEA, 0xE9, 0xE8, 0xE7, 0xE6, 0xE5, 0xE4, 0xE3, 0xE2, 0xE1, + 0xE0, 0xDF, 0xDE, 0xDD, 0xDC, 0xDB, 0xDA, 0xD9, 0xD8, 0xD7, 0xD6, 0xD5, 0xD4, 0xD3, 0xD2, 0xD1, + 0xD0, 0xCF, 0xCE, 0xCD, 0xCC, 0xCB, 0xCA, 0xC9, 0xC8, 0xC7, 0xC6, 0xC5, 0xC4, 0xC3, 0xC2, 0xC1, + 0xC0, 0xBF, 0xBE, 0xBD, 0xBC, 0xBB, 0xBA, 0xB9, 0xB8, 0xB7, 0xB6, 0xB5, 0xB4, 0xB3, 0xB2, 0xB1, + 0xB0, 0xAF, 0xAE, 0xAD, 0xAC, 0xAB, 0xAA, 0xA9, 0xA8, 0xA7, 0xA6, 0xA5, 0xA4, 0xA3, 0xA2, 0xA1, + 0xA0, 0x9F, 0x9E, 0x9D, 0x9C, 0x9B, 0x9A, 0x99, 0x98, 0x97, 0x96, 0x95, 0x94, 0x93, 0x92, 0x91, + 0x90, 0x8F, 0x8E, 0x8D, 0x8C, 0x8B, 0x8A, 0x89, 0x88, 0x87, 0x86, 0x85, 0x84, 0x83, 0x82, 0x81, + 0x80, 0x7F, 0x7E, 0x7D, 0x7C, 0x7B, 0x7A, 0x79, 0x78, 0x77, 0x76, 0x75, 0x74, 0x73, 0x72, 0x71, + 0x70, 0x6F, 0x6E, 0x6D, 0x6C, 0x6B, 0x6A, 0x69, 0x68, 0x67, 0x66, 0x65, 0x64, 0x63, 0x62, 0x61, + 0x60, 0x5F, 0x5E, 0x5D, 0x5C, 0x5B, 0x5A, 0x59, 0x58, 0x57, 0x56, 0x55, 0x54, 0x53, 0x52, 0x51, + 0x50, 0x4F, 0x4E, 0x4D, 0x4C, 0x4B, 0x4A, 0x49, 0x48, 0x47, 0x46, 0x45, 0x44, 0x43, 0x42, 0x41, + 0x40, 0x3F, 0x3E, 0x3D, 0x3C, 0x3B, 0x3A, 0x39, 0x38, 0x37, 0x36, 0x35, 0x34, 0x33, 0x32, 0x31, + 0x30, 0x2F, 0x2E, 0x2D, 0x2C, 0x2B, 0x2A, 0x29, 0x28, 0x27, 0x26, 0x25, 0x24, 0x23, 0x22, 0x21, + 0x20, 0x1F, 0x1E, 0x1D, 0x1C, 0x1B, 0x1A, 0x19, 0x18, 0x17, 0x16, 0x15, 0x14, 0x13, 0x12, 0x11, + 0x10, 0x0F, 0x0E, 0x0D, 0x0C, 0x0B, 0x0A, 0x09, 0x08, 0x07, 0x06, 0x05, 0x04, 0x03, 0x02, 0x01, + 0x00, 0x00 + }; + + #endregion + + #region private fields + + /// <summary> + /// The width of the image + /// </summary> + int width; + + /// <summary> + /// The height of the image + /// </summary> + int height; + + /// <summary> + /// The Properties of the image + /// </summary> + Properties properties; + + /// <summary> + /// The version of the file format + /// </summary> + string version; + + /// <summary> + /// The start of the first block in file after the header. + /// </summary> + long start_of_blocks = -1; + + #endregion + + #region public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + SaveMetadata (); + + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + #endregion + + + #region Private Methods + + /// <summary> + /// Reads the information from file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + ImageTag = new CombinedImageTag (TagTypes.XMP | TagTypes.GifComment); + + ReadHeader (); + ReadMetadata (); + + TagTypesOnDisk = TagTypes; + + if ((propertiesStyle & ReadStyle.Average) != 0) + properties = ExtractProperties (); + + } finally { + Mode = AccessMode.Closed; + } + } + + + /// <summary> + /// Reads a single byte form file. This is needed often for Gif files. + /// </summary> + /// <returns> + /// A <see cref="System.Byte"/> with the read data. + /// </returns> + byte ReadByte () + { + ByteVector data = ReadBlock (1); + + if (data.Count != 1) + throw new CorruptFileException ("Unexpected end of file"); + + return data[0]; + } + + + /// <summary> + /// Reads the Header and the Logical Screen Descriptor of the GIF file and, + /// if there is one, skips the global color table. It also extracts the + /// image width and height from it. + /// </summary> + void ReadHeader () + { + // The header consists of: + // + // 3 Bytes Signature + // 3 Bytes Version + // + // The Logical Screen Descriptor of: + // + // 2 Bytes Width (little endian) + // 2 Bytes Height (little endian) + // 1 Byte Screen and Color Map (packed field) + // 1 Byte Background Color + // 1 Byte Aspect Ratio + // + // Whereas the bits of the packed field contains some special information. + ByteVector data = ReadBlock (13); + + if (data.Count != 13) + throw new CorruptFileException ("Unexpected end of Header"); + + if (data.Mid (0, 3).ToString () != SIGNATURE) + throw new CorruptFileException ( + $"Expected a GIF signature at start of file, but found: {data.Mid (0, 3)}"); + + // We do not care about the version here, because we can read both versions in the same way. + // We just care when writing metadata, that, if necessary, the version is increased to 89a. + var read_version = data.Mid (3, 3).ToString (); + if (read_version == VERSION_87A || read_version == VERSION_89A) + version = read_version; + else + throw new UnsupportedFormatException ( + $"Only GIF versions 87a and 89a are currently supported, but not: {read_version}"); + + // Read Image Size (little endian) + width = data.Mid (6, 2).ToUShort (false); + height = data.Mid (8, 2).ToUShort (false); + + // Skip optional global color table + SkipColorTable (data[10]); + } + + + /// <summary> + /// Reads the metadata from file. The current position must point to the + /// start of the first block after the Header and Logical Screen + /// Descriptor (and, if there is one, the Global Color Table) + /// </summary> + void ReadMetadata () + { + start_of_blocks = Tell; + + // Read Blocks until end of file is reached. + while (true) { + byte identifier = ReadByte (); + + switch (identifier) { + case 0x2c: + SkipImage (); + break; + + case 0x21: + ReadExtensionBlock (); + break; + + case 0x3B: + return; + + default: + throw new CorruptFileException ( + $"Do not know what to do with byte 0x{identifier:X2} at the beginning of a block ({Tell - 1})."); + } + } + } + + /// <summary> + /// Reads an Extension Block at the current position. The current position must + /// point to the 2nd byte of the comment block. (The other byte is usually + /// read before to identify the comment block) + /// </summary> + void ReadExtensionBlock () + { + // Extension Block + // + // 1 Byte Extension Introducer (0x21) + // 1 Byte Extension Identifier + // .... + // + // Note, the Extension Introducer was read before to + // identify the Extension Block. Therefore, it has not + // to be handled here. + byte identifier = ReadByte (); + + switch (identifier) { + case 0xFE: + ReadCommentBlock (); + break; + + case 0xFF: + ReadApplicationExtensionBlock (); + break; + + // Control Extension Block, ... + case 0xF9: + // ... Plain Text Extension ... + case 0x01: + // ... and all other unknown blocks can be skipped by just + // reading sub-blocks. + default: + SkipSubBlocks (); + break; + } + } + + + /// <summary> + /// Reads an Application Extension Block at the current position. The current + /// position must point to the 3rd byte of the comment block. (The other 2 bytes + /// are usually read before to identify the comment block) + /// </summary> + void ReadApplicationExtensionBlock () + { + // Application Extension Block + // + // 1 Byte Extension Introducer (0x21) + // 1 Byte Application Extension Label (0xFF) + // 1 Byte Block Size (0x0B - 11) + // 8 Bytes Application Identifier + // 3 Bytes Application Auth. Code + // N Bytes Application Data (sub blocks) + // 1 Byte Block Terminator (0x00) + // + // Note, the first 2 bytes are still read to identify the Comment Block. + // Therefore, we only need to read the sub blocks and extract the data. + long position = Tell; + ByteVector data = ReadBlock (12); + + if (data.Count != 12) + throw new CorruptFileException (""); + + // Contains XMP data + if (data.Mid (1, 8) == XMP_IDENTIFIER && data.Mid (9, 3) == XMP_AUTH_CODE) { + // XMP Data is not organized in sub-blocks + + // start of xmp data + long data_start = Tell; + + // start of trailer start + // FIXME: Since File.Find is still buggy, the following call does not work to find the end of the + // XMP data. Therfore, we use here a different way for now. + //long xmp_trailer_start = Find (new ByteVector (0x00), data_start); + + // Since searching just one byte is save, we search for the end of the xmp trailer which + // consists of two 0x00 bytes and compute the expected start. + long xmp_trailer_start = Find (new byte[] { 0x00 }, data_start) - XMP_MAGIC_TRAILER.Length + 2; + + Seek (data_start, SeekOrigin.Begin); + + if (xmp_trailer_start <= data_start) + throw new CorruptFileException ("No End of XMP data found"); + + // length of xmp data + int data_length = (int)(xmp_trailer_start - data_start); + + ByteVector xmp_data = ReadBlock (data_length); + ImageTag.AddTag (new XmpTag (xmp_data.ToString (StringType.UTF8), this)); + + // 2 bytes where read before + AddMetadataBlock (position - 2, 14 + data_length + XMP_MAGIC_TRAILER.Length); + + // set position behind the XMP block + Seek (xmp_trailer_start + XMP_MAGIC_TRAILER.Length, SeekOrigin.Begin); + + } else { + SkipSubBlocks (); + } + } + + + /// <summary> + /// Reads a Comment Block at the current position. The current position must + /// point to the 3rd byte of the comment block. (The other 2 bytes are usually + /// read before to identify the comment block) + /// </summary> + void ReadCommentBlock () + { + long position = Tell; + + // Comment Extension + // + // 1 Byte Extension Introducer (0x21) + // 1 Byte Comment Label (0xFE) + // N Bytes Comment Data (Sub Blocks) + // 1 Byte Block Terminator (0x00) + // + // Note, the first 2 bytes are still read to identify the Comment Block. + // Therefore, we only need to read the sub blocks and extract the data. + + string comment = ReadSubBlocks (); + + // Only add the tag, if no one is still contained. + if ((TagTypes & TagTypes.GifComment) == 0x00) { + ImageTag.AddTag (new GifCommentTag (comment)); + + // 2 bytes where read before + AddMetadataBlock (position - 2, Tell - position + 2); + } + } + + + /// <summary> + /// Skips the color table if there is one + /// </summary> + /// <param name="packed_data"> + /// A <see cref="System.Byte"/> with the packed data which is + /// contained Logical Screen Descriptor or in the Image Descriptor. + /// </param> + /// <remarks> + /// The data contained in the packed data is different for the Logical + /// Screen Descriptor and for the Image Descriptor. But fortunately, + /// the bits which are used do identifying the exitstance and the size + /// of the color table are at the same position. + /// </remarks> + void SkipColorTable (byte packed_data) + { + // Packed Field (Information with Bit 0 is LSB) + // + // Bit 0-2 Size of Color Table + // Bit 3-6 Other stuff + // Bit 7 (Local|Global) Color Table Flag + // + // We are interested in Bit 7 which indicates if a global color table is + // present or not and the Bits 0-2 which indicate the size of the color + // table. + if ((packed_data & 0x80) == 0x80) { + // 2^(size + 1) for each color. + int table_size = 3 * (1 << ((packed_data & 0x07) + 1)); + + // and simply skip the color table + ByteVector color_table = ReadBlock (table_size); + + if (color_table.Count != table_size) + throw new CorruptFileException ("Unexpected end of Color Table"); + + } + } + + + /// <summary> + /// Skip over the image data at the current position. The current position must + /// point to 2nd byte of the Image Descriptor. (First byte is usually read before + /// to identify the image descriptor.) + /// </summary> + void SkipImage () + { + // Image Descriptor + // + // 1 Byte Separator (0x2C) + // 2 Bytes Image Left Position (little endian) + // 2 Bytes Image Right Position (little endian) + // 2 Bytes Image Witdh (little endian) + // 2 Bytes Image Height (little endian) + // 1 Byte Packed Data + // + // Note, the Separator was read before to identify the Image Block + // Therefore, we only need to read 9 bytes here. + ByteVector data = ReadBlock (9); + + if (data.Count != 9) + throw new CorruptFileException ("Unexpected end of Image Descriptor"); + + // Skip an optional local color table + SkipColorTable (data[8]); + + + // Image Data + // + // 1 Byte LZW Minimum Code Size + // N Bytes Image Data (Sub-Blocks) + // + // Before the image data, one byte for LZW encoding information is used. + // This byte is read first, then the sub-blocks are skipped. + ReadBlock (1); + SkipSubBlocks (); + } + + + /// <summary> + /// Reads a sequence of sub-blocks from the current position and concatenates the data + /// from the sub-blocks to a string. The current position must point to the size-byte + /// of the first subblock to skip. + /// </summary> + /// <returns> + /// A <see cref="System.String"/> with the data contained in the sub-blocks. + /// </returns> + string ReadSubBlocks () + { + // Sub Block + // Starts with one byte with the number of data bytes + // following. The last sub block is terminated by length 0 + var builder = new System.Text.StringBuilder (); + + byte length = 0; + + do { + + if (length >= 0) + builder.Append (ReadBlock (length)); + + // read new length byte + length = ReadByte (); + + // The sub-blocks are terminated with 0 + } while (length != 0); + + return builder.ToString (); + } + + + /// <summary> + /// Skips over a sequence of sub-blocks from the current position in the file. + /// The current position must point to the size-byte of the first subblock to skip. + /// </summary> + void SkipSubBlocks () + { + // Sub Block + // Starts with one byte with the number of data bytes + // following. The last sub block is terminated by length 0 + byte length = 0; + + do { + + if (Tell + length >= Length) + throw new CorruptFileException ("Unexpected end of Sub-Block"); + + // Seek to end of sub-block and update the position + Seek (Tell + length, SeekOrigin.Begin); + + + // read new length byte + length = ReadByte (); + + // The sub-blocks are terminated with 0 + } while (length != 0); + } + + + /// <summary> + /// Save the metadata to file. + /// </summary> + void SaveMetadata () + { + ByteVector comment_block = RenderGifCommentBlock (); + ByteVector xmp_block = RenderXMPBlock (); + + // If we write metadata and the version is not 89a, bump the format version + // because application extension blocks and comment extension blocks are + // specified in 89a. + // If we do not write metadata or if metadata is deleted, we do not care + // about the version, because it may be wrong before. + if (comment_block != null && xmp_block != null && version != VERSION_89A) { + Insert (VERSION_89A, 3, VERSION_89A.Length); + } + + // now, only metadata is stored at the beginning of the file, and we can overwrite it. + var metadata_blocks = new ByteVector { + comment_block, + xmp_block + }; + + SaveMetadata (metadata_blocks, start_of_blocks); + } + + + /// <summary> + /// Renders the XMP data to a Application Extension Block which can be + /// embedded in a Gif file. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the Application Extension Block for the + /// XMP data, or <see langword="null" /> if the file does not have XMP data. + /// </returns> + ByteVector RenderXMPBlock () + { + // Check, if XmpTag is contained + XmpTag xmp = ImageTag.Xmp; + if (xmp == null) + return null; + + var xmp_data = new ByteVector { + + // Add Extension Introducer (0x21), Application Extension Label (0xFF) and + // the Block Size (0x0B + new byte[] { 0x21, 0xFF, 0x0B }, + + // Application Identifier and Appl. Auth. Code + XMP_IDENTIFIER, + XMP_AUTH_CODE, + + // Add XMP data and Magic Trailer + // For XMP, we do not need to store the data in sub-blocks, therfore we + // can just add the whole rendered data. (The trailer fixes this) + xmp.Render (), + XMP_MAGIC_TRAILER + }; + + return xmp_data; + } + + + /// <summary> + /// Renders the Gif Comment to a Comment Extension Block which can be + /// embedded in a Gif file. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the Comment Extension Block for the + /// Gif Comment, or <see langword="null" /> if the file does not have + /// a Gif Comment. + /// </returns> + ByteVector RenderGifCommentBlock () + { + // Check, if GifCommentTag is contained + if (!(GetTag (TagTypes.GifComment) is GifCommentTag comment_tag)) + return null; + + string comment = comment_tag.Comment; + if (comment == null) + return null; + + ByteVector comment_data = new ByteVector (); + + // Add Extension Introducer (0x21) and Comment Label (0xFE) + comment_data.Add (new byte[] { 0x21, 0xFE }); + + // Add data of comment in sub-blocks of max length 256. + ByteVector comment_bytes = new ByteVector (comment); + byte block_max = 255; + for (int start = 0; start < comment_bytes.Count; start += block_max) { + byte block_length = (byte)Math.Min (comment_bytes.Count - start, block_max); + + comment_data.Add (block_length); + comment_data.Add (comment_bytes.Mid (start, block_length)); + } + comment_data.Add (new byte[] { 0x00 }); + + return comment_data; + } + + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + Properties ExtractProperties () + { + if (width > 0 && height > 0) + return new Properties (TimeSpan.Zero, new Codec (width, height)); + + return null; + + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Gif/File.cs.meta b/Scripts/TaglibSharp/Gif/File.cs.meta new file mode 100644 index 0000000..b7b8ccd --- /dev/null +++ b/Scripts/TaglibSharp/Gif/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ccc0f5856d987773a8ff481376f547e0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Gif/GifCommentTag.cs b/Scripts/TaglibSharp/Gif/GifCommentTag.cs new file mode 100644 index 0000000..998ef82 --- /dev/null +++ b/Scripts/TaglibSharp/Gif/GifCommentTag.cs @@ -0,0 +1,102 @@ +// +// GifCommentTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using TagLib.Image; + +namespace TagLib.Gif +{ + /// <summary> + /// Contains the Gif comment. + /// </summary> + public class GifCommentTag : ImageTag + { + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="value"> + /// The value of the comment. + /// </param> + public GifCommentTag (string value) + { + Value = value; + } + + /// <summary> + /// Constructor. Creates a new empty comment. + /// </summary> + public GifCommentTag () + { + Value = null; + } + + #endregion + + #region Public Properties + + /// <summary> + /// The value of the comment represented by the current instance. + /// </summary> + public string Value { get; set; } + + /// <summary> + /// Gets or sets the comment for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the comment of the + /// current instace. + /// </value> + public override string Comment { + get { return Value; } + set { Value = value; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.GifComment" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.GifComment; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + Value = null; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Gif/GifCommentTag.cs.meta b/Scripts/TaglibSharp/Gif/GifCommentTag.cs.meta new file mode 100644 index 0000000..ec22860 --- /dev/null +++ b/Scripts/TaglibSharp/Gif/GifCommentTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 90b0deeab3e1f5525bfc3333391201f9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/ICodec.cs b/Scripts/TaglibSharp/ICodec.cs new file mode 100644 index 0000000..1f3d4d2 --- /dev/null +++ b/Scripts/TaglibSharp/ICodec.cs @@ -0,0 +1,245 @@ +// +// ICodec.cs: Provides ICodec, IAudioCodec, and IVideoCodec interfaces. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +using System; + +namespace TagLib +{ + /// <summary> + /// Indicates the types of media represented by a <see cref="ICodec" + /// /> or <see cref="Properties" /> object. + /// </summary> + /// <remarks> + /// These values can be bitwise combined to represent multiple media + /// types. + /// </remarks> + [Flags] + public enum MediaTypes + { + /// <summary> + /// No media is present. + /// </summary> + None = 0, + + /// <summary> + /// Audio is present. + /// </summary> + Audio = 1, + + /// <summary> + /// Video is present. + /// </summary> + Video = 2, + + /// <summary> + /// A Photo is present. + /// </summary> + Photo = 4, + + /// <summary> + /// Text is present. + /// </summary> + Text = 8 + } + + /// <summary> + /// This interface provides basic information, common to all media + /// codecs. + /// </summary> + public interface ICodec + { + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + TimeSpan Duration { get; } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="MediaTypes" /> containing + /// the types of media represented by the current instance. + /// </value> + MediaTypes MediaTypes { get; } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + string Description { get; } + } + + /// <summary> + /// This interface inherits <see cref="ICodec" /> to provide + /// information about an audio codec. + /// </summary> + /// <remarks> + /// <para>When dealing with a <see cref="ICodec" />, if <see + /// cref="ICodec.MediaTypes" /> contains <see cref="MediaTypes.Audio" + /// />, it is safe to assume that the object also inherits <see + /// cref="IAudioCodec" /> and can be recast without issue.</para> + /// </remarks> + public interface IAudioCodec : ICodec + { + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + int AudioBitrate { get; } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + int AudioSampleRate { get; } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + int AudioChannels { get; } + } + + /// <summary> + /// This interface provides information specific + /// to lossless audio codecs. + /// </summary> + public interface ILosslessAudioCodec + { + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + int BitsPerSample { get; } + } + + /// <summary> + /// This interface inherits <see cref="ICodec" /> to provide + /// information about a video codec. + /// </summary> + /// <remarks> + /// <para>When dealing with a <see cref="ICodec" />, if <see + /// cref="ICodec.MediaTypes" /> contains <see cref="MediaTypes.Video" + /// />, it is safe to assume that the object also inherits <see + /// cref="IVideoCodec" /> and can be recast without issue.</para> + /// </remarks> + public interface IVideoCodec : ICodec + { + /// <summary> + /// Gets the width of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// video represented by the current instance. + /// </value> + int VideoWidth { get; } + + /// <summary> + /// Gets the height of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// video represented by the current instance. + /// </value> + int VideoHeight { get; } + } + + /// <summary> + /// This interface inherits <see cref="ICodec" /> to provide + /// information about a photo. + /// </summary> + /// <remarks> + /// <para>When dealing with a <see cref="ICodec" />, if <see + /// cref="ICodec.MediaTypes" /> contains <see cref="MediaTypes.Photo" + /// />, it is safe to assume that the object also inherits <see + /// cref="IPhotoCodec" /> and can be recast without issue.</para> + /// </remarks> + public interface IPhotoCodec : ICodec + { + /// <summary> + /// Gets the width of the photo represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// photo represented by the current instance. + /// </value> + int PhotoWidth { get; } + + /// <summary> + /// Gets the height of the photo represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// photo represented by the current instance. + /// </value> + int PhotoHeight { get; } + + /// <summary> + /// Gets the (format specific) quality indicator of the photo + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value indicating the quality. A value + /// 0 means that there was no quality indicator for the format + /// or the file. + /// </value> + int PhotoQuality { get; } + } +} diff --git a/Scripts/TaglibSharp/ICodec.cs.meta b/Scripts/TaglibSharp/ICodec.cs.meta new file mode 100644 index 0000000..fa053f0 --- /dev/null +++ b/Scripts/TaglibSharp/ICodec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b34c3695ae7a0148abc91f92eec33f73 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD.meta b/Scripts/TaglibSharp/IFD.meta new file mode 100644 index 0000000..e7514eb --- /dev/null +++ b/Scripts/TaglibSharp/IFD.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 30a8038300c19bc61b8480762c290344 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries.meta b/Scripts/TaglibSharp/IFD/Entries.meta new file mode 100644 index 0000000..93d4db6 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 5d86ce8f4d2311c57a6bb79780d9d19b +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/ByteIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/ByteIFDEntry.cs new file mode 100644 index 0000000..460c4e8 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ByteIFDEntry.cs @@ -0,0 +1,99 @@ +// +// ByteIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a byte value + /// </summary> + public class ByteIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public byte Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.Byte"/> to be stored + /// </param> + public ByteIFDEntry (ushort tag, byte value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Byte; + count = 1; + + return Value; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/ByteIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/ByteIFDEntry.cs.meta new file mode 100644 index 0000000..5d5f15b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ByteIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e30ec222d31fe77fbb9a2135c8b82b60 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/ByteVectorIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/ByteVectorIFDEntry.cs new file mode 100644 index 0000000..04f0d86 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ByteVectorIFDEntry.cs @@ -0,0 +1,99 @@ +// +// ByteVectorIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains an BYTE value with a count > 1 (byte sequence). + /// </summary> + public class ByteVectorIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The data which is stored by the current instance + /// </value> + public ByteVector Data { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> to be stored + /// </param> + public ByteVectorIFDEntry (ushort tag, ByteVector data) + { + Tag = tag; + Data = data; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Byte; + count = (uint)Data.Count; + + return Data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/ByteVectorIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/ByteVectorIFDEntry.cs.meta new file mode 100644 index 0000000..bb20147 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ByteVectorIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 476bad34b205d23448270b585d76cc71 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/LongArrayIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/LongArrayIFDEntry.cs new file mode 100644 index 0000000..3351949 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/LongArrayIFDEntry.cs @@ -0,0 +1,88 @@ +// +// LongArrayIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a LONG value with a count > 1 + /// </summary> + public class LongArrayIFDEntry : ArrayIFDEntry<uint> + { + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="values"> + /// A <see cref="T:System.UInt32[]"/> to be stored + /// </param> + public LongArrayIFDEntry (ushort tag, uint[] values) : base (tag) + { + Values = values; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Long; + count = (uint)Values.Length; + + ByteVector data = new ByteVector (); + foreach (uint value in Values) + data.Add (ByteVector.FromUInt (value, is_bigendian)); + + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/LongArrayIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/LongArrayIFDEntry.cs.meta new file mode 100644 index 0000000..a3b5711 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/LongArrayIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e4a13318b4ea6b8ab89c09ea3c1e61ad +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/LongIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/LongIFDEntry.cs new file mode 100644 index 0000000..355522f --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/LongIFDEntry.cs @@ -0,0 +1,99 @@ +// +// LongIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a LONG value. + /// </summary> + public class LongIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public uint Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.UInt32"/> to be stored + /// </param> + public LongIFDEntry (ushort tag, uint value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Long; + count = 1; + + return ByteVector.FromUInt (Value, is_bigendian); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/LongIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/LongIFDEntry.cs.meta new file mode 100644 index 0000000..f54f926 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/LongIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5a17ee3c56b573ed9b907c6fbd6f2bb9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/MakernoteIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/MakernoteIFDEntry.cs new file mode 100644 index 0000000..810c12f --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/MakernoteIFDEntry.cs @@ -0,0 +1,279 @@ +// +// MakernoteIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + + /// <summary> + /// An enum to represent the manufactor of the makernote + /// The information of the makernote types is from: + /// http://exiv2.org/makernote.html + /// </summary> + public enum MakernoteType + { + + /// <summary> + /// The manufactor could not be determined + /// </summary> + Unknown, + + /// <summary> + /// Canon makernote. + /// Standard IFD without a special prefix. + /// </summary> + Canon, + + /// <summary> + /// Panasonic makernote. + /// "Panasonic\0\0\0" prefix and IFD starting at offset 12. + /// The next-IFD pointer is missing + /// </summary> + Panasonic, + + /// <summary> + /// Leica makernote. + /// "LEICA\0\0\0" prefix and IFD starting at offset 10. + /// </summary> + Leica, + + /// <summary> + /// Pentax makernote. + /// "AOC\0" + 2 unknown bytes as prefix. The IFD starts at + /// offset 6. + /// </summary> + Pentax, + + /// <summary> + /// Nikon makernote (type 1). + /// Standard IFD without a special prefix. + /// </summary> + Nikon1, + + /// <summary> + /// Nikon makernote (type 2). + /// "Nikon\0" + 2 unknown bytes prefix. The IFD starts at + /// offset 8. + /// </summary> + Nikon2, + + /// <summary> + /// Nikon makernote (type 3). + /// "Nikon\0" + 4 bytes with verison code + Tiff header. + /// The IFD starts usually at offset 18. The offsets of the IFD + /// are relative to start of the Tiff header (byte 10) + /// </summary> + Nikon3, + + /// <summary> + /// Olympus makernote (type 1). + /// "OLYMP\0" + 2 unknown bytes as prefix. The IFD starts at + /// offset 8. + /// </summary> + Olympus1, + + /// <summary> + /// Olympus makernote (type 2) + /// "OLYMPUS\0II" + 2 unknown bytes as prefix. The IFD starts at + /// offset 12. The offsets of the IFD are relative to the + /// beginning of the makernote. + /// </summary> + Olympus2, + + /// <summary> + /// Sony makernote (type 1). + /// "SONY DSC \0\0\0" as prefix. The IFD starts at offset 12. A + /// next-IFD pointer is missing. + /// </summary> + Sony + } + + + /// <summary> + /// Contains a Makernote IFD. + /// </summary> + /// <remarks> + /// Makernote IFDs are mostly of the same form. They start with and + /// Manufactor specific prefix indicating the type and contain then + /// a IFD structure. + /// It must be distinguished, where the offsets in the IFD belongs to. + /// For some makernotes the offset refers to the beginning of the + /// surrounding metadata IFD structure, for others they refer to the + /// start of the makernote. + /// In addition the endianess of the makernote can be different to the + /// endianess of the surrounding metadata. + /// This class takes care about all those things. + /// </remarks> + public class MakernoteIFDEntry : IFDEntry + { + + #region Private Fields + + /// <value> + /// Stores the prefix of the makernote + /// </value> + readonly ByteVector prefix; + + /// <value> + /// Stores the offset of the IFD contained in makernote + /// </value> + readonly uint ifd_offset; + + /// <value> + /// Indicates, if the offsets are relative to the current makernote + /// or absolut to the base_offset of the surrounding IFD. + /// </value> + readonly bool absolute_offset; + + /// <value> + /// Stores, if the makernote is encoded in big- or little endian. + /// If the field is <see langword="null"/>, the endianess of the + /// surrounding IFD is used. + /// </value> + readonly bool? is_bigendian; + + #endregion + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The type of the makernote the current instance represents + /// </value> + public MakernoteType MakernoteType { get; private set; } + + /// <value> + /// The pure <see cref="IFDStructure"/> which is stored by the + /// makernote. + /// </value> + public IFDStructure Structure { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> with the IFD structure, which is stored by this + /// instance + /// </param> + /// <param name="makernoteType"> + /// A <see cref="MakernoteType"/> with the type of the makernote. + /// </param> + /// <param name="prefix"> + /// A <see cref="ByteVector"/> containing the prefix, which should be rendered + /// before the real IFD. + /// </param> + /// <param name="ifdOffset"> + /// A <see cref="System.UInt32"/> with the offset in addition to the relative + /// offsets in the IFD + /// </param> + /// <param name="absoluteOffset"> + /// A <see cref="System.Boolean"/> indicating if the offsets of the IFD are relative + /// to the <paramref name="ifdOffset"/>, or absolut to the base offset of the + /// surrounding IFD. + /// </param> + /// <param name="is_bigendian"> + /// A <see cref="System.Nullable"/> indicating if the current IFD is encoded in + /// big- or little endian. It it is <see langword="null"/>, the endianess of the + /// surrounding IFD is used. + /// </param> + public MakernoteIFDEntry (ushort tag, IFDStructure structure, MakernoteType makernoteType, ByteVector prefix, uint ifdOffset, bool absoluteOffset, bool? is_bigendian) + { + Tag = tag; + Structure = structure; + MakernoteType = makernoteType; + this.prefix = prefix; + this.ifd_offset = ifdOffset; + this.absolute_offset = absoluteOffset; + this.is_bigendian = is_bigendian; + } + + /// <summary> + /// Constructor. Creates a makernote instance just containing an IFD and + /// without any special prefix or offset behavior. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> with the IFD structure, which is stored by this + /// instance + /// </param> + /// <param name="makernote_type"> + /// A <see cref="MakernoteType"/> with the type of the makernote. + /// </param> + public MakernoteIFDEntry (ushort tag, IFDStructure structure, MakernoteType makernote_type) + : this (tag, structure, makernote_type, null, 0, true, null) { } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Undefined; + + var renderer = + new IFDRenderer (this.is_bigendian ?? is_bigendian, Structure, absolute_offset ? offset + ifd_offset : ifd_offset); + + ByteVector data = renderer.Render (); + data.Insert (0, prefix); + count = (uint)data.Count; + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/MakernoteIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/MakernoteIFDEntry.cs.meta new file mode 100644 index 0000000..809154b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/MakernoteIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 15fd16b2b2549ef4ea309a18ee931ad8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/Rational.cs b/Scripts/TaglibSharp/IFD/Entries/Rational.cs new file mode 100644 index 0000000..722f4b4 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/Rational.cs @@ -0,0 +1,168 @@ +// +// Rational.cs: A structure to represent rational values by a numerator and +// a denominator. +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.IFD.Entries +{ + + /// <summary> + /// Representation of an unsigned rational value + /// </summary> + public struct Rational : IFormattable + { + #region Private Fields + + /// <summary> + /// The denominator of the rational value + /// </summary> + uint denominator; + + #endregion + + #region Constructor + + /// <summary> + /// Creates a new Rational value + /// </summary> + /// <param name="numerator"> + /// A <see cref="System.UInt32"/> with the numerator of the + /// rational value + /// </param> + /// <param name="denominator"> + /// A <see cref="System.UInt32"/> with the denominator of the + /// rational value. It must be not 0. + /// </param> + public Rational (uint numerator, uint denominator) + { + if (denominator == 0) + throw new ArgumentException (nameof(denominator)); + + Numerator = numerator; + this.denominator = denominator; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Returns a rational value with reduced nominator and denominator + /// </summary> + /// <returns> + /// A <see cref="Rational"/> + /// </returns> + public Rational Reduce () + { + uint gcd = Denominator; + uint b = Numerator; + + while (b != 0) { + uint tmp = gcd % b; + gcd = b; + b = tmp; + } + + return new Rational (Numerator / gcd, Denominator / gcd); + } + + /// <summary> + /// Formatprovider to allow formatting of a value. <see cref="IFormattable"/> + /// </summary> + /// <param name="format"> + /// A <see cref="System.String"/>. <see cref="IFormattable"/> + /// </param> + /// <param name="provider"> + /// A <see cref="IFormatProvider"/>. <see cref="IFormattable"/> + /// </param> + /// <returns> + /// A <see cref="System.String"/> formated according to the given parameter + /// </returns> + public string ToString (string format, IFormatProvider provider) + { + + Rational reduced = Reduce (); + + return $"{reduced.Numerator}/{reduced.Denominator}"; + } + + /// <summary> + /// Converts the value to a <see cref="System.String"/>. + /// </summary> + /// <returns> + /// A <see cref="System.String"/> with the current value. + /// </returns> + public override string ToString () + { + return $"{this}"; + } + + #endregion + + #region Public Properties + + /// <value> + /// The numerator of the rational value + /// </value> + public uint Numerator { get; set; } + + /// <value> + /// The denominator of the rational value + /// </value> + /// <remarks> + /// Cannot be 0. + /// </remarks> + public uint Denominator { + get { return denominator; } + set { + if (value == 0) + throw new ArgumentException ("denominator"); + + denominator = value; + } + } + + #endregion + + #region Public Static Methods + + /// <summary> + /// Cast the <see cref="Rational"/> value to a <see cref="System.Double"/>. + /// </summary> + /// <param name="rat"> + /// A <see cref="Rational"/> with the value to cast. + /// </param> + /// <returns> + /// A <see cref="System.Double"/> with the double. + /// </returns> + public static implicit operator double (Rational rat) + { + return rat.Numerator / (double)rat.Denominator; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/Rational.cs.meta b/Scripts/TaglibSharp/IFD/Entries/Rational.cs.meta new file mode 100644 index 0000000..1ef2451 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/Rational.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c54ef18a96c2addaf8af3a46cb1d940e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/RationalArrayIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/RationalArrayIFDEntry.cs new file mode 100644 index 0000000..2b32e13 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/RationalArrayIFDEntry.cs @@ -0,0 +1,91 @@ +// +// RationalArrayIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a RATIONAL value with a count > 1 + /// </summary> + public class RationalArrayIFDEntry : ArrayIFDEntry<Rational> + { + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="entries"> + /// A <see cref="T:Rational[]"/> to be stored + /// </param> + public RationalArrayIFDEntry (ushort tag, Rational[] entries) + : base (tag) + { + Values = entries; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Rational; + count = (uint)Values.Length; + + ByteVector data = new ByteVector (); + foreach (Rational rational in Values) { + data.Add (ByteVector.FromUInt (rational.Numerator, is_bigendian)); + data.Add (ByteVector.FromUInt (rational.Denominator, is_bigendian)); + } + + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/RationalArrayIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/RationalArrayIFDEntry.cs.meta new file mode 100644 index 0000000..36fce50 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/RationalArrayIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: de4f327b40f36ebc5b3dae0b5e0308e1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/RationalIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/RationalIFDEntry.cs new file mode 100644 index 0000000..0310b16 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/RationalIFDEntry.cs @@ -0,0 +1,105 @@ +// +// RationalIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a RATIONAL value. + /// </summary> + public class RationalIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public Rational Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="Rational"/> + /// </param> + public RationalIFDEntry (ushort tag, Rational value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Rational; + count = 1; + + var data = new ByteVector { + ByteVector.FromUInt (Value.Numerator, is_bigendian), + ByteVector.FromUInt (Value.Denominator, is_bigendian) + }; + + return data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/RationalIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/RationalIFDEntry.cs.meta new file mode 100644 index 0000000..c300d39 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/RationalIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 44b2ca6ba8c384c4d8f3fdaaba537c5b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SByteIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SByteIFDEntry.cs new file mode 100644 index 0000000..0d2b1f3 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SByteIFDEntry.cs @@ -0,0 +1,100 @@ +// +// SByteIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a signed byte value + /// </summary> + public class SByteIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public sbyte Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.SByte"/> to be stored + /// </param> + public SByteIFDEntry (ushort tag, sbyte value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.SByte; + count = 1; + + return (byte)Value; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SByteIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SByteIFDEntry.cs.meta new file mode 100644 index 0000000..83e359e --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SByteIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c5ed6e266e2174f649f633c341f65d0b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SLongArrayIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SLongArrayIFDEntry.cs new file mode 100644 index 0000000..eddd518 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SLongArrayIFDEntry.cs @@ -0,0 +1,88 @@ +// +// SLongArrayIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a SLONG value with a count > 1 + /// </summary> + public class SLongArrayIFDEntry : ArrayIFDEntry<int> + { + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="values"> + /// A <see cref="T:System.Int32[]"/> to be stored + /// </param> + public SLongArrayIFDEntry (ushort tag, int[] values) : base (tag) + { + Values = values; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Long; + count = (uint)Values.Length; + + ByteVector data = new ByteVector (); + foreach (int value in Values) + data.Add (ByteVector.FromInt (value, is_bigendian)); + + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SLongArrayIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SLongArrayIFDEntry.cs.meta new file mode 100644 index 0000000..311f35a --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SLongArrayIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ed66a5dd5e70f2507998da510321ed28 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SLongIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SLongIFDEntry.cs new file mode 100644 index 0000000..88a64b7 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SLongIFDEntry.cs @@ -0,0 +1,100 @@ +// +// SLongIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a signed LONG value. + /// </summary> + public class SLongIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public int Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.Int32"/> to be stored + /// </param> + public SLongIFDEntry (ushort tag, int value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.SLong; + count = 1; + + return ByteVector.FromInt (Value, is_bigendian); + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SLongIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SLongIFDEntry.cs.meta new file mode 100644 index 0000000..639e51a --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SLongIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 328fcbc8e76d1d1f2ac1d4889c0d07af +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SRational.cs b/Scripts/TaglibSharp/IFD/Entries/SRational.cs new file mode 100644 index 0000000..f4173c1 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SRational.cs @@ -0,0 +1,168 @@ +// +// SRational.cs: A structure to represent signed rational values by a +// numerator and a denominator. +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.IFD.Entries +{ + + /// <summary> + /// Representation of a signed rational value + /// </summary> + public struct SRational : IFormattable + { + #region Private Fields + + /// <summary> + /// The denominator of the rational value + /// </summary> + int denominator; + + #endregion + + #region Constructor + + /// <summary> + /// Creates a new Rational value + /// </summary> + /// <param name="numerator"> + /// A <see cref="System.Int32"/> with the numerator of the + /// rational value + /// </param> + /// <param name="denominator"> + /// A <see cref="System.Int32"/> with the denominator of the + /// rational value. It must be not 0. + /// </param> + public SRational (int numerator, int denominator) + { + if (denominator == 0) + throw new ArgumentException (nameof(denominator), "denominator can't be 0"); + + Numerator = numerator; + this.denominator = denominator; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Returns a rational value with reduced nominator and denominator + /// </summary> + /// <returns> + /// A <see cref="SRational"/> + /// </returns> + public SRational Reduce () + { + int den_sign = Math.Sign (Denominator); + int gcd = Math.Abs (Denominator); + int b = Math.Abs (Numerator); + + while (b != 0) { + int tmp = gcd % b; + gcd = b; + b = tmp; + } + + return new SRational (den_sign * (Numerator / gcd), Math.Abs (Denominator) / gcd); + } + + /// <summary> + /// Formatprovider to allow formatting of a value. <see cref="IFormattable"/> + /// </summary> + /// <param name="format"> + /// A <see cref="System.String"/>. <see cref="IFormattable"/> + /// </param> + /// <param name="provider"> + /// A <see cref="IFormatProvider"/>. <see cref="IFormattable"/> + /// </param> + /// <returns> + /// A <see cref="System.String"/> formated according to the given parameter + /// </returns> + public string ToString (string format, IFormatProvider provider) + { + + SRational reduced = Reduce (); + + return $"{reduced.Numerator}/{reduced.Denominator}"; + } + + /// <summary> + /// Converts the value to a <see cref="System.String"/>. + /// </summary> + /// <returns> + /// A <see cref="System.String"/> with the current value. + /// </returns> + public override string ToString () + { + return $"{this}"; + } + + #endregion + + #region Public Properties + + /// <value> + /// The numerator of the rational value + /// </value> + public int Numerator { get; set; } + + /// <value> + /// The denominator of the rational value + /// </value> + /// <remarks> + /// Cannot be 0. + /// </remarks> + public int Denominator { + get { return denominator; } + set { + if (value == 0) + throw new ArgumentException ("denominator"); + + denominator = value; + } + } + + #endregion + + #region Public Static Methods + + /// <summary> + /// Cast the <see cref="Rational"/> value to a <see cref="System.Double"/>. + /// </summary> + /// <param name="rat"> + /// A <see cref="Rational"/> with the value to cast. + /// </param> + /// <returns> + /// A <see cref="System.Double"/> with the double. + /// </returns> + public static implicit operator double (SRational rat) + { + return rat.Numerator / (double)rat.Denominator; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SRational.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SRational.cs.meta new file mode 100644 index 0000000..7361fec --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SRational.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 442566190340b7ee19bb53e0604dfb27 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SRationalArrayIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SRationalArrayIFDEntry.cs new file mode 100644 index 0000000..f4f09bb --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SRationalArrayIFDEntry.cs @@ -0,0 +1,91 @@ +// +// SRationalArrayIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a SRATIONAL value with a count > 1 + /// </summary> + public class SRationalArrayIFDEntry : ArrayIFDEntry<SRational> + { + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="entries"> + /// A <see cref="T:SRational[]"/> to be stored + /// </param> + public SRationalArrayIFDEntry (ushort tag, SRational[] entries) + : base (tag) + { + Values = entries; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.SRational; + count = (uint)Values.Length; + + ByteVector data = new ByteVector (); + foreach (SRational rational in Values) { + data.Add (ByteVector.FromInt (rational.Numerator, is_bigendian)); + data.Add (ByteVector.FromInt (rational.Denominator, is_bigendian)); + } + + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SRationalArrayIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SRationalArrayIFDEntry.cs.meta new file mode 100644 index 0000000..3cb8451 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SRationalArrayIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 76c58e1dee89487ecbe5ec447cdad58c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SRationalIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SRationalIFDEntry.cs new file mode 100644 index 0000000..c4a7f69 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SRationalIFDEntry.cs @@ -0,0 +1,105 @@ +// +// SRationalIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a SRATIONAL value. + /// </summary> + public class SRationalIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public SRational Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="SRational"/> to be stored + /// </param> + public SRationalIFDEntry (ushort tag, SRational value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.SRational; + count = 1; + + var data = new ByteVector { + ByteVector.FromInt (Value.Numerator, is_bigendian), + ByteVector.FromInt (Value.Denominator, is_bigendian) + }; + + return data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SRationalIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SRationalIFDEntry.cs.meta new file mode 100644 index 0000000..f0ca77b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SRationalIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fcbd5cb51bb75489bbde84ea02e5e5b8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SShortArrayIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SShortArrayIFDEntry.cs new file mode 100644 index 0000000..51836d6 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SShortArrayIFDEntry.cs @@ -0,0 +1,89 @@ +// +// SShortArrayIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a SSHORT value with a count > 1 + /// </summary> + public class SShortArrayIFDEntry : ArrayIFDEntry<short> + { + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="values"> + /// A <see cref="T:System.Int16[]"/> to be stored + /// </param> + public SShortArrayIFDEntry (ushort tag, short[] values) : base (tag) + { + Values = values; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.SShort; + count = (uint)Values.Length; + + ByteVector data = new ByteVector (); + foreach (var value in Values) + data.Add (ByteVector.FromShort (value, is_bigendian)); + + return data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SShortArrayIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SShortArrayIFDEntry.cs.meta new file mode 100644 index 0000000..cce85b5 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SShortArrayIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 727f03ef3a38b1d4e8a97d4aa6f710dd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SShortIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SShortIFDEntry.cs new file mode 100644 index 0000000..db5e7e0 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SShortIFDEntry.cs @@ -0,0 +1,99 @@ +// +// SShortIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a Signed SHORT value. + /// </summary> + public class SShortIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public ushort Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.Int16"/> to be stored + /// </param> + public SShortIFDEntry (ushort tag, ushort value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.SShort; + count = 1; + + return ByteVector.FromUShort (Value, is_bigendian); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SShortIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SShortIFDEntry.cs.meta new file mode 100644 index 0000000..8169c20 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SShortIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 22221f4a48ba6653c844d7d26a4915bf +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/ShortArrayIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/ShortArrayIFDEntry.cs new file mode 100644 index 0000000..bf9433b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ShortArrayIFDEntry.cs @@ -0,0 +1,89 @@ +// +// ShortArrayIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a SHORT value with a count > 1 + /// </summary> + public class ShortArrayIFDEntry : ArrayIFDEntry<ushort> + { + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="values"> + /// A <see cref="T:System.UInt16[]"/> to be stored + /// </param> + public ShortArrayIFDEntry (ushort tag, ushort[] values) : base (tag) + { + Values = values; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Short; + count = (uint)Values.Length; + + ByteVector data = new ByteVector (); + foreach (ushort value in Values) + data.Add (ByteVector.FromUShort (value, is_bigendian)); + + return data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/ShortArrayIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/ShortArrayIFDEntry.cs.meta new file mode 100644 index 0000000..0022137 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ShortArrayIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c635594ea3db213b38d2cf4178d4a4f0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/ShortIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/ShortIFDEntry.cs new file mode 100644 index 0000000..4e9fc3f --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ShortIFDEntry.cs @@ -0,0 +1,99 @@ +// +// ShortIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a SHORT value. + /// </summary> + public class ShortIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public ushort Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.UInt16"/> to be stored + /// </param> + public ShortIFDEntry (ushort tag, ushort value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Short; + count = 1; + + return ByteVector.FromUShort (Value, is_bigendian); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/ShortIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/ShortIFDEntry.cs.meta new file mode 100644 index 0000000..706c650 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ShortIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1317a01474fe7d76b8440b29fe50bcfc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/StringIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/StringIFDEntry.cs new file mode 100644 index 0000000..2486d8e --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/StringIFDEntry.cs @@ -0,0 +1,104 @@ +// +// StringIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains an ASCII STRING value. + /// </summary> + public class StringIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public string Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="System.String"/> to be stored + /// </param> + public StringIFDEntry (ushort tag, string value) + { + Tag = tag; + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Ascii; + + ByteVector data = Value; + data.Add ("\0"); + + count = (uint)data.Count; + + return data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/StringIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/StringIFDEntry.cs.meta new file mode 100644 index 0000000..bca51d5 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/StringIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cd95c96d002f6a6dcb39e311991cdb66 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/StripOffsetsIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/StripOffsetsIFDEntry.cs new file mode 100644 index 0000000..0769fdb --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/StripOffsetsIFDEntry.cs @@ -0,0 +1,150 @@ +// +// StripOffsetsIFDEntry.cs: +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains the offsets to the image data strips. + /// </summary> + public class StripOffsetsIFDEntry : ArrayIFDEntry<uint> + { + + #region Private Fields + + /// <value> + /// Store the strip length to read them before writing. + /// </value> + readonly uint[] byte_counts; + + /// <value> + /// The file the offsets belong to + /// </value> + readonly File file; + + #endregion + + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="values"> + /// A <see cref="T:System.UInt32[]"/> with the strip offsets. + /// </param> + /// <param name="byte_counts"> + /// The length of the strips. + /// </param> + /// <param name="file"> + /// The file from which the strips will be read. + /// </param> + public StripOffsetsIFDEntry (ushort tag, uint[] values, uint[] byte_counts, File file) : base (tag) + { + Values = values; + this.byte_counts = byte_counts; + this.file = file; + + if (values.Length != byte_counts.Length) + throw new Exception ("strip offsets and strip byte counts do not have the same length"); + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public override ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + // The StripOffsets are an array of offsets, where the image data can be found. + // We store the offsets and behind the offsets the image data is stored. Therfore, + // the ByteVector data first collects the image data and the offsets itself are + // collected by offset_data. Then both are concatenated. + ByteVector data = new ByteVector (); + ByteVector offset_data = new ByteVector (); + + // every offset needs 4 byte, we need to reserve the bytes. + uint data_offset = offset + (uint)(4 * Values.Length); + + for (int i = 0; i < Values.Length; i++) { + uint new_offset = (uint)(data_offset + data.Count); + + file.Seek (Values[i], SeekOrigin.Begin); + data.Add (file.ReadBlock ((int)byte_counts[i])); + + // update strip offset data to new offset + Values[i] = new_offset; + + offset_data.Add (ByteVector.FromUInt (new_offset, is_bigendian)); + } + + // If the StripOffsets only consists of one offset, this doesn't work, because this offset + // should be stored inside the IFD as a value. But, because of the additional image data, + // it is not stored there. We need to fix this, that the offset is adjusted correctly. + // Therefore, the offset_data is only added if it contains more than one value. + // Then, the offset is set correctly. (However, we need to ensure, that the image data + // consists at least of 4 bytes, which is probably the case every time, but to be sure ...) + // However, the strip offset in the array must also be adjusted, if the offset_data is ignored. + if (Values.Length > 1) + data.Insert (0, offset_data); + else + Values[0] = offset; + + while (data.Count < 4) + data.Add (0x00); + + // the entry is a single long entry where the value is an offset to the data + // the offset is automatically updated by the renderer. + type = (ushort)IFDEntryType.Long; + count = (uint)Values.Length; + + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/StripOffsetsIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/StripOffsetsIFDEntry.cs.meta new file mode 100644 index 0000000..861e377 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/StripOffsetsIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b262bd25288ec03bcae2a46557c937ed +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SubIFDArrayEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SubIFDArrayEntry.cs new file mode 100644 index 0000000..d1c3794 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SubIFDArrayEntry.cs @@ -0,0 +1,97 @@ +// +// SubIFDArrayEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains the SubIFDs IFD entry. + /// </summary> + public class SubIFDArrayEntry : IFDEntry + { + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { + get; + set; + } + + /// <value> + /// The structures of the IFDs to which this entry points. + /// </value> + public IFDStructure[] Entries { get; private set; } + + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="entries"> + /// A set of ifd structures. + /// </param> + public SubIFDArrayEntry (ushort tag, List<IFDStructure> entries) + { + Tag = tag; + Entries = entries.ToArray (); + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + throw new NotImplementedException ("Not implemented yet!"); + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SubIFDArrayEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SubIFDArrayEntry.cs.meta new file mode 100644 index 0000000..5509311 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SubIFDArrayEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ee312155639ae8185acc2b682f87064c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/SubIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/SubIFDEntry.cs new file mode 100644 index 0000000..2219a6a --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SubIFDEntry.cs @@ -0,0 +1,126 @@ +// +// SubIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains a Sub IFD. + /// </summary> + public class SubIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The type of the IFD entry. + /// </value> + public ushort Type { get; private set; } + + /// <value> + /// The count of the IFD entry. + /// </value> + public uint Count { get; private set; } + + /// <value> + /// The structure of the sub-ifd which is stored by the current + /// instance + /// </value> + public IFDStructure Structure { get; private set; } + + /// <value> + /// The number of entries in the entire IFD. + /// </value> + public int ChildCount { + get { + int sum = 0; + foreach (var directory in Structure.Directories) + sum += directory.Count; + return sum; + } + } + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> with the type of the IFD entry. + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the IFD entry. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> to be stored + /// </param> + public SubIFDEntry (ushort tag, ushort type, uint count, IFDStructure structure) + { + Tag = tag; + Type = type; + Count = count; + Structure = structure; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = Type; + count = Count; + return new IFDRenderer (is_bigendian, Structure, offset).Render (); + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/SubIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/SubIFDEntry.cs.meta new file mode 100644 index 0000000..54ccc0a --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/SubIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3fe882109f05b15fb9b7ad5ea782ab22 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/ThumbnailDataIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/ThumbnailDataIFDEntry.cs new file mode 100644 index 0000000..fc9b815 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ThumbnailDataIFDEntry.cs @@ -0,0 +1,105 @@ +// +// ThumbnailDataIFDEntry.cs: +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains the data of a Thumbnail. Since the thumbnail is + /// referenced by two long entries (offset to the data and length) + /// we need to take care of this special case. + /// This entry acts as the offset-entry but holds also the + /// thumbail data. When rendering the entry, we have to render the + /// data but write a long entry. + /// </summary> + public class ThumbnailDataIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The data of the thumbnail which is stored by the current instance + /// </value> + public ByteVector Data { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> with the thumbnail data to be stored + /// </param> + public ThumbnailDataIFDEntry (ushort tag, ByteVector data) + { + Tag = tag; + Data = data; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + // the entry is a single long entry where the value is an offset to the data + // the offset is automatically updated by the renderer. + type = (ushort)IFDEntryType.Long; + count = 1; + + return Data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/ThumbnailDataIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/ThumbnailDataIFDEntry.cs.meta new file mode 100644 index 0000000..54fccbd --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/ThumbnailDataIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8c560a76d5d631847a3c12e716dcb2d8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/UndefinedIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/UndefinedIFDEntry.cs new file mode 100644 index 0000000..648881a --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/UndefinedIFDEntry.cs @@ -0,0 +1,100 @@ +// +// UndefinedIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (miek@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains an Undefined value type, represented by a byte vector + /// </summary> + public class UndefinedIFDEntry : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The data which is stored by the current instance + /// </value> + public ByteVector Data { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> to be stored + /// </param> + public UndefinedIFDEntry (ushort tag, ByteVector data) + { + Tag = tag; + Data = data; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Undefined; + count = (uint)Data.Count; + + return Data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/UndefinedIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/UndefinedIFDEntry.cs.meta new file mode 100644 index 0000000..734aa06 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/UndefinedIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 92771c9e9c69b6a3892532a48bed0b99 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Entries/UserCommentIFDEntry.cs b/Scripts/TaglibSharp/IFD/Entries/UserCommentIFDEntry.cs new file mode 100644 index 0000000..fc2bb96 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/UserCommentIFDEntry.cs @@ -0,0 +1,209 @@ +// +// UserCommentIFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Entries +{ + /// <summary> + /// Contains an ASCII STRING value. + /// </summary> + public class UserCommentIFDEntry : IFDEntry + { + + #region Constant Values + + /// <summary> + /// Marker for an ASCII-encoded UserComment tag. + /// </summary> + public static readonly ByteVector COMMENT_ASCII_CODE = new byte[] { 0x41, 0x53, 0x43, 0x49, 0x49, 0x00, 0x00, 0x00 }; + + /// <summary> + /// Marker for a JIS-encoded UserComment tag. + /// </summary> + public static readonly ByteVector COMMENT_JIS_CODE = new byte[] { 0x4A, 0x49, 0x53, 0x00, 0x00, 0x00, 0x00, 0x00 }; + + /// <summary> + /// Marker for a UNICODE-encoded UserComment tag. + /// </summary> + public static readonly ByteVector COMMENT_UNICODE_CODE = new byte[] { 0x55, 0x4E, 0x49, 0x43, 0x4F, 0x44, 0x45, 0x00 }; + + /// <summary> + /// Corrupt marker that seems to be resembling unicode. + /// </summary> + public static readonly ByteVector COMMENT_BAD_UNICODE_CODE = new byte[] { 0x55, 0x6E, 0x69, 0x63, 0x6F, 0x64, 0x65, 0x00 }; + + /// <summary> + /// Marker for a UserComment tag with undefined encoding. + /// </summary> + public static readonly ByteVector COMMENT_UNDEFINED_CODE = new byte[] { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 }; + + #endregion + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The value which is stored by the current instance + /// </value> + public string Value { get; private set; } + + #endregion + + #region Constructors + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="value"> + /// A <see cref="string"/> to be stored + /// </param> + public UserCommentIFDEntry (ushort tag, string value) + { + Tag = tag; + Value = value; + } + + /// <summary> + /// Construcor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> to be stored + /// </param> + /// <param name="file"> + /// The file that's currently being parsed, used for reporting corruptions. + /// </param> + public UserCommentIFDEntry (ushort tag, ByteVector data, File file) + { + Tag = tag; + + if (data.StartsWith (COMMENT_ASCII_CODE)) { + Value = TrimNull (data.ToString (StringType.Latin1, COMMENT_ASCII_CODE.Count, data.Count - COMMENT_ASCII_CODE.Count)); + return; + } + + if (data.StartsWith (COMMENT_UNICODE_CODE)) { + Value = TrimNull (data.ToString (StringType.UTF8, COMMENT_UNICODE_CODE.Count, data.Count - COMMENT_UNICODE_CODE.Count)); + return; + } + + var trimmed = data.ToString ().Trim (); + if (trimmed.Length == 0 || trimmed == "\0") { + Value = string.Empty; + return; + } + + // Some programs like e.g. CanonZoomBrowser inserts just the first 0x00-byte + // followed by 7-bytes of trash. + if (data.StartsWith ((byte)0x00) && data.Count >= 8) { + + // And CanonZoomBrowser fills some trailing bytes of the comment field + // with '\0'. So we return only the characters before the first '\0'. + int term = data.Find ("\0", 8); + if (term != -1) { + Value = data.ToString (StringType.Latin1, 8, term - 8); + } else { + Value = data.ToString (StringType.Latin1, 8, data.Count - 8); + } + return; + } + + if (data.Data.Length == 0) { + Value = string.Empty; + return; + } + + // Try to parse anyway + int offset = 0; + int length = data.Count - offset; + + // Corruption that starts with a Unicode header and a count byte. + if (data.StartsWith (COMMENT_BAD_UNICODE_CODE)) { + offset = COMMENT_BAD_UNICODE_CODE.Count; + length = data.Count - offset; + } + + file.MarkAsCorrupt ("UserComment with other encoding than Latin1 or Unicode"); + Value = TrimNull (data.ToString (StringType.UTF8, offset, length)); + } + + string TrimNull (string value) + { + int term = value.IndexOf ('\0'); + if (term > -1) + value = value.Substring (0, term); + return value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count) + { + type = (ushort)IFDEntryType.Undefined; + + var data = new ByteVector { + COMMENT_UNICODE_CODE, + ByteVector.FromString (Value, StringType.UTF8) + }; + + count = (uint)data.Count; + + return data; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/Entries/UserCommentIFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/Entries/UserCommentIFDEntry.cs.meta new file mode 100644 index 0000000..a003440 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Entries/UserCommentIFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 89a8a2b7ae6819d1296a07d4a94fa225 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDDirectory.cs b/Scripts/TaglibSharp/IFD/IFDDirectory.cs new file mode 100644 index 0000000..6d63878 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDDirectory.cs @@ -0,0 +1,35 @@ +// +// IFDDirectory.cs: A dictionary grouping IFDEntries. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.IFD +{ + /// <summary> + /// Contains the entries in this IFD. + /// </summary> + public class IFDDirectory : Dictionary<ushort, IFDEntry> + { + + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDDirectory.cs.meta b/Scripts/TaglibSharp/IFD/IFDDirectory.cs.meta new file mode 100644 index 0000000..b6307e7 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDDirectory.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d0acb7d7e95bc4ce3bad0c425947b412 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDEntry.cs b/Scripts/TaglibSharp/IFD/IFDEntry.cs new file mode 100644 index 0000000..76ce07b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDEntry.cs @@ -0,0 +1,132 @@ +// +// IFDEntry.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD +{ + /// <summary> + /// An IFD entry, which is a key/value pair inside an IFD. + /// </summary> + public interface IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + ushort Tag { get; } + + #endregion + + #region Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count); + + #endregion + + } + + + /// <summary> + /// This class abstracts common stuff for array IFD entries + /// </summary> + public abstract class ArrayIFDEntry<T> : IFDEntry + { + + #region Properties + + /// <value> + /// The ID of the tag, the current instance belongs to + /// </value> + public ushort Tag { get; private set; } + + /// <value> + /// The values stored by the current instance. + /// </value> + public T[] Values { get; protected set; } + + #endregion + + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag ID of the entry this instance + /// represents + /// </param> + public ArrayIFDEntry (ushort tag) + { + Tag = tag; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/> + /// </summary> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/> indicating the endianess for rendering. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset, the data is stored. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> the ID of the type, which is rendered + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the count of the values which are + /// rendered. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered data. + /// </returns> + public abstract ByteVector Render (bool is_bigendian, uint offset, out ushort type, out uint count); + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDEntry.cs.meta b/Scripts/TaglibSharp/IFD/IFDEntry.cs.meta new file mode 100644 index 0000000..716447a --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 319f3c2809c4aab049a1d992e6c28035 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDEntryType.cs b/Scripts/TaglibSharp/IFD/IFDEntryType.cs new file mode 100644 index 0000000..aa141d8 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDEntryType.cs @@ -0,0 +1,108 @@ +// +// IFDEntryType.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD +{ + /// <summary> + /// A type indicator, which identifies how the corresponding value + /// field should be interpreted. + /// </summary> + public enum IFDEntryType : ushort + { + /// <summary> + /// Unknown (shouldn't occur) + /// </summary> + Unknown = 0, + + /// <summary> + /// 8-bit unsigned integer. + /// </summary> + Byte = 1, + + /// <summary> + /// 8-bit byte that contains a 7-bit ASCII code; the last byte + /// must be NUL (binary zero). + /// </summary> + Ascii = 2, + + /// <summary> + /// 16-bit (2-byte) unsigned integer. + /// </summary> + Short = 3, + + /// <summary> + /// 32-bit (4-byte) unsigned integer. + /// </summary> + Long = 4, + + /// <summary> + /// Two LONGs: the first represents the numerator of a + /// fraction; the second, the denominator. + /// </summary> + Rational = 5, + + /// <summary> + /// An 8-bit signed (twos-complement) integer. + /// </summary> + SByte = 6, + + /// <summary> + /// An 8-bit byte that may contain anything, depending on + /// the definition of the field. + /// </summary> + Undefined = 7, + + /// <summary> + /// A 16-bit (2-byte) signed (twos-complement) integer. + /// </summary> + SShort = 8, + + /// <summary> + /// A 32-bit (4-byte) signed (twos-complement) integer. + /// </summary> + SLong = 9, + + /// <summary> + /// Two SLONG’s: the first represents the numerator of a + /// fraction, the second the denominator. + /// </summary> + SRational = 10, + + /// <summary> + /// Single precision (4-byte) IEEE format. + /// </summary> + Float = 11, + + /// <summary> + /// Double precision (8-byte) IEEE format. + /// </summary> + Double = 12, + + /// <summary> + /// IFD + /// </summary> + IFD = 13 + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDEntryType.cs.meta b/Scripts/TaglibSharp/IFD/IFDEntryType.cs.meta new file mode 100644 index 0000000..231999f --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDEntryType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d7c4e9ec2f759079db2b5865f5f8cf44 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDReader.cs b/Scripts/TaglibSharp/IFD/IFDReader.cs new file mode 100644 index 0000000..3a3ca78 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDReader.cs @@ -0,0 +1,1021 @@ +// +// IFDReader.cs: Parses TIFF IFDs and populates an IFD structure. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.IO; + +using TagLib.IFD.Entries; +using TagLib.IFD.Makernotes; +using TagLib.IFD.Tags; + +namespace TagLib.IFD +{ + /// <summary> + /// This class contains all the IFD reading and parsing code. + /// </summary> + public class IFDReader + { + + #region Private Constants + + static readonly string PANASONIC_HEADER = "Panasonic\0\0\0"; + static readonly string PENTAX_HEADER = "AOC\0"; + static readonly string NIKON_HEADER = "Nikon\0"; + static readonly string OLYMPUS1_HEADER = "OLYMP\0"; + static readonly string OLYMPUS2_HEADER = "OLYMPUS\0"; + static readonly string SONY_HEADER = "SONY DSC \0\0\0"; + static readonly string LEICA_HEADER = "LEICA\0\0\0"; + + #endregion + + #region Protected Fields + + /// <summary> + /// The <see cref="File" /> where this IFD is found in. + /// </summary> + protected readonly File file; + + /// <summary> + /// If IFD is encoded in BigEndian or not + /// </summary> + protected readonly bool is_bigendian; + + /// <summary> + /// The IFD structure that will be populated + /// </summary> + protected readonly IFDStructure structure; + + /// <summary> + /// A <see cref="System.Int64"/> value describing the base were the IFD offsets + /// refer to. E.g. in Jpegs the IFD are located in an Segment and the offsets + /// inside the IFD refer from the beginning of this segment. So base_offset must + /// contain the beginning of the segment. + /// </summary> + protected readonly long base_offset; + + /// <summary> + /// A <see cref="System.UInt32"/> value with the beginning of the IFD relative to + /// base_offset. + /// </summary> + protected readonly uint ifd_offset; + + /// <summary> + /// A <see cref="System.UInt32"/> with the maximal offset, which should occur in the + /// IFD. Greater offsets, would reference beyond the considered data. + /// </summary> + protected readonly uint max_offset; + + /// <summary> + /// Whether or not the makernote should be parsed. + /// </summary> + protected bool parse_makernote = true; + + #endregion + + /// <summary> + /// Whether or not the makernote should be parsed. + /// </summary> + internal bool ShouldParseMakernote { + get { return parse_makernote; } + set { parse_makernote = value; } + } + + #region Constructors + + /// <summary> + /// Constructor. Reads an IFD from given file, using the given endianness. + /// </summary> + /// <param name="file"> + /// A <see cref="File"/> to read from. + /// </param> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/>, it must be true, if the data of the IFD should be + /// read as bigendian, otherwise false. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> that will be populated. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> value describing the base were the IFD offsets + /// refer to. E.g. in Jpegs the IFD are located in an Segment and the offsets + /// inside the IFD refer from the beginning of this segment. So <paramref + /// name="base_offset"/> must contain the beginning of the segment. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the beginning of the IFD relative to + /// <paramref name="base_offset"/>. + /// </param> + /// <param name="max_offset"> + /// A <see cref="System.UInt32"/> value with maximal possible offset. This is to limit + /// the size of the possible data; + /// </param> + public IFDReader (File file, bool is_bigendian, IFDStructure structure, long base_offset, uint ifd_offset, uint max_offset) + { + this.file = file; + this.is_bigendian = is_bigendian; + this.structure = structure; + this.base_offset = base_offset; + this.ifd_offset = ifd_offset; + this.max_offset = max_offset; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Read all IFD segments from the file. + /// </summary> + public void Read () + { + Read (-1); + } + + /// <summary> + /// Read IFD segments from the file. + /// </summary> + /// <para> + /// The number of IFDs that may be read can be restricted using the count + /// parameter. This might be needed for fiels that have invalid next-ifd + /// pointers (such as some IFDs in the Nikon Makernote). This condition is + /// tested in the Nikon2 unit test, which contains such a file. + /// </para> + /// <param name="count"> + /// A <see cref="System.Int32"/> with the maximal number of IFDs to read. + /// Passing -1 means unlimited. + /// </param> + public void Read (int count) + { + if (count == 0) + return; + + uint next_offset = ifd_offset; + int i = 0; + + lock (file) { + StartIFDLoopDetect (); + do { + if (DetectIFDLoop (base_offset + next_offset)) { + file.MarkAsCorrupt ("IFD loop detected"); + break; + } + next_offset = ReadIFD (base_offset, next_offset, max_offset); + } while (next_offset > 0 && (count == -1 || ++i < count)); + + StopIFDLoopDetect (); + } + } + + #endregion + + #region Private Methods + + /// <summary> + /// Add to the reference count for the IFD loop detection. + /// </summary> + void StartIFDLoopDetect () + { + if (!ifd_offsets.ContainsKey (file)) { + ifd_offsets[file] = new List<long> (); + ifd_loopdetect_refs[file] = 1; + } else { + ifd_loopdetect_refs[file]++; + } + } + + /// <summary> + /// Attempts to detect whether or not this file has an endless IFD loop. + /// </summary> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset at which the next IFD + /// can be found. + /// </param> + /// <returns> + /// True if we have gone into a loop, false otherwise. + /// </returns> + bool DetectIFDLoop (long offset) + { + if (offset == 0) + return false; + if (ifd_offsets[file].Contains (offset)) + return true; + ifd_offsets[file].Add (offset); + return false; + } + + /// <summary> + /// End the IFD loop detection, cleanup if we're the last. + /// </summary> + void StopIFDLoopDetect () + { + ifd_loopdetect_refs[file]--; + if (ifd_loopdetect_refs[file] == 0) { + ifd_offsets.Remove (file); + ifd_loopdetect_refs.Remove (file); + } + } + + static readonly Dictionary<File, List<long>> ifd_offsets = new Dictionary<File, List<long>> (); + static readonly Dictionary<File, int> ifd_loopdetect_refs = new Dictionary<File, int> (); + + /// <summary> + /// Reads an IFD from file at position <paramref name="offset"/> relative + /// to <paramref name="baseOffset"/>. + /// </summary> + /// <param name="baseOffset"> + /// A <see cref="System.Int64"/> with the base offset which every offset + /// in IFD is relative to. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset of the IFD relative to + /// <paramref name="baseOffset"/> + /// </param> + /// <param name="maxOffset"> + /// A <see cref="System.UInt32"/> with the maximal offset to consider for + /// the IFD. + /// </param> + /// <returns> + /// A <see cref="System.UInt32"/> with the offset of the next IFD, the + /// offset is also relative to <paramref name="baseOffset"/> + /// </returns> + uint ReadIFD (long baseOffset, uint offset, uint maxOffset) + { + long length = 0; + try { + length = file.Length; + } catch (Exception) { + // Use a safety-value of 4 gigabyte. + length = 1073741824L * 4; + } + + if (baseOffset + offset > length) { + file.MarkAsCorrupt ("Invalid IFD offset"); + return 0; + } + + var directory = new IFDDirectory (); + + file.Seek (baseOffset + offset, SeekOrigin.Begin); + ushort entry_count = ReadUShort (); + + if (file.Tell + 12 * entry_count > baseOffset + maxOffset) { + file.MarkAsCorrupt ("Size of entries exceeds possible data size"); + return 0; + } + + ByteVector entry_datas = file.ReadBlock (12 * entry_count); + uint next_offset = ReadUInt (); + + for (int i = 0; i < entry_count; i++) { + ByteVector entry_data = entry_datas.Mid (i * 12, 12); + + ushort entry_tag = entry_data.Mid (0, 2).ToUShort (is_bigendian); + ushort type = entry_data.Mid (2, 2).ToUShort (is_bigendian); + uint value_count = entry_data.Mid (4, 4).ToUInt (is_bigendian); + ByteVector offset_data = entry_data.Mid (8, 4); + + IFDEntry entry; + + try + { + entry = CreateIFDEntry(entry_tag, type, value_count, baseOffset, offset_data, maxOffset); + } + catch (OverflowException) + { + // This exception occurs when the image does not have data in the expected format at the + // requested location. This has been observed in images taken with an Olympus camera. + file.MarkAsCorrupt("Invalid IFD entry"); + continue; + } + + if (entry == null) + continue; + + if (directory.ContainsKey (entry.Tag)) + directory.Remove (entry.Tag); + + directory.Add (entry.Tag, entry); + } + + FixupDirectory (baseOffset, directory); + + structure.directories.Add (directory); + return next_offset; + } + + /// <summary> + /// Creates an IFDEntry from the given values. This method is used for + /// every entry. Custom parsing can be hooked in by overriding the + /// <see cref="ParseIFDEntry(ushort,ushort,uint,long,uint)"/> method. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> with the type of the entry. + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the data count of the entry. + /// </param> + /// <param name="baseOffset"> + /// A <see cref="System.Int64"/> with the base offset which every + /// offsets in the IFD are relative to. + /// </param> + /// <param name="offsetData"> + /// A <see cref="ByteVector"/> containing exactly 4 byte with the data + /// of the offset of the entry. Since this field isn't interpreted as + /// an offset if the data can be directly stored in the 4 byte, we + /// pass the <see cref="ByteVector"/> to easier interpret it. + /// </param> + /// <param name="maxOffset"> + /// A <see cref="System.UInt32"/> with the maximal offset to consider for + /// the IFD. + /// </param> + /// <returns> + /// A <see cref="IFDEntry"/> with the given parameter. + /// </returns> + IFDEntry CreateIFDEntry (ushort tag, ushort type, uint count, long baseOffset, ByteVector offsetData, uint maxOffset) + { + uint offset = offsetData.ToUInt (is_bigendian); + + // Fix the type for the IPTC tag. + // From http://www.awaresystems.be/imaging/tiff/tifftags/iptc.html + // "Often times, the datatype is incorrectly specified as LONG. " + if (tag == (ushort)IFDEntryTag.IPTC && type == (ushort)IFDEntryType.Long) { + type = (ushort)IFDEntryType.Byte; + } + + var ifd_entry = ParseIFDEntry (tag, type, count, baseOffset, offset); + if (ifd_entry != null) + return ifd_entry; + + if (count > 0x10000000) { + // Some Nikon files are known to exhibit this corruption (or "feature"). + file.MarkAsCorrupt ("Impossibly large item count"); + return null; + } + + // then handle the values stored in the offset data itself + if (count == 1) { + if (type == (ushort)IFDEntryType.Byte) + return new ByteIFDEntry (tag, offsetData[0]); + + if (type == (ushort)IFDEntryType.SByte) + return new SByteIFDEntry (tag, (sbyte)offsetData[0]); + + if (type == (ushort)IFDEntryType.Short) + return new ShortIFDEntry (tag, offsetData.Mid (0, 2).ToUShort (is_bigendian)); + + if (type == (ushort)IFDEntryType.SShort) + return new SShortIFDEntry (tag, offsetData.Mid (0, 2).ToUShort (is_bigendian)); + + if (type == (ushort)IFDEntryType.Long) + return new LongIFDEntry (tag, offsetData.ToUInt (is_bigendian)); + + if (type == (ushort)IFDEntryType.SLong) + return new SLongIFDEntry (tag, offsetData.ToInt (is_bigendian)); + + } + + if (count == 2) { + if (type == (ushort)IFDEntryType.Short) { + ushort[] data = new[] { + offsetData.Mid (0, 2).ToUShort (is_bigendian), + offsetData.Mid (2, 2).ToUShort (is_bigendian) + }; + + return new ShortArrayIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.SShort) { + short[] data = new[] { + (short) offsetData.Mid (0, 2).ToUShort (is_bigendian), + (short) offsetData.Mid (2, 2).ToUShort (is_bigendian) + }; + + return new SShortArrayIFDEntry (tag, data); + } + } + + if (count <= 4) { + if (type == (ushort)IFDEntryType.Undefined) + return new UndefinedIFDEntry (tag, offsetData.Mid (0, (int)count)); + + if (type == (ushort)IFDEntryType.Ascii) { + string data = offsetData.Mid (0, (int)count).ToString (); + int term = data.IndexOf ('\0'); + + if (term > -1) + data = data.Substring (0, term); + + return new StringIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.Byte) + return new ByteVectorIFDEntry (tag, offsetData.Mid (0, (int)count)); + } + + + // FIXME: create correct type. + if (offset > maxOffset) + return new UndefinedIFDEntry (tag, new ByteVector ()); + + // then handle data referenced by the offset + file.Seek (baseOffset + offset, SeekOrigin.Begin); + + if (count == 1) { + if (type == (ushort)IFDEntryType.Rational) + return new RationalIFDEntry (tag, ReadRational ()); + + if (type == (ushort)IFDEntryType.SRational) + return new SRationalIFDEntry (tag, ReadSRational ()); + } + + if (count > 1) { + if (type == (ushort)IFDEntryType.Long) { + uint[] data = ReadUIntArray (count); + + return new LongArrayIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.SLong) { + int[] data = ReadIntArray (count); + + return new SLongArrayIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.Rational) { + var entries = new Rational[count]; + + for (int i = 0; i < count; i++) + entries[i] = ReadRational (); + + return new RationalArrayIFDEntry (tag, entries); + } + + if (type == (ushort)IFDEntryType.SRational) { + var entries = new SRational[count]; + + for (int i = 0; i < count; i++) + entries[i] = ReadSRational (); + + return new SRationalArrayIFDEntry (tag, entries); + } + } + + if (count > 2) { + if (type == (ushort)IFDEntryType.Short) { + ushort[] data = ReadUShortArray (count); + + return new ShortArrayIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.SShort) { + short[] data = ReadShortArray (count); + + return new SShortArrayIFDEntry (tag, data); + } + } + + if (count > 4) { + if (type == (ushort)IFDEntryType.Long) { + uint[] data = ReadUIntArray (count); + + return new LongArrayIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.Byte) { + ByteVector data = file.ReadBlock ((int)count); + + return new ByteVectorIFDEntry (tag, data); + } + + if (type == (ushort)IFDEntryType.Ascii) { + string data = ReadAsciiString ((int)count); + + return new StringIFDEntry (tag, data); + } + + if (tag == (ushort)ExifEntryTag.UserComment) { + ByteVector data = file.ReadBlock ((int)count); + + return new UserCommentIFDEntry (tag, data, file); + } + + if (type == (ushort)IFDEntryType.Undefined) { + ByteVector data = file.ReadBlock ((int)count); + + return new UndefinedIFDEntry (tag, data); + } + } + + if (type == (ushort)IFDEntryType.Float) + return null; + + if (type == 0 || type > 12) { + // Invalid type + file.MarkAsCorrupt ("Invalid item type"); + return null; + } + + // TODO: We should ignore unreadable values, erroring for now until we have sufficient coverage. + throw new NotImplementedException ($"Unknown type/count {type}/{count} ({offset})"); + } + + /// <summary> + /// Reads a 2-byte signed short from the current file. + /// </summary> + /// <returns> + /// A <see cref="short" /> value containing the short read + /// from the current instance. + /// </returns> + short ReadShort () + { + return file.ReadBlock (2).ToShort (is_bigendian); + } + + /// <summary> + /// Reads a 2-byte unsigned short from the current file. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the short read + /// from the current instance. + /// </returns> + ushort ReadUShort () + { + return file.ReadBlock (2).ToUShort (is_bigendian); + } + + /// <summary> + /// Reads a 4-byte int from the current file. + /// </summary> + /// <returns> + /// A <see cref="uint" /> value containing the int read + /// from the current instance. + /// </returns> + int ReadInt () + { + return file.ReadBlock (4).ToInt (is_bigendian); + } + + /// <summary> + /// Reads a 4-byte unsigned int from the current file. + /// </summary> + /// <returns> + /// A <see cref="uint" /> value containing the int read + /// from the current instance. + /// </returns> + uint ReadUInt () + { + return file.ReadBlock (4).ToUInt (is_bigendian); + } + + /// <summary> + /// Reads a <see cref="Rational"/> by two following unsigned + /// int from the current file. + /// </summary> + /// <returns> + /// A <see cref="Rational"/> value created by the read values. + /// </returns> + Rational ReadRational () + { + uint numerator = ReadUInt (); + uint denominator = ReadUInt (); + + // correct illegal value + if (denominator == 0) { + numerator = 0; + denominator = 1; + } + + return new Rational (numerator, denominator); + } + + /// <summary> + /// Reads a <see cref="SRational"/> by two following unsigned + /// int from the current file. + /// </summary> + /// <returns> + /// A <see cref="SRational"/> value created by the read values. + /// </returns> + SRational ReadSRational () + { + int numerator = ReadInt (); + int denominator = ReadInt (); + + // correct illegal value + if (denominator == 0) { + numerator = 0; + denominator = 1; + } + + return new SRational (numerator, denominator); + } + + /// <summary> + /// Reads an array of 2-byte shorts from the current file. + /// </summary> + /// <returns> + /// An array of <see cref="ushort" /> values containing the + /// shorts read from the current instance. + /// </returns> + ushort[] ReadUShortArray (uint count) + { + ushort[] data = new ushort[count]; + for (int i = 0; i < count; i++) + data[i] = ReadUShort (); + return data; + } + + /// <summary> + /// Reads an array of 2-byte signed shorts from the current file. + /// </summary> + /// <returns> + /// An array of <see cref="short" /> values containing the + /// shorts read from the current instance. + /// </returns> + short[] ReadShortArray (uint count) + { + short[] data = new short[count]; + for (int i = 0; i < count; i++) + data[i] = ReadShort (); + return data; + } + + /// <summary> + /// Reads an array of 4-byte int from the current file. + /// </summary> + /// <returns> + /// An array of <see cref="int" /> values containing the + /// shorts read from the current instance. + /// </returns> + int[] ReadIntArray (uint count) + { + int[] data = new int[count]; + for (int i = 0; i < count; i++) + data[i] = ReadInt (); + return data; + } + + /// <summary> + /// Reads an array of 4-byte unsigned int from the current file. + /// </summary> + /// <returns> + /// An array of <see cref="uint" /> values containing the + /// shorts read from the current instance. + /// </returns> + uint[] ReadUIntArray (uint count) + { + uint[] data = new uint[count]; + for (int i = 0; i < count; i++) + data[i] = ReadUInt (); + return data; + } + + /// <summary> + /// Reads an ASCII string from the current file. + /// </summary> + /// <returns> + /// A <see cref="string" /> read from the current instance. + /// </returns> + /// <remarks> + /// The exif standard allows to store multiple string separated + /// by '\0' in one ASCII-field. On the other hand some programs + /// (e.g. CanonZoomBrowser) fill some ASCII fields by trailing + /// '\0's. + /// We follow the Adobe practice as described in XMP Specification + /// Part 3 (Storeage in Files), and process the ASCII string only + /// to the first '\0'. + /// </remarks> + string ReadAsciiString (int count) + { + string str = file.ReadBlock (count).ToString (); + int term = str.IndexOf ('\0'); + + if (term > -1) + str = str.Substring (0, term); + + return str; + } + + /// <summary> + /// Performs some fixups to a read <see cref="IFDDirectory"/>. For some + /// special cases multiple <see cref="IFDEntry"/> instances contained + /// in the directory are needed. Therfore, we do the fixups after reading the + /// whole directory to be sure, all entries are present. + /// </summary> + /// <param name="baseOffset"> + /// A <see cref="System.Int64"/> value with the base offset, all offsets in the + /// directory refers to. + /// </param> + /// <param name="directory"> + /// A <see cref="IFDDirectory"/> instance which was read and needs fixes. + /// </param> + void FixupDirectory (long baseOffset, IFDDirectory directory) + { + // The following two entries refer to thumbnail data, where one is the offset + // to the data and the other is the length. Unnaturally both are used to describe + // the data. So it is needed to keep both entries in sync and keep the thumbnail data + // for writing it back. + // We determine the position of the data, read it and store it in an ThumbnailDataIFDEntry + // which replaces the offset-entry to thumbnail data. + ushort offset_tag = (ushort)IFDEntryTag.JPEGInterchangeFormat; + ushort length_tag = (ushort)IFDEntryTag.JPEGInterchangeFormatLength; + if (directory.ContainsKey (offset_tag) && directory.ContainsKey (length_tag)) { + if (directory[offset_tag] is LongIFDEntry offset_entry && directory[length_tag] is LongIFDEntry length_entry) { + uint offset = offset_entry.Value; + uint length = length_entry.Value; + + file.Seek (baseOffset + offset, SeekOrigin.Begin); + var data = file.ReadBlock ((int)length); + + directory.Remove (offset_tag); + directory.Add (offset_tag, new ThumbnailDataIFDEntry (offset_tag, data)); + } + } + + + // create a StripOffsetIFDEntry if necessary + ushort strip_offsets_tag = (ushort)IFDEntryTag.StripOffsets; + ushort strip_byte_counts_tag = (ushort)IFDEntryTag.StripByteCounts; + if (directory.ContainsKey (strip_offsets_tag) && directory.ContainsKey (strip_byte_counts_tag)) { + + uint[] strip_offsets = null; + uint[] strip_byte_counts = null; + + var strip_offsets_entry = directory[strip_offsets_tag]; + var strip_byte_counts_entry = directory[strip_byte_counts_tag]; + + if (strip_offsets_entry is LongIFDEntry) + strip_offsets = new[] { (strip_offsets_entry as LongIFDEntry).Value }; + else if (strip_offsets_entry is LongArrayIFDEntry) + strip_offsets = (strip_offsets_entry as LongArrayIFDEntry).Values; + + if (strip_offsets == null) + return; + + if (strip_byte_counts_entry is LongIFDEntry) + strip_byte_counts = new[] { (strip_byte_counts_entry as LongIFDEntry).Value }; + else if (strip_byte_counts_entry is LongArrayIFDEntry) + strip_byte_counts = (strip_byte_counts_entry as LongArrayIFDEntry).Values; + + if (strip_byte_counts == null) + return; + + directory.Remove (strip_offsets_tag); + directory.Add (strip_offsets_tag, new StripOffsetsIFDEntry (strip_offsets_tag, strip_offsets, strip_byte_counts, file)); + } + } + + IFDEntry ParseMakernote (ushort tag, ushort type, uint count, long baseOffset, uint offset) + { + long makernote_offset = baseOffset + offset; + var ifd_structure = new IFDStructure (); + + // This is the minimum size a makernote should have + // The shortest header is PENTAX_HEADER (4) + // + IFD entry count (2) + // + at least one IFD etry (12) + // + next IFD pointer (4) + // = 22 .... + // we use this number to read a header which is big used + // to identify the makernote types + int header_size = 18; + + long length = 0; + try { + length = file.Length; + } catch (Exception) { + // Use a safety-value of 4 gigabyte. + length = 1073741824L * 4; + } + + if (makernote_offset > length) { + file.MarkAsCorrupt ("offset to makernote is beyond file size"); + return null; + } + + if (makernote_offset + header_size > length) { + file.MarkAsCorrupt ("data is to short to contain a maker note ifd"); + return null; + } + + // read header + file.Seek (makernote_offset, SeekOrigin.Begin); + ByteVector header = file.ReadBlock (header_size); + + if (header.StartsWith (PANASONIC_HEADER)) { + var reader = new IFDReader (file, is_bigendian, ifd_structure, baseOffset, offset + 12, max_offset); + + reader.ReadIFD (baseOffset, offset + 12, max_offset); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Panasonic, PANASONIC_HEADER, 12, true, null); + } + + if (header.StartsWith (PENTAX_HEADER)) { + var reader = new IFDReader (file, is_bigendian, ifd_structure, baseOffset, offset + 6, max_offset); + + reader.ReadIFD (baseOffset, offset + 6, max_offset); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Pentax, header.Mid (0, 6), 6, true, null); + } + + if (header.StartsWith (OLYMPUS1_HEADER)) { + var reader = new IFDReader (file, is_bigendian, ifd_structure, baseOffset, offset + 8, max_offset); + + reader.Read (); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Olympus1, header.Mid (0, 8), 8, true, null); + } + + if (header.StartsWith (OLYMPUS2_HEADER)) { + var reader = new IFDReader (file, is_bigendian, ifd_structure, makernote_offset, 12, count); + + reader.Read (); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Olympus2, header.Mid (0, 12), 12, false, null); + } + + if (header.StartsWith (SONY_HEADER)) { + var reader = new IFDReader (file, is_bigendian, ifd_structure, baseOffset, offset + 12, max_offset); + + reader.ReadIFD (baseOffset, offset + 12, max_offset); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Sony, SONY_HEADER, 12, true, null); + } + + if (header.StartsWith (NIKON_HEADER)) { + + ByteVector endian_bytes = header.Mid (10, 2); + + if (endian_bytes.ToString () == "II" || endian_bytes.ToString () == "MM") { + + bool makernote_endian = endian_bytes.ToString ().Equals ("MM"); + ushort magic = header.Mid (12, 2).ToUShort (is_bigendian); + + if (magic == 42) { + + // TODO: the max_offset value is not correct here. However, some nikon files have offsets to a sub-ifd + // (preview image) which are not stored with the other makernote data. Therfore, we keep the max_offset + // for now. (It is just an upper bound for some checks. So if it is too big, it doesn't matter) + var reader = new Nikon3MakernoteReader (file, makernote_endian, ifd_structure, makernote_offset + 10, 8, max_offset - offset - 10); + + reader.Read (); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Nikon3, header.Mid (0, 18), 8, false, makernote_endian); + } + } + } + + if (header.StartsWith (LEICA_HEADER)) { + var reader = new IFDReader (file, is_bigendian, ifd_structure, makernote_offset, 8, count); + + reader.Read (); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Leica, header.Mid (0, 8), 10, false, null); + } + + try { + var reader = new IFDReader (file, is_bigendian, ifd_structure, baseOffset, offset, max_offset); + + reader.Read (); + return new MakernoteIFDEntry (tag, ifd_structure, MakernoteType.Canon); + } catch { + return null; + } + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Try to parse the given IFD entry, used to discover format-specific entries. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> with the type of the entry. + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the data count of the entry. + /// </param> + /// <param name="baseOffset"> + /// A <see cref="System.Int64"/> with the base offset which every offsets in the + /// IFD are relative to. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset of the entry. + /// </param> + /// <returns> + /// A <see cref="IFDEntry"/> with the given parameters, or null if none was parsed, after + /// which the normal TIFF parsing is used. + /// </returns> + protected virtual IFDEntry ParseIFDEntry (ushort tag, ushort type, uint count, long baseOffset, uint offset) + { + if (tag == (ushort)ExifEntryTag.MakerNote && parse_makernote) + return ParseMakernote (tag, type, count, baseOffset, offset); + + if (tag == (ushort)IFDEntryTag.SubIFDs) { + var entries = new List<IFDStructure> (); + + uint[] data; + if (count >= 2) { + + // This is impossible right? + if (baseOffset + offset > file.Length) { + file.MarkAsCorrupt ("Length of SubIFD is too long"); + return null; + } + + file.Seek (baseOffset + offset, SeekOrigin.Begin); + data = ReadUIntArray (count); + } else { + data = new[] { offset }; + } + + foreach (var sub_offset in data) { + var sub_structure = new IFDStructure (); + var sub_reader = CreateSubIFDReader (file, is_bigendian, sub_structure, baseOffset, sub_offset, max_offset); + sub_reader.Read (); + + entries.Add (sub_structure); + } + return new SubIFDArrayEntry (tag, entries); + } + + + var ifd_structure = new IFDStructure (); + IFDReader reader = CreateSubIFDReader (file, is_bigendian, ifd_structure, baseOffset, offset, max_offset); + + // Sub IFDs are either identified by the IFD-type ... + if (type == (ushort)IFDEntryType.IFD) { + reader.Read (); + return new SubIFDEntry (tag, type, (uint)ifd_structure.Directories.Length, ifd_structure); + } + + // ... or by one of the following tags + switch (tag) { + case (ushort)IFDEntryTag.ExifIFD: + case (ushort)IFDEntryTag.InteroperabilityIFD: + case (ushort)IFDEntryTag.GPSIFD: + reader.Read (); + return new SubIFDEntry (tag, (ushort)IFDEntryType.Long, 1, ifd_structure); + + default: + return null; + } + } + + /// <summary> + /// Create a reader for Sub IFD entries. + /// </summary> + /// <param name="file"> + /// A <see cref="File"/> to read from. + /// </param> + /// <param name="isBigendian"> + /// A <see cref="System.Boolean"/>, it must be true, if the data of the IFD should be + /// read as bigendian, otherwise false. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> that will be populated. + /// </param> + /// <param name="baseOffset"> + /// A <see cref="System.Int64"/> with the base offset which every offsets in the + /// IFD are relative to. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset of the entry. + /// </param> + /// <param name="maxOffset"> + /// A <see cref="System.UInt32"/> with the maximal offset to consider for + /// the IFD. + /// </param> + /// <returns> + /// A <see cref="IFDReader"/> which can be used to read the specified sub IFD. + /// </returns> + protected virtual IFDReader CreateSubIFDReader (File file, bool isBigendian, IFDStructure structure, long baseOffset, uint offset, uint maxOffset) + { + return new IFDReader (file, isBigendian, structure, baseOffset, offset, maxOffset); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDReader.cs.meta b/Scripts/TaglibSharp/IFD/IFDReader.cs.meta new file mode 100644 index 0000000..7d164c3 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 91edd387b20a655a6aefd3ed9841b1e7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDRenderer.cs b/Scripts/TaglibSharp/IFD/IFDRenderer.cs new file mode 100644 index 0000000..1ddb01e --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDRenderer.cs @@ -0,0 +1,274 @@ +// +// IFDRenderer.cs: Outputs an IFD structure into TIFF IFD bytes. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using TagLib.IFD.Entries; + +namespace TagLib.IFD +{ + /// <summary> + /// This class contains all the IFD rendering code. + /// </summary> + public class IFDRenderer + { + + #region Private Fields + + /// <summary> + /// The IFD structure that will be rendered. + /// </summary> + readonly IFDStructure structure; + + /// <summary> + /// If IFD should be encoded in BigEndian or not. + /// </summary> + readonly bool is_bigendian; + + /// <summary> + /// A <see cref="System.UInt32"/> value with the offset of the + /// current IFD. All offsets inside the IFD must be adjusted + /// according to this given offset. + /// </summary> + readonly uint ifd_offset; + + #endregion + + #region Constructors + + /// <summary> + /// Constructor. Will render the given IFD structure. + /// </summary> + /// <param name="is_bigendian"> + /// If IFD should be encoded in BigEndian or not. + /// </param> + /// <param name="structure"> + /// The IFD structure that will be rendered. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the offset of the + /// current IFD. All offsets inside the IFD must be adjusted + /// according to this given offset. + /// </param> + public IFDRenderer (bool is_bigendian, IFDStructure structure, uint ifd_offset) + { + this.is_bigendian = is_bigendian; + this.structure = structure; + this.ifd_offset = ifd_offset; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance to a <see cref="ByteVector"/>. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> containing the rendered IFD. + /// </returns> + public ByteVector Render () + { + ByteVector ifd_data = new ByteVector (); + + uint current_offset = ifd_offset; + var directories = structure.directories; + + for (int index = 0; index < directories.Count; index++) { + ByteVector data = RenderIFD (directories[index], current_offset, index == directories.Count - 1); + current_offset += (uint)data.Count; + ifd_data.Add (data); + } + + return ifd_data; + } + + #endregion + + #region Private Methods + + /// <summary> + /// Renders the IFD to an ByteVector where the offset of the IFD + /// itself is <paramref name="ifd_offset"/> and all offsets + /// contained in the IFD are adjusted accroding it. + /// </summary> + /// <param name="directory"> + /// A <see cref="IFDDirectory"/> with the directory to render. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> with the offset of the IFD + /// </param> + /// <param name="last"> + /// A <see cref="System.Boolean"/> which is true, if the IFD is + /// the last one, i.e. the offset to the next IFD, which is + /// stored inside the IFD, is 0. If the value is false, the + /// offset to the next IFD is set that it starts directly after + /// the current one. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered IFD. + /// </returns> + ByteVector RenderIFD (IFDDirectory directory, uint ifd_offset, bool last) + { + if (directory.Count > ushort.MaxValue) + throw new Exception ($"Directory has too much entries: {directory.Count}"); + + // Remove empty SUB ifds. + var tags = new List<ushort> (directory.Keys); + foreach (var tag in tags) { + var entry = directory[tag]; + if (entry is SubIFDEntry && (entry as SubIFDEntry).ChildCount == 0) { + directory.Remove (tag); + } + } + + ushort entry_count = (ushort)directory.Count; + + // ifd_offset + size of entry_count + entries + next ifd offset + uint data_offset = ifd_offset + 2 + 12 * (uint)entry_count + 4; + + // store the entries itself + ByteVector entry_data = new ByteVector (); + + // store the data referenced by the entries + ByteVector offset_data = new ByteVector (); + + entry_data.Add (ByteVector.FromUShort (entry_count, is_bigendian)); + + foreach (IFDEntry entry in directory.Values) + RenderEntryData (entry, entry_data, offset_data, data_offset); + + if (last) + entry_data.Add ("\0\0\0\0"); + else + entry_data.Add (ByteVector.FromUInt ((uint)(data_offset + offset_data.Count), is_bigendian)); + + if (data_offset - ifd_offset != entry_data.Count) + throw new Exception ($"Expected IFD data size was {data_offset - ifd_offset} but is {entry_data.Count}"); + + entry_data.Add (offset_data); + + return entry_data; + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Adds the data of a single entry to <paramref name="entry_data"/>. + /// </summary> + /// <param name="entry_data"> + /// A <see cref="ByteVector"/> to add the entry to. + /// </param> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> with the type of the entry. + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the data count of the entry, + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset field of the entry. + /// </param> + protected void RenderEntry (ByteVector entry_data, ushort tag, ushort type, uint count, uint offset) + { + entry_data.Add (ByteVector.FromUShort (tag, is_bigendian)); + entry_data.Add (ByteVector.FromUShort (type, is_bigendian)); + entry_data.Add (ByteVector.FromUInt (count, is_bigendian)); + entry_data.Add (ByteVector.FromUInt (offset, is_bigendian)); + } + + /// <summary> + /// Renders a complete entry together with the data. The entry itself + /// is stored in <paramref name="entry_data"/> and the data of the + /// entry is stored in <paramref name="offset_data"/> if it cannot be + /// stored in the offset. This method is called for every <see + /// cref="IFDEntry"/> of this IFD and can be overwritten in subclasses + /// to provide special behavior. + /// </summary> + /// <param name="entry"> + /// A <see cref="IFDEntry"/> with the entry to render. + /// </param> + /// <param name="entry_data"> + /// A <see cref="ByteVector"/> to add the entry to. + /// </param> + /// <param name="offset_data"> + /// A <see cref="ByteVector"/> to add the entry data to if it cannot be + /// stored in the offset field. + /// </param> + /// <param name="data_offset"> + /// A <see cref="System.UInt32"/> with the offset, were the data of the + /// entries starts. It is needed to adjust the offsets of the entries + /// itself. + /// </param> + protected virtual void RenderEntryData (IFDEntry entry, ByteVector entry_data, ByteVector offset_data, uint data_offset) + { + ushort tag = entry.Tag; + uint offset = (uint)(data_offset + offset_data.Count); + ByteVector data = entry.Render (is_bigendian, offset, out var type, out var count); + + // store data in offset, if it is smaller than 4 byte + if (data.Count <= 4) { + + while (data.Count < 4) + data.Add ("\0"); + + offset = data.ToUInt (is_bigendian); + data = null; + } + + // preserve word boundary of offsets + if (data != null && data.Count % 2 != 0) + data.Add ("\0"); + + RenderEntry (entry_data, tag, type, count, offset); + offset_data.Add (data); + } + + /// <summary> + /// Constructs a new IFD Renderer used to render a <see cref="SubIFDEntry"/>. + /// </summary> + /// <param name="is_bigendian"> + /// If IFD should be encoded in BigEndian or not. + /// </param> + /// <param name="structure"> + /// The IFD structure that will be rendered. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the offset of the + /// current IFD. All offsets inside the IFD must be adjusted + /// according to this given offset. + /// </param> + protected virtual IFDRenderer CreateSubRenderer (bool is_bigendian, IFDStructure structure, uint ifd_offset) + { + return new IFDRenderer (is_bigendian, structure, ifd_offset); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDRenderer.cs.meta b/Scripts/TaglibSharp/IFD/IFDRenderer.cs.meta new file mode 100644 index 0000000..e215486 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDRenderer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 540c048ee927708f6bd68f9ccd791ef6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDStructure.cs b/Scripts/TaglibSharp/IFD/IFDStructure.cs new file mode 100644 index 0000000..ac20dd7 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDStructure.cs @@ -0,0 +1,466 @@ +// +// IFDStructure.cs: A structure resembling the logical structure of a TIFF IFD +// file. This is the same structure as used by Exif. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// Paul Lange (palango@gmx.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using TagLib.IFD.Entries; +using TagLib.IFD.Tags; + +namespace TagLib.IFD +{ + /// <summary> + /// This class resembles the structure of a TIFF file. It can either be a + /// top-level IFD, or a nested IFD (in the case of Exif). + /// </summary> + public class IFDStructure + { + + #region Private Fields + + static readonly string DATETIME_FORMAT = "yyyy:MM:dd HH:mm:ss"; + + /// <summary> + /// Contains the IFD directories in this tag. + /// </summary> + internal readonly List<IFDDirectory> directories = new List<IFDDirectory> (); + + #endregion + + #region Public Properties + + /// <summary> + /// Gets the IFD directories contained in the current instance. + /// </summary> + /// <value> + /// An array of <see cref="IFDDirectory"/> instances. + /// </value> + public IFDDirectory[] Directories { + get { return directories.ToArray (); } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Checks, if a value for the given tag is contained in the IFD. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> value with the directory index that + /// contains the tag. + /// </param> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> value with the tag. + /// </param> + /// <returns> + /// A <see cref="System.Boolean"/>, which is true, if the tag is already + /// contained in the IFD, otherwise false. + /// </returns> + public bool ContainsTag (int directory, ushort tag) + { + if (directory >= directories.Count) + return false; + return directories[directory].ContainsKey (tag); + } + + /// <summary> + /// Removes a given tag from the IFD. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> value with the directory index that + /// contains the tag to remove. + /// </param> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> value with the tag to remove. + /// </param> + public void RemoveTag (int directory, ushort tag) + { + if (ContainsTag (directory, tag)) { + directories[directory].Remove (tag); + } + } + + /// <summary> + /// Removes a given tag from the IFD. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> value with the directory index that + /// contains the tag to remove. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="IFDEntryTag"/> value with the tag to remove. + /// </param> + public void RemoveTag (int directory, IFDEntryTag entry_tag) + { + RemoveTag (directory, (ushort)entry_tag); + } + + /// <summary> + /// Adds an <see cref="IFDEntry"/> to the IFD, if it is not already + /// contained in, it fails otherwise. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> value with the directory index that + /// should contain the tag that will be added. + /// </param> + /// <param name="entry"> + /// A <see cref="IFDEntry"/> to add to the IFD. + /// </param> + public void AddEntry (int directory, IFDEntry entry) + { + while (directory >= directories.Count) + directories.Add (new IFDDirectory ()); + + directories[directory].Add (entry.Tag, entry); + } + + /// <summary> + /// Adds an <see cref="IFDEntry"/> to the IFD. If it is already contained + /// in the IFD, it is overwritten. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> value with the directory index that + /// contains the tag that will be set. + /// </param> + /// <param name="entry"> + /// A <see cref="IFDEntry"/> to add to the IFD. + /// </param> + public void SetEntry (int directory, IFDEntry entry) + { + if (ContainsTag (directory, entry.Tag)) + RemoveTag (directory, entry.Tag); + + AddEntry (directory, entry); + } + + /// <summary> + /// Returns the <see cref="IFDEntry"/> belonging to the given tag. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the directory that contains + /// the wanted tag. + /// </param> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag to get. + /// </param> + /// <returns> + /// A <see cref="IFDEntry"/> belonging to the given tag, or + /// null, if no such tag is contained in the IFD. + /// </returns> + public IFDEntry GetEntry (int directory, ushort tag) + { + if (!ContainsTag (directory, tag)) + return null; + + return directories[directory][tag]; + } + + /// <summary> + /// Returns the <see cref="IFDEntry"/> belonging to the given tag. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the directory that contains + /// the wanted tag. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="IFDEntryTag"/> with the tag to get. + /// </param> + /// <returns> + /// A <see cref="IFDEntry"/> belonging to the given tag, or + /// null, if no such tag is contained in the IFD. + /// </returns> + public IFDEntry GetEntry (int directory, IFDEntryTag entry_tag) + { + return GetEntry (directory, (ushort)entry_tag); + } + + /// <summary> + /// Returns the <see cref="System.String"/> stored in the + /// entry defined by <paramref name="entry_tag"/>. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to search for the entry. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <returns> + /// A <see cref="System.String"/> with the value stored in the entry + /// or <see langword="null" /> if no such entry is contained or it + /// does not contain a <see cref="System.String"/> value. + /// </returns> + public string GetStringValue (int directory, ushort entry_tag) + { + var entry = GetEntry (directory, entry_tag); + + if (entry is StringIFDEntry) + return (entry as StringIFDEntry).Value; + + return null; + } + + /// <summary> + /// Returns a <see cref="System.Nullable"/> containing the + /// <see cref="System.Byte"/> stored in the entry defined + /// by <paramref name="entry_tag"/>. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to search for the entry. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <returns> + /// A <see cref="System.Nullable"/> containing the + /// <see cref="System.Byte"/> stored in the entry, or + /// <see langword="null" /> if no such entry is contained or it + /// does not contain a <see cref="System.Byte"/> value. + /// </returns> + public byte? GetByteValue (int directory, ushort entry_tag) + { + var entry = GetEntry (directory, entry_tag); + + if (entry != null && entry is ByteIFDEntry) + return (entry as ByteIFDEntry).Value; + + return null; + } + + /// <summary> + /// Returns a <see cref="System.Nullable"/> containing the + /// <see cref="System.UInt32"/> stored in the entry defined + /// by <paramref name="entry_tag"/>. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to search for the entry. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <returns> + /// A <see cref="System.Nullable"/> containing the + /// <see cref="System.UInt32"/> stored in the entry, or + /// <see langword="null" /> if no such entry is contained or it + /// does not contain a <see cref="System.UInt32"/> value. + /// </returns> + public uint? GetLongValue (int directory, ushort entry_tag) + { + var entry = GetEntry (directory, entry_tag); + + if (entry is LongIFDEntry) + return (entry as LongIFDEntry).Value; + + if (entry is ShortIFDEntry) + return (entry as ShortIFDEntry).Value; + + return null; + } + + /// <summary> + /// Returns a <see cref="System.Nullable"/> containing the + /// <see cref="System.Double"/> stored in the entry defined + /// by <paramref name="entry_tag"/>. The entry can be of type + /// <see cref="Entries.RationalIFDEntry"/> or + /// <see cref="Entries.SRationalIFDEntry"/> + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to search for the entry. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <returns> + /// A <see cref="System.Nullable"/> containing the + /// <see cref="System.Double"/> stored in the entry, or + /// <see langword="null" /> if no such entry is contained. + /// </returns> + public double? GetRationalValue (int directory, ushort entry_tag) + { + var entry = GetEntry (directory, entry_tag); + + if (entry is RationalIFDEntry) + return (entry as RationalIFDEntry).Value; + + if (entry is SRationalIFDEntry) + return (entry as SRationalIFDEntry).Value; + + return null; + } + + /// <summary> + /// Returns a <see cref="System.Nullable"/> containing the + /// <see cref="System.DateTime"/> stored in the entry defined + /// by <paramref name="entry_tag"/>. The entry must be of type + /// <see cref="Entries.StringIFDEntry"/> and contain an datestring + /// according to the Exif specification. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to search for the entry. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <returns> + /// A <see cref="System.Nullable"/> containing the + /// <see cref="System.DateTime"/> stored in the entry, or + /// <see langword="null" /> if no such entry is contained or it + /// does not contain a valid value. + /// </returns> + public DateTime? GetDateTimeValue (int directory, ushort entry_tag) + { + string date_string = GetStringValue (directory, entry_tag); + + try { + DateTime date_time = DateTime.ParseExact (date_string, + DATETIME_FORMAT, System.Globalization.CultureInfo.InvariantCulture); + + return date_time; + } catch { } + + return null; + } + + /// <summary> + /// Adds a <see cref="Entries.StringIFDEntry"/> to the directory with tag + /// given by <paramref name="entry_tag"/> and value given by <paramref name="value"/> + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to add the entry to. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <param name="value"> + /// A <see cref="System.String"/> with the value to add. If it is <see langword="null" /> + /// an possibly already contained entry is removed for given tag. + /// </param> + public void SetStringValue (int directory, ushort entry_tag, string value) + { + if (value == null) { + RemoveTag (directory, entry_tag); + return; + } + + SetEntry (directory, new StringIFDEntry (entry_tag, value)); + } + + /// <summary> + /// Adds a <see cref="Entries.ByteIFDEntry"/> to the directory with tag + /// given by <paramref name="entry_tag"/> and value given by <paramref name="value"/> + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to add the entry to. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <param name="value"> + /// A <see cref="System.Byte"/> with the value to add. + /// </param> + public void SetByteValue (int directory, ushort entry_tag, byte value) + { + SetEntry (directory, new ByteIFDEntry (entry_tag, value)); + } + + /// <summary> + /// Adds a <see cref="Entries.LongIFDEntry"/> to the directory with tag + /// given by <paramref name="entry_tag"/> and value given by <paramref name="value"/> + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to add the entry to. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <param name="value"> + /// A <see cref="System.UInt32"/> with the value to add. + /// </param> + public void SetLongValue (int directory, ushort entry_tag, uint value) + { + SetEntry (directory, new LongIFDEntry (entry_tag, value)); + } + + /// <summary> + /// Adds a <see cref="Entries.RationalIFDEntry"/> to the directory with tag + /// given by <paramref name="entry_tag"/> and value given by <paramref name="value"/> + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to add the entry to. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <param name="value"> + /// A <see cref="System.Double"/> with the value to add. It must be possible to + /// represent the value by a <see cref="Entries.Rational"/>. + /// </param> + public void SetRationalValue (int directory, ushort entry_tag, double value) + { + if (value < 0.0d || value > uint.MaxValue) + throw new ArgumentException ("value"); + + uint scale = (value >= 1.0d) ? 1 : uint.MaxValue; + + Rational rational = new Rational ((uint)(scale * value), scale); + + SetEntry (directory, new RationalIFDEntry (entry_tag, rational)); + } + + /// <summary> + /// Adds a <see cref="Entries.StringIFDEntry"/> to the directory with tag + /// given by <paramref name="entry_tag"/> and value given by <paramref name="value"/>. + /// The value is stored as a date string according to the Exif specification. + /// </summary> + /// <param name="directory"> + /// A <see cref="System.Int32"/> with the number of the directory + /// to add the entry to. + /// </param> + /// <param name="entry_tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry + /// </param> + /// <param name="value"> + /// A <see cref="DateTime"/> with the value to add. + /// </param> + public void SetDateTimeValue (int directory, ushort entry_tag, DateTime value) + { + string date_string = value.ToString (DATETIME_FORMAT); + + SetStringValue (directory, entry_tag, date_string); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDStructure.cs.meta b/Scripts/TaglibSharp/IFD/IFDStructure.cs.meta new file mode 100644 index 0000000..4831a24 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDStructure.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d803d4188b13d12409576884ba45abb2 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/IFDTag.cs b/Scripts/TaglibSharp/IFD/IFDTag.cs new file mode 100644 index 0000000..7605de2 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDTag.cs @@ -0,0 +1,623 @@ +// +// IFDTag.cs: Basic Tag-class to handle an IFD (Image File Directory) with +// its image-tags. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// Paul Lange (palango@gmx.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +using TagLib.IFD.Entries; +using TagLib.IFD.Tags; +using TagLib.Image; + +namespace TagLib.IFD +{ + /// <summary> + /// Contains the metadata for one IFD (Image File Directory). + /// </summary> + public class IFDTag : ImageTag + { + + #region Private Fields + + /// <summary> + /// A reference to the Exif IFD (which can be found by following the + /// pointer in IFD0, ExifIFD tag). This variable should not be used + /// directly, use the <see cref="ExifIFD"/> property instead. + /// </summary> + IFDStructure exif_ifd; + + /// <summary> + /// A reference to the GPS IFD (which can be found by following the + /// pointer in IFD0, GPSIFD tag). This variable should not be used + /// directly, use the <see cref="GPSIFD"/> property instead. + /// </summary> + IFDStructure gps_ifd; + + #endregion + + #region Public Properties + + /// <value> + /// The IFD structure referenced by the current instance + /// </value> + public IFDStructure Structure { get; private set; } + + /// <summary> + /// The Exif IFD. Will create one if the file doesn't alread have it. + /// </summary> + /// <remarks> + /// <para>Note how this also creates an empty IFD for exif, even if + /// you don't set a value. That's okay, empty nested IFDs get ignored + /// when rendering.</para> + /// </remarks> + public IFDStructure ExifIFD { + get { + if (exif_ifd == null) { + if (!(Structure.GetEntry (0, IFDEntryTag.ExifIFD) is SubIFDEntry entry)) { + exif_ifd = new IFDStructure (); + entry = new SubIFDEntry ((ushort)IFDEntryTag.ExifIFD, (ushort)IFDEntryType.Long, 1, exif_ifd); + Structure.SetEntry (0, entry); + } + + exif_ifd = entry.Structure; + } + + return exif_ifd; + } + } + + /// <summary> + /// The GPS IFD. Will create one if the file doesn't alread have it. + /// </summary> + /// <remarks> + /// <para>Note how this also creates an empty IFD for GPS, even if + /// you don't set a value. That's okay, empty nested IFDs get ignored + /// when rendering.</para> + /// </remarks> + public IFDStructure GPSIFD { + get { + if (gps_ifd == null) { + if (!(Structure.GetEntry (0, IFDEntryTag.GPSIFD) is SubIFDEntry entry)) { + gps_ifd = new IFDStructure (); + entry = new SubIFDEntry ((ushort)IFDEntryTag.GPSIFD, (ushort)IFDEntryType.Long, 1, gps_ifd); + Structure.SetEntry (0, entry); + } + + gps_ifd = entry.Structure; + } + + return gps_ifd; + } + } + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.TiffIFD" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.TiffIFD; } + } + + #endregion + + #region Constructors + + /// <summary> + /// Constructor. Creates an empty IFD tag. Can be populated manually, or via + /// <see cref="IFDReader"/>. + /// </summary> + public IFDTag () + { + Structure = new IFDStructure (); + } + + #endregion + + #region Public Methods + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + throw new NotImplementedException (); + } + + #endregion + + #region Metadata fields + + /// <summary> + /// Gets or sets the comment for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the comment of the + /// current instace. + /// </value> + public override string Comment { + get { + + if (!(ExifIFD.GetEntry (0, (ushort)ExifEntryTag.UserComment) is UserCommentIFDEntry comment_entry)) { + var description = Structure.GetEntry (0, IFDEntryTag.ImageDescription) as StringIFDEntry; + return description?.Value; + } + + return comment_entry.Value; + } + set { + if (value == null) { + ExifIFD.RemoveTag (0, (ushort)ExifEntryTag.UserComment); + Structure.RemoveTag (0, (ushort)IFDEntryTag.ImageDescription); + return; + } + + ExifIFD.SetEntry (0, new UserCommentIFDEntry ((ushort)ExifEntryTag.UserComment, value)); + Structure.SetEntry (0, new StringIFDEntry ((ushort)IFDEntryTag.ImageDescription, value)); + } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + public override string Copyright { + get { + return Structure.GetStringValue (0, (ushort)IFDEntryTag.Copyright); + } + set { + if (value == null) { + Structure.RemoveTag (0, (ushort)IFDEntryTag.Copyright); + return; + } + + Structure.SetEntry (0, new StringIFDEntry ((ushort)IFDEntryTag.Copyright, value)); + } + } + + /// <summary> + /// Gets or sets the creator of the image. + /// </summary> + /// <value> + /// A <see cref="string" /> with the name of the creator. + /// </value> + public override string Creator { + get { + return Structure.GetStringValue (0, (ushort)IFDEntryTag.Artist); + } + set { + Structure.SetStringValue (0, (ushort)IFDEntryTag.Artist, value); + } + } + + /// <summary> + /// Gets or sets the software the image, the current instance + /// belongs to, was created with. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the name of the + /// software the current instace was created with. + /// </value> + public override string Software { + get { + return Structure.GetStringValue (0, (ushort)IFDEntryTag.Software); + } + set { + Structure.SetStringValue (0, (ushort)IFDEntryTag.Software, value); + } + } + + /// <summary> + /// Gets or sets the time when the image, the current instance + /// belongs to, was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time the image was taken. + /// </value> + public override DateTime? DateTime { + get { return DateTimeOriginal; } + set { DateTimeOriginal = value; } + } + + /// <summary> + /// The time of capturing. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time of capturing. + /// </value> + public DateTime? DateTimeOriginal { + get { + return ExifIFD.GetDateTimeValue (0, (ushort)ExifEntryTag.DateTimeOriginal); + } + set { + if (value == null) { + ExifIFD.RemoveTag (0, (ushort)ExifEntryTag.DateTimeOriginal); + return; + } + + ExifIFD.SetDateTimeValue (0, (ushort)ExifEntryTag.DateTimeOriginal, value.Value); + } + } + + /// <summary> + /// The time of digitization. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time of digitization. + /// </value> + public DateTime? DateTimeDigitized { + get { + return ExifIFD.GetDateTimeValue (0, (ushort)ExifEntryTag.DateTimeDigitized); + } + set { + if (value == null) { + ExifIFD.RemoveTag (0, (ushort)ExifEntryTag.DateTimeDigitized); + return; + } + + ExifIFD.SetDateTimeValue (0, (ushort)ExifEntryTag.DateTimeDigitized, value.Value); + } + } + + /// <summary> + /// Gets or sets the latitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the latitude ranging from -90.0 + /// to +90.0 degrees. + /// </value> + public override double? Latitude { + get { + var gps_ifd = GPSIFD; + var degree_ref = gps_ifd.GetStringValue (0, (ushort)GPSEntryTag.GPSLatitudeRef); + + if (!(gps_ifd.GetEntry (0, (ushort)GPSEntryTag.GPSLatitude) is RationalArrayIFDEntry degree_entry) || degree_ref == null) + return null; + + Rational[] values = degree_entry.Values; + if (values.Length != 3) + return null; + + double deg = values[0] + values[1] / 60.0d + values[2] / 3600.0d; + + if (degree_ref == "S") + deg *= -1.0d; + + return Math.Max (Math.Min (deg, 90.0d), -90.0d); + } + set { + var gps_ifd = GPSIFD; + + if (value == null) { + gps_ifd.RemoveTag (0, (ushort)GPSEntryTag.GPSLatitudeRef); + gps_ifd.RemoveTag (0, (ushort)GPSEntryTag.GPSLatitude); + return; + } + + double angle = value.Value; + + if (angle < -90.0d || angle > 90.0d) + throw new ArgumentException ("value"); + + InitGpsDirectory (); + + gps_ifd.SetStringValue (0, (ushort)GPSEntryTag.GPSLatitudeRef, angle < 0 ? "S" : "N"); + + var entry = + new RationalArrayIFDEntry ((ushort)GPSEntryTag.GPSLatitude, DegreeToRationals (Math.Abs (angle))); + gps_ifd.SetEntry (0, entry); + } + } + + /// <summary> + /// Gets or sets the longitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the longitude ranging from -180.0 + /// to +180.0 degrees. + /// </value> + public override double? Longitude { + get { + var gps_ifd = GPSIFD; + var degree_ref = gps_ifd.GetStringValue (0, (ushort)GPSEntryTag.GPSLongitudeRef); + + if (!(gps_ifd.GetEntry (0, (ushort)GPSEntryTag.GPSLongitude) is RationalArrayIFDEntry degree_entry) || degree_ref == null) + return null; + + Rational[] values = degree_entry.Values; + if (values.Length != 3) + return null; + + double deg = values[0] + values[1] / 60.0d + values[2] / 3600.0d; + + if (degree_ref == "W") + deg *= -1.0d; + + return Math.Max (Math.Min (deg, 180.0d), -180.0d); + } + set { + var gps_ifd = GPSIFD; + + if (value == null) { + gps_ifd.RemoveTag (0, (ushort)GPSEntryTag.GPSLongitudeRef); + gps_ifd.RemoveTag (0, (ushort)GPSEntryTag.GPSLongitude); + return; + } + + double angle = value.Value; + + if (angle < -180.0d || angle > 180.0d) + throw new ArgumentException ("value"); + + InitGpsDirectory (); + + gps_ifd.SetStringValue (0, (ushort)GPSEntryTag.GPSLongitudeRef, angle < 0 ? "W" : "E"); + + var entry = + new RationalArrayIFDEntry ((ushort)GPSEntryTag.GPSLongitude, + DegreeToRationals (Math.Abs (angle))); + gps_ifd.SetEntry (0, entry); + } + } + + /// <summary> + /// Gets or sets the altitude of the GPS coordinate the current + /// image was taken. The unit is meter. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the altitude. A positive value + /// is above sea level, a negative one below sea level. The unit is meter. + /// </value> + public override double? Altitude { + get { + var gps_ifd = GPSIFD; + var altitude = gps_ifd.GetRationalValue (0, (ushort)GPSEntryTag.GPSAltitude); + var ref_entry = gps_ifd.GetByteValue (0, (ushort)GPSEntryTag.GPSAltitudeRef); + + if (altitude == null) + return null; + + if (ref_entry != null && ref_entry.Value == 1) + altitude *= -1.0d; + + return altitude; + } + set { + var gps_ifd = GPSIFD; + + if (value == null) { + gps_ifd.RemoveTag (0, (ushort)GPSEntryTag.GPSAltitudeRef); + gps_ifd.RemoveTag (0, (ushort)GPSEntryTag.GPSAltitude); + return; + } + + double altitude = value.Value; + + InitGpsDirectory (); + + gps_ifd.SetByteValue (0, (ushort)GPSEntryTag.GPSAltitudeRef, (byte)(altitude < 0 ? 1 : 0)); + gps_ifd.SetRationalValue (0, (ushort)GPSEntryTag.GPSAltitude, Math.Abs (altitude)); + } + } + + /// <summary> + /// Gets the exposure time the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the exposure time in seconds. + /// </value> + public override double? ExposureTime { + get { + return ExifIFD.GetRationalValue (0, (ushort)ExifEntryTag.ExposureTime); + } + set { + ExifIFD.SetRationalValue (0, (ushort)ExifEntryTag.ExposureTime, value ?? 0); + } + } + + /// <summary> + /// Gets the FNumber the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the FNumber. + /// </value> + public override double? FNumber { + get { + return ExifIFD.GetRationalValue (0, (ushort)ExifEntryTag.FNumber); + } + set { + ExifIFD.SetRationalValue (0, (ushort)ExifEntryTag.FNumber, value ?? 0); + } + } + + /// <summary> + /// Gets the ISO speed the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the ISO speed as defined in ISO 12232. + /// </value> + public override uint? ISOSpeedRatings { + get { + return ExifIFD.GetLongValue (0, (ushort)ExifEntryTag.ISOSpeedRatings); + } + set { + ExifIFD.SetLongValue (0, (ushort)ExifEntryTag.ISOSpeedRatings, value ?? 0); + } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in millimeters. + /// </value> + public override double? FocalLength { + get { + return ExifIFD.GetRationalValue (0, (ushort)ExifEntryTag.FocalLength); + } + set { + ExifIFD.SetRationalValue (0, (ushort)ExifEntryTag.FocalLength, value ?? 0); + } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with, assuming a 35mm film camera. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in 35mm equivalent in millimeters. + /// </value> + public override uint? FocalLengthIn35mmFilm { + get { + return ExifIFD.GetLongValue (0, (ushort)ExifEntryTag.FocalLengthIn35mmFilm); + } + set { + if (value.HasValue) { + ExifIFD.SetLongValue (0, (ushort)ExifEntryTag.FocalLengthIn35mmFilm, (uint)value); + } else { + ExifIFD.RemoveTag (0, (ushort)ExifEntryTag.FocalLengthIn35mmFilm); + } + } + } + + /// <summary> + /// Gets or sets the orientation of the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Image.ImageOrientation" /> containing the orientation of the + /// image + /// </value> + public override ImageOrientation Orientation { + get { + var orientation = Structure.GetLongValue (0, (ushort)IFDEntryTag.Orientation); + + if (orientation.HasValue) + return (ImageOrientation)orientation; + + return ImageOrientation.None; + } + set { + if ((uint)value < 1U || (uint)value > 8U) { + Structure.RemoveTag (0, (ushort)IFDEntryTag.Orientation); + return; + } + + Structure.SetLongValue (0, (ushort)IFDEntryTag.Orientation, (uint)value); + } + } + + /// <summary> + /// Gets the manufacture of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the manufacture name. + /// </value> + public override string Make { + get { + return Structure.GetStringValue (0, (ushort)IFDEntryTag.Make); + } + set { + Structure.SetStringValue (0, (ushort)IFDEntryTag.Make, value); + } + } + + /// <summary> + /// Gets the model name of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the model name. + /// </value> + public override string Model { + get { + return Structure.GetStringValue (0, (ushort)IFDEntryTag.Model); + } + set { + Structure.SetStringValue (0, (ushort)IFDEntryTag.Model, value); + } + } + + #endregion + + #region Private Methods + + /// <summary> + /// Initilazies the GPS IFD with some basic entries. + /// </summary> + void InitGpsDirectory () + { + GPSIFD.SetStringValue (0, (ushort)GPSEntryTag.GPSVersionID, "2 0 0 0"); + GPSIFD.SetStringValue (0, (ushort)GPSEntryTag.GPSMapDatum, "WGS-84"); + } + + /// <summary> + /// Converts a given (positive) angle value to three rationals like they + /// are used to store an angle for GPS data. + /// </summary> + /// <param name="angle"> + /// A <see cref="System.Double"/> between 0.0d and 180.0d with the angle + /// in degrees + /// </param> + /// <returns> + /// A <see cref="Rational"/> representing the same angle by degree, minutes + /// and seconds of the angle. + /// </returns> + Rational[] DegreeToRationals (double angle) + { + if (angle < 0.0 || angle > 180.0) + throw new ArgumentException (nameof (angle)); + + uint deg = (uint)Math.Floor (angle); + uint min = (uint)((angle - Math.Floor (angle)) * 60.0); + uint sec = (uint)((angle - Math.Floor (angle) - (min / 60.0)) * 360000000.0); + + var rationals = new[] { + new Rational (deg, 1), + new Rational (min, 1), + new Rational (sec, 100000) + }; + + return rationals; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/IFDTag.cs.meta b/Scripts/TaglibSharp/IFD/IFDTag.cs.meta new file mode 100644 index 0000000..e89377b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/IFDTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 900cb93c339b0a8628f65f31b1e731ae +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Makernotes.meta b/Scripts/TaglibSharp/IFD/Makernotes.meta new file mode 100644 index 0000000..063ed23 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Makernotes.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 8d07597f836219a9791c2a22e3080335 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Makernotes/Nikon3MakernoteReader.cs b/Scripts/TaglibSharp/IFD/Makernotes/Nikon3MakernoteReader.cs new file mode 100644 index 0000000..c8517cb --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Makernotes/Nikon3MakernoteReader.cs @@ -0,0 +1,124 @@ +// +// Nikon3MakernoteReader.cs: Reads Nikon Makernotes. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using TagLib.IFD.Entries; +using TagLib.IFD.Tags; + +namespace TagLib.IFD.Makernotes +{ + /// <summary> + /// This class contains Nikon3 makernote specific reading logic. + /// </summary> + public class Nikon3MakernoteReader : IFDReader + { + #region Constructors + + /// <summary> + /// Constructor. Reads an IFD from given file, using the given endianness. + /// </summary> + /// <param name="file"> + /// A <see cref="File"/> to read from. + /// </param> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/>, it must be true, if the data of the IFD should be + /// read as bigendian, otherwise false. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> that will be populated. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> value describing the base were the IFD offsets + /// refer to. E.g. in Jpegs the IFD are located in an Segment and the offsets + /// inside the IFD refer from the beginning of this segment. So <paramref + /// name="base_offset"/> must contain the beginning of the segment. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the beginning of the IFD relative to + /// <paramref name="base_offset"/>. + /// </param> + /// <param name="max_offset"> + /// A <see cref="System.UInt32"/> value with maximal possible offset. This is to limit + /// the size of the possible data; + /// </param> + public Nikon3MakernoteReader (File file, bool is_bigendian, IFDStructure structure, long base_offset, uint ifd_offset, uint max_offset) : + base (file, is_bigendian, structure, base_offset, ifd_offset, max_offset) + { + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Try to parse the given IFD entry, used to discover format-specific entries. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> with the type of the entry. + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the data count of the entry. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> with the base offset which every offsets in the + /// IFD are relative to. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset of the entry. + /// </param> + /// <returns> + /// A <see cref="IFDEntry"/> with the given parameters, or null if none was parsed, after + /// which the normal TIFF parsing is used. + /// </returns> + protected override IFDEntry ParseIFDEntry (ushort tag, ushort type, uint count, long base_offset, uint offset) + { + if (tag == (ushort)Nikon3MakerNoteEntryTag.Preview) { + // SubIFD with Preview Image + // The entry itself is usually a long + // TODO: handle JPEGInterchangeFormat and JPEGInterchangeFormatLength correctly + + // The preview field contains a long with an offset to an IFD + // that contains the preview image. We need to be careful + // though: this IFD does not contain a valid next-offset + // pointer. For this reason, we only read the first IFD and + // ignore the rest (which is preview image data, directly + // starting after the IFD entries). + + type = (ushort)IFDEntryType.IFD; + + IFDStructure ifd_structure = new IFDStructure (); + IFDReader reader = CreateSubIFDReader (file, is_bigendian, ifd_structure, base_offset, offset, max_offset); + + reader.Read (1); + return new SubIFDEntry (tag, type, (uint)ifd_structure.Directories.Length, ifd_structure); + } + return base.ParseIFDEntry (tag, type, count, base_offset, offset); + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/IFD/Makernotes/Nikon3MakernoteReader.cs.meta b/Scripts/TaglibSharp/IFD/Makernotes/Nikon3MakernoteReader.cs.meta new file mode 100644 index 0000000..c8326f2 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Makernotes/Nikon3MakernoteReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0392f7f010e6ccc16b8b458227cf2bff +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags.meta b/Scripts/TaglibSharp/IFD/Tags.meta new file mode 100644 index 0000000..dd6551e --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: d1c72790457a1b67cb439abf7d610939 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/CanonFileInfoEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/CanonFileInfoEntryTag.cs new file mode 100644 index 0000000..69a0833 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/CanonFileInfoEntryTag.cs @@ -0,0 +1,92 @@ +// +// CanonFileInfoEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Label tags for Canon File Info. + /// Based on http://www.exiv2.org/tags-canon.html + /// </summary> + public enum CanonFileInfoEntryTag : ushort + { + /// <summary> + /// File Number. (Hex: 0X0001) + /// </summary> + FileNumber = 1, + + /// <summary> + /// Bracket Mode. (Hex: 0X0003) + /// </summary> + BracketMode = 3, + + /// <summary> + /// Bracket Value. (Hex: 0X0004) + /// </summary> + BracketValue = 4, + + /// <summary> + /// Bracket Shot Number. (Hex: 0X0005) + /// </summary> + BracketShotNumber = 5, + + /// <summary> + /// Raw Jpg Quality. (Hex: 0X0006) + /// </summary> + RawJpgQuality = 6, + + /// <summary> + /// Raw Jpg Size. (Hex: 0X0007) + /// </summary> + RawJpgSize = 7, + + /// <summary> + /// Noise Reduction. (Hex: 0X0008) + /// </summary> + NoiseReduction = 8, + + /// <summary> + /// WB Bracket Mode. (Hex: 0X0009) + /// </summary> + WBBracketMode = 9, + + /// <summary> + /// WB Bracket Value AB. (Hex: 0X000C) + /// </summary> + WBBracketValueAB = 12, + + /// <summary> + /// WB Bracket Value GM. (Hex: 0X000D) + /// </summary> + WBBracketValueGM = 13, + + /// <summary> + /// Filter Effect. (Hex: 0X000E) + /// </summary> + FilterEffect = 14, + + /// <summary> + /// Toning Effect. (Hex: 0X000F) + /// </summary> + ToningEffect = 15, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/CanonFileInfoEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/CanonFileInfoEntryTag.cs.meta new file mode 100644 index 0000000..5b2e308 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/CanonFileInfoEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c2208990c4f88e2f9b946504a09c3635 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/CanonMakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/CanonMakerNoteEntryTag.cs new file mode 100644 index 0000000..165eaab --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/CanonMakerNoteEntryTag.cs @@ -0,0 +1,159 @@ +// +// CanonMakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009-2010 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Label tags for Canon Makernote. + /// Based on http://www.burren.cx/david/canon.html and http://www.exiv2.org/tags-canon.html + /// </summary> + public enum CanonMakerNoteEntryTag : ushort + { + /// <summary> + /// Unknown field at tag 0x0000. (Hex: 0x0000) + /// </summary> + Unknown0 = 0, + + /// <summary> + /// Camera Settings. (Hex: 0x0001) + /// </summary> + CameraSettings = 1, + + /// <summary> + /// Focal Length. (Hex: 0x0002) + /// </summary> + FocalLength = 2, + + /// <summary> + /// Unknown field at tag 0x0000. (Hex: 0x0003) + /// </summary> + Unknown3 = 3, + + /// <summary> + /// Shot Information. (Hex: 0x0004) + /// </summary> + ShotInfo = 4, + + /// <summary> + /// Panorama. (Hex: 0x0005) + /// </summary> + Panorama = 5, + + /// <summary> + /// Image Type. (Hex: 0x0006) + /// </summary> + ImageType = 6, + + /// <summary> + /// Firmware Version. (Hex: 0x0007) + /// </summary> + FirmwareVersion = 7, + + /// <summary> + /// Image Number. (Hex: 0x0008) + /// </summary> + ImageNumber = 8, + + /// <summary> + /// Owner Name. (Hex: 0x0009) + /// </summary> + OwnerName = 9, + + /// <summary> + /// Serial Number. (Hex: 0x000C) + /// </summary> + SerialNumber = 12, + + /// <summary> + /// Unknown field at tag 0x0000. (Hex: 0x000D) + /// </summary> + Unknown13 = 13, + + /// <summary> + /// Custom Functions. (Hex: 0x000F) + /// </summary> + CustomFunctions = 15, + + /// <summary> + /// Model ID. (Hex: 0x0010) + /// </summary> + ModelID = 16, + + /// <summary> + /// Picture Info. (Hex: 0x0012) + /// </summary> + PictureInfo = 18, + + /// <summary> + /// Serial Number Format. (Hex: 0x0015) + /// </summary> + SerialNumberFormat = 21, + + /// <summary> + /// Canon File Info. (Hex: 0x0093) + /// </summary> + CanonFileInfo = 147, + + /// <summary> + /// Lens Model. (Hex: 0x0095) + /// </summary> + LensModel = 149, + + /// <summary> + /// Serial Info. (Hex: 0x0096) + /// </summary> + SerialInfo = 150, + + /// <summary> + /// Processing Info. (Hex: 0x00A0) + /// </summary> + ProcessingInfo = 160, + + /// <summary> + /// White Balance Table. (Hex: 0x00A9) + /// </summary> + WhiteBalanceTable = 169, + + /// <summary> + /// Measured Color. (Hex: 0x00AA) + /// </summary> + MeasuredColor = 170, + + /// <summary> + /// Color Space. (Hex: 0x00B4) + /// </summary> + ColorSpace = 180, + + /// <summary> + /// Sensor Info. (Hex: 0x00E0) + /// </summary> + SensorInfo = 224, + + /// <summary> + /// Black Level. (Hex: 0x4008) + /// </summary> + BlackLevel = 16392, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/CanonMakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/CanonMakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..730bcde --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/CanonMakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 828232a9fc6470c27bfd8eed9f67e839 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/CanonPictureInfoEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/CanonPictureInfoEntryTag.cs new file mode 100644 index 0000000..78302b6 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/CanonPictureInfoEntryTag.cs @@ -0,0 +1,62 @@ +// +// CanonPictureInfoEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Label tags for Canon Picture Info. + /// Based on http://www.exiv2.org/tags-canon.html + /// </summary> + public enum CanonPictureInfoEntryTag : ushort + { + /// <summary> + /// Image width. (Hex: 0X0002) + /// </summary> + ImageWidth = 2, + + /// <summary> + /// Image height. (Hex: 0X0003) + /// </summary> + ImageHeight = 3, + + /// <summary> + /// Image width (as shot). (Hex: 0X0004) + /// </summary> + ImageWidthAsShot = 4, + + /// <summary> + /// Image height (as shot). (Hex: 0X0005) + /// </summary> + ImageHeightAsShot = 5, + + /// <summary> + /// AF points used. (Hex: 0X0016) + /// </summary> + AFPointsUsed = 22, + + /// <summary> + /// AF points used (20D). (Hex: 0X001A) + /// </summary> + AFPointsUsed20D = 26, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/CanonPictureInfoEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/CanonPictureInfoEntryTag.cs.meta new file mode 100644 index 0000000..bdf8309 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/CanonPictureInfoEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8ce6f60143368460da115ce92b58c1e7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/ExifEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/ExifEntryTag.cs new file mode 100644 index 0000000..543e6f8 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/ExifEntryTag.cs @@ -0,0 +1,385 @@ +// +// ExifEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009-2010 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Entry tags occuring in the Exif IFD + /// The complete overview can be obtained at: + /// http://www.awaresystems.be/imaging/tiff.html + /// </summary> + public enum ExifEntryTag : ushort + { + /// <summary> + /// Contains two values representing the minimum rows and columns + /// to define the repeating patterns of the color filter array. + /// (Hex: 0x828D) + /// </summary> + CFARepeatPatternDim = 33421, + + /// <summary> + /// Contains two values representing the minimum rows and columns + /// to define the repeating patterns of the color filter array. + /// (Hex: 0x828E) + /// </summary> + CFAPattern = 33422, + + /// <summary> + /// Exposure time, given in seconds. (Hex: 0x829A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/exposuretime.html + /// </summary> + ExposureTime = 33434, + + /// <summary> + /// The F number. (Hex: 0x829D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/fnumber.html + /// </summary> + FNumber = 33437, + + /// <summary> + /// The class of the program used by the camera to set exposure when the picture is taken. (Hex: 0x8822) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/exposureprogram.html + /// </summary> + ExposureProgram = 34850, + + /// <summary> + /// Indicates the spectral sensitivity of each channel of the camera used. (Hex: 0x8824) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/spectralsensitivity.html + /// </summary> + SpectralSensitivity = 34852, + + /// <summary> + /// Indicates the ISO Speed and ISO Latitude of the camera or input device as specified in ISO 12232. (Hex: 0x8827) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/isospeedratings.html + /// </summary> + ISOSpeedRatings = 34855, + + /// <summary> + /// Indicates the Opto-Electric Conversion Function (OECF) specified in ISO 14524. (Hex: 0x8828) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/oecf.html + /// </summary> + OECF = 34856, + + /// <summary> + /// The version of the supported Exif standard. (Hex: 0x9000) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/exifversion.html + /// </summary> + ExifVersion = 36864, + + /// <summary> + /// The date and time when the original image data was generated. (Hex: 0x9003) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/datetimeoriginal.html + /// </summary> + DateTimeOriginal = 36867, + + /// <summary> + /// The date and time when the image was stored as digital data. (Hex: 0x9004) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/datetimedigitized.html + /// </summary> + DateTimeDigitized = 36868, + + /// <summary> + /// Specific to compressed data; specifies the channels and complements PhotometricInterpretation (Hex: 0x9101) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/componentsconfiguration.html + /// </summary> + ComponentsConfiguration = 37121, + + /// <summary> + /// Specific to compressed data; states the compressed bits per pixel. (Hex: 0x9102) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/compressedbitsperpixel.html + /// </summary> + CompressedBitsPerPixel = 37122, + + /// <summary> + /// Shutter speed. (Hex: 0x9201) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/shutterspeedvalue.html + /// </summary> + ShutterSpeedValue = 37377, + + /// <summary> + /// The lens aperture. (Hex: 0x9202) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/aperturevalue.html + /// </summary> + ApertureValue = 37378, + + /// <summary> + /// The value of brightness. (Hex: 0x9203) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/brightnessvalue.html + /// </summary> + BrightnessValue = 37379, + + /// <summary> + /// The exposure bias. (Hex: 0x9204) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/exposurebiasvalue.html + /// </summary> + ExposureBiasValue = 37380, + + /// <summary> + /// The smallest F number of the lens. (Hex: 0x9205) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/maxaperturevalue.html + /// </summary> + MaxApertureValue = 37381, + + /// <summary> + /// The distance to the subject, given in meters. (Hex: 0x9206) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subjectdistance.html + /// </summary> + SubjectDistance = 37382, + + /// <summary> + /// The metering mode. (Hex: 0x9207) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/meteringmode.html + /// </summary> + MeteringMode = 37383, + + /// <summary> + /// The kind of light source. (Hex: 0x9208) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/lightsource.html + /// </summary> + LightSource = 37384, + + /// <summary> + /// Indicates the status of flash when the image was shot. (Hex: 0x9209) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/flash.html + /// </summary> + Flash = 37385, + + /// <summary> + /// The actual focal length of the lens, in mm. (Hex: 0x920A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/focallength.html + /// </summary> + FocalLength = 37386, + + /// <summary> + /// Indicates the location and area of the main subject in the overall scene. (Hex: 0x9214) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subjectarea.html + /// </summary> + SubjectArea = 37396, + + /// <summary> + /// Manufacturer specific information. (Hex: 0x927C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/makernote.html + /// </summary> + MakerNote = 37500, + + /// <summary> + /// Keywords or comments on the image; complements ImageDescription. (Hex: 0x9286) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/usercomment.html + /// </summary> + UserComment = 37510, + + /// <summary> + /// A tag used to record fractions of seconds for the DateTime tag. (Hex: 0x9290) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subsectime.html + /// </summary> + SubsecTime = 37520, + + /// <summary> + /// A tag used to record fractions of seconds for the DateTimeOriginal tag. (Hex: 0x9291) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subsectimeoriginal.html + /// </summary> + SubsecTimeOriginal = 37521, + + /// <summary> + /// A tag used to record fractions of seconds for the DateTimeDigitized tag. (Hex: 0x9292) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subsectimedigitized.html + /// </summary> + SubsecTimeDigitized = 37522, + + /// <summary> + /// The Flashpix format version supported by a FPXR file. (Hex: 0xA000) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/flashpixversion.html + /// </summary> + FlashpixVersion = 40960, + + /// <summary> + /// The color space information tag is always recorded as the color space specifier. (Hex: 0xA001) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/colorspace.html + /// </summary> + ColorSpace = 40961, + + /// <summary> + /// Specific to compressed data; the valid width of the meaningful image. (Hex: 0xA002) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/pixelxdimension.html + /// </summary> + PixelXDimension = 40962, + + /// <summary> + /// Specific to compressed data; the valid height of the meaningful image. (Hex: 0xA003) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/pixelydimension.html + /// </summary> + PixelYDimension = 40963, + + /// <summary> + /// Used to record the name of an audio file related to the image data. (Hex: 0xA004) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/relatedsoundfile.html + /// </summary> + RelatedSoundFile = 40964, + + /// <summary> + /// Indicates the strobe energy at the time the image is captured, as measured in Beam Candle Power Seconds (Hex: 0xA20B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/flashenergy.html + /// </summary> + FlashEnergy = 41483, + + /// <summary> + /// Records the camera or input device spatial frequency table and SFR values in the direction of image width, image height, and diagonal direction, as specified in ISO 12233. (Hex: 0xA20C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/spatialfrequencyresponse.html + /// </summary> + SpatialFrequencyResponse = 41484, + + /// <summary> + /// Indicates the number of pixels in the image width (X) direction per FocalPlaneResolutionUnit on the camera focal plane. (Hex: 0xA20E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/focalplanexresolution.html + /// </summary> + FocalPlaneXResolution = 41486, + + /// <summary> + /// Indicates the number of pixels in the image height (Y) direction per FocalPlaneResolutionUnit on the camera focal plane. (Hex: 0xA20F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/focalplaneyresolution.html + /// </summary> + FocalPlaneYResolution = 41487, + + /// <summary> + /// Indicates the unit for measuring FocalPlaneXResolution and FocalPlaneYResolution. (Hex: 0xA210) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/focalplaneresolutionunit.html + /// </summary> + FocalPlaneResolutionUnit = 41488, + + /// <summary> + /// Indicates the location of the main subject in the scene. (Hex: 0xA214) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subjectlocation.html + /// </summary> + SubjectLocation = 41492, + + /// <summary> + /// Indicates the exposure index selected on the camera or input device at the time the image is captured. (Hex: 0xA215) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/exposureindex.html + /// </summary> + ExposureIndex = 41493, + + /// <summary> + /// Indicates the image sensor type on the camera or input device. (Hex: 0xA217) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/sensingmethod.html + /// </summary> + SensingMethod = 41495, + + /// <summary> + /// Indicates the image source. (Hex: 0xA300) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/filesource.html + /// </summary> + FileSource = 41728, + + /// <summary> + /// Indicates the type of scene. (Hex: 0xA301) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/scenetype.html + /// </summary> + SceneType = 41729, + + /// <summary> + /// Indicates the color filter array (CFA) geometric pattern of the image sensor when a one-chip color area sensor is used. (Hex: 0xA302) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/cfapattern.html + /// </summary> + CFAPattern2 = 41730, + + /// <summary> + /// Indicates the use of special processing on image data, such as rendering geared to output. (Hex: 0xA401) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/customrendered.html + /// </summary> + CustomRendered = 41985, + + /// <summary> + /// Indicates the exposure mode set when the image was shot. (Hex: 0xA402) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/exposuremode.html + /// </summary> + ExposureMode = 41986, + + /// <summary> + /// Indicates the white balance mode set when the image was shot. (Hex: 0xA403) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/whitebalance.html + /// </summary> + WhiteBalance = 41987, + + /// <summary> + /// Indicates the digital zoom ratio when the image was shot. (Hex: 0xA404) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/digitalzoomratio.html + /// </summary> + DigitalZoomRatio = 41988, + + /// <summary> + /// Indicates the equivalent focal length assuming a 35mm film camera, in mm. (Hex: 0xA405) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/focallengthin35mmfilm.html + /// </summary> + FocalLengthIn35mmFilm = 41989, + + /// <summary> + /// Indicates the type of scene that was shot. (Hex: 0xA406) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/scenecapturetype.html + /// </summary> + SceneCaptureType = 41990, + + /// <summary> + /// Indicates the degree of overall image gain adjustment. (Hex: 0xA407) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/gaincontrol.html + /// </summary> + GainControl = 41991, + + /// <summary> + /// Indicates the direction of contrast processing applied by the camera when the image was shot. (Hex: 0xA408) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/contrast.html + /// </summary> + Contrast = 41992, + + /// <summary> + /// Indicates the direction of saturation processing applied by the camera when the image was shot. (Hex: 0xA409) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/saturation.html + /// </summary> + Saturation = 41993, + + /// <summary> + /// Indicates the direction of sharpness processing applied by the camera when the image was shot. (Hex: 0xA40A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/sharpness.html + /// </summary> + Sharpness = 41994, + + /// <summary> + /// This tag indicates information on the picture-taking conditions of a particular camera model. (Hex: 0xA40B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/devicesettingdescription.html + /// </summary> + DeviceSettingDescription = 41995, + + /// <summary> + /// Indicates the distance to the subject. (Hex: 0xA40C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/subjectdistancerange.html + /// </summary> + SubjectDistanceRange = 41996, + + /// <summary> + /// Indicates an identifier assigned uniquely to each image. (Hex: 0xA420) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/exif/imageuniqueid.html + /// </summary> + ImageUniqueID = 42016, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/ExifEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/ExifEntryTag.cs.meta new file mode 100644 index 0000000..4d82629 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/ExifEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 79dbe651dcd2a7056921086e1ea2b2c7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/GPSEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/GPSEntryTag.cs new file mode 100644 index 0000000..3571461 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/GPSEntryTag.cs @@ -0,0 +1,222 @@ +// +// GPSEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009-2010 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Entry tags occuring in the GPS IFD + /// The complete overview can be obtained at: + /// http://www.awaresystems.be/imaging/tiff.html + /// </summary> + public enum GPSEntryTag : ushort + { + + /// <summary> + /// Indicates the version of GPSInfoIFD. (Hex: 0x0000) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsversionid.html + /// </summary> + GPSVersionID = 0, + + /// <summary> + /// Indicates whether the latitude is north or south latitude. (Hex: 0x0001) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpslatituderef.html + /// </summary> + GPSLatitudeRef = 1, + + /// <summary> + /// Indicates the latitude. (Hex: 0x0002) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpslatitude.html + /// </summary> + GPSLatitude = 2, + + /// <summary> + /// Indicates whether the longitude is east or west longitude. (Hex: 0x0003) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpslongituderef.html + /// </summary> + GPSLongitudeRef = 3, + + /// <summary> + /// Indicates the longitude. (Hex: 0x0004) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpslongitude.html + /// </summary> + GPSLongitude = 4, + + /// <summary> + /// Indicates the altitude used as the reference altitude. (Hex: 0x0005) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsaltituderef.html + /// </summary> + GPSAltitudeRef = 5, + + /// <summary> + /// Indicates the altitude based on the reference in GPSAltitudeRef. (Hex: 0x0006) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsaltitude.html + /// </summary> + GPSAltitude = 6, + + /// <summary> + /// Indicates the time as UTC (Coordinated Universal Time). (Hex: 0x0007) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpstimestamp.html + /// </summary> + GPSTimeStamp = 7, + + /// <summary> + /// Indicates the GPS satellites used for measurements. (Hex: 0x0008) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpssatellites.html + /// </summary> + GPSSatellites = 8, + + /// <summary> + /// Indicates the status of the GPS receiver when the image is recorded. (Hex: 0x0009) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsstatus.html + /// </summary> + GPSStatus = 9, + + /// <summary> + /// Indicates the GPS measurement mode. (Hex: 0x000A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsmeasuremode.html + /// </summary> + GPSMeasureMode = 10, + + /// <summary> + /// Indicates the GPS DOP (data degree of precision). (Hex: 0x000B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdop.html + /// </summary> + GPSDOP = 11, + + /// <summary> + /// Indicates the unit used to express the GPS receiver speed of movement. (Hex: 0x000C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsspeedref.html + /// </summary> + GPSSpeedRef = 12, + + /// <summary> + /// Indicates the speed of GPS receiver movement. (Hex: 0x000D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsspeed.html + /// </summary> + GPSSpeed = 13, + + /// <summary> + /// Indicates the reference for giving the direction of GPS receiver movement. (Hex: 0x000E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpstrackref.html + /// </summary> + GPSTrackRef = 14, + + /// <summary> + /// Indicates the direction of GPS receiver movement. (Hex: 0x000F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpstrack.html + /// </summary> + GPSTrack = 15, + + /// <summary> + /// Indicates the reference for giving the direction of the image when it is captured. (Hex: 0x0010) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsimgdirectionref.html + /// </summary> + GPSImgDirectionRef = 16, + + /// <summary> + /// Indicates the direction of the image when it was captured. (Hex: 0x0011) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsimgdirection.html + /// </summary> + GPSImgDirection = 17, + + /// <summary> + /// Indicates the geodetic survey data used by the GPS receiver. (Hex: 0x0012) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsmapdatum.html + /// </summary> + GPSMapDatum = 18, + + /// <summary> + /// Indicates whether the latitude of the destination point is north or south latitude. (Hex: 0x0013) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestlatituderef.html + /// </summary> + GPSDestLatitudeRef = 19, + + /// <summary> + /// Indicates the latitude of the destination point. (Hex: 0x0014) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestlatitude.html + /// </summary> + GPSDestLatitude = 20, + + /// <summary> + /// Indicates whether the longitude of the destination point is east or west longitude. (Hex: 0x0015) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestlongituderef.html + /// </summary> + GPSDestLongitudeRef = 21, + + /// <summary> + /// Indicates the longitude of the destination point. (Hex: 0x0016) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestlongitude.html + /// </summary> + GPSDestLongitude = 22, + + /// <summary> + /// Indicates the reference used for giving the bearing to the destination point. (Hex: 0x0017) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestbearingref.html + /// </summary> + GPSDestBearingRef = 23, + + /// <summary> + /// Indicates the bearing to the destination point. (Hex: 0x0018) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestbearing.html + /// </summary> + GPSDestBearing = 24, + + /// <summary> + /// Indicates the unit used to express the distance to the destination point. (Hex: 0x0019) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestdistanceref.html + /// </summary> + GPSDestDistanceRef = 25, + + /// <summary> + /// Indicates the distance to the destination point. (Hex: 0x001A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdestdistance.html + /// </summary> + GPSDestDistance = 26, + + /// <summary> + /// A character string recording the name of the method used for location finding. (Hex: 0x001B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsprocessingmethod.html + /// </summary> + GPSProcessingMethod = 27, + + /// <summary> + /// A character string recording the name of the GPS area. (Hex: 0x001C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsareainformation.html + /// </summary> + GPSAreaInformation = 28, + + /// <summary> + /// A character string recording date and time information relative to UTC (Coordinated Universal Time). (Hex: 0x001D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdatestamp.html + /// </summary> + GPSDateStamp = 29, + + /// <summary> + /// Indicates whether differential correction is applied to the GPS receiver. (Hex: 0x001E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/gps/gpsdifferential.html + /// </summary> + GPSDifferential = 30, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/GPSEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/GPSEntryTag.cs.meta new file mode 100644 index 0000000..fa7ec56 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/GPSEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6f2a9cc17e0fc5d98b55eab7ec407fe5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/IFDEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/IFDEntryTag.cs new file mode 100644 index 0000000..0746563 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/IFDEntryTag.cs @@ -0,0 +1,1062 @@ +// +// IFDEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009-2010 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Entry tags occuring in a Tiff IFD, or IFD0 for Jpegs. They are mostly + /// defined by the TIFF specification: + /// http://partners.adobe.com/public/developer/en/tiff/TIFF6.pdf + /// The complete overview can be obtained at: + /// http://www.awaresystems.be/imaging/tiff.html + /// </summary> + public enum IFDEntryTag : ushort + { + + /// <summary> + /// A general indication of the kind of data contained in this subfile. (Hex: 0x00FE) + /// http://www.awaresystems.be/imaging/tiff/tifftags/newsubfiletype.html + /// </summary> + NewSubfileType = 254, + + /// <summary> + /// A general indication of the kind of data contained in this subfile. (Hex: 0x00FF) + /// http://www.awaresystems.be/imaging/tiff/tifftags/subfiletype.html + /// </summary> + SubfileType = 255, + + /// <summary> + /// The number of columns in the image, i.e., the number of pixels per row. (Hex: 0x0100) + /// http://www.awaresystems.be/imaging/tiff/tifftags/imagewidth.html + /// </summary> + ImageWidth = 256, + + /// <summary> + /// The number of rows of pixels in the image. (Hex: 0x0101) + /// http://www.awaresystems.be/imaging/tiff/tifftags/imagelength.html + /// </summary> + ImageLength = 257, + + /// <summary> + /// Number of bits per component. (Hex: 0x0102) + /// http://www.awaresystems.be/imaging/tiff/tifftags/bitspersample.html + /// </summary> + BitsPerSample = 258, + + /// <summary> + /// Compression scheme used on the image data. (Hex: 0x0103) + /// http://www.awaresystems.be/imaging/tiff/tifftags/compression.html + /// </summary> + Compression = 259, + + /// <summary> + /// The color space of the image data. (Hex: 0x0106) + /// http://www.awaresystems.be/imaging/tiff/tifftags/photometricinterpretation.html + /// </summary> + PhotometricInterpretation = 262, + + /// <summary> + /// For black and white TIFF files that represent shades of gray, the technique used to convert from gray to black and white pixels. (Hex: 0x0107) + /// http://www.awaresystems.be/imaging/tiff/tifftags/threshholding.html + /// </summary> + Threshholding = 263, + + /// <summary> + /// The width of the dithering or halftoning matrix used to create a dithered or halftoned bilevel file. (Hex: 0x0108) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cellwidth.html + /// </summary> + CellWidth = 264, + + /// <summary> + /// The length of the dithering or halftoning matrix used to create a dithered or halftoned bilevel file. (Hex: 0x0109) + /// http://www.awaresystems.be/imaging/tiff/tifftags/celllength.html + /// </summary> + CellLength = 265, + + /// <summary> + /// The logical order of bits within a byte. (Hex: 0x010A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/fillorder.html + /// </summary> + FillOrder = 266, + + /// <summary> + /// The name of the document from which this image was scanned. (Hex: 0x010D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/documentname.html + /// </summary> + DocumentName = 269, + + /// <summary> + /// A string that describes the subject of the image. (Hex: 0x010E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/imagedescription.html + /// </summary> + ImageDescription = 270, + + /// <summary> + /// The scanner manufacturer. (Hex: 0x010F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/make.html + /// </summary> + Make = 271, + + /// <summary> + /// The scanner model name or number. (Hex: 0x0110) + /// http://www.awaresystems.be/imaging/tiff/tifftags/model.html + /// </summary> + Model = 272, + + /// <summary> + /// For each strip, the byte offset of that strip. (Hex: 0x0111) + /// http://www.awaresystems.be/imaging/tiff/tifftags/stripoffsets.html + /// </summary> + StripOffsets = 273, + + /// <summary> + /// The orientation of the image with respect to the rows and columns. (Hex: 0x0112) + /// http://www.awaresystems.be/imaging/tiff/tifftags/orientation.html + /// </summary> + Orientation = 274, + + /// <summary> + /// The number of components per pixel. (Hex: 0x0115) + /// http://www.awaresystems.be/imaging/tiff/tifftags/samplesperpixel.html + /// </summary> + SamplesPerPixel = 277, + + /// <summary> + /// The number of rows per strip. (Hex: 0x0116) + /// http://www.awaresystems.be/imaging/tiff/tifftags/rowsperstrip.html + /// </summary> + RowsPerStrip = 278, + + /// <summary> + /// For each strip, the number of bytes in the strip after compression. (Hex: 0x0117) + /// http://www.awaresystems.be/imaging/tiff/tifftags/stripbytecounts.html + /// </summary> + StripByteCounts = 279, + + /// <summary> + /// The minimum component value used. (Hex: 0x0118) + /// http://www.awaresystems.be/imaging/tiff/tifftags/minsamplevalue.html + /// </summary> + MinSampleValue = 280, + + /// <summary> + /// The maximum component value used. (Hex: 0x0119) + /// http://www.awaresystems.be/imaging/tiff/tifftags/maxsamplevalue.html + /// </summary> + MaxSampleValue = 281, + + /// <summary> + /// The number of pixels per ResolutionUnit in the ImageWidth direction. (Hex: 0x011A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/xresolution.html + /// </summary> + XResolution = 282, + + /// <summary> + /// The number of pixels per ResolutionUnit in the ImageLength direction. (Hex: 0x011B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/yresolution.html + /// </summary> + YResolution = 283, + + /// <summary> + /// How the components of each pixel are stored. (Hex: 0x011C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/planarconfiguration.html + /// </summary> + PlanarConfiguration = 284, + + /// <summary> + /// The name of the page from which this image was scanned. (Hex: 0x011D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/pagename.html + /// </summary> + PageName = 285, + + /// <summary> + /// X position of the image. (Hex: 0x011E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/xposition.html + /// </summary> + XPosition = 286, + + /// <summary> + /// Y position of the image. (Hex: 0x011F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/yposition.html + /// </summary> + YPosition = 287, + + /// <summary> + /// For each string of contiguous unused bytes in a TIFF file, the byte offset of the string. (Hex: 0x0120) + /// http://www.awaresystems.be/imaging/tiff/tifftags/freeoffsets.html + /// </summary> + FreeOffsets = 288, + + /// <summary> + /// For each string of contiguous unused bytes in a TIFF file, the number of bytes in the string. (Hex: 0x0121) + /// http://www.awaresystems.be/imaging/tiff/tifftags/freebytecounts.html + /// </summary> + FreeByteCounts = 289, + + /// <summary> + /// The precision of the information contained in the GrayResponseCurve. (Hex: 0x0122) + /// http://www.awaresystems.be/imaging/tiff/tifftags/grayresponseunit.html + /// </summary> + GrayResponseUnit = 290, + + /// <summary> + /// For grayscale data, the optical density of each possible pixel value. (Hex: 0x0123) + /// http://www.awaresystems.be/imaging/tiff/tifftags/grayresponsecurve.html + /// </summary> + GrayResponseCurve = 291, + + /// <summary> + /// Options for Group 3 Fax compression (Hex: 0x0124) + /// http://www.awaresystems.be/imaging/tiff/tifftags/t4options.html + /// </summary> + T4Options = 292, + + /// <summary> + /// Options for Group 4 Fax compression (Hex: 0x0125) + /// http://www.awaresystems.be/imaging/tiff/tifftags/t6options.html + /// </summary> + T6Options = 293, + + /// <summary> + /// The unit of measurement for XResolution and YResolution. (Hex: 0x0128) + /// http://www.awaresystems.be/imaging/tiff/tifftags/resolutionunit.html + /// </summary> + ResolutionUnit = 296, + + /// <summary> + /// The page number of the page from which this image was scanned. (Hex: 0x0129) + /// http://www.awaresystems.be/imaging/tiff/tifftags/pagenumber.html + /// </summary> + PageNumber = 297, + + /// <summary> + /// Describes a transfer function for the image in tabular style. (Hex: 0x012D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/transferfunction.html + /// </summary> + TransferFunction = 301, + + /// <summary> + /// Name and version number of the software package(s) used to create the image. (Hex: 0x0131) + /// http://www.awaresystems.be/imaging/tiff/tifftags/software.html + /// </summary> + Software = 305, + + /// <summary> + /// Date and time of image creation. (Hex: 0x0132) + /// http://www.awaresystems.be/imaging/tiff/tifftags/datetime.html + /// </summary> + DateTime = 306, + + /// <summary> + /// Person who created the image. (Hex: 0x013B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/artist.html + /// </summary> + Artist = 315, + + /// <summary> + /// The computer and/or operating system in use at the time of image creation. (Hex: 0x013C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/hostcomputer.html + /// </summary> + HostComputer = 316, + + /// <summary> + /// A mathematical operator that is applied to the image data before an encoding scheme is applied. (Hex: 0x013D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/predictor.html + /// </summary> + Predictor = 317, + + /// <summary> + /// The chromaticity of the white point of the image. (Hex: 0x013E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/whitepoint.html + /// </summary> + WhitePoint = 318, + + /// <summary> + /// The chromaticities of the primaries of the image. (Hex: 0x013F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/primarychromaticities.html + /// </summary> + PrimaryChromaticities = 319, + + /// <summary> + /// A color map for palette color images. (Hex: 0x0140) + /// http://www.awaresystems.be/imaging/tiff/tifftags/colormap.html + /// </summary> + ColorMap = 320, + + /// <summary> + /// Conveys to the halftone function the range of gray levels within a colorimetrically-specified image that should retain tonal detail. (Hex: 0x0141) + /// http://www.awaresystems.be/imaging/tiff/tifftags/halftonehints.html + /// </summary> + HalftoneHints = 321, + + /// <summary> + /// The tile width in pixels. This is the number of columns in each tile. (Hex: 0x0142) + /// http://www.awaresystems.be/imaging/tiff/tifftags/tilewidth.html + /// </summary> + TileWidth = 322, + + /// <summary> + /// The tile length (height) in pixels. This is the number of rows in each tile. (Hex: 0x0143) + /// http://www.awaresystems.be/imaging/tiff/tifftags/tilelength.html + /// </summary> + TileLength = 323, + + /// <summary> + /// For each tile, the byte offset of that tile, as compressed and stored on disk. (Hex: 0x0144) + /// http://www.awaresystems.be/imaging/tiff/tifftags/tileoffsets.html + /// </summary> + TileOffsets = 324, + + /// <summary> + /// For each tile, the number of (compressed) bytes in that tile. (Hex: 0x0145) + /// http://www.awaresystems.be/imaging/tiff/tifftags/tilebytecounts.html + /// </summary> + TileByteCounts = 325, + + /// <summary> + /// Used in the TIFF-F standard, denotes the number of 'bad' scan lines encountered by the facsimile device. (Hex: 0x0146) + /// http://www.awaresystems.be/imaging/tiff/tifftags/badfaxlines.html + /// </summary> + BadFaxLines = 326, + + /// <summary> + /// Used in the TIFF-F standard, indicates if 'bad' lines encountered during reception are stored in the data, or if 'bad' lines have been replaced by the receiver. (Hex: 0x0147) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cleanfaxdata.html + /// </summary> + CleanFaxData = 327, + + /// <summary> + /// Used in the TIFF-F standard, denotes the maximum number of consecutive 'bad' scanlines received. (Hex: 0x0148) + /// http://www.awaresystems.be/imaging/tiff/tifftags/consecutivebadfaxlines.html + /// </summary> + ConsecutiveBadFaxLines = 328, + + /// <summary> + /// Offset to child IFDs. (Hex: 0x014A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/subifds.html + /// </summary> + SubIFDs = 330, + + /// <summary> + /// The set of inks used in a separated (PhotometricInterpretation=5) image. (Hex: 0x014C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/inkset.html + /// </summary> + InkSet = 332, + + /// <summary> + /// The name of each ink used in a separated image. (Hex: 0x014D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/inknames.html + /// </summary> + InkNames = 333, + + /// <summary> + /// The number of inks. (Hex: 0x014E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/numberofinks.html + /// </summary> + NumberOfInks = 334, + + /// <summary> + /// The component values that correspond to a 0% dot and 100% dot. (Hex: 0x0150) + /// http://www.awaresystems.be/imaging/tiff/tifftags/dotrange.html + /// </summary> + DotRange = 336, + + /// <summary> + /// A description of the printing environment for which this separation is intended. (Hex: 0x0151) + /// http://www.awaresystems.be/imaging/tiff/tifftags/targetprinter.html + /// </summary> + TargetPrinter = 337, + + /// <summary> + /// Description of extra components. (Hex: 0x0152) + /// http://www.awaresystems.be/imaging/tiff/tifftags/extrasamples.html + /// </summary> + ExtraSamples = 338, + + /// <summary> + /// Specifies how to interpret each data sample in a pixel. (Hex: 0x0153) + /// http://www.awaresystems.be/imaging/tiff/tifftags/sampleformat.html + /// </summary> + SampleFormat = 339, + + /// <summary> + /// Specifies the minimum sample value. (Hex: 0x0154) + /// http://www.awaresystems.be/imaging/tiff/tifftags/sminsamplevalue.html + /// </summary> + SMinSampleValue = 340, + + /// <summary> + /// Specifies the maximum sample value. (Hex: 0x0155) + /// http://www.awaresystems.be/imaging/tiff/tifftags/smaxsamplevalue.html + /// </summary> + SMaxSampleValue = 341, + + /// <summary> + /// Expands the range of the TransferFunction. (Hex: 0x0156) + /// http://www.awaresystems.be/imaging/tiff/tifftags/transferrange.html + /// </summary> + TransferRange = 342, + + /// <summary> + /// Mirrors the essentials of PostScript's path creation functionality. (Hex: 0x0157) + /// http://www.awaresystems.be/imaging/tiff/tifftags/clippath.html + /// </summary> + ClipPath = 343, + + /// <summary> + /// The number of units that span the width of the image, in terms of integer ClipPath coordinates. (Hex: 0x0158) + /// http://www.awaresystems.be/imaging/tiff/tifftags/xclippathunits.html + /// </summary> + XClipPathUnits = 344, + + /// <summary> + /// The number of units that span the height of the image, in terms of integer ClipPath coordinates. (Hex: 0x0159) + /// http://www.awaresystems.be/imaging/tiff/tifftags/yclippathunits.html + /// </summary> + YClipPathUnits = 345, + + /// <summary> + /// Aims to broaden the support for indexed images to include support for any color space. (Hex: 0x015A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/indexed.html + /// </summary> + Indexed = 346, + + /// <summary> + /// JPEG quantization and/or Huffman tables. (Hex: 0x015B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegtables.html + /// </summary> + JPEGTables = 347, + + /// <summary> + /// OPI-related. (Hex: 0x015F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/opiproxy.html + /// </summary> + OPIProxy = 351, + + /// <summary> + /// Used in the TIFF-FX standard to point to an IFD containing tags that are globally applicable to the complete TIFF file. (Hex: 0x0190) + /// http://www.awaresystems.be/imaging/tiff/tifftags/globalparametersifd.html + /// </summary> + GlobalParametersIFD = 400, + + /// <summary> + /// Used in the TIFF-FX standard, denotes the type of data stored in this file or IFD. (Hex: 0x0191) + /// http://www.awaresystems.be/imaging/tiff/tifftags/profiletype.html + /// </summary> + ProfileType = 401, + + /// <summary> + /// Used in the TIFF-FX standard, denotes the 'profile' that applies to this file. (Hex: 0x0192) + /// http://www.awaresystems.be/imaging/tiff/tifftags/faxprofile.html + /// </summary> + FaxProfile = 402, + + /// <summary> + /// Used in the TIFF-FX standard, indicates which coding methods are used in the file. (Hex: 0x0193) + /// http://www.awaresystems.be/imaging/tiff/tifftags/codingmethods.html + /// </summary> + CodingMethods = 403, + + /// <summary> + /// Used in the TIFF-FX standard, denotes the year of the standard specified by the FaxProfile field. (Hex: 0x0194) + /// http://www.awaresystems.be/imaging/tiff/tifftags/versionyear.html + /// </summary> + VersionYear = 404, + + /// <summary> + /// Used in the TIFF-FX standard, denotes the mode of the standard specified by the FaxProfile field. (Hex: 0x0195) + /// http://www.awaresystems.be/imaging/tiff/tifftags/modenumber.html + /// </summary> + ModeNumber = 405, + + /// <summary> + /// Used in the TIFF-F and TIFF-FX standards, holds information about the ITULAB (PhotometricInterpretation = 10) encoding. (Hex: 0x01B1) + /// http://www.awaresystems.be/imaging/tiff/tifftags/decode.html + /// </summary> + Decode = 433, + + /// <summary> + /// Defined in the Mixed Raster Content part of RFC 2301, is the default color needed in areas where no image is available. (Hex: 0x01B2) + /// http://www.awaresystems.be/imaging/tiff/tifftags/defaultimagecolor.html + /// </summary> + DefaultImageColor = 434, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0200) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegproc.html + /// </summary> + JPEGProc = 512, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0201) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpeginterchangeformat.html + /// </summary> + JPEGInterchangeFormat = 513, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0202) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpeginterchangeformatlength.html + /// </summary> + JPEGInterchangeFormatLength = 514, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0203) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegrestartinterval.html + /// </summary> + JPEGRestartInterval = 515, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0205) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpeglosslesspredictors.html + /// </summary> + JPEGLosslessPredictors = 517, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0206) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegpointtransforms.html + /// </summary> + JPEGPointTransforms = 518, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0207) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegqtables.html + /// </summary> + JPEGQTables = 519, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0208) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegdctables.html + /// </summary> + JPEGDCTables = 520, + + /// <summary> + /// Old-style JPEG compression field. TechNote2 invalidates this part of the specification. (Hex: 0x0209) + /// http://www.awaresystems.be/imaging/tiff/tifftags/jpegactables.html + /// </summary> + JPEGACTables = 521, + + /// <summary> + /// The transformation from RGB to YCbCr image data. (Hex: 0x0211) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ycbcrcoefficients.html + /// </summary> + YCbCrCoefficients = 529, + + /// <summary> + /// Specifies the subsampling factors used for the chrominance components of a YCbCr image. (Hex: 0x0212) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ycbcrsubsampling.html + /// </summary> + YCbCrSubSampling = 530, + + /// <summary> + /// Specifies the positioning of subsampled chrominance components relative to luminance samples. (Hex: 0x0213) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ycbcrpositioning.html + /// </summary> + YCbCrPositioning = 531, + + /// <summary> + /// Specifies a pair of headroom and footroom image data values (codes) for each pixel component. (Hex: 0x0214) + /// http://www.awaresystems.be/imaging/tiff/tifftags/referenceblackwhite.html + /// </summary> + ReferenceBlackWhite = 532, + + /// <summary> + /// Defined in the Mixed Raster Content part of RFC 2301, used to replace RowsPerStrip for IFDs with variable-sized strips. (Hex: 0x022F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/striprowcounts.html + /// </summary> + StripRowCounts = 559, + + /// <summary> + /// XML packet containing XMP metadata (Hex: 0x02BC) + /// http://www.awaresystems.be/imaging/tiff/tifftags/xmp.html + /// </summary> + XMP = 700, + + /// <summary> + /// Rating tag used by Windows (Hex: 0x4746) + /// </summary> + Rating = 18246, + + /// <summary> + /// Rating tag used by Windows, value in percent (Hex: 0x4749) + /// </summary> + RatingPercent = 18249, + + /// <summary> + /// OPI-related. (Hex: 0x800D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/imageid.html + /// </summary> + ImageID = 32781, + + /// <summary> + /// Annotation data, as used in 'Imaging for Windows'. (Hex: 0x80A4) + /// http://www.awaresystems.be/imaging/tiff/tifftags/wangannotation.html + /// </summary> + WangAnnotation = 32932, + + /// <summary> + /// Copyright notice. (Hex: 0x8298) + /// http://www.awaresystems.be/imaging/tiff/tifftags/copyright.html + /// </summary> + Copyright = 33432, + + /// <summary> + /// Specifies the pixel data format encoding in the Molecular Dynamics GEL file format. (Hex: 0x82A5) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdfiletag.html + /// </summary> + MDFileTag = 33445, + + /// <summary> + /// Specifies a scale factor in the Molecular Dynamics GEL file format. (Hex: 0x82A6) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdscalepixel.html + /// </summary> + MDScalePixel = 33446, + + /// <summary> + /// Used to specify the conversion from 16bit to 8bit in the Molecular Dynamics GEL file format. (Hex: 0x82A7) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdcolortable.html + /// </summary> + MDColorTable = 33447, + + /// <summary> + /// Name of the lab that scanned this file, as used in the Molecular Dynamics GEL file format. (Hex: 0x82A8) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdlabname.html + /// </summary> + MDLabName = 33448, + + /// <summary> + /// Information about the sample, as used in the Molecular Dynamics GEL file format. (Hex: 0x82A9) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdsampleinfo.html + /// </summary> + MDSampleInfo = 33449, + + /// <summary> + /// Date the sample was prepared, as used in the Molecular Dynamics GEL file format. (Hex: 0x82AA) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdprepdate.html + /// </summary> + MDPrepDate = 33450, + + /// <summary> + /// Time the sample was prepared, as used in the Molecular Dynamics GEL file format. (Hex: 0x82AB) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdpreptime.html + /// </summary> + MDPrepTime = 33451, + + /// <summary> + /// Units for data in this file, as used in the Molecular Dynamics GEL file format. (Hex: 0x82AC) + /// http://www.awaresystems.be/imaging/tiff/tifftags/mdfileunits.html + /// </summary> + MDFileUnits = 33452, + + /// <summary> + /// Used in interchangeable GeoTIFF files. (Hex: 0x830E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/modelpixelscaletag.html + /// </summary> + ModelPixelScaleTag = 33550, + + /// <summary> + /// IPTC (International Press Telecommunications Council) metadata. (Hex: 0x83BB) + /// http://www.awaresystems.be/imaging/tiff/tifftags/iptc.html + /// </summary> + IPTC = 33723, + + /// <summary> + /// Intergraph Application specific storage. (Hex: 0x847E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ingrpacketdatatag.html + /// </summary> + INGRPacketDataTag = 33918, + + /// <summary> + /// Intergraph Application specific flags. (Hex: 0x847F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ingrflagregisters.html + /// </summary> + INGRFlagRegisters = 33919, + + /// <summary> + /// Originally part of Intergraph's GeoTIFF tags, but likely understood by IrasB only. (Hex: 0x8480) + /// http://www.awaresystems.be/imaging/tiff/tifftags/irasbtransformationmatrix.html + /// </summary> + IrasBTransformationMatrix = 33920, + + /// <summary> + /// Originally part of Intergraph's GeoTIFF tags, but now used in interchangeable GeoTIFF files. (Hex: 0x8482) + /// http://www.awaresystems.be/imaging/tiff/tifftags/modeltiepointtag.html + /// </summary> + ModelTiepointTag = 33922, + + /// <summary> + /// Used in interchangeable GeoTIFF files. (Hex: 0x85D8) + /// http://www.awaresystems.be/imaging/tiff/tifftags/modeltransformationtag.html + /// </summary> + ModelTransformationTag = 34264, + + /// <summary> + /// Collection of Photoshop 'Image Resource Blocks'. (Hex: 0x8649) + /// http://www.awaresystems.be/imaging/tiff/tifftags/photoshop.html + /// </summary> + Photoshop = 34377, + + /// <summary> + /// A pointer to the Exif IFD. (Hex: 0x8769) + /// http://www.awaresystems.be/imaging/tiff/tifftags/exififd.html + /// </summary> + ExifIFD = 34665, + + /// <summary> + /// ICC profile data. (Hex: 0x8773) + /// http://www.awaresystems.be/imaging/tiff/tifftags/iccprofile.html + /// </summary> + ICCProfile = 34675, + + /// <summary> + /// Defined in the Mixed Raster Content part of RFC 2301, used to denote the particular function of this Image in the mixed raster scheme. (Hex: 0x87AC) + /// http://www.awaresystems.be/imaging/tiff/tifftags/imagelayer.html + /// </summary> + ImageLayer = 34732, + + /// <summary> + /// Used in interchangeable GeoTIFF files. (Hex: 0x87AF) + /// http://www.awaresystems.be/imaging/tiff/tifftags/geokeydirectorytag.html + /// </summary> + GeoKeyDirectoryTag = 34735, + + /// <summary> + /// Used in interchangeable GeoTIFF files. (Hex: 0x87B0) + /// http://www.awaresystems.be/imaging/tiff/tifftags/geodoubleparamstag.html + /// </summary> + GeoDoubleParamsTag = 34736, + + /// <summary> + /// Used in interchangeable GeoTIFF files. (Hex: 0x87B1) + /// http://www.awaresystems.be/imaging/tiff/tifftags/geoasciiparamstag.html + /// </summary> + GeoAsciiParamsTag = 34737, + + /// <summary> + /// A pointer to the Exif-related GPS Info IFD. (Hex: 0x8825) + /// http://www.awaresystems.be/imaging/tiff/tifftags/gpsifd.html + /// </summary> + GPSIFD = 34853, + + /// <summary> + /// Used by HylaFAX. (Hex: 0x885C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/hylafaxfaxrecvparams.html + /// </summary> + HylaFAXFaxRecvParams = 34908, + + /// <summary> + /// Used by HylaFAX. (Hex: 0x885D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/hylafaxfaxsubaddress.html + /// </summary> + HylaFAXFaxSubAddress = 34909, + + /// <summary> + /// Used by HylaFAX. (Hex: 0x885E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/hylafaxfaxrecvtime.html + /// </summary> + HylaFAXFaxRecvTime = 34910, + + /// <summary> + /// Used by Adobe Photoshop. (Hex: 0x935C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/imagesourcedata.html + /// </summary> + ImageSourceData = 37724, + + /// <summary> + /// A pointer to the Exif-related Interoperability IFD. (Hex: 0xA005) + /// http://www.awaresystems.be/imaging/tiff/tifftags/interoperabilityifd.html + /// </summary> + InteroperabilityIFD = 40965, + + /// <summary> + /// Used by the GDAL library, holds an XML list of name=value 'metadata' values about the image as a whole, and about specific samples. (Hex: 0xA480) + /// http://www.awaresystems.be/imaging/tiff/tifftags/gdal_metadata.html + /// </summary> + GDAL_METADATA = 42112, + + /// <summary> + /// Used by the GDAL library, contains an ASCII encoded nodata or background pixel value. (Hex: 0xA481) + /// http://www.awaresystems.be/imaging/tiff/tifftags/gdal_nodata.html + /// </summary> + GDAL_NODATA = 42113, + + /// <summary> + /// Used in the Oce scanning process. (Hex: 0xC427) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ocescanjobdescription.html + /// </summary> + OceScanjobDescription = 50215, + + /// <summary> + /// Used in the Oce scanning process. (Hex: 0xC428) + /// http://www.awaresystems.be/imaging/tiff/tifftags/oceapplicationselector.html + /// </summary> + OceApplicationSelector = 50216, + + /// <summary> + /// Used in the Oce scanning process. (Hex: 0xC429) + /// http://www.awaresystems.be/imaging/tiff/tifftags/oceidentificationnumber.html + /// </summary> + OceIdentificationNumber = 50217, + + /// <summary> + /// Used in the Oce scanning process. (Hex: 0xC42A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/oceimagelogiccharacteristics.html + /// </summary> + OceImageLogicCharacteristics = 50218, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC612) + /// http://www.awaresystems.be/imaging/tiff/tifftags/dngversion.html + /// </summary> + DNGVersion = 50706, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC613) + /// http://www.awaresystems.be/imaging/tiff/tifftags/dngbackwardversion.html + /// </summary> + DNGBackwardVersion = 50707, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC614) + /// http://www.awaresystems.be/imaging/tiff/tifftags/uniquecameramodel.html + /// </summary> + UniqueCameraModel = 50708, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC615) + /// http://www.awaresystems.be/imaging/tiff/tifftags/localizedcameramodel.html + /// </summary> + LocalizedCameraModel = 50709, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC616) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cfaplanecolor.html + /// </summary> + CFAPlaneColor = 50710, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC617) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cfalayout.html + /// </summary> + CFALayout = 50711, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC618) + /// http://www.awaresystems.be/imaging/tiff/tifftags/linearizationtable.html + /// </summary> + LinearizationTable = 50712, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC619) + /// http://www.awaresystems.be/imaging/tiff/tifftags/blacklevelrepeatdim.html + /// </summary> + BlackLevelRepeatDim = 50713, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC61A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/blacklevel.html + /// </summary> + BlackLevel = 50714, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC61B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/blackleveldeltah.html + /// </summary> + BlackLevelDeltaH = 50715, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC61C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/blackleveldeltav.html + /// </summary> + BlackLevelDeltaV = 50716, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC61D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/whitelevel.html + /// </summary> + WhiteLevel = 50717, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC61E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/defaultscale.html + /// </summary> + DefaultScale = 50718, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC61F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/defaultcroporigin.html + /// </summary> + DefaultCropOrigin = 50719, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC620) + /// http://www.awaresystems.be/imaging/tiff/tifftags/defaultcropsize.html + /// </summary> + DefaultCropSize = 50720, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC621) + /// http://www.awaresystems.be/imaging/tiff/tifftags/colormatrix1.html + /// </summary> + ColorMatrix1 = 50721, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC622) + /// http://www.awaresystems.be/imaging/tiff/tifftags/colormatrix2.html + /// </summary> + ColorMatrix2 = 50722, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC623) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cameracalibration1.html + /// </summary> + CameraCalibration1 = 50723, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC624) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cameracalibration2.html + /// </summary> + CameraCalibration2 = 50724, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC625) + /// http://www.awaresystems.be/imaging/tiff/tifftags/reductionmatrix1.html + /// </summary> + ReductionMatrix1 = 50725, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC626) + /// http://www.awaresystems.be/imaging/tiff/tifftags/reductionmatrix2.html + /// </summary> + ReductionMatrix2 = 50726, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC627) + /// http://www.awaresystems.be/imaging/tiff/tifftags/analogbalance.html + /// </summary> + AnalogBalance = 50727, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC628) + /// http://www.awaresystems.be/imaging/tiff/tifftags/asshotneutral.html + /// </summary> + AsShotNeutral = 50728, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC629) + /// http://www.awaresystems.be/imaging/tiff/tifftags/asshotwhitexy.html + /// </summary> + AsShotWhiteXY = 50729, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC62A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/baselineexposure.html + /// </summary> + BaselineExposure = 50730, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC62B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/baselinenoise.html + /// </summary> + BaselineNoise = 50731, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC62C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/baselinesharpness.html + /// </summary> + BaselineSharpness = 50732, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC62D) + /// http://www.awaresystems.be/imaging/tiff/tifftags/bayergreensplit.html + /// </summary> + BayerGreenSplit = 50733, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC62E) + /// http://www.awaresystems.be/imaging/tiff/tifftags/linearresponselimit.html + /// </summary> + LinearResponseLimit = 50734, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC62F) + /// http://www.awaresystems.be/imaging/tiff/tifftags/cameraserialnumber.html + /// </summary> + CameraSerialNumber = 50735, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC630) + /// http://www.awaresystems.be/imaging/tiff/tifftags/lensinfo.html + /// </summary> + LensInfo = 50736, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC631) + /// http://www.awaresystems.be/imaging/tiff/tifftags/chromablurradius.html + /// </summary> + ChromaBlurRadius = 50737, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC632) + /// http://www.awaresystems.be/imaging/tiff/tifftags/antialiasstrength.html + /// </summary> + AntiAliasStrength = 50738, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC634) + /// http://www.awaresystems.be/imaging/tiff/tifftags/dngprivatedata.html + /// </summary> + DNGPrivateData = 50740, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC635) + /// http://www.awaresystems.be/imaging/tiff/tifftags/makernotesafety.html + /// </summary> + MakerNoteSafety = 50741, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC65A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/calibrationilluminant1.html + /// </summary> + CalibrationIlluminant1 = 50778, + + /// <summary> + /// Used in IFD 0 of DNG files. (Hex: 0xC65B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/calibrationilluminant2.html + /// </summary> + CalibrationIlluminant2 = 50779, + + /// <summary> + /// Used in Raw IFD of DNG files. (Hex: 0xC65C) + /// http://www.awaresystems.be/imaging/tiff/tifftags/bestqualityscale.html + /// </summary> + BestQualityScale = 50780, + + /// <summary> + /// Alias Sketchbook Pro layer usage description. (Hex: 0xC660) + /// http://www.awaresystems.be/imaging/tiff/tifftags/aliaslayermetadata.html + /// </summary> + AliasLayerMetadata = 50784, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/IFDEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/IFDEntryTag.cs.meta new file mode 100644 index 0000000..b757433 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/IFDEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4f3c87f0431d9d572af45dc7245e2ea9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/IOPEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/IOPEntryTag.cs new file mode 100644 index 0000000..16ba3d9 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/IOPEntryTag.cs @@ -0,0 +1,61 @@ +// +// IOPEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009-2010 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Entry tags occuring in the Interoperability IFD + /// The complete overview can be obtained at: + /// http://www.awaresystems.be/imaging/tiff.html + /// </summary> + public enum IOPEntryTag : ushort + { + /// <summary> + /// Indicates the identification of the Interoperability rule. (Hex: 0x0001) + /// http://www.awaresystems.be/imaging/tiff/tifftags/privateifd/interoperability/interoperabilityindex.html + /// </summary> + InteroperabilityIndex = 1, + + /// <summary> + /// Interoperability version. (Hex: 0x0002) + /// </summary> + InteroperabilityVersion = 2, + + /// <summary> + /// File format of image file. (Hex: 0x1000) + /// </summary> + RelatedImageFileFormat = 4096, + + /// <summary> + /// Image Width. (Hex: 0x1001) + /// </summary> + RelatedImageWidth = 4097, + + /// <summary> + /// Image Height. (Hex: 0x1002) + /// </summary> + RelatedImageLength = 4098, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/IOPEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/IOPEntryTag.cs.meta new file mode 100644 index 0000000..89ee0fc --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/IOPEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 982fc4355a9d7a8ec853fde30ef0a93b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/Nikon3MakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/Nikon3MakerNoteEntryTag.cs new file mode 100644 index 0000000..b07d57b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/Nikon3MakerNoteEntryTag.cs @@ -0,0 +1,473 @@ +// +// Nikon3MakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon format 3 makernote tags. + /// Based on http://www.exiv2.org/tags-nikon.html and + /// http://park2.wakwak.com/~tsuruzoh/Computer/Digicams/exif-e.html + /// </summary> + public enum Nikon3MakerNoteEntryTag : ushort + { + /// <summary> + /// Makernote version. (Hex: 0x0001) + /// </summary> + Version = 1, + + /// <summary> + /// ISO speed setting. (Hex: 0X0002) + /// </summary> + ISOSpeed = 2, + + /// <summary> + /// Color mode. (Hex: 0X0003) + /// </summary> + ColorMode = 3, + + /// <summary> + /// Image quality setting. (Hex: 0X0004) + /// </summary> + Quality = 4, + + /// <summary> + /// White balance. (Hex: 0X0005) + /// </summary> + WhiteBalance = 5, + + /// <summary> + /// Image sharpening setting. (Hex: 0X0006) + /// </summary> + Sharpening = 6, + + /// <summary> + /// Focus mode. (Hex: 0X0007) + /// </summary> + Focus = 7, + + /// <summary> + /// Flash setting. (Hex: 0X0008) + /// </summary> + FlashSetting = 8, + + /// <summary> + /// Flash device. (Hex: 0X0009) + /// </summary> + FlashDevice = 9, + + /// <summary> + /// Unknown. (Hex: 0X000A) + /// </summary> + Unknown10 = 10, + + /// <summary> + /// White balance bias. (Hex: 0X000B) + /// </summary> + WhiteBalanceBias = 11, + + /// <summary> + /// WB RB levels. (Hex: 0X000C) + /// </summary> + WB_RBLevels = 12, + + /// <summary> + /// Program shift. (Hex: 0X000D) + /// </summary> + ProgramShift = 13, + + /// <summary> + /// Exposure difference. (Hex: 0X000E) + /// </summary> + ExposureDiff = 14, + + /// <summary> + /// ISO selection. (Hex: 0X000F) + /// </summary> + ISOSelection = 15, + + /// <summary> + /// Data dump. (Hex: 0X0010) + /// </summary> + DataDump = 16, + + /// <summary> + /// Offset to an IFD containing a preview image. (Hex: 0x0011) + /// </summary> + Preview = 17, + + /// <summary> + /// Flash compensation setting. (Hex: 0X0012) + /// </summary> + FlashComp = 18, + + /// <summary> + /// ISO setting. (Hex: 0X0013) + /// </summary> + ISOSettings = 19, + + /// <summary> + /// Image boundary. (Hex: 0X0016) + /// </summary> + ImageBoundary = 22, + + /// <summary> + /// Unknown. (Hex: 0X0017) + /// </summary> + Unknown23 = 23, + + /// <summary> + /// Flash bracket compensation applied. (Hex: 0X0018) + /// </summary> + FlashBracketComp = 24, + + /// <summary> + /// AE bracket compensation applied. (Hex: 0X0019) + /// </summary> + ExposureBracketComp = 25, + + /// <summary> + /// Image processing. (Hex: 0X001A) + /// </summary> + ImageProcessing = 26, + + /// <summary> + /// Crop high speed. (Hex: 0X001B) + /// </summary> + CropHiSpeed = 27, + + /// <summary> + /// Serial Number. (Hex: 0X001D) + /// </summary> + SerialNumber = 29, + + /// <summary> + /// Color space. (Hex: 0X001E) + /// </summary> + ColorSpace = 30, + + /// <summary> + /// VR info. (Hex: 0X001F) + /// </summary> + VRInfo = 31, + + /// <summary> + /// Image authentication. (Hex: 0X0020) + /// </summary> + ImageAuthentication = 32, + + /// <summary> + /// ActiveD-lighting. (Hex: 0X0022) + /// </summary> + ActiveDLighting = 34, + + /// <summary> + /// Picture control. (Hex: 0X0023) + /// </summary> + PictureControl = 35, + + /// <summary> + /// World time. (Hex: 0X0024) + /// </summary> + WorldTime = 36, + + /// <summary> + /// ISO info. (Hex: 0X0025) + /// </summary> + ISOInfo = 37, + + /// <summary> + /// Vignette control. (Hex: 0X002A) + /// </summary> + VignetteControl = 42, + + /// <summary> + /// Image adjustment setting. (Hex: 0X0080) + /// </summary> + ImageAdjustment = 128, + + /// <summary> + /// Tone compensation. (Hex: 0X0081) + /// </summary> + ToneComp = 129, + + /// <summary> + /// Auxiliary lens (adapter). (Hex: 0X0082) + /// </summary> + AuxiliaryLens = 130, + + /// <summary> + /// Lens type. (Hex: 0X0083) + /// </summary> + LensType = 131, + + /// <summary> + /// Lens. (Hex: 0X0084) + /// </summary> + Lens = 132, + + /// <summary> + /// Manual focus distance. (Hex: 0X0085) + /// </summary> + FocusDistance = 133, + + /// <summary> + /// Digital zoom setting. (Hex: 0X0086) + /// </summary> + DigitalZoom = 134, + + /// <summary> + /// Mode of flash used. (Hex: 0X0087) + /// </summary> + FlashMode = 135, + + /// <summary> + /// AF info. (Hex: 0X0088) + /// </summary> + AFInfo = 136, + + /// <summary> + /// Shooting mode. (Hex: 0X0089) + /// </summary> + ShootingMode = 137, + + /// <summary> + /// Auto bracket release. (Hex: 0X008A) + /// </summary> + AutoBracketRelease = 138, + + /// <summary> + /// Lens FStops. (Hex: 0X008B) + /// </summary> + LensFStops = 139, + + /// <summary> + /// Contrast curve. (Hex: 0X008C) + /// </summary> + ContrastCurve = 140, + + /// <summary> + /// Color hue. (Hex: 0X008D) + /// </summary> + ColorHue = 141, + + /// <summary> + /// Scene mode. (Hex: 0X008F) + /// </summary> + SceneMode = 143, + + /// <summary> + /// Light source. (Hex: 0X0090) + /// </summary> + LightSource = 144, + + /// <summary> + /// Shot info. (Hex: 0X0091) + /// </summary> + ShotInfo = 145, + + /// <summary> + /// Hue adjustment. (Hex: 0X0092) + /// </summary> + HueAdjustment = 146, + + /// <summary> + /// NEF compression. (Hex: 0X0093) + /// </summary> + NEFCompression = 147, + + /// <summary> + /// Saturation. (Hex: 0X0094) + /// </summary> + Saturation = 148, + + /// <summary> + /// Noise reduction. (Hex: 0X0095) + /// </summary> + NoiseReduction = 149, + + /// <summary> + /// Linearization table. (Hex: 0X0096) + /// </summary> + LinearizationTable = 150, + + /// <summary> + /// Color balance. (Hex: 0X0097) + /// </summary> + ColorBalance = 151, + + /// <summary> + /// Lens data settings. (Hex: 0X0098) + /// </summary> + LensData = 152, + + /// <summary> + /// Raw image center. (Hex: 0X0099) + /// </summary> + RawImageCenter = 153, + + /// <summary> + /// Sensor pixel size. (Hex: 0X009A) + /// </summary> + SensorPixelSize = 154, + + /// <summary> + /// Unknown. (Hex: 0X009B) + /// </summary> + Unknown155 = 155, + + /// <summary> + /// Scene assist. (Hex: 0X009C) + /// </summary> + SceneAssist = 156, + + /// <summary> + /// Retouch history. (Hex: 0X009E) + /// </summary> + RetouchHistory = 158, + + /// <summary> + /// Unknown. (Hex: 0X009F) + /// </summary> + Unknown159 = 159, + + /// <summary> + /// Camera serial number, usually starts with "NO= ". (Hex: 0X00A0) + /// </summary> + SerialNO = 160, + + /// <summary> + /// Image data size. (Hex: 0X00A2) + /// </summary> + ImageDataSize = 162, + + /// <summary> + /// Unknown. (Hex: 0X00A3) + /// </summary> + Unknown163 = 163, + + /// <summary> + /// Image count. (Hex: 0X00A5) + /// </summary> + ImageCount = 165, + + /// <summary> + /// Deleted image count. (Hex: 0X00A6) + /// </summary> + DeletedImageCount = 166, + + /// <summary> + /// Number of shots taken by camera. (Hex: 0X00A7) + /// </summary> + ShutterCount = 167, + + /// <summary> + /// Flash info. (Hex: 0X00A8) + /// </summary> + FlashInfo = 168, + + /// <summary> + /// Image optimization. (Hex: 0X00A9) + /// </summary> + ImageOptimization = 169, + + /// <summary> + /// Saturation. (Hex: 0X00AA) + /// </summary> + Saturation2 = 170, + + /// <summary> + /// Program variation. (Hex: 0X00AB) + /// </summary> + VariProgram = 171, + + /// <summary> + /// Image stabilization. (Hex: 0X00AC) + /// </summary> + ImageStabilization = 172, + + /// <summary> + /// AF response. (Hex: 0X00AD) + /// </summary> + AFResponse = 173, + + /// <summary> + /// Multi exposure. (Hex: 0X00B0) + /// </summary> + MultiExposure = 176, + + /// <summary> + /// High ISO Noise Reduction. (Hex: 0X00B1) + /// </summary> + HighISONoiseReduction = 177, + + /// <summary> + /// Toning effect. (Hex: 0X00B3) + /// </summary> + ToningEffect = 179, + + /// <summary> + /// AF info 2. (Hex: 0X00B7) + /// </summary> + AFInfo2 = 183, + + /// <summary> + /// File info. (Hex: 0X00B8) + /// </summary> + FileInfo = 184, + + /// <summary> + /// PrintIM information. (Hex: 0X0E00) + /// </summary> + PrintIM = 3584, + + /// <summary> + /// Capture data. (Hex: 0X0E01) + /// </summary> + CaptureData = 3585, + + /// <summary> + /// Capture version. (Hex: 0X0E09) + /// </summary> + CaptureVersion = 3593, + + /// <summary> + /// Capture offsets. (Hex: 0X0E0E) + /// </summary> + CaptureOffsets = 3598, + + /// <summary> + /// Scan IFD. (Hex: 0X0E10) + /// </summary> + ScanIFD = 3600, + + /// <summary> + /// ICC profile. (Hex: 0X0E1D) + /// </summary> + ICCProfile = 3613, + + /// <summary> + /// Capture output. (Hex: 0X0E1E) + /// </summary> + CaptureOutput = 3614, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/Nikon3MakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/Nikon3MakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..0faa86e --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/Nikon3MakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0ab76778a10fac15abcde769ad428f5f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonIsoInfoEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonIsoInfoEntryTag.cs new file mode 100644 index 0000000..47196b3 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonIsoInfoEntryTag.cs @@ -0,0 +1,55 @@ +// +// NikonIsoInfoEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon Iso Info entry tags. + /// Based on: + /// http://exiv2.org/tags-nikon.html + /// </summary> + public enum NikonIsoInfoEntryTag : ushort + { + + /// <summary> + /// ISO. (Hex: 0X0000) + /// </summary> + ISO = 0, + + /// <summary> + /// ISO expansion. (Hex: 0X0004) + /// </summary> + ISOExpansion = 4, + + /// <summary> + /// ISO 2. (Hex: 0X0006) + /// </summary> + ISO2 = 6, + + /// <summary> + /// ISO expansion 2. (Hex: 0X000A) + /// </summary> + ISOExpansion2 = 10, + + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonIsoInfoEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonIsoInfoEntryTag.cs.meta new file mode 100644 index 0000000..7149590 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonIsoInfoEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ebae761c8a89b27cbb512d7af6b28339 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonLensData3EntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonLensData3EntryTag.cs new file mode 100644 index 0000000..9dc0766 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonLensData3EntryTag.cs @@ -0,0 +1,105 @@ +// +// NikonLensData3EntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon lens data entry tags. + /// Based on: + /// http://exiv2.org/tags-nikon.html + /// </summary> + public enum NikonLensData3EntryTag : ushort + { + + /// <summary> + /// Version. (Hex: 0X0000) + /// </summary> + Version = 0, + + /// <summary> + /// Exit pupil position. (Hex: 0X0004) + /// </summary> + ExitPupilPosition = 4, + + /// <summary> + /// AF aperture. (Hex: 0X0005) + /// </summary> + AFAperture = 5, + + /// <summary> + /// Focus position. (Hex: 0X0008) + /// </summary> + FocusPosition = 8, + + /// <summary> + /// Focus distance. (Hex: 0X000A) + /// </summary> + FocusDistance = 10, + + /// <summary> + /// Focal length. (Hex: 0X000B) + /// </summary> + FocalLength = 11, + + /// <summary> + /// Lens ID number. (Hex: 0X000C) + /// </summary> + LensIDNumber = 12, + + /// <summary> + /// Lens F-stops. (Hex: 0X000D) + /// </summary> + LensFStops = 13, + + /// <summary> + /// Min focal length. (Hex: 0X000E) + /// </summary> + MinFocalLength = 14, + + /// <summary> + /// Max focal length. (Hex: 0X000F) + /// </summary> + MaxFocalLength = 15, + + /// <summary> + /// Max aperture at min focal length. (Hex: 0X0010) + /// </summary> + MaxApertureAtMinFocal = 16, + + /// <summary> + /// Max aperture at max focal length. (Hex: 0X0011) + /// </summary> + MaxApertureAtMaxFocal = 17, + + /// <summary> + /// MCU version. (Hex: 0X0012) + /// </summary> + MCUVersion = 18, + + /// <summary> + /// Effective max aperture. (Hex: 0X0013) + /// </summary> + EffectiveMaxAperture = 19, + + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonLensData3EntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonLensData3EntryTag.cs.meta new file mode 100644 index 0000000..470ddef --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonLensData3EntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ca114fd626a2186f48689c1c1cea8f39 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonPictureControlEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonPictureControlEntryTag.cs new file mode 100644 index 0000000..6794164 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonPictureControlEntryTag.cs @@ -0,0 +1,100 @@ +// +// NikonPictureControlEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon picture control entry tags. + /// Based on: + /// http://exiv2.org/tags-nikon.html + /// </summary> + public enum NikonPictureControlEntryTag : ushort + { + + /// <summary> + /// Version. (Hex: 0X0000) + /// </summary> + Version = 0, + + /// <summary> + /// Name. (Hex: 0X0004) + /// </summary> + Name = 4, + + /// <summary> + /// Base. (Hex: 0X0018) + /// </summary> + Base = 24, + + /// <summary> + /// Adjust. (Hex: 0X0030) + /// </summary> + Adjust = 48, + + /// <summary> + /// Quick adjust. (Hex: 0X0031) + /// </summary> + QuickAdjust = 49, + + /// <summary> + /// Sharpness. (Hex: 0X0032) + /// </summary> + Sharpness = 50, + + /// <summary> + /// Contrast. (Hex: 0X0033) + /// </summary> + Contrast = 51, + + /// <summary> + /// Brightness. (Hex: 0X0034) + /// </summary> + Brightness = 52, + + /// <summary> + /// Saturation. (Hex: 0X0035) + /// </summary> + Saturation = 53, + + /// <summary> + /// Hue adjustment. (Hex: 0X0036) + /// </summary> + HueAdjustment = 54, + + /// <summary> + /// Filter effect. (Hex: 0X0037) + /// </summary> + FilterEffect = 55, + + /// <summary> + /// Toning effect. (Hex: 0X0038) + /// </summary> + ToningEffect = 56, + + /// <summary> + /// Toning saturation. (Hex: 0X0039) + /// </summary> + ToningSaturation = 57, + + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonPictureControlEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonPictureControlEntryTag.cs.meta new file mode 100644 index 0000000..99c33f9 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonPictureControlEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 364bc4e52f75161acba131c29573bca7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonPreviewMakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonPreviewMakerNoteEntryTag.cs new file mode 100644 index 0000000..30ddbce --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonPreviewMakerNoteEntryTag.cs @@ -0,0 +1,80 @@ +// +// NikonPreviewMakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009-2010 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon makernote preview image tags + /// The preview image is contained in a sub-IFD stored by the tag + /// Nikon3MakerNoteEntryTag.Preview. + /// Based on: + /// http://www.sno.phy.queensu.ca/~phil/exiftool/TagNames/Nikon.html#PreviewImage + /// </summary> + public enum NikonPreviewMakerNoteEntryTag : ushort + { + + /// <summary> + /// Compression scheme used on the image data. (Hex: 0x0103) + /// http://www.awaresystems.be/imaging/tiff/tifftags/compression.html + /// </summary> + Compression = 259, + + /// <summary> + /// The number of pixels per ResolutionUnit in the ImageWidth direction. (Hex: 0x011A) + /// http://www.awaresystems.be/imaging/tiff/tifftags/xresolution.html + /// </summary> + XResolution = 282, + + /// <summary> + /// The number of pixels per ResolutionUnit in the ImageLength direction. (Hex: 0x011B) + /// http://www.awaresystems.be/imaging/tiff/tifftags/yresolution.html + /// </summary> + YResolution = 283, + + /// <summary> + /// The unit of measurement for XResolution and YResolution. (Hex: 0x0128) + /// http://www.awaresystems.be/imaging/tiff/tifftags/resolutionunit.html + /// </summary> + ResolutionUnit = 296, + + /// <summary> + /// Start of the preview image data. (Hex: 0x0201) + /// http://www.sno.phy.queensu.ca/~phil/exiftool/TagNames/Nikon.html#PreviewImage + /// </summary> + PreviewImageStart = 513, + + /// <summary> + /// Length of the preview image data. (Hex: 0x0202) + /// http://www.sno.phy.queensu.ca/~phil/exiftool/TagNames/Nikon.html#PreviewImage + /// </summary> + PreviewImageLength = 514, + + /// <summary> + /// Specifies the positioning of subsampled chrominance components relative to luminance samples. (Hex: 0x0213) + /// http://www.awaresystems.be/imaging/tiff/tifftags/ycbcrpositioning.html + /// </summary> + YCbCrPositioning = 531 + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonPreviewMakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonPreviewMakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..9a20fe5 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonPreviewMakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fcb7f1149da6a6ae29b481e57beca4d7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonShotInfoEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonShotInfoEntryTag.cs new file mode 100644 index 0000000..2844311 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonShotInfoEntryTag.cs @@ -0,0 +1,80 @@ +// +// NikonShotInfoEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon shot info entry tags. + /// Based on: + /// http://exiv2.org/tags-nikon.html + /// </summary> + public enum NikonShotInfoEntryTag : ushort + { + + /// <summary> + /// Version. (Hex: 0X0000) + /// </summary> + Version = 0, + + /// <summary> + /// Shutter count 1. (Hex: 0X006A) + /// </summary> + ShutterCount1 = 106, + + /// <summary> + /// Deleted image count. (Hex: 0X006E) + /// </summary> + DeletedImageCount = 110, + + /// <summary> + /// Vibration reduction. (Hex: 0X0075) + /// </summary> + VibrationReduction = 117, + + /// <summary> + /// . (Hex: 0X0082) + /// </summary> + VibrationReduction1 = 130, + + /// <summary> + /// Shutter count 2. (Hex: 0X0157) + /// </summary> + ShutterCount2 = 343, + + /// <summary> + /// Vibration reduction 2. (Hex: 0X01AE) + /// </summary> + VibrationReduction2 = 430, + + /// <summary> + /// ISO. (Hex: 0X0256) + /// </summary> + ISO = 598, + + /// <summary> + /// Shutter count. (Hex: 0X0276) + /// </summary> + ShutterCount = 630, + + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonShotInfoEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonShotInfoEntryTag.cs.meta new file mode 100644 index 0000000..02c0df4 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonShotInfoEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2d30137cf4584be70971e62ec124a79c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonVibrationReductionEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonVibrationReductionEntryTag.cs new file mode 100644 index 0000000..3a495bd --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonVibrationReductionEntryTag.cs @@ -0,0 +1,45 @@ +// +// NikonVibrationReductionEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon vibration reduction entry tags. + /// Based on: + /// http://exiv2.org/tags-nikon.html + /// </summary> + public enum NikonVibrationReductionEntryTag : ushort + { + + /// <summary> + /// Version. (Hex: 0X0000) + /// </summary> + Version = 0, + + /// <summary> + /// Vibration reduction. (Hex: 0X0004) + /// </summary> + VibrationReduction = 4, + + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonVibrationReductionEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonVibrationReductionEntryTag.cs.meta new file mode 100644 index 0000000..e496481 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonVibrationReductionEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 277ea1683049e5c5f8ade1ec2fb0f65d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonWorldTimeEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/NikonWorldTimeEntryTag.cs new file mode 100644 index 0000000..7dd2834 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonWorldTimeEntryTag.cs @@ -0,0 +1,50 @@ +// +// NikonWorldTimeEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Nikon world time entry tags. + /// Based on: + /// http://exiv2.org/tags-nikon.html + /// </summary> + public enum NikonWorldTimeEntryTag : ushort + { + + /// <summary> + /// Timezone. (Hex: 0X0000) + /// </summary> + Timezone = 0, + + /// <summary> + /// Daylight savings. (Hex: 0X0002) + /// </summary> + DaylightSavings = 2, + + /// <summary> + /// Date display format. (Hex: 0X0003) + /// </summary> + DateDisplayFormat = 3, + + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/NikonWorldTimeEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/NikonWorldTimeEntryTag.cs.meta new file mode 100644 index 0000000..9ea0fae --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/NikonWorldTimeEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a574f148655294c22b84bb41c01e629b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/OlympusMakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/OlympusMakerNoteEntryTag.cs new file mode 100644 index 0000000..76f1c5d --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/OlympusMakerNoteEntryTag.cs @@ -0,0 +1,352 @@ +// +// OlympusMakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Olympus makernote tags. + /// Based on http://www.exiv2.org/tags-olympus.html + /// </summary> + public enum OlympusMakerNoteEntryTag : ushort + { + /// <summary> + /// Thumbnail image. (Hex: 0X0100) + /// </summary> + ThumbnailImage = 256, + + /// <summary> + /// Picture taking mode. (Hex: 0X0200) + /// </summary> + SpecialMode = 512, + + /// <summary> + /// Image quality setting. (Hex: 0X0201) + /// </summary> + Quality = 513, + + /// <summary> + /// Macro mode. (Hex: 0X0202) + /// </summary> + Macro = 514, + + /// <summary> + /// Black and white mode. (Hex: 0X0203) + /// </summary> + BWMode = 515, + + /// <summary> + /// Digital zoom ratio. (Hex: 0X0204) + /// </summary> + DigitalZoom = 516, + + /// <summary> + /// Focal plane diagonal. (Hex: 0X0205) + /// </summary> + FocalPlaneDiagonal = 517, + + /// <summary> + /// Lens distortion parameters. (Hex: 0X0206) + /// </summary> + LensDistortionParams = 518, + + /// <summary> + /// Software firmware version. (Hex: 0X0207) + /// </summary> + FirmwareVersion = 519, + + /// <summary> + /// ASCII format data such as [PictureInfo]. (Hex: 0X0208) + /// </summary> + PictureInfo = 520, + + /// <summary> + /// Camera ID data. (Hex: 0X0209) + /// </summary> + CameraID = 521, + + /// <summary> + /// Pre-capture frames. (Hex: 0X0300) + /// </summary> + PreCaptureFrames = 768, + + /// <summary> + /// One touch white balance. (Hex: 0X0302) + /// </summary> + OneTouchWB = 770, + + /// <summary> + /// Serial number. (Hex: 0X0404) + /// </summary> + SerialNumber = 1028, + + /// <summary> + /// PrintIM information. (Hex: 0X0E00) + /// </summary> + PrintIM = 3584, + + /// <summary> + /// Various camera settings 1. (Hex: 0X0F00) + /// </summary> + DataDump1 = 3840, + + /// <summary> + /// Various camera settings 2. (Hex: 0X0F01) + /// </summary> + DataDump2 = 3841, + + /// <summary> + /// Shutter speed value. (Hex: 0X1000) + /// </summary> + ShutterSpeed = 4096, + + /// <summary> + /// ISO speed value. (Hex: 0X1001) + /// </summary> + ISOSpeed = 4097, + + /// <summary> + /// Aperture value. (Hex: 0X1002) + /// </summary> + ApertureValue = 4098, + + /// <summary> + /// Brightness value. (Hex: 0X1003) + /// </summary> + Brightness = 4099, + + /// <summary> + /// Flash mode. (Hex: 0X1004) + /// </summary> + FlashMode = 4100, + + /// <summary> + /// Flash device. (Hex: 0X1005) + /// </summary> + FlashDevice = 4101, + + /// <summary> + /// Exposure compensation value. (Hex: 0X1006) + /// </summary> + Bracket = 4102, + + /// <summary> + /// Sensor temperature. (Hex: 0X1007) + /// </summary> + SensorTemperature = 4103, + + /// <summary> + /// Lens temperature. (Hex: 0X1008) + /// </summary> + LensTemperature = 4104, + + /// <summary> + /// Focus mode. (Hex: 0X100B) + /// </summary> + FocusMode = 4107, + + /// <summary> + /// Manual focus distance. (Hex: 0X100C) + /// </summary> + FocusDistance = 4108, + + /// <summary> + /// Zoom step count. (Hex: 0X100D) + /// </summary> + Zoom = 4109, + + /// <summary> + /// Macro focus step count. (Hex: 0X100E) + /// </summary> + MacroFocus = 4110, + + /// <summary> + /// Sharpness factor. (Hex: 0X100F) + /// </summary> + SharpnessFactor = 4111, + + /// <summary> + /// Flash charge level. (Hex: 0X1010) + /// </summary> + FlashChargeLevel = 4112, + + /// <summary> + /// Color matrix. (Hex: 0X1011) + /// </summary> + ColorMatrix = 4113, + + /// <summary> + /// Black level. (Hex: 0X1012) + /// </summary> + BlackLevel = 4114, + + /// <summary> + /// White balance mode. (Hex: 0X1015) + /// </summary> + WhiteBalance = 4117, + + /// <summary> + /// Red balance. (Hex: 0X1017) + /// </summary> + RedBalance = 4119, + + /// <summary> + /// Blue balance. (Hex: 0X1018) + /// </summary> + BlueBalance = 4120, + + /// <summary> + /// Serial number 2. (Hex: 0X101A) + /// </summary> + SerialNumber2 = 4122, + + /// <summary> + /// Flash exposure compensation. (Hex: 0X1023) + /// </summary> + FlashBias = 4131, + + /// <summary> + /// External flash bounce. (Hex: 0X1026) + /// </summary> + ExternalFlashBounce = 4134, + + /// <summary> + /// External flash zoom. (Hex: 0X1027) + /// </summary> + ExternalFlashZoom = 4135, + + /// <summary> + /// External flash mode. (Hex: 0X1028) + /// </summary> + ExternalFlashMode = 4136, + + /// <summary> + /// Contrast setting. (Hex: 0X1029) + /// </summary> + Contrast = 4137, + + /// <summary> + /// Sharpness factor. (Hex: 0X102A) + /// </summary> + SharpnessFactor2 = 4138, + + /// <summary> + /// Color control. (Hex: 0X102B) + /// </summary> + ColorControl = 4139, + + /// <summary> + /// Valid bits. (Hex: 0X102C) + /// </summary> + ValidBits = 4140, + + /// <summary> + /// Coring filter. (Hex: 0X102D) + /// </summary> + CoringFilter = 4141, + + /// <summary> + /// Image width. (Hex: 0X102E) + /// </summary> + ImageWidth = 4142, + + /// <summary> + /// Image height. (Hex: 0X102F) + /// </summary> + ImageHeight = 4143, + + /// <summary> + /// Compression ratio. (Hex: 0X1034) + /// </summary> + CompressionRatio = 4148, + + /// <summary> + /// Preview image embedded. (Hex: 0X1035) + /// </summary> + Thumbnail = 4149, + + /// <summary> + /// Offset of the preview image. (Hex: 0X1036) + /// </summary> + ThumbnailOffset = 4150, + + /// <summary> + /// Size of the preview image. (Hex: 0X1037) + /// </summary> + ThumbnailLength = 4151, + + /// <summary> + /// CCD scan mode. (Hex: 0X1039) + /// </summary> + CCDScanMode = 4153, + + /// <summary> + /// Noise reduction. (Hex: 0X103A) + /// </summary> + NoiseReduction = 4154, + + /// <summary> + /// Infinity lens step. (Hex: 0X103B) + /// </summary> + InfinityLensStep = 4155, + + /// <summary> + /// Near lens step. (Hex: 0X103C) + /// </summary> + NearLensStep = 4156, + + /// <summary> + /// Camera equipment sub-IFD. (Hex: 0X2010) + /// </summary> + Equipment = 8208, + + /// <summary> + /// Camera Settings sub-IFD. (Hex: 0X2020) + /// </summary> + CameraSettings = 8224, + + /// <summary> + /// Raw development sub-IFD. (Hex: 0X2030) + /// </summary> + RawDevelopment = 8240, + + /// <summary> + /// Raw development 2 sub-IFD. (Hex: 0X2031) + /// </summary> + RawDevelopment2 = 8241, + + /// <summary> + /// Image processing sub-IFD. (Hex: 0X2040) + /// </summary> + ImageProcessing = 8256, + + /// <summary> + /// Focus sub-IFD. (Hex: 0X2050) + /// </summary> + FocusInfo = 8272, + + /// <summary> + /// Raw sub-IFD. (Hex: 0X3000) + /// </summary> + RawInfo = 12288, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/OlympusMakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/OlympusMakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..1fca470 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/OlympusMakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5e44d77c9caab72acaa994c68a839e2e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/PanasonicMakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/PanasonicMakerNoteEntryTag.cs new file mode 100644 index 0000000..38a91d1 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/PanasonicMakerNoteEntryTag.cs @@ -0,0 +1,295 @@ +// +// PanasonicMakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Panasonic makernote tags. + /// Based on http://www.exiv2.org/tags-panasonic.html + /// </summary> + public enum PanasonicMakerNoteEntryTag : ushort + { + /// <summary> + /// Image Quality. (Hex: 0x0001) + /// </summary> + Quality = 1, + + /// <summary> + /// Firmware version. (Hex: 0X0002) + /// </summary> + FirmwareVersion = 2, + + /// <summary> + /// White balance setting. (Hex: 0X0003) + /// </summary> + WhiteBalance = 3, + + /// <summary> + /// Unknown. (Hex: 0X0004) + /// </summary> + Unknown4 = 4, + + /// <summary> + /// Focus mode. (Hex: 0X0007) + /// </summary> + FocusMode = 7, + + /// <summary> + /// AF mode. (Hex: 0X000F) + /// </summary> + AFMode = 15, + + /// <summary> + /// ISO Speed. (Hex: 0X0017) + /// </summary> + ISO = 23, + + /// <summary> + /// Image stabilization. (Hex: 0X001A) + /// </summary> + ImageStabilization = 26, + + /// <summary> + /// Macro mode. (Hex: 0X001C) + /// </summary> + Macro = 28, + + /// <summary> + /// Shooting mode. (Hex: 0X001F) + /// </summary> + ShootingMode = 31, + + /// <summary> + /// Audio. (Hex: 0X0020) + /// </summary> + Audio = 32, + + /// <summary> + /// Data dump. (Hex: 0X0021) + /// </summary> + DataDump = 33, + + /// <summary> + /// Unknown. (Hex: 0X0022) + /// </summary> + Unknown34 = 34, + + /// <summary> + /// White balance adjustment. (Hex: 0X0023) + /// </summary> + WhiteBalanceBias = 35, + + /// <summary> + /// Flash bias. (Hex: 0X0024) + /// </summary> + FlashBias = 36, + + /// <summary> + /// This number is unique, and contains the date of manufacture, but + /// is not the same as the number printed on the camera body. + /// (Hex: 0X0025) + /// </summary> + InternalSerialNumber = 37, + + /// <summary> + /// Exif version. (Hex: 0X0026) + /// </summary> + ExifVersion = 38, + + /// <summary> + /// Unknown. (Hex: 0X0027) + /// </summary> + Unknown39 = 39, + + /// <summary> + /// Color effect. (Hex: 0X0028) + /// </summary> + ColorEffect = 40, + + /// <summary> + /// Time in 1/100s from when the camera was powered on to when the + /// image is written to memory card. (Hex: 0X0029) + /// </summary> + TimeSincePowerOn = 41, + + /// <summary> + /// Burst mode. (Hex: 0X002A) + /// </summary> + BurstMode = 42, + + /// <summary> + /// Sequence number. (Hex: 0X002B) + /// </summary> + SequenceNumber = 43, + + /// <summary> + /// Contrast setting. (Hex: 0X002C) + /// </summary> + Contrast = 44, + + /// <summary> + /// Noise reduction. (Hex: 0X002D) + /// </summary> + NoiseReduction = 45, + + /// <summary> + /// Self timer. (Hex: 0X002E) + /// </summary> + SelfTimer = 46, + + /// <summary> + /// Unknown. (Hex: 0X002F) + /// </summary> + Unknown47 = 47, + + /// <summary> + /// Rotation. (Hex: 0X0030) + /// </summary> + Rotation = 48, + + /// <summary> + /// Unknown. (Hex: 0X0031) + /// </summary> + Unknown49 = 49, + + /// <summary> + /// Color mode. (Hex: 0X0032) + /// </summary> + ColorMode = 50, + + /// <summary> + /// Baby (or pet) age. (Hex: 0X0033) + /// </summary> + BabyAge = 51, + + /// <summary> + /// Optical zoom mode. (Hex: 0X0034) + /// </summary> + OpticalZoomMode = 52, + + /// <summary> + /// Conversion lens. (Hex: 0X0035) + /// </summary> + ConversionLens = 53, + + /// <summary> + /// Travel day. (Hex: 0X0036) + /// </summary> + TravelDay = 54, + + /// <summary> + /// Contrast. (Hex: 0X0039) + /// </summary> + Contrast2 = 57, + + /// <summary> + /// World time location. (Hex: 0X003A) + /// </summary> + WorldTimeLocation = 58, + + /// <summary> + /// Program ISO. (Hex: 0X003C) + /// </summary> + ProgramISO = 60, + + /// <summary> + /// Saturation. (Hex: 0X0040) + /// </summary> + Saturation = 64, + + /// <summary> + /// Sharpness. (Hex: 0X0041) + /// </summary> + Sharpness = 65, + + /// <summary> + /// Film mode. (Hex: 0X0042) + /// </summary> + FilmMode = 66, + + /// <summary> + /// WB adjust AB. Positive is a shift toward blue. (Hex: 0X0046) + /// </summary> + WBAdjustAB = 70, + + /// <summary> + /// WBAdjustGM. Positive is a shift toward green. (Hex: 0X0047) + /// </summary> + WBAdjustGM = 71, + + /// <summary> + /// Lens type. (Hex: 0X0051) + /// </summary> + LensType = 81, + + /// <summary> + /// Lens serial number. (Hex: 0X0052) + /// </summary> + LensSerialNumber = 82, + + /// <summary> + /// Accessory type. (Hex: 0X0053) + /// </summary> + AccessoryType = 83, + + /// <summary> + /// PrintIM information. (Hex: 0X0E00) + /// </summary> + PrintIM = 3584, + + /// <summary> + /// Unknown. (Hex: 0X4449) + /// </summary> + Unknown17481 = 17481, + + /// <summary> + /// MakerNote version. (Hex: 0X8000) + /// </summary> + MakerNoteVersion = 32768, + + /// <summary> + /// Scene mode. (Hex: 0X8001) + /// </summary> + SceneMode = 32769, + + /// <summary> + /// WB red level. (Hex: 0X8004) + /// </summary> + WBRedLevel = 32772, + + /// <summary> + /// WB green level. (Hex: 0X8005) + /// </summary> + WBGreenLevel = 32773, + + /// <summary> + /// WB blue level. (Hex: 0X8006) + /// </summary> + WBBlueLevel = 32774, + + /// <summary> + /// Baby (or pet) age. (Hex: 0X8010) + /// </summary> + BabyAge2 = 32784, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/PanasonicMakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/PanasonicMakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..8c84fef --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/PanasonicMakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c721e9fc4a4ccc0bba4b0709532f7fb3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/PentaxMakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/PentaxMakerNoteEntryTag.cs new file mode 100644 index 0000000..7960360 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/PentaxMakerNoteEntryTag.cs @@ -0,0 +1,437 @@ +// +// PentaxMakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Pentax makernote tags. + /// Based on http://www.exiv2.org/tags-pentax.html + /// </summary> + public enum PentaxMakerNoteEntryTag : ushort + { + /// <summary> + /// Pentax Makernote version. (Hex: 0X0000) + /// </summary> + Version = 0, + + /// <summary> + /// Camera shooting mode. (Hex: 0X0001) + /// </summary> + Mode = 1, + + /// <summary> + /// Resolution of a preview image. (Hex: 0X0002) + /// </summary> + PreviewResolution = 2, + + /// <summary> + /// Size of an IFD containing a preview image. (Hex: 0X0003) + /// </summary> + PreviewLength = 3, + + /// <summary> + /// Offset to an IFD containing a preview image. (Hex: 0X0004) + /// </summary> + PreviewOffset = 4, + + /// <summary> + /// Pentax model idenfication. (Hex: 0X0005) + /// </summary> + ModelID = 5, + + /// <summary> + /// Date. (Hex: 0X0006) + /// </summary> + Date = 6, + + /// <summary> + /// Time. (Hex: 0X0007) + /// </summary> + Time = 7, + + /// <summary> + /// Image quality settings. (Hex: 0X0008) + /// </summary> + Quality = 8, + + /// <summary> + /// Image size settings. (Hex: 0X0009) + /// </summary> + Size = 9, + + /// <summary> + /// Flash mode settings. (Hex: 0X000C) + /// </summary> + Flash = 12, + + /// <summary> + /// Focus mode settings. (Hex: 0X000D) + /// </summary> + Focus = 13, + + /// <summary> + /// Selected AF point. (Hex: 0X000E) + /// </summary> + AFPoint = 14, + + /// <summary> + /// AF point in focus. (Hex: 0X000F) + /// </summary> + AFPointInFocus = 15, + + /// <summary> + /// Exposure time. (Hex: 0X0012) + /// </summary> + ExposureTime = 18, + + /// <summary> + /// F-Number. (Hex: 0X0013) + /// </summary> + FNumber = 19, + + /// <summary> + /// ISO sensitivity settings. (Hex: 0X0014) + /// </summary> + ISO = 20, + + /// <summary> + /// Exposure compensation. (Hex: 0X0016) + /// </summary> + ExposureCompensation = 22, + + /// <summary> + /// MeteringMode. (Hex: 0X0017) + /// </summary> + MeteringMode = 23, + + /// <summary> + /// AutoBracketing. (Hex: 0X0018) + /// </summary> + AutoBracketing = 24, + + /// <summary> + /// White ballance. (Hex: 0X0019) + /// </summary> + WhiteBallance = 25, + + /// <summary> + /// White ballance mode. (Hex: 0X001A) + /// </summary> + WhiteBallanceMode = 26, + + /// <summary> + /// Blue color balance. (Hex: 0X001B) + /// </summary> + BlueBalance = 27, + + /// <summary> + /// Red color balance. (Hex: 0X001C) + /// </summary> + RedBalance = 28, + + /// <summary> + /// FocalLength. (Hex: 0X001D) + /// </summary> + FocalLength = 29, + + /// <summary> + /// Digital zoom. (Hex: 0X001E) + /// </summary> + DigitalZoom = 30, + + /// <summary> + /// Saturation. (Hex: 0X001F) + /// </summary> + Saturation = 31, + + /// <summary> + /// Contrast. (Hex: 0X0020) + /// </summary> + Contrast = 32, + + /// <summary> + /// Sharpness. (Hex: 0X0021) + /// </summary> + Sharpness = 33, + + /// <summary> + /// Location. (Hex: 0X0022) + /// </summary> + Location = 34, + + /// <summary> + /// Home town. (Hex: 0X0023) + /// </summary> + Hometown = 35, + + /// <summary> + /// Destination. (Hex: 0X0024) + /// </summary> + Destination = 36, + + /// <summary> + /// Whether day saving time is active in home town. (Hex: 0X0025) + /// </summary> + HometownDST = 37, + + /// <summary> + /// Whether day saving time is active in destination. (Hex: 0X0026) + /// </summary> + DestinationDST = 38, + + /// <summary> + /// DSPFirmwareVersion. (Hex: 0X0027) + /// </summary> + DSPFirmwareVersion = 39, + + /// <summary> + /// CPUFirmwareVersion. (Hex: 0X0028) + /// </summary> + CPUFirmwareVersion = 40, + + /// <summary> + /// Frame number. (Hex: 0X0029) + /// </summary> + FrameNumber = 41, + + /// <summary> + /// Camera calculated light value, includes exposure compensation. (Hex: 0X002D) + /// </summary> + EffectiveLV = 45, + + /// <summary> + /// Image processing. (Hex: 0X0032) + /// </summary> + ImageProcessing = 50, + + /// <summary> + /// Picture mode. (Hex: 0X0033) + /// </summary> + PictureMode = 51, + + /// <summary> + /// Drive mode. (Hex: 0X0034) + /// </summary> + DriveMode = 52, + + /// <summary> + /// Color space. (Hex: 0X0037) + /// </summary> + ColorSpace = 55, + + /// <summary> + /// Image area offset. (Hex: 0X0038) + /// </summary> + ImageAreaOffset = 56, + + /// <summary> + /// Raw image size. (Hex: 0X0039) + /// </summary> + RawImageSize = 57, + + /// <summary> + /// Preview image borders. (Hex: 0X003E) + /// </summary> + PreviewImageBorders = 62, + + /// <summary> + /// Lens type. (Hex: 0X003F) + /// </summary> + LensType = 63, + + /// <summary> + /// Sensitivity adjust. (Hex: 0X0040) + /// </summary> + SensitivityAdjust = 64, + + /// <summary> + /// Digital filter. (Hex: 0X0041) + /// </summary> + DigitalFilter = 65, + + /// <summary> + /// Camera temperature. (Hex: 0X0047) + /// </summary> + Temperature = 71, + + /// <summary> + /// AE lock. (Hex: 0X0048) + /// </summary> + AELock = 72, + + /// <summary> + /// Noise reduction. (Hex: 0X0049) + /// </summary> + NoiseReduction = 73, + + /// <summary> + /// Flash exposure compensation. (Hex: 0X004D) + /// </summary> + FlashExposureCompensation = 77, + + /// <summary> + /// Image tone. (Hex: 0X004F) + /// </summary> + ImageTone = 79, + + /// <summary> + /// Colort temperature. (Hex: 0X0050) + /// </summary> + ColorTemperature = 80, + + /// <summary> + /// Shake reduction information. (Hex: 0X005C) + /// </summary> + ShakeReduction = 92, + + /// <summary> + /// Shutter count. (Hex: 0X005D) + /// </summary> + ShutterCount = 93, + + /// <summary> + /// Dynamic range expansion. (Hex: 0X0069) + /// </summary> + DynamicRangeExpansion = 105, + + /// <summary> + /// High ISO noise reduction. (Hex: 0X0071) + /// </summary> + HighISONoiseReduction = 113, + + /// <summary> + /// AF Adjustment. (Hex: 0X0072) + /// </summary> + AFAdjustment = 114, + + /// <summary> + /// Black point. (Hex: 0X0200) + /// </summary> + BlackPoint = 512, + + /// <summary> + /// White point. (Hex: 0X0201) + /// </summary> + WhitePoint = 513, + + /// <summary> + /// ShotInfo. (Hex: 0X0205) + /// </summary> + ShotInfo = 517, + + /// <summary> + /// AEInfo. (Hex: 0X0206) + /// </summary> + AEInfo = 518, + + /// <summary> + /// LensInfo. (Hex: 0X0207) + /// </summary> + LensInfo = 519, + + /// <summary> + /// FlashInfo. (Hex: 0X0208) + /// </summary> + FlashInfo = 520, + + /// <summary> + /// AEMeteringSegments. (Hex: 0X0209) + /// </summary> + AEMeteringSegments = 521, + + /// <summary> + /// FlashADump. (Hex: 0X020A) + /// </summary> + FlashADump = 522, + + /// <summary> + /// FlashBDump. (Hex: 0X020B) + /// </summary> + FlashBDump = 523, + + /// <summary> + /// WB_RGGBLevelsDaylight. (Hex: 0X020D) + /// </summary> + WB_RGGBLevelsDaylight = 525, + + /// <summary> + /// WB_RGGBLevelsShade. (Hex: 0X020E) + /// </summary> + WB_RGGBLevelsShade = 526, + + /// <summary> + /// WB_RGGBLevelsCloudy. (Hex: 0X020F) + /// </summary> + WB_RGGBLevelsCloudy = 527, + + /// <summary> + /// WB_RGGBLevelsTungsten. (Hex: 0X0210) + /// </summary> + WB_RGGBLevelsTungsten = 528, + + /// <summary> + /// WB_RGGBLevelsFluorescentD. (Hex: 0X0211) + /// </summary> + WB_RGGBLevelsFluorescentD = 529, + + /// <summary> + /// WB_RGGBLevelsFluorescentN. (Hex: 0X0212) + /// </summary> + WB_RGGBLevelsFluorescentN = 530, + + /// <summary> + /// WB_RGGBLevelsFluorescentW. (Hex: 0X0213) + /// </summary> + WB_RGGBLevelsFluorescentW = 531, + + /// <summary> + /// WB_RGGBLevelsFlash. (Hex: 0X0214) + /// </summary> + WB_RGGBLevelsFlash = 532, + + /// <summary> + /// CameraInfo. (Hex: 0X0215) + /// </summary> + CameraInfo = 533, + + /// <summary> + /// BatteryInfo. (Hex: 0X0216) + /// </summary> + BatteryInfo = 534, + + /// <summary> + /// AFInfo. (Hex: 0X021F) + /// </summary> + AFInfo = 543, + + /// <summary> + /// ColorInfo. (Hex: 0X0222) + /// </summary> + ColorInfo = 546, + + /// <summary> + /// Serial Number. (Hex: 0X0229) + /// </summary> + SerialNumber = 553, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/PentaxMakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/PentaxMakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..28e60c1 --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/PentaxMakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5ca05c40d170af2d5862837cdc20ad34 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IFD/Tags/SonyMakerNoteEntryTag.cs b/Scripts/TaglibSharp/IFD/Tags/SonyMakerNoteEntryTag.cs new file mode 100644 index 0000000..ff62a0b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/SonyMakerNoteEntryTag.cs @@ -0,0 +1,242 @@ +// +// SonyMakerNoteEntryTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.IFD.Tags +{ + /// <summary> + /// Label tags for Sony Makernote. + /// Based on http://www.exiv2.org/tags-sony.html + /// </summary> + public enum SonyMakerNoteEntryTag : ushort + { + /// <summary> + /// Image quality. (Hex: 0X0102) + /// </summary> + Quality = 258, + + /// <summary> + /// Flash exposure compensation in EV. (Hex: 0X0104) + /// </summary> + FlashExposureComp = 260, + + /// <summary> + /// Teleconverter Model. (Hex: 0X0105) + /// </summary> + Teleconverter = 261, + + /// <summary> + /// White Balance Fine Tune Value. (Hex: 0X0112) + /// </summary> + WhiteBalanceFineTune = 274, + + /// <summary> + /// Camera Settings. (Hex: 0X0114) + /// </summary> + CameraSettings = 276, + + /// <summary> + /// White balance. (Hex: 0X0115) + /// </summary> + WhiteBalance = 277, + + /// <summary> + /// PrintIM information. (Hex: 0X0E00) + /// </summary> + PrintIM = 3584, + + /// <summary> + /// Multi Burst Mode. (Hex: 0X1000) + /// </summary> + MultiBurstMode = 4096, + + /// <summary> + /// Multi Burst Image Width. (Hex: 0X1001) + /// </summary> + MultiBurstImageWidth = 4097, + + /// <summary> + /// Multi Burst Image Height. (Hex: 0X1002) + /// </summary> + MultiBurstImageHeight = 4098, + + /// <summary> + /// Panorama. (Hex: 0X1003) + /// </summary> + Panorama = 4099, + + /// <summary> + /// Preview Image. (Hex: 0X2001) + /// </summary> + PreviewImage = 8193, + + /// <summary> + /// Auto High Definition Range. (Hex: 0X200A) + /// </summary> + AutoHDR = 8202, + + /// <summary> + /// Shot Information. (Hex: 0X3000) + /// </summary> + ShotInfo = 12288, + + /// <summary> + /// File Format. (Hex: 0XB000) + /// </summary> + FileFormat = 45056, + + /// <summary> + /// Sony Model ID. (Hex: 0XB001) + /// </summary> + SonyModelID = 45057, + + /// <summary> + /// Color Reproduction. (Hex: 0XB020) + /// </summary> + ColorReproduction = 45088, + + /// <summary> + /// Color Temperature. (Hex: 0XB021) + /// </summary> + ColorTemperature = 45089, + + /// <summary> + /// Color Compensation Filter: negative is green, positive is magenta. (Hex: 0XB022) + /// </summary> + ColorCompensationFilter = 45090, + + /// <summary> + /// Scene Mode. (Hex: 0XB023) + /// </summary> + SceneMode = 45091, + + /// <summary> + /// Zone Matching. (Hex: 0XB024) + /// </summary> + ZoneMatching = 45092, + + /// <summary> + /// Dynamic Range Optimizer. (Hex: 0XB025) + /// </summary> + DynamicRangeOptimizer = 45093, + + /// <summary> + /// Image stabilization. (Hex: 0XB026) + /// </summary> + ImageStabilization = 45094, + + /// <summary> + /// Lens identifier. (Hex: 0XB027) + /// </summary> + LensID = 45095, + + /// <summary> + /// Minolta MakerNote. (Hex: 0XB028) + /// </summary> + MinoltaMakerNote = 45096, + + /// <summary> + /// Color Mode. (Hex: 0XB029) + /// </summary> + ColorMode = 45097, + + /// <summary> + /// Full Image Size. (Hex: 0XB02B) + /// </summary> + FullImageSize = 45099, + + /// <summary> + /// Preview Image Size. (Hex: 0XB02C) + /// </summary> + PreviewImageSize = 45100, + + /// <summary> + /// Macro. (Hex: 0XB040) + /// </summary> + Macro = 45120, + + /// <summary> + /// Exposure Mode. (Hex: 0XB041) + /// </summary> + ExposureMode = 45121, + + /// <summary> + /// Focus mode. (Hex: 0XB042) + /// </summary> + FocusMode = 45122, + + /// <summary> + /// AF Mode. (Hex: 0XB043) + /// </summary> + AFMode = 45123, + + /// <summary> + /// AF Illuminator. (Hex: 0XB044) + /// </summary> + AFIlluminator = 45124, + + /// <summary> + /// Quality. (Hex: 0XB047) + /// </summary> + Quality2 = 45127, + + /// <summary> + /// Flash Level. (Hex: 0XB048) + /// </summary> + FlashLevel = 45128, + + /// <summary> + /// Release Mode. (Hex: 0XB049) + /// </summary> + ReleaseMode = 45129, + + /// <summary> + /// Shot number in continous burst mode. (Hex: 0XB04A) + /// </summary> + SequenceNumber = 45130, + + /// <summary> + /// Anti-Blur. (Hex: 0XB04B) + /// </summary> + AntiBlur = 45131, + + /// <summary> + /// Long Exposure Noise Reduction. (Hex: 0XB04E) + /// </summary> + LongExposureNoiseReduction = 45134, + + /// <summary> + /// Dynamic Range Optimizer. (Hex: 0XB04F) + /// </summary> + DynamicRangeOptimizer2 = 45135, + + /// <summary> + /// Intelligent Auto. (Hex: 0XB052) + /// </summary> + IntelligentAuto = 45138, + + /// <summary> + /// White Balance. (Hex: 0XB054) + /// </summary> + WhiteBalance2 = 45140, + } +} diff --git a/Scripts/TaglibSharp/IFD/Tags/SonyMakerNoteEntryTag.cs.meta b/Scripts/TaglibSharp/IFD/Tags/SonyMakerNoteEntryTag.cs.meta new file mode 100644 index 0000000..184c45b --- /dev/null +++ b/Scripts/TaglibSharp/IFD/Tags/SonyMakerNoteEntryTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 15bb56f6f4b95ad60b299ab626936f8f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IIM.meta b/Scripts/TaglibSharp/IIM.meta new file mode 100644 index 0000000..c3628c2 --- /dev/null +++ b/Scripts/TaglibSharp/IIM.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: e1aab0ab3f1253bf7b01e2cd9ff1a559 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IIM/IIMReader.cs b/Scripts/TaglibSharp/IIM/IIMReader.cs new file mode 100644 index 0000000..26357e9 --- /dev/null +++ b/Scripts/TaglibSharp/IIM/IIMReader.cs @@ -0,0 +1,91 @@ +// +// IIMReader.cs +// +// Author: +// Eberhard Beilharz <eb1@sil.org> +// +// Copyright (c) 2012 Eberhard Beilharz +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License as +// published by the Free Software Foundation; either version 2.1 of the +// License, or (at your option) any later version. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA + +namespace TagLib.IIM +{ + /// <summary> + /// Processes all IPTC-IIM segments + /// </summary> + public class IIMReader + { + /// <summary> + /// The magic bytes that start a new IPTC-IIM segment + /// </summary> + static readonly byte[] IPTC_IIM_SEGMENT = { 0x1C, 0x02 }; + + IIMTag Tag { get; set; } + ByteVector Data { get; set; } + + /// <summary> + /// Constructor + /// </summary> + /// <param name="data">Bytes contained in the reader</param> + public IIMReader (ByteVector data) + { + Data = data; + Tag = new IIMTag (); + } + + /// <summary> + /// Proceed with the reading of the IIM + /// </summary> + /// <returns></returns> + public IIMTag Process () + { + // now process the IIM segments which all start with 0x1C 0x02 followed by the type + // of the IIM segment + int findOffset = 0; + int count = 0; + for (int i = Data.Find (IPTC_IIM_SEGMENT, findOffset); i >= findOffset; i = Data.Find (IPTC_IIM_SEGMENT, findOffset)) { + count++; + // skip over segment marker + i += IPTC_IIM_SEGMENT.Length; + + int len = Data.Mid (i + 1).ToUShort (); + + // ENHANCE: enhance encoding used for string conversion. Unfortunately this is + // not detectable from IIM data. + switch (Data[i]) { + case 5: // Object Name + Tag.Title = Data.ToString (StringType.Latin1, i + 3, len); + break; + case 25: // Keywords + Tag.AddKeyword (Data.ToString (StringType.Latin1, i + 3, len)); + break; + case 80: // By-line + Tag.Creator = Data.ToString (StringType.Latin1, i + 3, len); + break; + case 116: // Copyright notice + Tag.Copyright = Data.ToString (StringType.Latin1, i + 3, len); + break; + case 120: // Caption/Abstract + Tag.Comment = Data.ToString (StringType.Latin1, i + 3, len); + break; + } + findOffset = i + 3 + len; + } + if (count == 0) + return null; + return Tag; + } + } +} diff --git a/Scripts/TaglibSharp/IIM/IIMReader.cs.meta b/Scripts/TaglibSharp/IIM/IIMReader.cs.meta new file mode 100644 index 0000000..6c06c23 --- /dev/null +++ b/Scripts/TaglibSharp/IIM/IIMReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 61c06e270018e802e828d8c8131ed69c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/IIM/IIMTag.cs b/Scripts/TaglibSharp/IIM/IIMTag.cs new file mode 100644 index 0000000..645b4a0 --- /dev/null +++ b/Scripts/TaglibSharp/IIM/IIMTag.cs @@ -0,0 +1,101 @@ +// +// IIMTag.cs +// +// Author: +// Eberhard Beilharz <eb1@sil.org> +// +// Copyright (c) 2012 Eberhard Beilharz +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License as +// published by the Free Software Foundation; either version 2.1 of the +// License, or (at your option) any later version. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA + +using System.Collections.Generic; + +namespace TagLib.IIM +{ + /// <summary> + /// Represents an IIM Tag + /// </summary> + public class IIMTag : Xmp.XmpTag + { + List<string> m_Keywords; + + /// <summary> + /// Constructor + /// </summary> + public IIMTag () + { + } + + /// <summary> + /// Defines the supported TagType + /// </summary> + public override TagTypes TagTypes { + get { + return TagTypes.IPTCIIM; + } + } + + /// <summary> + /// Clear IIM content + /// </summary> + public override void Clear () + { + Title = null; + m_Keywords = null; + Creator = null; + Copyright = null; + Comment = null; + } + + /// <summary> + /// Get or Set the Title Tag + /// </summary> + + public override string Title { get; set; } + + /// <summary> + /// Get or Set the Creator Tag + /// </summary> + + public override string Creator { get; set; } + + /// <summary> + /// Get or Set the Copyright Tag + /// </summary> + + public override string Copyright { get; set; } + + /// <summary> + /// Get or Set the comment Tag + /// </summary> + public override string Comment { get; set; } + + /// <summary> + /// Get or Set the Keywords Tag + /// </summary> + public override string[] Keywords { + get { + return m_Keywords?.ToArray (); + } + } + + internal void AddKeyword (string keyword) + { + if (m_Keywords == null) + m_Keywords = new List<string> (); + m_Keywords.Add (keyword); + } + } +} diff --git a/Scripts/TaglibSharp/IIM/IIMTag.cs.meta b/Scripts/TaglibSharp/IIM/IIMTag.cs.meta new file mode 100644 index 0000000..d28b596 --- /dev/null +++ b/Scripts/TaglibSharp/IIM/IIMTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6b2c9ab8244db7fd194a20f396ea0c99 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/ILazy.cs b/Scripts/TaglibSharp/ILazy.cs new file mode 100644 index 0000000..3b90ad1 --- /dev/null +++ b/Scripts/TaglibSharp/ILazy.cs @@ -0,0 +1,42 @@ +// +// PictureLazy.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2018 Starwer +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib +{ + /// <summary> + /// This interface provides generic information about ab object, + /// from which the content can be load only on demand. + /// </summary> + public interface ILazy + { + /// <summary> + /// Gets an indication whether the object is loaded. + /// </summary> + bool IsLoaded { get; } + + /// <summary> + /// Load the object data if not done yet. + /// </summary> + void Load (); + } +} diff --git a/Scripts/TaglibSharp/ILazy.cs.meta b/Scripts/TaglibSharp/ILazy.cs.meta new file mode 100644 index 0000000..09155eb --- /dev/null +++ b/Scripts/TaglibSharp/ILazy.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 59379bc5485616d55966f6777bd304be +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v1.meta b/Scripts/TaglibSharp/Id3v1.meta new file mode 100644 index 0000000..4232d1a --- /dev/null +++ b/Scripts/TaglibSharp/Id3v1.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 73466f07432b8d179b6eb64d694a1da7 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v1/StringHandler.cs b/Scripts/TaglibSharp/Id3v1/StringHandler.cs new file mode 100644 index 0000000..b967209 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v1/StringHandler.cs @@ -0,0 +1,76 @@ +// +// StringHandler.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v1tag.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v1 +{ + /// <summary> + /// This class provides a mechanism for customizing how Id3v1 text + /// is read and written. + /// </summary> + public class StringHandler + { + /// <summary> + /// Converts raw ID3v1 text data to a <see cref="string" /> + /// object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing raw Id3v1 + /// text data. + /// </param> + /// <returns> + /// A <see cref="string"/> object containing the converted + /// text. + /// </returns> + public virtual string Parse (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + string output = data.ToString (StringType.Latin1).Trim (); + int i = output.IndexOf ('\0'); + return (i >= 0) ? output.Substring (0, i) : output; + } + + /// <summary> + /// Converts a <see cref="string" /> object to raw ID3v1 text + /// data. + /// </summary> + /// <param name="text"> + /// A <see cref="string" /> object to convert. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> containing the raw ID3v1 text + /// data. + /// </returns> + public virtual ByteVector Render (string text) + { + return ByteVector.FromString (text, StringType.Latin1); + } + } +} diff --git a/Scripts/TaglibSharp/Id3v1/StringHandler.cs.meta b/Scripts/TaglibSharp/Id3v1/StringHandler.cs.meta new file mode 100644 index 0000000..34a7cf2 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v1/StringHandler.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 720a5c9b93ce83d098d9de6865c6fe17 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v1/Tag.cs b/Scripts/TaglibSharp/Id3v1/Tag.cs new file mode 100644 index 0000000..444dda9 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v1/Tag.cs @@ -0,0 +1,465 @@ +// +// Tag.cs: Provide support for reading and writing ID3v1 tags. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v1tag.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Globalization; + +namespace TagLib.Id3v1 +{ + /// <summary> + /// This class extends <see cref="Tag" /> to provide support for + /// reading and writing tags stored in the ID3v1.1 format. + /// </summary> + public class Tag : TagLib.Tag + { + + #region Private Fields + + /// <summary> + /// Contains the title. + /// </summary> + string title; + + /// <summary> + /// Contains the semicolon separated performers. + /// </summary> + string artist; + + /// <summary> + /// Contains the album name. + /// </summary> + string album; + + /// <summary> + /// Contains the 4 digit year. + /// </summary> + string year; + + /// <summary> + /// Contains a comment on track. + /// </summary> + string comment; + + /// <summary> + /// Contains the track number in the album. + /// </summary> + byte track; + + /// <summary> + /// Contains the genre index. + /// </summary> + byte genre; + + #endregion + + + + + #region Public Static Fields + + /// <summary> + /// The size of a ID3v1 tag. + /// </summary> + public const uint Size = 128; + + /// <summary> + /// The identifier used to recognize a ID3v1 tags. + /// </summary> + /// <value> + /// "TAG" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "TAG"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> with no contents. + /// </summary> + public Tag () + { + Clear (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file from + /// which the contents of the new instance is to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the tag. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The file does not contain <see cref="FileIdentifier" /> + /// at the given position. + /// </exception> + public Tag (File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Mode = File.AccessMode.Read; + + if (position < 0 || position > file.Length - Size) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + + // read the tag -- always 128 bytes + + ByteVector data = file.ReadBlock ((int)Size); + + // some initial sanity checking + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("ID3v1 data does not start with identifier."); + + Parse (data); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object to read the tag from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is less than 128 bytes or does + /// not start with <see cref="FileIdentifier" />. + /// </exception> + public Tag (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Size) + throw new CorruptFileException ("ID3v1 data is less than 128 bytes long."); + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("ID3v1 data does not start with identifier."); + + Parse (data); + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ID3v1 tag. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered tag. + /// </returns> + public ByteVector Render () + { + var data = new ByteVector { + FileIdentifier, + DefaultStringHandler.Render (title).Resize (30), + DefaultStringHandler.Render (artist).Resize (30), + DefaultStringHandler.Render (album).Resize (30), + DefaultStringHandler.Render (year).Resize (4), + DefaultStringHandler.Render (comment).Resize (28), + 0, + track, + genre + }; + + return data; + } + + #endregion + + + + #region Public Static Properties + + /// <summary> + /// Gets and sets the <see cref="StringHandler" /> object + /// to use when reading and writing ID3v1 fields. + /// </summary> + /// <value> + /// A <see cref="StringHandler" /> object to use when + /// processing fields. + /// </value> + public static StringHandler DefaultStringHandler { get; set; } = new StringHandler (); + + #endregion + + + #region Private Methods + + /// <summary> + /// Populates the current instance by parsing the contents of + /// a raw ID3v1 tag. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// starting with an ID3v1 tag. + /// </param> + void Parse (ByteVector data) + { + title = DefaultStringHandler.Parse (data.Mid (3, 30)); + artist = DefaultStringHandler.Parse (data.Mid (33, 30)); + album = DefaultStringHandler.Parse (data.Mid (63, 30)); + year = DefaultStringHandler.Parse (data.Mid (93, 4)); + + // Check for ID3v1.1 -- Note that ID3v1 *does not* + // support "track zero" -- this is not a bug in TagLib. + // Since a zeroed byte is what we would expect to + // indicate the end of a C-String, specifically the + // comment string, a value of zero must be assumed to be + // just that. + + if (data[125] == 0 && data[126] != 0) { + // ID3v1.1 detected + comment = DefaultStringHandler.Parse (data.Mid (97, 28)); + track = data[126]; + } else { + comment = DefaultStringHandler.Parse (data.Mid (97, 30)); + } + + genre = data[127]; + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Id3v1" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Id3v1; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 30 bytes of the + /// Latin-1 encoded value will be stored. This may result in + /// lost data. + /// </remarks> + public override string Title { + get { + return string.IsNullOrEmpty (title) ? + null : title; + } + set { + title = value != null ? + value.Trim () : string.Empty; + } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 30 bytes of the + /// Latin-1 encoded value will be stored, minus a byte for + /// each additionial performer (i.e. two performers will only + /// have 29 bytes and three performers will only have 28 + /// bytes).This may result in lost data. + /// </remarks> + public override string[] Performers { + get { + return string.IsNullOrEmpty (artist) ? new string[0] : artist.Split (';'); + } + set { + artist = value != null ? string.Join (";", value) : string.Empty; + } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 30 bytes of the + /// Latin-1 encoded value will be stored. This may result in + /// lost data. + /// </remarks> + public override string Album { + get { + return string.IsNullOrEmpty (album) ? null : album; + } + set { + album = value != null ? value.Trim () : string.Empty; + } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 28 bytes of the + /// Latin-1 encoded value will be stored. This may result in + /// lost data. + /// </remarks> + public override string Comment { + get { + return string.IsNullOrEmpty (comment) ? null : comment; + } + set { + comment = value != null ? value.Trim () : string.Empty; + } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// Only first genre will be stored and only if it is an + /// exact match for a value appearing in <see + /// cref="TagLib.Genres.Audio" />. All other values will + /// result in the property being cleared. + /// </remarks> + public override string[] Genres { + get { + string genre_name = TagLib.Genres.IndexToAudio (genre); + + return (genre_name != null) ? new [] { genre_name } : new string[0]; + } + set { + genre = (value == null || value.Length == 0) ? + (byte)255 : TagLib.Genres.AudioToIndex (value[0].Trim ()); + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// Only values between 1 and 9999 will be stored, all other + /// values will result in the property being zeroed. + /// </remarks> + public override uint Year { + get { + return uint.TryParse (year, NumberStyles.Integer, CultureInfo.InvariantCulture, out var value) ? value : 0; + } + set { + year = (value > 0 && value < 10000) ? value.ToString (CultureInfo.InvariantCulture) : string.Empty; + } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// Only values between 1 and 255 will be stored, all other + /// values will result in the property being zeroed. + /// </remarks> + public override uint Track { + get { return track; } + set { track = (byte)(value < 256 ? value : 0); } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + title = artist = album = year = comment = null; + track = 0; + genre = 255; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v1/Tag.cs.meta b/Scripts/TaglibSharp/Id3v1/Tag.cs.meta new file mode 100644 index 0000000..2c0a228 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v1/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4de3fb5ee7f5c2f278a83c5c573c44fc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2.meta b/Scripts/TaglibSharp/Id3v2.meta new file mode 100644 index 0000000..93734cd --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 7dd0113d46f6b8e908f53c746a3657ea +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/EventTimeCode.cs b/Scripts/TaglibSharp/Id3v2/EventTimeCode.cs new file mode 100644 index 0000000..9063ec9 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/EventTimeCode.cs @@ -0,0 +1,65 @@ +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// + /// </summary> + public class EventTimeCode : ICloneable + { + #region Public Properties + + /// <summary> + /// + /// </summary> + public EventType TypeOfEvent { get; set; } + + /// <summary> + /// + /// </summary> + public int Time { get; set; } + + #endregion + + #region Public Constructors + + /// <summary> + /// + /// </summary> + /// <param name="typeOfEvent"></param> + /// <param name="time"></param> + public EventTimeCode (EventType typeOfEvent, int time) + { + TypeOfEvent = typeOfEvent; + Time = time; + } + + #endregion + + #region Static Methods + + /// <summary> + /// + /// </summary> + /// <returns></returns> + public static EventTimeCode CreateEmpty () + { + return new EventTimeCode (EventType.Padding, 0); + } + + #endregion + + #region ICloneable + + /// <summary> + /// + /// </summary> + /// <returns><see cref="EventTimeCode" /></returns> + public object Clone () + { + return new EventTimeCode (TypeOfEvent, Time); + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Id3v2/EventTimeCode.cs.meta b/Scripts/TaglibSharp/Id3v2/EventTimeCode.cs.meta new file mode 100644 index 0000000..74e1f9a --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/EventTimeCode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a0cb155fb8d1460389d700d6dcb4d686 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/EventType.cs b/Scripts/TaglibSharp/Id3v2/EventType.cs new file mode 100644 index 0000000..2d29316 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/EventType.cs @@ -0,0 +1,134 @@ +namespace TagLib.Id3v2 +{ + /// <summary> + /// Specifies the event type used by a <see + /// cref="EventTimeCode" /> and <see cref="EventTimeCodesFrame"/>. + /// </summary> + public enum EventType + { + /// <summary> + /// The padding - no meaning + /// </summary> + Padding = 0x00, + + /// <summary> + /// The end of initial silence + /// </summary> + EndOfInitialSilence = 0x01, + + /// <summary> + /// The intro start + /// </summary> + IntroStart = 0x02, + + /// <summary> + /// The main part start + /// </summary> + MainPartStart = 0x03, + + /// <summary> + /// The outro start + /// </summary> + OutroStart = 0x04, + + /// <summary> + /// The outro end + /// </summary> + OutroEnd = 0x05, + + /// <summary> + /// The verse start + /// </summary> + VerseStart = 0x06, + + /// <summary> + /// The refrain start + /// </summary> + RefrainStart = 0x07, + + /// <summary> + /// The interlude start + /// </summary> + InterludeStart = 0x08, + + /// <summary> + /// The theme start + /// </summary> + ThemeStart = 0x09, + + /// <summary> + /// The variation start + /// </summary> + VariationStart = 0x0A, + + /// <summary> + /// The key change + /// </summary> + KeyChange = 0x0B, + + /// <summary> + /// The time change + /// </summary> + TimeChange = 0x0C, + + /// <summary> + /// momentary unwanted noise (Snap, Crackle, and Pop) + /// </summary> + MomentaryUnwantedNoise = 0x0D, + + /// <summary> + /// The sustained noise + /// </summary> + SustainedNoise = 0x0E, + + /// <summary> + /// The sustained noise end + /// </summary> + SustainedNoiseEnd = 0x0F, + + /// <summary> + /// The intro end + /// </summary> + IntroEnd = 0x10, + + /// <summary> + /// The main part end + /// </summary> + MainPartEnd = 0x11, + + /// <summary> + /// The verse end + /// </summary> + VerseEnd = 0x12, + + /// <summary> + /// The refrain end + /// </summary> + RefrainEnd = 0x13, + + /// <summary> + /// The theme end + /// </summary> + ThemeEnd = 0x14, + + /// <summary> + /// Profanity starts + /// </summary> + Profanity = 0x15, + + /// <summary> + /// The profanity end + /// </summary> + ProfanityEnd = 0x16, + + /// <summary> + /// The audio end + /// </summary> + AudioEnd = 0xFD, + + /// <summary> + /// The audio file end + /// </summary> + AudioFileEnd = 0xFE, + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Id3v2/EventType.cs.meta b/Scripts/TaglibSharp/Id3v2/EventType.cs.meta new file mode 100644 index 0000000..8646844 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/EventType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 62b14a01cf4dc300e958ebe67e89f8c6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/ExtendedHeader.cs b/Scripts/TaglibSharp/Id3v2/ExtendedHeader.cs new file mode 100644 index 0000000..495852a --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/ExtendedHeader.cs @@ -0,0 +1,122 @@ +// +// ExtendedHeader.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2extendedheader.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class is a filler until support for reading and writing the + /// ID3v2 extended header is implemented. + /// </summary> + public class ExtendedHeader : ICloneable + { + /// <summary> + /// Contains the size of the read header. + /// </summary> + uint size; + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ExtendedHeader"/> with no contents. + /// </summary> + public ExtendedHeader () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ExtendedHeader" /> by reading the raw contents from + /// a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// extended header structure. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value indicating the ID3v2 version. + /// </param> + public ExtendedHeader (ByteVector data, byte version) + { + Parse (data, version); + } + + /// <summary> + /// Gets the size of the data on disk in bytes. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// data on disk. + /// </value> + public uint Size { + get { return size; } + } + + /// <summary> + /// Populates the current instance with the contents of the + /// raw ID3v2 frame. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// extended header structure. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value indicating the ID3v2 version. + /// </param> + protected void Parse (ByteVector data, byte version) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + size = (version == 3 ? 4u : 0u) + SynchData.ToUInt (data.Mid (0, 4)); + } + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="ExtendedHeader" /> object identical to + /// the current instance. + /// </returns> + public ExtendedHeader Clone () + { + var header = new ExtendedHeader { + size = size + }; + return header; + } + + object ICloneable.Clone () + { + return Clone (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/ExtendedHeader.cs.meta b/Scripts/TaglibSharp/Id3v2/ExtendedHeader.cs.meta new file mode 100644 index 0000000..759df71 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/ExtendedHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b73c2cc5b276fbab79595b026897de03 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Footer.cs b/Scripts/TaglibSharp/Id3v2/Footer.cs new file mode 100644 index 0000000..287390f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Footer.cs @@ -0,0 +1,266 @@ +// +// Footer.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2header.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + + /// <summary> + /// This structure provides a representation of an ID3v2 tag footer + /// which can be read from and written to disk. + /// </summary> + public struct Footer + { + #region Private Fields + + /// <summary> + /// Contains the tag's major version. + /// </summary> + byte major_version; + + /// <summary> + /// Contains tag's flags. + /// </summary> + HeaderFlags flags; + + #endregion + + + + #region Public Fields + + /// <summary> + /// The size of a ID3v2 footer. + /// </summary> + public const uint Size = 10; + + /// <summary> + /// The identifier used to recognize a ID3v2 footer. + /// </summary> + /// <value> + /// "3DI" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "3DI"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Footer" /> by reading it from raw footer data. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data to build the new instance from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is smaller than <see + /// cref="Size" />, does not begin with <see + /// cref="FileIdentifier" />, contains invalid flag data, + /// or contains invalid size data. + /// </exception> + public Footer (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Size) + throw new CorruptFileException ("Provided data is smaller than object size."); + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Provided data does not start with the file identifier"); + + major_version = data[3]; + RevisionNumber = data[4]; + flags = (HeaderFlags)data[5]; + + if (major_version == 2 && ((int)flags & 127) != 0) + throw new CorruptFileException ("Invalid flags set on version 2 tag."); + + if (major_version == 3 && ((int)flags & 15) != 0) + throw new CorruptFileException ("Invalid flags set on version 3 tag."); + + if (major_version == 4 && ((int)flags & 7) != 0) + throw new CorruptFileException ("Invalid flags set on version 4 tag."); + + for (int i = 6; i < 10; i++) + if (data[i] >= 128) + throw new CorruptFileException ("One of the bytes in the header was greater than the allowed 128."); + + TagSize = SynchData.ToUInt (data.Mid (6, 4)); + } + + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="Footer" /> by reading in the contents of the header + /// object used for the same tag. + /// </summary> + /// <param name="header"> + /// A <see cref="Header" /> object to base the new instance + /// off of. + /// </param> + public Footer (Header header) + { + major_version = header.MajorVersion; + RevisionNumber = header.RevisionNumber; + flags = header.Flags | HeaderFlags.FooterPresent; + TagSize = header.TagSize; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the major version of the tag described by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value specifying the ID3v2 version + /// of tag described by the current instance. + /// </value> + /// <remarks> + /// When the version is set, unsupported header flags will + /// automatically be removed from the tag. + /// </remarks> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="value" /> is not 4. + /// </exception> + public byte MajorVersion { + get { + return major_version == 0 ? Tag.DefaultVersion : major_version; + } + set { + if (value != 4) + throw new ArgumentException ("Version unsupported."); + + major_version = value; + } + } + + /// <summary> + /// Gets and sets the version revision number of the tag + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value containing the version + /// revision number of the tag represented by the current + /// instance. + /// </value> + /// <remarks> + /// This value should always be zeroed. A non-zero value + /// indicates an experimental or new version of the format + /// which may not be completely understood by the current + /// implementation. Some software may refuse to read tags + /// with a non-zero value. + /// </remarks> + public byte RevisionNumber { get; set; } + + /// <summary> + /// Gets and sets the flags applied to the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="HeaderFlags" /> value + /// containing the flags applied to the current instance. + /// </value> + /// <exception cref="ArgumentException"> + /// <paramref name="value" /> contains a flag not supported + /// by the the ID3v2 version of the current instance. + /// </exception> + public HeaderFlags Flags { + get { return flags; } + set { + if (0 != (value & (HeaderFlags.ExtendedHeader | + HeaderFlags.ExperimentalIndicator)) && MajorVersion < 3) + throw new ArgumentException ("Feature only supported in version 2.3+", nameof (value)); + + if (0 != (value & HeaderFlags.FooterPresent) && MajorVersion < 3) + throw new ArgumentException ("Feature only supported in version 2.4+", nameof (value)); + + flags = value; + } + } + + /// <summary> + /// Gets and sets the size of the tag described by the + /// current instance, minus the header and footer. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// tag described by the current instance. + /// </value> + public uint TagSize { get; set; } + + /// <summary> + /// Gets the complete size of the tag described by the + /// current instance, including the header and footer. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the complete size + /// of the tag described by the current instance. + /// </value> + public uint CompleteTagSize { + get { return TagSize + Header.Size + Size; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ID3v2 header. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered header. + /// </returns> + public ByteVector Render () + { + var v = new ByteVector { + FileIdentifier, + MajorVersion, + RevisionNumber, + (byte)flags, + SynchData.FromUInt (TagSize) + }; + return v; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Footer.cs.meta b/Scripts/TaglibSharp/Id3v2/Footer.cs.meta new file mode 100644 index 0000000..5ac30fe --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Footer.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bfdbe7a70ab09bb3daa3e27b704445ce +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frame.cs b/Scripts/TaglibSharp/Id3v2/Frame.cs new file mode 100644 index 0000000..66a0537 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frame.cs @@ -0,0 +1,528 @@ +// +// Frame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2frame.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This abstract class provides a basic framework for representing + /// ID3v2.4 frames. + /// </summary> + public abstract class Frame : ICloneable + { + #region Private Fields + + /// <summary> + /// Contains the frame's header. + /// </summary> + protected FrameHeader header; + + /// <summary> + /// Contains the frame's grouping ID. + /// </summary> + byte group_id; + + /// <summary> + /// Contains the frame's encryption ID. + /// </summary> + byte encryption_id; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Frame" /> by reading the raw header encoded in the + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// identifier or header data to use for the new instance. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value indicating the ID3v2 version + /// which <paramref name="data" /> is encoded in. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="data" /> does not contain a complete + /// identifier. + /// </exception> + protected Frame (ByteVector data, byte version) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < ((version < 3) ? 3 : 4)) + throw new ArgumentException ("Data contains an incomplete identifier.", + nameof (data)); + + header = new FrameHeader (data, version); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Frame" /> with a specified header. + /// </summary> + /// <param name="header"> + /// A <see cref="FrameHeader" /> value containing the header + /// to use for the new instance. + /// </param> + protected Frame (FrameHeader header) + { + this.header = header; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the frame ID for the current instance. + /// </summary> + /// <value> + /// A <see cref="ReadOnlyByteVector" /> object containing the + /// four-byte ID3v2.4 frame header for the current instance. + /// </value> + public ReadOnlyByteVector FrameId { + get { return header.FrameId; } + } + + /// <summary> + /// Gets the size of the current instance as it was last + /// stored on disk. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// current instance as it was last stored on disk. + /// </value> + public uint Size { + get { return header.FrameSize; } + } + + /// <summary> + /// Gets and sets the frame flags applied to the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="FrameFlags" /> value + /// containing the frame flags applied to the current + /// instance. + /// </value> + /// <remarks> + /// If the value includes either <see + /// cref="FrameFlags.Encryption" /> or <see + /// cref="FrameFlags.Compression" />, <see cref="Render" /> + /// will throw a <see cref="NotImplementedException" />. + /// </remarks> + public FrameFlags Flags { + get { return header.Flags; } + set { header.Flags = value; } + } + + /// <summary> + /// Gets and sets the grouping ID applied to the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="short" /> value containing the grouping + /// identifier for the current instance, or -1 if not set. + /// </value> + /// <remarks> + /// Grouping identifiers can be between 0 and 255. Setting + /// any other value will unset the grouping identity and set + /// the value to -1. + /// </remarks> + public short GroupId { + get { + return (Flags & FrameFlags.GroupingIdentity) + != 0 ? group_id : (short)-1; + } + set { + if (value >= 0x00 && value <= 0xFF) { + group_id = (byte)value; + Flags |= FrameFlags.GroupingIdentity; + } else { + Flags &= ~FrameFlags.GroupingIdentity; + } + } + } + + /// <summary> + /// Gets and sets the encryption ID applied to the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="short" /> value containing the encryption + /// identifier for the current instance, or -1 if not set. + /// </value> + /// <remarks> + /// <para>Encryption identifiers can be between 0 and 255. + /// Setting any other value will unset the grouping identity + /// and set the value to -1.</para> + /// <para>If set, <see cref="Render" /> will throw a <see + /// cref="NotImplementedException" />.</para> + /// </remarks> + public short EncryptionId { + get { + return (Flags & FrameFlags.Encryption) != 0 ? + encryption_id : (short)-1; + } + set { + if (value >= 0x00 && value <= 0xFF) { + encryption_id = (byte)value; + Flags |= FrameFlags.Encryption; + } else { + Flags &= ~FrameFlags.Encryption; + } + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance, encoded in a specified + /// ID3v2 version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> value specifying the version of + /// ID3v2 to use when encoding the current instance. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + /// <exception cref="NotImplementedException"> + /// The current instance uses some feature that cannot be + /// implemented in the specified ID3v2 version, or uses a + /// feature, such as encryption or compression, which is not + /// yet implemented in the library. + /// </exception> + public virtual ByteVector Render (byte version) + { + // Remove flags that are not supported by older versions + // of ID3v2. + if (version < 4) + Flags &= ~(FrameFlags.DataLengthIndicator | + FrameFlags.Unsynchronisation); + + if (version < 3) + Flags &= ~(FrameFlags.Compression | + FrameFlags.Encryption | + FrameFlags.FileAlterPreservation | + FrameFlags.GroupingIdentity | + FrameFlags.ReadOnly | + FrameFlags.TagAlterPreservation); + + ByteVector field_data = RenderFields (version); + + // If we don't have any content, don't render anything. + // This will cause the frame to not be rendered. + if (field_data.Count == 0) + return new ByteVector (); + + ByteVector front_data = new ByteVector (); + + if ((Flags & (FrameFlags.Compression | + FrameFlags.DataLengthIndicator)) != 0) + front_data.Add (ByteVector.FromUInt ((uint) + field_data.Count)); + + if ((Flags & FrameFlags.GroupingIdentity) != 0) + front_data.Add (group_id); + + if ((Flags & FrameFlags.Encryption) != 0) + front_data.Add (encryption_id); + + // FIXME: Implement compression. + if ((Flags & FrameFlags.Compression) != 0) + throw new NotImplementedException ("Compression not yet supported"); + + // FIXME: Implement encryption. + if ((Flags & FrameFlags.Encryption) != 0) + throw new NotImplementedException ("Encryption not yet supported"); + + if ((Flags & FrameFlags.Unsynchronisation) != 0) + SynchData.UnsynchByteVector (field_data); + + if (front_data.Count > 0) + field_data.Insert (0, front_data); + + header.FrameSize = (uint)field_data.Count; + ByteVector header_data = header.Render (version); + header_data.Add (field_data); + + return header_data; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets the text delimiter for a specified encoding. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType" /> value specifying the encoding + /// to get the delimiter for. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// delimiter for the specified encoding. + /// </returns> + [Obsolete ("Use ByteVector.TextDelimiter.")] + public static ByteVector TextDelimiter (StringType type) + { + return ByteVector.TextDelimiter (type); + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Converts an encoding to be a supported encoding for a + /// specified tag version. + /// </summary> + /// <param name="type"> + /// A <see cref="StringType" /> value containing the original + /// encoding. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// to be encoded for. + /// </param> + /// <returns> + /// A <see cref="StringType" /> value containing the correct + /// encoding to use, based on <see + /// cref="Tag.ForceDefaultEncoding" /> and what is supported + /// by <paramref name="version" />. + /// </returns> + protected static StringType CorrectEncoding (StringType type, byte version) + { + if (Tag.ForceDefaultEncoding) + type = Tag.DefaultEncoding; + + return (version < 4 && type == StringType.UTF8) ? StringType.UTF16 : type; + } + + /// <summary> + /// Populates the current instance by reading the raw frame + /// from disk, optionally reading the header. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// ID3v2 frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value containing the offset in + /// <paramref name="data" /> at which the frame begins. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// of the raw frame contained in <paramref name="data" />. + /// </param> + /// <param name="readHeader"> + /// A <see cref="bool" /> value indicating whether or not to + /// read the header into current instance. + /// </param> + protected void SetData (ByteVector data, int offset, byte version, bool readHeader) + { + if (readHeader) + header = new FrameHeader (data, version); + + ParseFields (FieldData (data, offset, version), version); + } + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected abstract void ParseFields (ByteVector data, byte version); + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected abstract ByteVector RenderFields (byte version); + + /// <summary> + /// Extracts the field data from the raw data portion of an + /// ID3v2 frame. + /// </summary> + /// <param name="frameData"> + /// A <see cref="ByteVector" /> object containing fraw frame + /// data. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value containing the index at which + /// the data is contained. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// of the data. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </returns> + /// <remarks> + /// This method is necessary for extracting extra data + /// prepended to the frame such as the grouping ID. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="frameData" /> is <see langword="null" />. + /// </exception> + protected ByteVector FieldData (ByteVector frameData, int offset, byte version) + { + if (frameData == null) + throw new ArgumentNullException (nameof (frameData)); + + int data_offset = offset + (int)FrameHeader.Size (version); + int data_length = (int)Size; + + if ((Flags & (FrameFlags.Compression | + FrameFlags.DataLengthIndicator)) != 0) { + data_offset += 4; + data_length -= 4; + } + + if ((Flags & FrameFlags.GroupingIdentity) != 0) { + if (frameData.Count >= data_offset) + throw new CorruptFileException ("Frame data incomplete."); + group_id = frameData[data_offset++]; + data_length--; + } + + if ((Flags & FrameFlags.Encryption) != 0) { + if (frameData.Count >= data_offset) + throw new CorruptFileException ("Frame data incomplete."); + encryption_id = frameData[data_offset++]; + data_length--; + } + + data_length = Math.Min (data_length, frameData.Count - data_offset); + if (data_length < 0) + throw new CorruptFileException ("Frame size less than zero."); + + ByteVector data = frameData.Mid (data_offset, data_length); + + if ((Flags & FrameFlags.Unsynchronisation) != 0) { + int before_length = data.Count; + SynchData.ResynchByteVector (data); + data_length -= (data.Count - before_length); + } + + // FIXME: Implement encryption. + if ((Flags & FrameFlags.Encryption) != 0) + throw new NotImplementedException (); + + // FIXME: Implement compression. + if ((Flags & FrameFlags.Compression) != 0) + throw new NotImplementedException (); + /* + if(d->header->compression()) { + ByteVector data(frameDataLength); + uLongf uLongTmp = frameDataLength; + ::uncompress((Bytef *) data.data(), + (uLongf *) &uLongTmp, + (Bytef *) frameData.data() + frameDataOffset, + size()); + return data; + } + */ + + return data; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + /// <remarks> + /// This method is implemented by rendering the current + /// instance as an ID3v2.4 frame and using <see + /// cref="FrameFactory.CreateFrame" /> to create a new + /// frame. As such, this method should be overridden by + /// child classes. + /// </remarks> + public virtual Frame Clone () + { + int index = 0; + return FrameFactory.CreateFrame (Render (4), null, ref index, + 4, false); + } + + object ICloneable.Clone () + { + return Clone (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frame.cs.meta new file mode 100644 index 0000000..836bd92 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 31daa4361de4d5095a1f4665213fe581 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/FrameFactory.cs b/Scripts/TaglibSharp/Id3v2/FrameFactory.cs new file mode 100644 index 0000000..9a1b9c5 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/FrameFactory.cs @@ -0,0 +1,321 @@ +// +// FrameFactory.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2framefactory.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This static class performs the necessary operations to determine + /// and create the correct child class of <see cref="Frame" /> for a + /// given raw ID3v2 frame. + /// </summary> + /// <remarks> + /// By default, <see cref="FrameFactory" /> will only load frames + /// contained in the library. To add additional frames to the + /// process, register a frame creator with <see + /// cref="AddFrameCreator" />. + /// </remarks> + public static class FrameFactory + { + /// <summary> + /// Creates a frame from a specified block of data, or + /// returns <see langword="null" /> if unsupported. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing a raw ID3v2 + /// frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the offset in + /// <paramref name="data"/> at which the frame data begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> object for the frame + /// contained in <paramref name="data" />. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> specifying the version of ID3v2 the + /// raw frame data is stored in. + /// </param> + /// <returns> + /// A <see cref="Frame" /> object if the method was able to + /// match and create one. Otherwise <see langword="null" />. + /// </returns> + /// <remarks> + /// <para>Frame creators are used to provide access or + /// support for items that are left out of TagLib#.</para> + /// </remarks> + /// <example> + /// <code lang="C#"> + /// public Frame Creator (TagLib.ByteVector data, TagLib.Id3v2.FrameHeader header) + /// { + /// if (header.FrameId == "RVRB") + /// return new ReverbFrame (data, header); + /// else + /// return null; + /// } + /// ... + /// TagLib.Id3v2.FrameFactor.AddFrameCreator (ReverbFrame.Creator); + /// </code> + /// </example> + /// <seealso cref="AddFrameCreator" /> + public delegate Frame FrameCreator (ByteVector data, int offset, FrameHeader header, byte version); + + /// <summary> + /// Contains registered frame creators. + /// </summary> + static readonly List<FrameCreator> frame_creators = new List<FrameCreator> (); + + /// <summary> + /// Creates a <see cref="Frame" /> object by reading it from + /// raw ID3v2 frame data. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing a raw ID3v2 + /// frame. + /// </param> + /// <param name="file"> + /// A <see cref="File"/> object containing + /// abstraction of the file to read. + /// Ignored if <paramref name="data"/> is not null. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value reference specifying at what + /// index in <paramref name="file" />, or in + /// <paramref name="data" /> if not null, + /// at which the frame begins. After reading, it contains + /// the offset of the next frame to be read. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value specifying the ID3v2 version + /// the frame in <paramref name="data"/> is encoded in. + /// </param> + /// <param name="alreadyUnsynched"> + /// A <see cref="bool" /> value specifying whether the entire + /// tag has already been unsynchronized. + /// </param> + /// <returns> + /// A <see cref="Frame" /> object read from the data, or <see + /// langword="null" /> if none is found. + /// </returns> + /// <exception cref="System.NotImplementedException"> + /// The frame contained in the raw data could not be + /// converted to ID3v2 or uses encryption or compression. + /// </exception> + public static Frame CreateFrame (ByteVector data, File file, ref int offset, byte version, bool alreadyUnsynched) + { + int position = 0; + + if (data == null) { + file.Seek (offset); + data = file.ReadBlock ((int)FrameHeader.Size (version)); + } else { + file = null; + position = offset; + } + + // If the next data in position is 0, assume + // that we've hit the padding portion of the + // frame data. + + if (data[position] == 0) + return null; + + FrameHeader header = new FrameHeader (data.Mid (position, (int)FrameHeader.Size (version)), version); + + int fileposition = offset + (int)FrameHeader.Size (version); + offset += (int)(header.FrameSize + FrameHeader.Size (version)); + + if (header.FrameId == null) + throw new System.NotImplementedException (); + + foreach (byte b in header.FrameId) { + char c = (char)b; + if ((c < 'A' || c > 'Z') && + (c < '0' || c > '9')) + return null; + } + + if (alreadyUnsynched) { + // Mark the frame as not unsynchronized because the entire + // tag has already been unsynchronized + header.Flags &= ~FrameFlags.Unsynchronisation; + } + + // Windows Media Player may create zero byte frames. + // Just send them off as unknown and delete them. + if (header.FrameSize == 0) { + header.Flags |= FrameFlags.TagAlterPreservation; + return new UnknownFrame (data, position, header, version); + } + + // TODO: Support Compression. + if ((header.Flags & FrameFlags.Compression) != 0) + throw new System.NotImplementedException (); + + // TODO: Support Encryption. + if ((header.Flags & FrameFlags.Encryption) != 0) + throw new System.NotImplementedException (); + + foreach (FrameCreator creator in frame_creators) { + Frame frame = creator (data, position, header, version); + + if (frame != null) + return frame; + } + + // This is where things get necessarily nasty. Here we + // determine which Frame subclass (or if none is found + // simply an Frame) based on the frame ID. Since there + // are a lot of possibilities, that means a lot of if + // blocks. + + + // Lazy objects loading handling + + if (file != null) { + + // Attached Picture (frames 4.14) + // General Encapsulated Object (frames 4.15) + if (header.FrameId == FrameType.APIC || + header.FrameId == FrameType.GEOB) + return new AttachmentFrame (file.FileAbstraction, fileposition, offset - fileposition, header, version); + + // Read remaining part of the frame for the non lazy Frames + file.Seek (fileposition); + data.Add (file.ReadBlock (offset - fileposition)); + } + + + // Text Identification (frames 4.2) + if (header.FrameId == FrameType.TXXX) + return new UserTextInformationFrame (data, position, header, version); + + if (header.FrameId[0] == (byte)'T') + return new TextInformationFrame (data, position, header, version); + + // Involved People List (frames 4.4 in 2.3. in 2.4 this is a TIPL frame) + if (header.FrameId == FrameType.IPLS) + return new TextInformationFrame(data, position, + header, version); + + // Unique File Identifier (frames 4.1) + if (header.FrameId == FrameType.UFID) + return new UniqueFileIdentifierFrame (data, position, header, version); + + // Music CD Identifier (frames 4.5) + if (header.FrameId == FrameType.MCDI) + return new MusicCdIdentifierFrame (data, position, header, version); + + // Unsynchronized Lyrics (frames 4.8) + if (header.FrameId == FrameType.USLT) + return new UnsynchronisedLyricsFrame (data, position, header, version); + + // Synchronized Lyrics (frames 4.9) + if (header.FrameId == FrameType.SYLT) + return new SynchronisedLyricsFrame (data, position, header, version); + + // Comments (frames 4.10) + if (header.FrameId == FrameType.COMM) + return new CommentsFrame (data, position, header, version); + + // Relative Volume Adjustment (frames 4.11) + if (header.FrameId == FrameType.RVA2) + return new RelativeVolumeFrame (data, position, header, version); + + // Attached Picture (frames 4.14) + // General Encapsulated Object (frames 4.15) + if (header.FrameId == FrameType.APIC || + header.FrameId == FrameType.GEOB) + return new AttachmentFrame (data, position, header, version); + + // Play Count (frames 4.16) + if (header.FrameId == FrameType.PCNT) + return new PlayCountFrame (data, position, header, version); + + // Play Count (frames 4.17) + if (header.FrameId == FrameType.POPM) + return new PopularimeterFrame (data, position, header, version); + + // Terms of Use (frames 4.22) + if (header.FrameId == FrameType.USER) + return new TermsOfUseFrame (data, position, header, version); + + // Private (frames 4.27) + if (header.FrameId == FrameType.PRIV) + return new PrivateFrame (data, position, header, version); + + // User Url Link (frames 4.3.2) + if (header.FrameId == FrameType.WXXX) + return new UserUrlLinkFrame (data, position, header, version); + + // Url Link (frames 4.3.1) + if (header.FrameId[0] == (byte)'W') + return new UrlLinkFrame (data, position, header, version); + + // Event timing codes (frames 4.6) + if (header.FrameId == FrameType.ETCO) + return new EventTimeCodesFrame (data, position, header, version); + + // Chapter (ID3v2 Chapter Frame Addendum) + if (header.FrameId == FrameType.CHAP) + return new ChapterFrame (data, position, header, version); + + // Table of Contents (ID3v2 Chapter Frame Addendum) + if (header.FrameId == FrameType.CTOC) + return new TableOfContentsFrame (data, position, header, version); + + return new UnknownFrame (data, position, header, version); + } + + /// <summary> + /// Adds a curstom frame creator to try before using standard + /// frame creation methods. + /// </summary> + /// <param name="creator"> + /// A <see cref="FrameCreator" /> delegate to be used by the + /// frame factory. + /// </param> + /// <remarks> + /// Frame creators are used before standard methods so custom + /// checking can be used and new formats can be added. They + /// are executed in the reverse order in which they are + /// added. + /// </remarks> + /// <exception cref="System.ArgumentNullException"> + /// <paramref name="creator" /> is <see langword="null" />. + /// </exception> + public static void AddFrameCreator (FrameCreator creator) + { + if (creator == null) + throw new System.ArgumentNullException (nameof (creator)); + + frame_creators.Insert (0, creator); + } + } +} diff --git a/Scripts/TaglibSharp/Id3v2/FrameFactory.cs.meta b/Scripts/TaglibSharp/Id3v2/FrameFactory.cs.meta new file mode 100644 index 0000000..14d3d59 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/FrameFactory.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f37ea4e21ef0b145e9533852fd49aaac +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/FrameHeader.cs b/Scripts/TaglibSharp/Id3v2/FrameHeader.cs new file mode 100644 index 0000000..877947f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/FrameHeader.cs @@ -0,0 +1,456 @@ +// +// FrameHeader.cs: +// +// Authors: +// Brian Nickel (brian.nickel@gmail.com) +// Gabriel BUrt (gabriel.burt@gmail.com) +// +// Original Source: +// id3v2frame.cpp from TagLib +// +// Copyright (C) 2010 Novell, Inc. +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// Indicates the flags applied to a <see cref="FrameHeader" /> + /// object. + /// </summary> + [Flags] + public enum FrameFlags : ushort + { + /// <summary> + /// The header contains no flags. + /// </summary> + None = 0, + + /// <summary> + /// Indicates that the frame is to be deleted if the tag is + /// altered. + /// </summary> + TagAlterPreservation = 0x4000, + + /// <summary> + /// Indicates that the frame is to be deleted if the file is + /// altered. + /// </summary> + FileAlterPreservation = 0x2000, + + /// <summary> + /// Indicates that the frame is read-only and should not be + /// altered. + /// </summary> + ReadOnly = 0x1000, + + /// <summary> + /// Indicates that the frame has a grouping identity. + /// </summary> + GroupingIdentity = 0x0040, + + /// <summary> + /// Indicates that the frame data is compressed. + /// </summary> + Compression = 0x0008, + + /// <summary> + /// Indicates that the frame data is encrypted. + /// </summary> + Encryption = 0x0004, + + /// <summary> + /// Indicates that the frame data has been unsynchronized. + /// </summary> + Unsynchronisation = 0x0002, + + /// <summary> + /// Indicates that the frame has a data length indicator. + /// </summary> + DataLengthIndicator = 0x0001 + } + + /// <summary> + /// This structure provides a representation of an ID3v2 frame header + /// which can be read from and written to disk. + /// </summary> + public struct FrameHeader + { + #region Private Fields + + /// <summary> + /// Contains frame's ID. + /// </summary> + ReadOnlyByteVector frame_id; + + /// <summary> + /// Contains frame's flags. + /// </summary> + FrameFlags flags; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="FrameHeader" /> by reading it from raw header data + /// of a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data to build the new instance from. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// with which the data in <paramref name="data" /> was + /// encoded. + /// </param> + /// <remarks> + /// If the data size is smaller than the size of a full + /// header, the data is just treated as a frame identifier + /// and the remaining values are zeroed. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is smaller than the size of a + /// frame identifier or <paramref name="version" /> is less + /// than 2 or more than 4. + /// </exception> + public FrameHeader (ByteVector data, byte version) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + flags = 0; + FrameSize = 0; + + if (version < 2 || version > 4) + throw new CorruptFileException ("Unsupported tag version."); + + if (data.Count < (version == 2 ? 3 : 4)) + throw new CorruptFileException ("Data must contain at least a frame ID."); + + switch (version) { + case 2: + // Set the frame ID -- the first three bytes + frame_id = ConvertId (data.Mid (0, 3), version, false); + + // If the full header information was not passed + // in, do not continue to the steps to parse the + // frame size and flags. + if (data.Count < 6) + return; + + FrameSize = data.Mid (3, 3).ToUInt (); + return; + + case 3: + // Set the frame ID -- the first four bytes + frame_id = ConvertId (data.Mid (0, 4), version, false); + + // If the full header information was not passed + // in, do not continue to the steps to parse the + // frame size and flags. + if (data.Count < 10) + return; + + // Store the flags internally as version 2.4. + FrameSize = data.Mid (4, 4).ToUInt (); + flags = (FrameFlags)( + ((data[8] << 7) & 0x7000) | + ((data[9] >> 4) & 0x000C) | + ((data[9] << 1) & 0x0040)); + + return; + + case 4: + // Set the frame ID -- the first four bytes + frame_id = new ReadOnlyByteVector (data.Mid (0, 4)); + + // If the full header information was not passed + // in, do not continue to the steps to parse the + // frame size and flags. + if (data.Count < 10) + return; + + FrameSize = SynchData.ToUInt (data.Mid (4, 4)); + flags = (FrameFlags)data.Mid (8, 2).ToUShort (); + + return; + + default: + throw new CorruptFileException ("Unsupported tag version."); + } + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the identifier of the frame described by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="ReadOnlyByteVector" /> object containing the + /// identifier of the frame described by the current + /// instance. + /// </value> + /// <exception cref="ArgumentNullException"> + /// <paramref name="value" /> is <see langword="null" />. + /// </exception> + public ReadOnlyByteVector FrameId { + get { return frame_id; } + set { + if (value == null) + throw new ArgumentNullException (nameof (value)); + + frame_id = value.Count == 4 ? value : new ReadOnlyByteVector (value.Mid (0, 4)); + } + } + + /// <summary> + /// Gets and sets the size of the frame described by the + /// current instance, minus the header. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// frame described by the current instance. + /// </value> + public uint FrameSize { get; set; } + + /// <summary> + /// Gets and sets the flags applied to the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="HeaderFlags" /> value + /// containing the flags applied to the current instance. + /// </value> + /// <exception cref="ArgumentException"> + /// <paramref name="value" /> contains a either compression + /// or encryption, neither of which are supported by the + /// library. + /// </exception> + public FrameFlags Flags { + get { return flags; } + set { + if ((value & (FrameFlags.Compression | FrameFlags.Encryption)) != 0) + throw new ArgumentException ("Encryption and compression are not supported.", nameof (value)); + + flags = value; + } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Renders the current instance, encoded in a specified + /// ID3v2 version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> value specifying the version of + /// ID3v2 to use when encoding the current instance. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + /// <exception cref="NotImplementedException"> + /// The version specified in the current instance is + /// unsupported. + /// </exception> + public ByteVector Render (byte version) + { + ByteVector data = new ByteVector (); + ByteVector id = ConvertId (frame_id, version, true); + + if (id == null) + throw new NotImplementedException (); + + switch (version) { + case 2: + data.Add (id); + data.Add (ByteVector.FromUInt (FrameSize).Mid (1, 3)); + + return data; + + case 3: + ushort new_flags = (ushort)( + (((ushort)flags << 1) & 0xE000) | + (((ushort)flags << 4) & 0x00C0) | + (((ushort)flags >> 1) & 0x0020)); + + data.Add (id); + data.Add (ByteVector.FromUInt (FrameSize)); + data.Add (ByteVector.FromUShort (new_flags)); + + return data; + + case 4: + data.Add (id); + data.Add (SynchData.FromUInt (FrameSize)); + data.Add (ByteVector.FromUShort ((ushort)flags)); + + return data; + + default: + throw new NotImplementedException ("Unsupported tag version."); + } + } + + /// <summary> + /// Gets the size of a header for a specified ID3v2 version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> value specifying the version of + /// ID3v2 to get the size for. + /// </param> + public static uint Size (byte version) + { + return (uint)(version < 3 ? 6 : 10); + } + + #endregion + + + + #region Private Methods + + static ReadOnlyByteVector ConvertId (ByteVector id, byte version, bool toVersion) + { + if (version >= 4) { + var outid = id as ReadOnlyByteVector; + + return outid ?? new ReadOnlyByteVector (id); + } + + if (id == null || version < 2) + return null; + + if (!toVersion && (id == FrameType.EQUA || + id == FrameType.RVAD || id == FrameType.TRDA || + id == FrameType.TSIZ)) + return null; + + if (version == 2) + for (int i = 0; i < version2_frames.GetLength (0); i++) { + if (!version2_frames[i, toVersion ? 1 : 0].Equals (id)) + continue; + + return version2_frames[i, toVersion ? 0 : 1]; + } + + if (version == 3) + for (int i = 0; i < version3_frames.GetLength (0); i++) { + if (!version3_frames[i, toVersion ? 1 : 0].Equals (id)) + continue; + + return version3_frames[i, toVersion ? 0 : 1]; + } + + if ((id.Count != 4 && version > 2) || (id.Count != 3 && version == 2)) + return null; + + return id is ReadOnlyByteVector ? id as ReadOnlyByteVector : new ReadOnlyByteVector (id); + } + + static readonly ReadOnlyByteVector[,] version2_frames = + new ReadOnlyByteVector[59, 2] { + { "BUF", "RBUF" }, + { "CNT", "PCNT" }, + { "COM", "COMM" }, + { "CRA", "AENC" }, + { "ETC", "ETCO" }, + { "GEO", "GEOB" }, + { "IPL", "TIPL" }, + { "MCI", "MCDI" }, + { "MLL", "MLLT" }, + { "PIC", "APIC" }, + { "POP", "POPM" }, + { "REV", "RVRB" }, + { "SLT", "SYLT" }, + { "STC", "SYTC" }, + { "TAL", "TALB" }, + { "TBP", "TBPM" }, + { "TCM", "TCOM" }, + { "TCO", "TCON" }, + { "TCP", "TCMP" }, + { "TCR", "TCOP" }, + { "TDA", "TDAT" }, + { "TIM", "TIME" }, + { "TDY", "TDLY" }, + { "TEN", "TENC" }, + { "TFT", "TFLT" }, + { "TKE", "TKEY" }, + { "TLA", "TLAN" }, + { "TLE", "TLEN" }, + { "TMT", "TMED" }, + { "TOA", "TOAL" }, + { "TOF", "TOFN" }, + { "TOL", "TOLY" }, + { "TOR", "TDOR" }, + { "TOT", "TOAL" }, + { "TP1", "TPE1" }, + { "TP2", "TPE2" }, + { "TP3", "TPE3" }, + { "TP4", "TPE4" }, + { "TPA", "TPOS" }, + { "TPB", "TPUB" }, + { "TRC", "TSRC" }, + { "TRK", "TRCK" }, + { "TSS", "TSSE" }, + { "TT1", "TIT1" }, + { "TT2", "TIT2" }, + { "TT3", "TIT3" }, + { "TXT", "TOLY" }, + { "TXX", "TXXX" }, + { "TYE", "TDRC" }, + { "UFI", "UFID" }, + { "ULT", "USLT" }, + { "WAF", "WOAF" }, + { "WAR", "WOAR" }, + { "WAS", "WOAS" }, + { "WCM", "WCOM" }, + { "WCP", "WCOP" }, + { "WPB", "WPUB" }, + { "WXX", "WXXX" }, + { "XRV", "RVA2" } + }; + + static readonly ReadOnlyByteVector[,] version3_frames = + new ReadOnlyByteVector[3, 2] { + { "TORY", "TDOR" }, + { "TYER", "TDRC" }, + { "XRVA", "RVA2" } + + }; + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/FrameHeader.cs.meta b/Scripts/TaglibSharp/Id3v2/FrameHeader.cs.meta new file mode 100644 index 0000000..286c23a --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/FrameHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: aa1e0a3b834984f3a8d7f5302dd1dcd9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/FrameTypes.cs b/Scripts/TaglibSharp/Id3v2/FrameTypes.cs new file mode 100644 index 0000000..2fda85d --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/FrameTypes.cs @@ -0,0 +1,105 @@ +// +// FrameTypes.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// <see cref="FrameType" /> provides references to different frame + /// types used by the library. + /// </summary> + /// <remarks> + /// <para>This class is used to severely reduce the number of times + /// these types are created in <see cref="TagLib.Id3v2.Tag" />, + /// greatly improving the speed at which warm files are read. It is, + /// however, not necessary for external users to use this class. While + /// the library may use <c>GetTextAsString (FrameType.TIT2);</c> an + /// external user could use <c>tag.GetTextAsString ("TIT2");</c> with + /// the same result.</para> + /// </remarks> + static class FrameType + { + public static readonly ReadOnlyByteVector APIC = "APIC"; + public static readonly ReadOnlyByteVector COMM = "COMM"; + public static readonly ReadOnlyByteVector CHAP = "CHAP"; // Chapter Frame + public static readonly ReadOnlyByteVector CTOC = "CTOC"; // Table of Contents Frame + public static readonly ReadOnlyByteVector EQUA = "EQUA"; + public static readonly ReadOnlyByteVector GEOB = "GEOB"; + public static readonly ReadOnlyByteVector IPLS = "IPLS"; + public static readonly ReadOnlyByteVector MCDI = "MCDI"; + public static readonly ReadOnlyByteVector PCNT = "PCNT"; + public static readonly ReadOnlyByteVector POPM = "POPM"; + public static readonly ReadOnlyByteVector PRIV = "PRIV"; + public static readonly ReadOnlyByteVector RVA2 = "RVA2"; + public static readonly ReadOnlyByteVector RVAD = "RVAD"; + public static readonly ReadOnlyByteVector SYLT = "SYLT"; + public static readonly ReadOnlyByteVector TALB = "TALB"; + public static readonly ReadOnlyByteVector TBPM = "TBPM"; + public static readonly ReadOnlyByteVector TCOM = "TCOM"; + public static readonly ReadOnlyByteVector TCON = "TCON"; + public static readonly ReadOnlyByteVector TCOP = "TCOP"; + public static readonly ReadOnlyByteVector TCMP = "TCMP"; + public static readonly ReadOnlyByteVector TDRC = "TDRC"; + public static readonly ReadOnlyByteVector TDAT = "TDAT"; + public static readonly ReadOnlyByteVector TDTG = "TDTG"; + public static readonly ReadOnlyByteVector TEXT = "TEXT"; + public static readonly ReadOnlyByteVector TIT1 = "TIT1"; + public static readonly ReadOnlyByteVector TIT2 = "TIT2"; + public static readonly ReadOnlyByteVector TIT3 = "TIT3"; + public static readonly ReadOnlyByteVector TIME = "TIME"; + public static readonly ReadOnlyByteVector TKEY = "TKEY"; + public static readonly ReadOnlyByteVector TLEN = "TLEN"; // audio length + public static readonly ReadOnlyByteVector TMCL = "TMCL"; + public static readonly ReadOnlyByteVector TOLY = "TOLY"; + public static readonly ReadOnlyByteVector TOPE = "TOPE"; + public static readonly ReadOnlyByteVector TPE1 = "TPE1"; + public static readonly ReadOnlyByteVector TPE2 = "TPE2"; + public static readonly ReadOnlyByteVector TPE3 = "TPE3"; + public static readonly ReadOnlyByteVector TPE4 = "TPE4"; + public static readonly ReadOnlyByteVector TPOS = "TPOS"; + public static readonly ReadOnlyByteVector TPUB = "TPUB"; + public static readonly ReadOnlyByteVector TRCK = "TRCK"; + public static readonly ReadOnlyByteVector TRDA = "TRDA"; + public static readonly ReadOnlyByteVector TSIZ = "TSIZ"; + public static readonly ReadOnlyByteVector TSOA = "TSOA"; // Album Title Sort Frame + public static readonly ReadOnlyByteVector TSO2 = "TSO2"; // Album Artist Sort Frame + public static readonly ReadOnlyByteVector TSOC = "TSOC"; // Composer Sort Frame + public static readonly ReadOnlyByteVector TSOP = "TSOP"; // Performer Sort Frame + public static readonly ReadOnlyByteVector TSOT = "TSOT"; // Track Title Sort Frame + public static readonly ReadOnlyByteVector TSRC = "TSRC"; + public static readonly ReadOnlyByteVector TXXX = "TXXX"; + public static readonly ReadOnlyByteVector TYER = "TYER"; + public static readonly ReadOnlyByteVector UFID = "UFID"; + public static readonly ReadOnlyByteVector USER = "USER"; + public static readonly ReadOnlyByteVector USLT = "USLT"; + public static readonly ReadOnlyByteVector WCOM = "WCOM"; + public static readonly ReadOnlyByteVector WCOP = "WCOP"; + public static readonly ReadOnlyByteVector WOAF = "WOAF"; + public static readonly ReadOnlyByteVector WOAR = "WOAR"; + public static readonly ReadOnlyByteVector WOAS = "WOAS"; + public static readonly ReadOnlyByteVector WORS = "WORS"; + public static readonly ReadOnlyByteVector WPAY = "WPAY"; + public static readonly ReadOnlyByteVector WPUB = "WPUB"; + public static readonly ReadOnlyByteVector WXXX = "WXXX"; + public static readonly ReadOnlyByteVector ETCO = "ETCO"; + } +} diff --git a/Scripts/TaglibSharp/Id3v2/FrameTypes.cs.meta b/Scripts/TaglibSharp/Id3v2/FrameTypes.cs.meta new file mode 100644 index 0000000..7634c5c --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/FrameTypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7bbd99690e21ca8deb1a85b6c4a571bb +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames.meta b/Scripts/TaglibSharp/Id3v2/Frames.meta new file mode 100644 index 0000000..c59e329 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 07214d9262aa642598a390aa7518fdf5 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/AttachmentFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/AttachmentFrame.cs new file mode 100644 index 0000000..7bd1cd3 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/AttachmentFrame.cs @@ -0,0 +1,1205 @@ +// +// AttachedPictureFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// Sebastien Mouy (starwer@laposte.net) +// +// Original Sources: +// attachedpictureframe.cpp from TagLib +// generalencapsulatedobjectframe.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + +namespace TagLib.Id3v2 +{ + + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Attached Picture (APIC), ID3v2 General Encapsulated + /// Object (GEOB) and Frames. + /// </summary> + /// <remarks> + /// <para>A <see cref="AttachmentFrame" /> is used for storing + /// any file (picture or other types) that complement. + /// This is typically (but not only limited to) the album cover, + /// the physical medium, leaflets, file icons or other files and + /// object data.</para> + /// <para>Additionally, <see cref="TagLib.Tag.Pictures" /> provides a + /// generic way or getting and setting pictures/files which is + /// preferable to format specific code.</para> + /// </remarks> + public class AttachmentFrame : Frame, IPicture, ILazy + { + #region Private Properties + + /// <summary> + /// Contains the text encoding to use when rendering. + /// </summary> + StringType encoding = Tag.DefaultEncoding; + + /// <summary> + /// Contains the mime type of <see cref="data" />. + /// </summary> + string mime_type; + + /// <summary> + /// Contains the type of picture. + /// </summary> + PictureType type = PictureType.Other; + + /// <summary> + /// Contains the filename. + /// </summary> + string filename; + + /// <summary> + /// Contains the description. + /// </summary> + string description; + + /// <summary> + /// Contains the picture data. + /// </summary> + ByteVector data; + + /// <summary> + /// Contains the raw field data of the current instance as + /// sent to <see cref="ParseFields" /> or <see + /// langword="null" /> if <see cref="ParseFields" /> has not + /// been called or <see cref="ParseRawData" /> has been + /// called. + /// </summary> + /// <remarks> + /// As this frame takes a while to parse and isn't read in + /// all cases, the raw data is stored here until it is + /// needed. This speeds up the file read time significantly. + /// </remarks> + ByteVector raw_data; + + /// <summary> + /// Contains the ID3v2 version <see cref="raw_data" /> is + /// stored in. + /// </summary> + byte raw_version; + + /// <summary> + /// Stream where the picture is located + /// </summary> + File.IFileAbstraction file; + + /// <summary> + /// Offset from where the picture start in the <see cref="file"/> + /// </summary> + readonly long stream_offset; + + /// <summary> + /// Size of the picture in the <see cref="file"/> (-1 = until end of Stream) + /// </summary> + readonly long stream_size = -1; + + #endregion + + + + #region Constructors + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> with no contents and the + /// default values. + /// </summary> + /// <remarks> + /// <para>When a frame is created, it is not automatically + /// added to the tag. Consider using <see + /// cref="Get(Tag,string,PictureType,bool)" /> for more + /// integrated frame creation.</para> + /// <para>Additionally, <see cref="TagLib.Tag.Pictures" /> + /// provides a generic way or getting and setting + /// attachments which is preferable to format specific + /// code.</para> + /// </remarks> + public AttachmentFrame () : base (FrameType.APIC, 4) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> by populating it with + /// the contents of another <see cref="IPicture" /> object. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture" /> object containing values to use + /// in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="picture" /> is <see langword="null" />. + /// </exception> + /// <remarks> + /// <para>When a frame is created, it is not automatically + /// added to the tag. Consider using <see + /// cref="Get(Tag,string,PictureType,bool)" /> for more + /// integrated frame creation.</para> + /// <para>Additionally, <see cref="TagLib.Tag.Pictures" /> + /// provides a generic way or getting and setting + /// attachments which is preferable to format specific + /// code.</para> + /// </remarks> + /// <example> + /// <para>Add a picture to a file.</para> + /// <code lang="C#"> + /// using TagLib; + /// using TagLib.Id3v2; + /// + /// public static class AddId3v2Picture + /// { + /// public static void Main (string [] args) + /// { + /// if (args.Length != 2) + /// throw new ApplicationException ( + /// "USAGE: AddId3v2Picture.exe AUDIO_FILE PICTURE_FILE"); + /// + /// // Create the file. Can throw file to TagLib# exceptions. + /// File file = File.Create (args [0]); + /// + /// // Get or create the ID3v2 tag. + /// TagLib.Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, true) as TagLib.Id3v2.Tag; + /// if (tag == null) + /// throw new ApplicationException ("File does not support ID3v2 tags."); + /// + /// // Create a picture. Can throw file related exceptions. + /// TagLib.Picture picture = TagLib.Picture.CreateFromPath (path); + /// + /// // Add a new picture frame to the tag. + /// tag.AddFrame (new AttachedPictureFrame (picture)); + /// + /// // Save the file. + /// file.Save (); + /// } + /// } + /// </code> + /// </example> + public AttachmentFrame (IPicture picture) + : base (FrameType.APIC, 4) + { + if (picture == null) + throw new ArgumentNullException (nameof (picture)); + + Type = picture.Type; + mime_type = picture.MimeType; + filename = picture.Filename; + description = picture.Description; + data = picture.Data; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> by reading its raw data in + /// a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public AttachmentFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal AttachmentFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + + /// <summary> + /// Constructs a new instance of <see + /// cref="AttachmentFrame" /> from a file. + /// The content will be lazily loaded. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="File.IFileAbstraction"/> object containing + /// abstraction of the file to read. + /// </param> + /// <param name="offset"> + /// The position in bytes where the picture is located in the + /// <see cref="File.IFileAbstraction"/>. + /// </param> + /// <param name="size"> + /// The size in bytes of the picture in the + /// <see cref="File.IFileAbstraction"/> (-1 : read all). + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public AttachmentFrame (File.IFileAbstraction abstraction, long offset, long size, FrameHeader header, byte version) + : base (header) + { + if (abstraction == null) + throw new ArgumentNullException (nameof (abstraction)); + + file = abstraction; + stream_offset = offset; + stream_size = size; + raw_version = version; + } + + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the text encoding to use when storing the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the text encoding to + /// use when storing the current instance. + /// </value> + /// <remarks> + /// This encoding is overridden when rendering if <see + /// cref="Tag.ForceDefaultEncoding" /> is <see + /// langword="true" /> or the render version does not support + /// it. + /// </remarks> + public StringType TextEncoding { + get { + if (file != null) + Load (); + ParseRawData (); return encoding; + } + set { + if (file != null) + Load (); + + encoding = value; + } + } + + /// <summary> + /// Gets and sets the mime-type of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the mime-type of the + /// picture stored in the current instance. + /// </value> + public string MimeType { + get { + if (file != null) + Load (); + + ParseRawData (); + if (mime_type != null) + return mime_type; + + return string.Empty; + } + set { + if (file != null) + Load (); + + mime_type = value; + } + } + + /// <summary> + /// Gets and sets the object type stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="PictureType" /> containing the object type + /// stored in the current instance. + /// </value> + /// <remarks> + /// For a General Object Frame, use: + /// <see cref="PictureType.NotAPicture" />. + /// Other types will make it a Picture Frame + /// </remarks> + public PictureType Type { + get { + if (file != null) + Load (); + ParseRawData (); return type; + } + set { + if (file != null) + Load (); + + // Change the Frame type depending if this is + // a picture or a general object + + var frameid = value == PictureType.NotAPicture ? + FrameType.GEOB : FrameType.APIC; + + if (header.FrameId != frameid) + header = new FrameHeader (frameid, 4); + + type = value; + } + } + + + /// <summary> + /// Gets and sets a filename of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a fielname, with + /// extension, of the picture stored in the current instance. + /// </value> + public string Filename { + get { + if (file != null) + Load (); + return filename; + } + set { + if (file != null) + Load (); + + filename = value; + } + } + + /// <summary> + /// Gets and sets the description stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the description + /// stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description and type per tag. + /// </remarks> + public string Description { + get { + if (file != null) + Load (); + + ParseRawData (); + if (description != null) + return description; + + return string.Empty; + } + set { + if (file != null) + Load (); + + description = value; + } + } + + /// <summary> + /// Gets and sets the image data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> containing the image data + /// stored in the current instance. + /// </value> + public ByteVector Data { + get { + if (file != null) + Load (); + + ParseRawData (); + return data != null ? data : new ByteVector (); + } + set { + if (file != null) + Load (); + + data = value; + } + } + + + /// <summary> + /// Gets an indication whether the object is loaded. + /// </summary> + public bool IsLoaded { + get { + return data != null || raw_data != null; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> representing the current + /// instance. + /// </returns> + public override string ToString () + { + if (file != null) + Load (); + + var builder = new System.Text.StringBuilder (); + + if (string.IsNullOrEmpty (Description)) { + builder.Append (Description); + builder.Append (" "); + } + + builder.AppendFormat (System.Globalization.CultureInfo.InvariantCulture, "[{0}] {1} bytes", MimeType, Data.Count); + + return builder.ToString (); + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified picture frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="AttachmentFrame" /> object containing + /// the matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static AttachmentFrame Get (Tag tag, string description, bool create) + { + return Get (tag, description, PictureType.Other, create); + } + + /// <summary> + /// Gets a specified picture frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="type"> + /// A <see cref="PictureType" /> specifying the picture type + /// to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="AttachmentFrame" /> object containing + /// the matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static AttachmentFrame Get (Tag tag, PictureType type, bool create) + { + return Get (tag, null, type, create); + } + + /// <summary> + /// Gets a specified attachment frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="type"> + /// A <see cref="PictureType" /> specifying the picture type + /// to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="AttachmentFrame" /> object containing + /// the matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + /// <example> + /// <para>Sets a cover image with a description. Because <see + /// cref="Get(Tag,string,PictureType,bool)" /> is used, if + /// the program is called again with the same audio file and + /// desciption, the picture will be overwritten with the new + /// one.</para> + /// <code lang="C#"> + /// using TagLib; + /// using TagLib.Id3v2; + /// + /// public static class SetId3v2Cover + /// { + /// public static void Main (string [] args) + /// { + /// if (args.Length != 3) + /// throw new ApplicationException ( + /// "USAGE: SetId3v2Cover.exe AUDIO_FILE PICTURE_FILE DESCRIPTION"); + /// + /// // Create the file. Can throw file to TagLib# exceptions. + /// File file = File.Create (args [0]); + /// + /// // Get or create the ID3v2 tag. + /// TagLib.Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, true) as TagLib.Id3v2.Tag; + /// if (tag == null) + /// throw new ApplicationException ("File does not support ID3v2 tags."); + /// + /// // Create a picture. Can throw file related exceptions. + /// TagLib.Picture picture = TagLib.Picture.CreateFromPath (args [1]); + /// + /// // Get or create the picture frame. + /// AttachedPictureFrame frame = AttachedPictureFrame.Get ( + /// tag, args [2], PictureType.FrontCover, true); + /// + /// // Set the data from the picture. + /// frame.MimeType = picture.MimeType; + /// frame.Data = picture.data; + /// + /// // Save the file. + /// file.Save (); + /// } + /// } + /// </code> + /// </example> + public static AttachmentFrame Get (Tag tag, string description, PictureType type, bool create) + { + AttachmentFrame att; + foreach (Frame frame in tag.GetFrames<AttachmentFrame> ()) { + att = frame as AttachmentFrame; + + if (att == null) + continue; + + if (description != null && att.Description != description) + continue; + + if (type != PictureType.Other && att.Type != type) + continue; + + return att; + } + + if (!create) + return null; + + att = new AttachmentFrame { + Description = description, + Type = type + }; + + tag.AddFrame (att); + + return att; + } + + + + /// <summary> + /// Load the picture data from the file, + /// if not done yet. + /// </summary> + public void Load () + { + // Already loaded ? + if (file == null) return; + + // Load the picture from the stream + + Stream stream = null; + ByteVector data = null; + + try { + if (stream_size == 0) { + data = new ByteVector (); + } else if (stream_size > 0) { + stream = file.ReadStream; + stream.Seek (stream_offset, SeekOrigin.Begin); + + int count = 0, read = 0, needed = (int)stream_size; + byte[] buffer = new byte[needed]; + + do { + count = stream.Read (buffer, read, needed); + + read += count; + needed -= count; + } while (needed > 0 && count != 0); + + + data = new ByteVector (buffer, read); + } else { + stream = file.ReadStream; + stream.Seek (stream_offset, SeekOrigin.Begin); + + data = ByteVector.FromStream (stream); + } + } finally { + // Free the resources + if (stream != null && file != null) { + file.CloseStream (stream); + } + + file = null; + } + + // Decode the raw data if required, by using FieldData + raw_data = FieldData (data, -(int)FrameHeader.Size (raw_version), raw_version); + + // Get the actual data + ParseRawData (); + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 5 bytes. + /// </exception> + protected override void ParseFields (ByteVector data, byte version) + { + if (file != null) + Load (); + + if (data.Count < 5) + throw new CorruptFileException ("A picture frame must contain at least 5 bytes."); + + raw_data = data; + raw_version = version; + } + + + /// <summary> + /// Performs the actual parsing of the raw data. + /// </summary> + /// <remarks> + /// Because of the high parsing cost and relatively low usage + /// of the class, <see cref="ParseFields" /> only stores the + /// field data so it can be parsed on demand. Whenever a + /// property or method is called which requires the data, + /// this method is called, and only on the first call does it + /// actually parse the data. + /// </remarks> + protected void ParseRawData () + { + if (file != null) + Load (); + + if (raw_data == null) + return; + + data = raw_data; + raw_data = null; + + int pos = 0; + int offset; + + encoding = (StringType)data[pos++]; + + ByteVector delim = ByteVector.TextDelimiter (encoding); + + if (header.FrameId == FrameType.APIC) { + // Retrieve an ID3v2 Attached Picture (APIC) + + if (raw_version > 2) { + offset = data.Find (ByteVector.TextDelimiter (StringType.Latin1), pos); + + if (offset < pos) + return; + + mime_type = data.ToString (StringType.Latin1, pos, offset - pos); + pos = offset + 1; + } else { + ByteVector ext = data.Mid (pos, 3); + mime_type = Picture.GetMimeFromExtension (ext.ToString ()); + pos += 3; + } + + Type = (PictureType)data[pos++]; + + offset = data.Find (delim, pos, delim.Count); + + } else if (header.FrameId == FrameType.GEOB) { + // Retrieve an ID3v2 General Encapsulated Object (GEOB) + + offset = data.Find (ByteVector.TextDelimiter (StringType.Latin1), pos); + + if (offset < pos) + return; + + mime_type = data.ToString (StringType.Latin1, pos, offset - pos); + + pos = offset + 1; + offset = data.Find (delim, pos, delim.Count); + + if (offset < pos) + return; + + filename = data.ToString (encoding, pos, offset - pos); + pos = offset + delim.Count; + offset = data.Find (delim, pos, delim.Count); + + Type = PictureType.NotAPicture; + } else { + throw new InvalidOperationException ("Bad Frame type"); + } + + if (offset < pos) + return; + + description = data.ToString (encoding, pos, offset - pos); + pos = offset + delim.Count; + + data.RemoveRange (0, pos); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + if (file != null) + Load (); + + if (raw_data != null && raw_version == version) + return raw_data; + + StringType encoding = CorrectEncoding (TextEncoding, version); + ByteVector data = new ByteVector (); + + if (header.FrameId == FrameType.APIC) { + // Make an ID3v2 Attached Picture (APIC) + + data.Add ((byte)encoding); + + if (version == 2) { + string ext = Picture.GetExtensionFromMime (MimeType); + data.Add (ext != null && ext.Length == 3 ? + ext.ToUpper () : "XXX"); + } else { + data.Add (ByteVector.FromString (MimeType, StringType.Latin1)); + data.Add (ByteVector.TextDelimiter (StringType.Latin1)); + } + + data.Add ((byte)type); + data.Add (ByteVector.FromString (Description, encoding)); + data.Add (ByteVector.TextDelimiter (encoding)); + } else if (header.FrameId == FrameType.GEOB) { + // Make an ID3v2 General Encapsulated Object (GEOB) + + data.Add ((byte)encoding); + + if (MimeType != null) + data.Add (ByteVector.FromString (MimeType, StringType.Latin1)); + data.Add (ByteVector.TextDelimiter (StringType.Latin1)); + + if (filename != null) + data.Add (ByteVector.FromString (filename, encoding)); + data.Add (ByteVector.TextDelimiter (encoding)); + + if (Description != null) + data.Add (ByteVector.FromString (Description, encoding)); + data.Add (ByteVector.TextDelimiter (encoding)); + + } else { + throw new InvalidOperationException ("Bad Frame type"); + } + + data.Add (this.data); + return data; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + if (file != null) + Load (); + + var frame = new AttachmentFrame { + encoding = encoding, + mime_type = mime_type, + Type = type, + filename = filename, + description = description + }; + + if (data != null) + frame.data = new ByteVector (data); + if (raw_data != null) + frame.data = new ByteVector (raw_data); + + frame.raw_version = raw_version; + return frame; + } + + #endregion + } + + #region Legacy Class + + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Attached Picture (APIC) Frames. + /// </summary> + /// <remarks> + /// <para>A <see cref="AttachmentFrame" /> is used for storing + /// pictures that complement the media, including the album cover, + /// the physical medium, leaflets, file icons, etc. Other file and + /// object data can be encapulsated via <see + /// cref="GeneralEncapsulatedObjectFrame" />.</para> + /// <para>Additionally, <see cref="TagLib.Tag.Pictures" /> provides a + /// generic way or getting and setting pictures which is preferable + /// to format specific code.</para> + /// </remarks> + [Obsolete ("Use AttachementFrame instead")] + public class AttachedPictureFrame : AttachmentFrame + { + #region Constructors + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> with no contents and the + /// default values. + /// </summary> + [Obsolete ("Use AttachementFrame instead")] + public AttachedPictureFrame () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> by populating it with + /// the contents of another <see cref="IPicture" /> object. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture" /> object containing values to use + /// in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="picture" /> is <see langword="null" />. + /// </exception> + /// <example> + /// <para>Add a picture to a file.</para> + /// <code lang="C#"> + /// using TagLib; + /// using TagLib.Id3v2; + /// + /// public static class AddId3v2Picture + /// { + /// public static void Main (string [] args) + /// { + /// if (args.Length != 2) + /// throw new ApplicationException ( + /// "USAGE: AddId3v2Picture.exe AUDIO_FILE PICTURE_FILE"); + /// + /// // Create the file. Can throw file to TagLib# exceptions. + /// File file = File.Create (args [0]); + /// + /// // Get or create the ID3v2 tag. + /// TagLib.Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, true) as TagLib.Id3v2.Tag; + /// if (tag == null) + /// throw new ApplicationException ("File does not support ID3v2 tags."); + /// + /// // Create a picture. Can throw file related exceptions. + /// TagLib.Picture picture = TagLib.Picture.CreateFromPath (path); + /// + /// // Add a new picture frame to the tag. + /// tag.AddFrame (new AttachedPictureFrame (picture)); + /// + /// // Save the file. + /// file.Save (); + /// } + /// } + /// </code> + /// </example> + [Obsolete ("Use AttachementFrame instead")] + public AttachedPictureFrame (IPicture picture) + : base (picture) + { + if (picture.Type == PictureType.NotAPicture) + throw new InvalidCastException ("Creating an AttachedPictureFrame from a non-picture object"); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> by reading its raw data in + /// a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + [Obsolete ("Use AttachementFrame instead")] + public AttachedPictureFrame (ByteVector data, byte version) + : base (data, version) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AttachmentFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + [Obsolete ("Use AttachementFrame instead")] + protected internal AttachedPictureFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (data, offset, header, version) + { + } + + #endregion + + } + + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 General Encapsulated Object (GEOB) Frames. + /// </summary> + /// <remarks> + /// <para>A <see cref="GeneralEncapsulatedObjectFrame" /> should be + /// used for storing files and other objects relevant to the file but + /// not supported by other frames.</para> + /// </remarks> + [Obsolete ("Use AttachementFrame instead")] + public class GeneralEncapsulatedObjectFrame : AttachmentFrame + { + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="GeneralEncapsulatedObjectFrame" /> with no + /// contents. + /// </summary> + [Obsolete ("Use AttachementFrame instead")] + public GeneralEncapsulatedObjectFrame () + { + Type = PictureType.NotAPicture; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="GeneralEncapsulatedObjectFrame" /> by reading its + /// raw data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + [Obsolete ("Use AttachementFrame instead")] + public GeneralEncapsulatedObjectFrame (ByteVector data, byte version) + : base (data, version) + { + Type = PictureType.NotAPicture; + } + + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="GeneralEncapsulatedObjectFrame" /> by reading its + /// raw data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + [Obsolete ("Use AttachementFrame instead")] + protected internal GeneralEncapsulatedObjectFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (data, offset, header, version) + { + Type = PictureType.NotAPicture; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the file name of the object stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the file name of the + /// object stored in the current instance. + /// </value> + [Obsolete ("Use AttachementFrame instead")] + public string FileName { + get { + if (Filename != null) + return Filename; + + return string.Empty; + } + set { Filename = value; } + } + + /// <summary> + /// Gets and sets the object data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> containing the object data + /// stored in the current instance. + /// </value> + [Obsolete ("Use AttachementFrame instead")] + public ByteVector Object { + get { return Data ?? new ByteVector (); } + set { Data = value; } + } + + #endregion + + } + + #endregion +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/AttachmentFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/AttachmentFrame.cs.meta new file mode 100644 index 0000000..a989efe --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/AttachmentFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e4f5116d038c161b7a7795252019f21f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/ChapterFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/ChapterFrame.cs new file mode 100644 index 0000000..a997c2f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/ChapterFrame.cs @@ -0,0 +1,278 @@ +using System; +using System.Collections.Generic; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" /> to provide support for + /// Chapter Frames, i.e. "<c>CHAP</c>", (ID3v2 Chapter Frame Addendum 1.0, + /// https://id3.org/id3v2-chapters-1.0). + /// </summary> + /// <remarks> + /// The Chapter Frame is special in that it can hold an arbitrary amount + /// of sub-frames, which are made available here in the SubFrames list. + /// + /// Each Chapter Frame must have an identifying string that is unique across + /// all <see cref="ChapterFrame"/>s and <see cref="TableOfContentsFrame"/>s + /// in the tag. This is the property <see cref="Id"/>. It is not intended + /// for humans consumption and players will not display it. A chapter can + /// be titled by adding a "<c>TIT2</c>" <see cref="TextInformationFrame"/>. + /// + /// There are two ways the Chapter Frame can state a chapter’s beginning + /// and end: by milliseconds or by byte offset, accessible here as + /// StartMilliseconds/EndMilliseconds and StartByteOffset/EndByteOffset + /// respectively. The byte offsets are the zero-based byte positions of + /// the first audio frame in the chapter or the first audio frame folliwing + /// the chapter, counted from the beginning of the file. The byte offsets + /// are to be ignored according to the spec if they are FF FF FF FF. This + /// class does not synchronize the two ways in any way, so make sure to set + /// both appropriately. The byte offsets are however initialized to be + /// ignored, so with blank frames, you can focus on the milliseconds. + /// + /// According to the spec, chapters may overlap and have gaps. + /// </remarks> + public class ChapterFrame : Frame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new empty instance of <see + /// cref="ChapterFrame" />. + /// </summary> + public ChapterFrame () + : base(FrameType.CHAP, 4) + { + } + + /// <summary> + /// Constructs and initializes a new empty instance of <see + /// cref="ChapterFrame" /> with the given chapter ID. + /// </summary> + public ChapterFrame (string id) + : this() + { + Id = id; + } + + /// <summary> + /// Constructs and initializes a new instance of <see cref="ChapterFrame" /> + /// with the given chapter ID and adds a <see cref="TextInformationFrame"/> + /// "<c>TIT2</c>" with the given title. + /// </summary> + public ChapterFrame (string id, string title) + : this(id) + { + SubFrames.Add(new TextInformationFrame("TIT2") { Text = new[] { title } }); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ChapterFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public ChapterFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ChapterFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal ChapterFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + #region Public Properties + + /// <summary> + /// Gets and sets the internal chapter id. This should be + /// <see cref="StringType.Latin1" /> . + /// </summary> + public string Id { get; set; } + + /// <summary> + /// Gets and sets the start time of the chapter in milliseconds. + /// </summary> + public uint StartMilliseconds { get; set; } + + /// <summary> + /// Gets and sets the end time of the chapter in milliseconds. + /// </summary> + public uint EndMilliseconds { get; set; } + + /// <summary> + /// Gets and sets the chapter’s first audio frame’s byte position + /// from the beginning of the file. + /// The spec makes this ignorable if it is FF FF FF FF, which is + /// the initial value. + /// </summary> + public uint StartByteOffset { get; set; } = 0xFFFFFFFF; + + /// <summary> + /// Gets and sets the byte position of the first audio frame following + /// the chapter from the beginning of the file. + /// The spec makes this ignorable if it is FF FF FF FF, which is + /// the initial value. + /// </summary> + public uint EndByteOffset { get; set; } = 0xFFFFFFFF; + + /// <summary> + /// Gets and sets the descriptive sub-fields for this chapter. It + /// is recommended by the spec to have at least a "<c>TIT2</c>" + /// <see cref="TextInformationFrame"/> with the chapter title, but + /// it can contain anything. Particularly, players like to display + /// per-chapter "<c>APIC</c>" <see cref="AttachmentFrame"/>s and + /// <see cref="UrlLinkFrame"/>s. + /// </summary> + /// <value> + /// A List of arbitrary <see cref="Frame" />s. + /// </value> + public List<Frame> SubFrames { get; set; } = new List<Frame>(); + + #endregion + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + // https://id3.org/id3v2-chapters-1.0 + + int idLength = data.IndexOf((byte)0) + 1; + + Id = data.ToString(StringType.Latin1, 0, idLength - 1); //Always Latin1, at least there is no mention of encoding in the spec + StartMilliseconds = data.Mid(idLength, 4).ToUInt(); + EndMilliseconds = data.Mid(idLength + 4, 4).ToUInt(); + StartByteOffset = data.Mid(idLength + 8, 4).ToUInt(); //I don’t really know why one would use the offsets. + EndByteOffset = data.Mid(idLength + 12, 4).ToUInt(); //They are to be ignored if all 4 Bytes are FF, i.e. 4,294,967,295. + + SubFrames = new List<Frame>(); + int frame_data_position = idLength + 16; + int frame_data_endposition = data.Count; + while (frame_data_position < frame_data_endposition) + { + Frame frame; + try + { + frame = FrameFactory.CreateFrame(data, null, ref frame_data_position, version, true /* ? */); + } + catch (NotImplementedException) + { + continue; + } + catch (CorruptFileException) + { + throw; + } + + if (frame == null) + break; + + // Only add frames that contain data. + if (frame.Size == 0) + continue; + + SubFrames.Add(frame); + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var data = ByteVector.FromString(Id, StringType.Latin1); + data.Add((byte)0); //it would be neat if Add were chainable… + data.Add(ByteVector.FromUInt(StartMilliseconds)); + data.Add(ByteVector.FromUInt(EndMilliseconds)); + data.Add(ByteVector.FromUInt(StartByteOffset)); + data.Add(ByteVector.FromUInt(EndByteOffset)); + + foreach (var f in SubFrames) + data.Add(f.Render(version)); + + return data; + } + + #endregion + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone() + { + var frame = new ChapterFrame(Id); + frame.StartMilliseconds = StartMilliseconds; + frame.EndMilliseconds = EndMilliseconds; + frame.StartByteOffset = StartByteOffset; + frame.EndByteOffset = EndByteOffset; + + foreach(var f in SubFrames) + frame.SubFrames.Add(f.Clone()); + + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/ChapterFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/ChapterFrame.cs.meta new file mode 100644 index 0000000..ce258e7 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/ChapterFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 64b489dad86370215ab9e7b894ca4560 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/CommentsFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/CommentsFrame.cs new file mode 100644 index 0000000..5eade96 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/CommentsFrame.cs @@ -0,0 +1,522 @@ +// +// CommentsFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2commentsframe.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Comments (COMM) Frames. + /// </summary> + /// <remarks> + /// <para>A <see cref="CommentsFrame" /> should be used for storing + /// user readable comments on the media file.</para> + /// <para>When reading comments from a file, <see cref="GetPreferred" + /// /> should be used as it gracefully falls back to comments that + /// you, as a developer, may not be expecting. When writing comments, + /// however, it is best to use <see cref="Get" /> as it forces it to + /// be written in the exact version you are expecting.</para> + /// </remarks> + public class CommentsFrame : Frame + { + #region Private Fields + + /// <summary> + /// Contains the text encoding to use when rendering the + /// current instance. + /// </summary> + + /// <summary> + /// Contains the ISO-639-2 language code of the current + /// instance. + /// </summary> + string language; + + /// <summary> + /// Contains the description of the current instance. + /// </summary> + string description; + + /// <summary> + /// Contains the comment text of the current instance. + /// </summary> + string text; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CommentsFrame" /> with a specified description, + /// ISO-639-2 language code, and text encoding. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code of the new frame. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> containing the text encoding + /// to use when rendering the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public CommentsFrame (string description, string language, StringType encoding) + : base (FrameType.COMM, 4) + { + TextEncoding = encoding; + this.language = language; + this.description = description; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CommentsFrame" /> with a specified description and + /// ISO-639-2 language code. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code of the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public CommentsFrame (string description, string language) + : this (description, language, Tag.DefaultEncoding) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CommentsFrame" /> with a specified description. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public CommentsFrame (string description) + : this (description, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CommentsFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public CommentsFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CommentsFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal CommentsFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the text encoding to use when storing the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the text encoding to + /// use when storing the current instance. + /// </value> + /// <remarks> + /// This encoding is overridden when rendering if <see + /// cref="Tag.ForceDefaultEncoding" /> is <see + /// langword="true" /> or the render version does not support + /// it. + /// </remarks> + public StringType TextEncoding { get; set; } = Tag.DefaultEncoding; + + /// <summary> + /// Gets and sets the ISO-639-2 language code stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one file with a matching description + /// and ISO-639-2 language code per tag. + /// </remarks> + public string Language { + get { + if (language != null && language.Length > 2) + return language.Substring (0, 3); + + return "XXX"; + } + set { language = value; } + } + + /// <summary> + /// Gets and sets the description stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the description + /// stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description and ISO-639-2 language code per tag. + /// </remarks> + public string Description { + get { + if (description != null) + return description; + + return string.Empty; + } + set { description = value; } + } + + /// <summary> + /// Gets and sets the comment text stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the comment text + /// stored in the current instance. + /// </value> + public string Text { + get { + if (text != null) + return text; + + return string.Empty; + } + set { text = value; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the comment text. + /// </returns> + public override string ToString () + { + return Text; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified comments frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> specifying the ISO-639-2 language + /// code to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="CommentsFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static CommentsFrame Get (Tag tag, string description, string language, bool create) + { + CommentsFrame comm; + foreach (Frame frame in tag.GetFrames (FrameType.COMM)) { + comm = frame as CommentsFrame; + + if (comm == null) + continue; + + if (comm.Description != description) + continue; + + if (language != null && language != comm.Language) + continue; + + return comm; + } + + if (!create) + return null; + + comm = new CommentsFrame (description, language); + tag.AddFrame (comm); + return comm; + } + + /// <summary> + /// Gets a specified comments frame from the specified tag, + /// trying to to match the description and language but + /// accepting an incomplete match. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> specifying the ISO-639-2 language + /// code to match. + /// </param> + /// <returns> + /// A <see cref="CommentsFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found. + /// </returns> + /// <remarks> + /// <para>The method tries matching with the following order + /// of precidence:</para> + /// <list type="number"> + /// <item><term>The first frame with a matching + /// description and language.</term></item> + /// <item><term>The first frame with a matching + /// language.</term></item> + /// <item><term>The first frame with a matching + /// description.</term></item> + /// <item><term>The first frame.</term></item> + /// </list> + /// </remarks> + public static CommentsFrame GetPreferred (Tag tag, string description, string language) + { + // This is weird, so bear with me. The best thing we can + // have is something straightforward and in our own + // language. If it has a description, then it is + // probably used for something other than an actual + // comment. If that doesn't work, we'd still rather have + // something in our language than something in another. + // After that all we have left are things in other + // languages, so we'd rather have one with actual + // content, so we try to get one with no description + // first. + + bool skip_itunes = description == null || !description.StartsWith ("iTun"); + + int best_value = -1; + CommentsFrame best_frame = null; + + foreach (Frame frame in tag.GetFrames (FrameType.COMM)) { + if (!(frame is CommentsFrame comm)) + continue; + + if (skip_itunes && + comm.Description.StartsWith ("iTun")) + continue; + + bool same_name = comm.Description == description; + bool same_lang = comm.Language == language; + + if (same_name && same_lang) + return comm; + + int value = same_lang ? 2 : same_name ? 1 : 0; + + if (value <= best_value) + continue; + + best_value = value; + best_frame = comm; + } + + return best_frame; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + if (data.Count < 4) + throw new CorruptFileException ("Not enough bytes in field."); + + TextEncoding = (StringType)data[0]; + language = data.ToString (StringType.Latin1, 1, 3); + + // Instead of splitting into two string, in the format + // [{desc}\0{value}], try splitting into three strings + // in case of a misformatted [{desc}\0{value}\0]. + string[] split = data.ToStrings (TextEncoding, 4, 3); + + if (split.Length == 0) { + // No data in the frame. + description = string.Empty; + text = string.Empty; + } else if (split.Length == 1) { + // Bad comment frame. Assume that it lacks a + // description. + description = string.Empty; + text = split[0]; + } else { + description = split[0]; + text = split[1]; + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + StringType encoding = CorrectEncoding (TextEncoding, version); + var v = new ByteVector { + (byte)encoding, + ByteVector.FromString (Language, StringType.Latin1), + ByteVector.FromString (description, encoding), + ByteVector.TextDelimiter (encoding), + ByteVector.FromString (text, encoding) + }; + + return v; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new CommentsFrame (description, language, TextEncoding) { + text = text + }; + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/CommentsFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/CommentsFrame.cs.meta new file mode 100644 index 0000000..86ed0c1 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/CommentsFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: eb519f96255f162488dedbd3218382e9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/EventTimeCodeFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/EventTimeCodeFrame.cs new file mode 100644 index 0000000..bf1334f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/EventTimeCodeFrame.cs @@ -0,0 +1,344 @@ +using System.Collections.Generic; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Event Time Codes (ETCO) Frames. + /// </summary> + /// <remarks> + /// Event time codes Frames should contain a list of events occurring + /// throughout the track such as the start of the main part and the end of it. + /// To see all available event types see <see cref="EventType"/>. + /// </remarks> + /// <example> + /// <para>Reading the Event Time Codes from a tag.</para> + /// <code lang="C#"> + /// using TagLib; + /// using TagLib.Id3v2; + /// + /// public static class LookupUtil + /// { + /// public static ByteVector GetTrackEvents(string filename) + /// { + /// File file = File.Create (filename, ReadStyle.None); + /// Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, false) as Id3v2.Tag; + /// if (tag == null) + /// return new ByteVector (); + /// + /// EventTimeCodesFrame frame = EventTimeCodesFrame.Get (tag, false); + /// if (frame == null) + /// return new ByteVector (); + /// + /// return frame.Data; + /// } + /// } + /// </code> + /// <code lang="C++"> + /// #using &lt;System.dll> + /// #using &lt;taglib-sharp.dll> + /// + /// using System; + /// using TagLib; + /// using TagLib::Id3v2; + /// + /// public ref class LookupUtil abstract sealed + /// { + /// public: + /// static ByteVector^ GetTrackEvents (String^ filename) + /// { + /// File^ file = File::Create (filename, ReadStyle::None); + /// Id3v2::Tag^ tag = dynamic_cast&lt;Id3v2::Tag^> (file.GetTag (TagTypes::Id3v2, false)); + /// if (tag == null) + /// return gcnew ByteVector; + /// + /// EventTimeCodesFrame^ frame = EventTimeCodesFrame::Get (tag, false); + /// if (frame == null) + /// return gcnew ByteVector; + /// + /// return frame->Data; + /// } + /// } + /// </code> + /// <code lang="VB"> + /// Imports TagLib + /// Imports TagLib.Id3v2 + /// + /// Public Shared Class LookupUtil + /// Public Shared Sub GetTrackEvents (filename As String) As TagLib.ByteVector + /// Dim file As File = File.Create (filename, ReadStyle.None) + /// Dim tag As Id3v2.Tag = file.GetTag (TagTypes.Id3v2, False) + /// If tag Is Nothing Return New ByteVector () + /// + /// Dim frame As EventTimeCodesFrame = EventTimeCodesFrame.Get (tag, False) + /// If frame Is Nothing Return New ByteVector () + /// + /// Return frame.Data + /// End Sub + /// End Class + /// </code> + /// <code lang="Boo"> + /// import TagLib + /// import TagLib.Id3v2 + /// + /// public static class LookupUtil: + /// static def GetTrackEvents (filename as string) as TagLib.ByteVector: + /// file as File = File.Create (filename, ReadStyle.None) + /// tag as Id3v2.Tag = file.GetTag (TagTypes.Id3v2, false) + /// if tag == null: + /// return ByteVector () + /// + /// frame as EventTimeCodesFrame = EventTimeCodesFrame.Get (tag, false) + /// if frame == null: + /// return ByteVector () + /// + /// return frame.Data + /// </code> + /// </example> + public class EventTimeCodesFrame : Frame + { + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="EventTimeCodesFrame" /> with empty + /// identifier data. + /// </summary> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public EventTimeCodesFrame () + : base (FrameType.ETCO, 4) + { + Flags = FrameFlags.FileAlterPreservation; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="EventTimeCodesFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="timestampFormat"> + /// A <see cref="TimestampFormat" /> Specifies the time unit to use in this frame. + /// </param> + public EventTimeCodesFrame (TimestampFormat timestampFormat) + : base (FrameType.ETCO, 4) + { + TimestampFormat = timestampFormat; + Flags = FrameFlags.FileAlterPreservation; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="EventTimeCodesFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public EventTimeCodesFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="EventTimeCodesFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="frameHeader"> + /// A <see cref="FrameHeader" /> containing the header of the frame + /// </param> + public EventTimeCodesFrame (FrameHeader frameHeader) + : base (frameHeader) + { + + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="EventTimeCodesFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public EventTimeCodesFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets or sets the timestamp format for this frame instance. + /// </summary> + /// <value> + /// A <see cref="TimestampFormat"/> that will be used in this frame instance. + /// </value> + public TimestampFormat TimestampFormat { get; set; } + + /// <summary> + /// Gets or sets the events this frame contains. + /// Each <see cref="EventTimeCode"/> represents a single event at a certain point in time. + /// </summary> + /// <value> + /// A <see cref="List{EventTimeCode}"/> that are stored in this frame instance. + /// </value> + public List<EventTimeCode> Events { get; set; } + + #endregion + + #region Public Static Methods + + /// <summary> + /// Gets a play count frame from a specified tag, optionally + /// creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="EventTimeCodesFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static EventTimeCodesFrame Get (Tag tag, bool create) + { + EventTimeCodesFrame etco; + foreach (Frame frame in tag) { + etco = frame as EventTimeCodesFrame; + + if (etco != null) + return etco; + } + + if (!create) + return null; + + etco = new EventTimeCodesFrame (); + tag.AddFrame (etco); + return etco; + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + Events = new List<EventTimeCode> (); + TimestampFormat = (TimestampFormat)data.Data[0]; + + var incomingEventsData = data.Mid (1); + for (var i = 0; i < incomingEventsData.Count - 1; i++) { + var eventType = (EventType)incomingEventsData.Data[i]; + i++; + + var timestampData = new ByteVector (incomingEventsData.Data[i], + incomingEventsData.Data[i + 1], + incomingEventsData.Data[i + 2], + incomingEventsData.Data[i + 3]); + + i += 3; + + var timestamp = timestampData.ToInt (); + + Events.Add (new EventTimeCode (eventType, timestamp)); + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var data = new List<byte> { + (byte) TimestampFormat + }; + + foreach (var @event in Events) { + data.Add ((byte)@event.TypeOfEvent); + + var timeData = ByteVector.FromInt (@event.Time); + data.AddRange (timeData.Data); + } + + return new ByteVector (data.ToArray ()); + } + + #endregion + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new EventTimeCodesFrame (header) { + TimestampFormat = TimestampFormat, + Events = Events.ConvertAll (item => (EventTimeCode)item.Clone ()) + }; + return frame; + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Id3v2/Frames/EventTimeCodeFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/EventTimeCodeFrame.cs.meta new file mode 100644 index 0000000..ca01f3d --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/EventTimeCodeFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c8a9ddf30433b527ea54c50af111b6f7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/MusicCdIdentifierFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/MusicCdIdentifierFrame.cs new file mode 100644 index 0000000..49a1c14 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/MusicCdIdentifierFrame.cs @@ -0,0 +1,308 @@ +// +// MusicCdIdentifierFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Music CD Identifier (MCDI) Frames. + /// </summary> + /// <remarks> + /// Music CD Identifier Frames should contain the table of + /// contents data as stored on the physical CD. It is primarily used + /// for track information lookup by through web sources like CDDB. + /// </remarks> + /// <example> + /// <para>Reading the music CD identifier from a tag.</para> + /// <code lang="C#"> + /// using TagLib; + /// using TagLib.Id3v2; + /// + /// public static class LookupUtil + /// { + /// public static ByteVector GetCdIdentifier (string filename) + /// { + /// File file = File.Create (filename, ReadStyle.None); + /// Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, false) as Id3v2.Tag; + /// if (tag == null) + /// return new ByteVector (); + /// + /// MusicCdIdentifierFrame frame = MusicCdIdentifierFrame.Get (tag, false); + /// if (frame == null) + /// return new ByteVector (); + /// + /// return frame.Data; + /// } + /// } + /// </code> + /// <code lang="C++"> + /// #using &lt;System.dll> + /// #using &lt;taglib-sharp.dll> + /// + /// using System; + /// using TagLib; + /// using TagLib::Id3v2; + /// + /// public ref class LookupUtil abstract sealed + /// { + /// public: + /// static ByteVector^ GetCdIdentifier (String^ filename) + /// { + /// File^ file = File::Create (filename, ReadStyle::None); + /// Id3v2::Tag^ tag = dynamic_cast&lt;Id3v2::Tag^> (file.GetTag (TagTypes::Id3v2, false)); + /// if (tag == null) + /// return gcnew ByteVector; + /// + /// MusicCdIdentifierFrame^ frame = MusicCdIdentifierFrame::Get (tag, false); + /// if (frame == null) + /// return gcnew ByteVector; + /// + /// return frame->Data; + /// } + /// } + /// </code> + /// <code lang="VB"> + /// Imports TagLib + /// Imports TagLib.Id3v2 + /// + /// Public Shared Class LookupUtil + /// Public Shared Sub GetCdIdentifier (filename As String) As TagLib.ByteVector + /// Dim file As File = File.Create (filename, ReadStyle.None) + /// Dim tag As Id3v2.Tag = file.GetTag (TagTypes.Id3v2, False) + /// If tag Is Nothing Return New ByteVector () + /// + /// Dim frame As MusicCdIdentifierFrame = MusicCdIdentifierFrame.Get (tag, False) + /// If frame Is Nothing Return New ByteVector () + /// + /// Return frame.Data + /// End Sub + /// End Class + /// </code> + /// <code lang="Boo"> + /// import TagLib + /// import TagLib.Id3v2 + /// + /// public static class LookupUtil: + /// static def GetCdIdentifier (filename as string) as TagLib.ByteVector: + /// file as File = File.Create (filename, ReadStyle.None) + /// tag as Id3v2.Tag = file.GetTag (TagTypes.Id3v2, false) + /// if tag == null: + /// return ByteVector () + /// + /// frame as MusicCdIdentifierFrame = MusicCdIdentifierFrame.Get (tag, false) + /// if frame == null: + /// return ByteVector () + /// + /// return frame.Data + /// </code> + /// </example> + public class MusicCdIdentifierFrame : Frame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MusicCdIdentifierFrame" /> with empty + /// identifier data. + /// </summary> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public MusicCdIdentifierFrame () + : base (FrameType.MCDI, 4) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MusicCdIdentifierFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public MusicCdIdentifierFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MusicCdIdentifierFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal MusicCdIdentifierFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the identifier data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> containing the identifier + /// data stored in the current instance. + /// </value> + public ByteVector Data { get; set; } + + #endregion + + + #region Public Static Methods + + /// <summary> + /// Gets a music CD identifier frame from a specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="MusicCdIdentifierFrame" /> object containing + /// the matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static MusicCdIdentifierFrame Get (Tag tag, bool create) + { + MusicCdIdentifierFrame mcdi; + foreach (Frame frame in tag) { + mcdi = frame as MusicCdIdentifierFrame; + + if (mcdi != null) + return mcdi; + } + + if (!create) + return null; + + mcdi = new MusicCdIdentifierFrame (); + tag.AddFrame (mcdi); + return mcdi; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + Data = data; + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + return Data != null ? Data : new ByteVector (); + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + MusicCdIdentifierFrame frame = new MusicCdIdentifierFrame (); + if (Data != null) + frame.Data = new ByteVector (Data); + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/MusicCdIdentifierFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/MusicCdIdentifierFrame.cs.meta new file mode 100644 index 0000000..8a72d3f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/MusicCdIdentifierFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 48de1bca16a0bd7018e48e54a4c4c226 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/PlayCountFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/PlayCountFrame.cs new file mode 100644 index 0000000..8b0e050 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/PlayCountFrame.cs @@ -0,0 +1,345 @@ +// +// PlayCountFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Play Count (PCNT) Frames. + /// </summary> + /// <example> + /// <para>Getting and incrementing the play count of a file.</para> + /// <code lang="C#"> + /// using TagLib; + /// using TagLib.Id3v2; + /// + /// public static class TrackUtil + /// { + /// public static int GetPlayCount (string filename) + /// { + /// File file = File.Create (filename, ReadStyle.None); + /// Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, false) as Id3v2.Tag; + /// if (tag == null) + /// return 0; + /// + /// PlayCountFrame frame = PlayCountFrame.Get (tag, false); + /// if (frame == null) + /// return 0; + /// + /// return frame.PlayCount; + /// } + /// + /// public static void IncrementPlayCount (string filename) + /// { + /// File file = File.Create (filename, ReadStyle.None); + /// Id3v2.Tag tag = file.GetTag (TagTypes.Id3v2, true) as Id3v2.Tag; + /// if (tag == null) + /// return; + /// + /// PlayCountFrame.Get (tag, true).PlayCount ++; + /// file.Save (); + /// } + /// } + /// </code> + /// <code lang="C++"> + /// #using &lt;System.dll> + /// #using &lt;taglib-sharp.dll> + /// + /// using System; + /// using TagLib; + /// using TagLib::Id3v2; + /// + /// public ref class TrackUtil abstract sealed + /// { + /// public: + /// static int GetPlayCount (String^ filename) + /// { + /// File^ file = File.Create (filename, ReadStyle.None); + /// Id3v2::Tag^ tag = dynamic_cast&lt;Id3v2::Tag^> (file.GetTag (TagTypes::Id3v2, false)); + /// if (tag == null) + /// return 0; + /// + /// PlayCountFrame^ frame = PlayCountFrame::Get (tag, false); + /// if (frame == null) + /// return 0; + /// + /// return frame->PlayCount; + /// } + /// + /// static void IncrementPlayCount (String^ filename) + /// { + /// File^ file = File::Create (filename, ReadStyle::None); + /// Id3v2.Tag^ tag = dynamic_cast&lt;Id3v2::Tag^> (file.GetTag (TagTypes::Id3v2, true)); + /// if (tag == null) + /// return; + /// + /// PlayCountFrame::Get (tag, true)->PlayCount ++; + /// file->Save (); + /// } + /// } + /// </code> + /// <code lang="VB"> + /// Imports TagLib + /// Imports TagLib.Id3v2 + /// + /// Public Shared Class TrackUtil + /// Public Shared Sub GetPlayCount (filename As String) As Integer + /// Dim file As File = File.Create (filename, ReadStyle.None) + /// Dim tag As Id3v2.Tag = file.GetTag (TagTypes.Id3v2, False) + /// If tag Is Nothing Then Return 0 + /// + /// Dim frame As PlayCountFrame = PlayCountFrame.Get (tag, False) + /// If frame Is Nothing Then Return 0 + /// + /// Return frame.PlayCount + /// End Sub + /// + /// Public Shared Sub IncrementPlayCount (filename As String) + /// Dim file As File = File.Create (filename, ReadStyle.None) + /// Dim tag As Id3v2.Tag = file.GetTag (TagTypes.Id3v2, True) + /// If tag Is Nothing Then Exit Sub + /// + /// PlayCountFrame.Get (tag, True).PlayCount += 1 + /// file.Save () + /// End Sub + /// End Class + /// </code> + /// <code lang="Boo"> + /// import TagLib + /// import TagLib.Id3v2 + /// + /// public static class TrackUtil: + /// static def GetPlayCount (filename as string) as int: + /// file As File = File.Create (filename, ReadStyle.None) + /// tag as Id3v2.Tag = file.GetTag (TagTypes.Id3v2, false) + /// if tag == null: + /// return 0 + /// + /// frame as PlayCountFrame = PlayCountFrame.Get (tag, false) + /// if frame == null: + /// return 0 + /// + /// return frame.PlayCount + /// + /// static def IncrementPlayCount (filename as string): + /// file as File = File.Create (filename, ReadStyle.None) + /// tag as Id3v2.Tag = file.GetTag (TagTypes.Id3v2, True) + /// if tag == null: + /// return + /// + /// PlayCountFrame.Get (tag, true).PlayCount ++ + /// file.Save () + /// </code> + /// </example> + public class PlayCountFrame : Frame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PlayCountFrame" /> with a count of zero. + /// </summary> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public PlayCountFrame () : base (FrameType.PCNT, 4) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PlayCountFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public PlayCountFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PlayCountFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal PlayCountFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the play count of the current instance. + /// </summary> + /// <value> + /// A <see cref="ulong" /> containing the play count of the + /// current instance. + /// </value> + public ulong PlayCount { get; set; } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a play count frame from a specified tag, optionally + /// creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="PlayCountFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static PlayCountFrame Get (Tag tag, bool create) + { + PlayCountFrame pcnt; + foreach (Frame frame in tag) { + pcnt = frame as PlayCountFrame; + + if (pcnt != null) + return pcnt; + } + + if (!create) + return null; + + pcnt = new PlayCountFrame (); + tag.AddFrame (pcnt); + return pcnt; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + PlayCount = data.ToULong (); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + ByteVector data = ByteVector.FromULong (PlayCount); + while (data.Count > 4 && data[0] == 0) + data.RemoveAt (0); + + return data; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new PlayCountFrame { + PlayCount = PlayCount + }; + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/PlayCountFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/PlayCountFrame.cs.meta new file mode 100644 index 0000000..af18635 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/PlayCountFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 64052d14f12d58e988f1a199dfe54599 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/PopularimeterFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/PopularimeterFrame.cs new file mode 100644 index 0000000..9496213 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/PopularimeterFrame.cs @@ -0,0 +1,275 @@ +// +// PopularimeterFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Popularimeter (POPM) Frames. + /// </summary> + public class PopularimeterFrame : Frame + { + #region Private Properties + + /// <summary> + /// Contains the email of the user this frame belongs to. + /// </summary> + string user = string.Empty; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PopularimeterFrame" /> for a specified user with a + /// rating and play count of zero. + /// </summary> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public PopularimeterFrame (string user) + : base (FrameType.POPM, 4) + { + User = user; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PopularimeterFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public PopularimeterFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PopularimeterFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal PopularimeterFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the user to whom the current instance + /// belongs. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the user to whom the + /// current instance belongs. + /// </value> + public string User { + get { return user; } + set { user = value ?? string.Empty; } + } + + /// <summary> + /// Gets and sets the rating of the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> containing the rating of the + /// current instance. + /// </value> + public byte Rating { get; set; } + + /// <summary> + /// Gets and sets the play count of the current instance. + /// </summary> + /// <value> + /// A <see cref="ulong" /> containing the play count of the + /// current instance. + /// </value> + public ulong PlayCount { get; set; } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a popularimeter frame from a specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="user"> + /// A <see cref="string" /> containing the user to search for + /// in the current instance. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="PopularimeterFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static PopularimeterFrame Get (Tag tag, string user, bool create) + { + PopularimeterFrame popm; + foreach (Frame frame in tag) { + popm = frame as PopularimeterFrame; + + if (popm != null && popm.user.Equals (user)) + return popm; + } + + if (!create) + return null; + + popm = new PopularimeterFrame (user); + tag.AddFrame (popm); + return popm; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + var delim = ByteVector.TextDelimiter (StringType.Latin1); + + int index = data.Find (delim); + if (index < 0) + throw new CorruptFileException ("Popularimeter frame does not contain a text delimiter"); + + if (index + 2 > data.Count) + throw new CorruptFileException ("Popularimeter is too short"); + + user = data.ToString (StringType.Latin1, 0, index); + Rating = data[index + 1]; + PlayCount = data.Mid (index + 2).ToULong (); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + ByteVector data = ByteVector.FromULong (PlayCount); + while (data.Count > 0 && data[0] == 0) + data.RemoveAt (0); + + data.Insert (0, Rating); + data.Insert (0, 0); + data.Insert (0, ByteVector.FromString (user, StringType.Latin1)); + return data; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + PopularimeterFrame frame = new PopularimeterFrame (user); + frame.PlayCount = PlayCount; + frame.Rating = Rating; + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/PopularimeterFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/PopularimeterFrame.cs.meta new file mode 100644 index 0000000..7055d7c --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/PopularimeterFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1fd77da4e9b427af78dedd3b73ee5488 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/PrivateFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/PrivateFrame.cs new file mode 100644 index 0000000..6f8039a --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/PrivateFrame.cs @@ -0,0 +1,404 @@ +// +// PrivateFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2005-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Private (PRIV) Frames. + /// </summary> + /// <remarks> + /// <para>A <see cref="PrivateFrame" /> should be used for storing + /// values specific to the application that cannot or should not be + /// stored in another frame type.</para> + /// </remarks> + /// <example> + /// <para>Serializing a database entry and storing it in a private + /// field.</para> + /// <code lang="C#"> + /// using System; + /// using System.IO; + /// using System.Runtime.Serialization; + /// using System.Text; + /// using System.Xml.Serialization; + /// using TagLib.Id3v2; + /// + /// public static class DbUtil + /// { + /// public static void StoreDatabaseEntry (Tag tag, ISerializable dbEntry) + /// { + /// StringWriter data = new StringWriter (new StringBuilder ()); + /// XmlSerializer serializer = new XmlSerializer (dbEntry.GetType ()); + /// serializer.Serialize (data, dbEntry); + /// PrivateFrame frame = PrivateFrame.Get (tag, "org.MyProgram.DatabaseEntry", true); + /// frame.PrivateData = Encoding.UTF8.GetBytes (data.ToString ()); + /// } + /// + /// public static object GetDatabaseEntry (Tag tag, Type type) + /// { + /// PrivateFrame frame = PrivateFrame.Get (tag, "org.MyProgram.DatabaseEntry", false); + /// if (frame == null) + /// return null; + /// + /// XmlSerializer serializer = new XmlSerializer (type); + /// return serializer.Deserialize (new MemoryStream (frame.PrivateData)); + /// } + /// } + /// </code> + /// <code lang="C++"> + /// #using &lt;System.dll> + /// #using &lt;System.Xml.dll> + /// #using &lt;taglib-sharp.dll> + /// + /// using System; + /// using System::IO; + /// using System::Runtime::Serialization; + /// using System::Text; + /// using System::Xml::Serialization; + /// using TagLib::Id3v2; + /// + /// public ref class DbUtil abstract sealed + /// { + /// public: + /// static void StoreDatabaseEntry (Tag^ tag, ISerializable^ dbEntry) + /// { + /// StringWriter^ data = gcnew StringWriter (gcnew StringBuilder); + /// XmlSerializer serializer = gcnew XmlSerializer (dbEntry->GetType ()); + /// serializer->Serialize (data, dbEntry); + /// PrivateFrame frame = PrivateFrame::Get (tag, L"org.MyProgram.DatabaseEntry", true); + /// frame.PrivateData = Encoding::UTF8->GetBytes (data->ToString ()); + /// } + /// + /// static Object^ GetDatabaseEntry (Tag^ tag, Type^ type) + /// { + /// PrivateFrame^ frame = PrivateFrame::Get (tag, L"org.MyProgram.DatabaseEntry", false); + /// if (frame == null) + /// return null; + /// + /// XmlSerializer serializer = gcnew XmlSerializer (type); + /// return serializer->Deserialize (gcnew MemoryStream (frame->PrivateData)); + /// } + /// } + /// </code> + /// <code lang="VB"> + /// Imports System + /// Imports System.IO + /// Imports System.Runtime.Serialization + /// Imports System.Text + /// Imports System.Xml.Serialization + /// Imports TagLib.Id3v2 + /// + /// Public Shared Class DbUtil + /// Public Shared Sub StoreDatabaseEntry (tag As Tag, dbEntry As ISerializable) + /// Dim data As New StringWriter (New StringBuilder ()) + /// Dim serializer As New XmlSerializer (dbEntry.GetType ()) + /// serializer.Serialize (data, dbEntry) + /// Dim frame As PrivateFrame = PrivateFrame.Get (tag, "org.MyProgram.DatabaseEntry", True) + /// frame.PrivateData = Encoding.UTF8.GetBytes (data.ToString ()) + /// End Sub + /// + /// Public Shared Sub GetDatabaseEntry (tag As Tag, type As Type) + /// Dim frame As PrivateFrame = PrivateFrame.Get (tag, "org.MyProgram.DatabaseEntry", False) + /// If frame Is Nothing Then Return Nothing + /// + /// Dim serializer As XmlSerializer = New XmlSerializer (type) + /// Return serializer.Deserialize (New MemoryStream (frame.PrivateData)) + /// End Sub + /// End Class + /// </code> + /// <code lang="Boo"> + /// import System + /// import System.IO + /// import System.Runtime.Serialization + /// import System.Text + /// import System.Xml.Serialization + /// import TagLib.Id3v2 + /// + /// public static class DbUtil: + /// static def StoreDatabaseEntry (tag as Tag, dbEntry as ISerializable): + /// data as StringWriter = StringWriter (StringBuilder ()) + /// serializer as XmlSerializer = XmlSerializer (dbEntry.GetType ()) + /// serializer.Serialize (data, dbEntry) + /// frame as PrivateFrame = PrivateFrame.Get (tag, "org.MyProgram.DatabaseEntry", true) + /// frame.PrivateData = Encoding.UTF8.GetBytes (data.ToString ()) + /// + /// static def GetDatabaseEntry (tag As Tag, type As Type): + /// frame as PrivateFrame = PrivateFrame.Get (tag, "org.MyProgram.DatabaseEntry", false) + /// if frame == null: + /// return null + /// + /// serializer as XmlSerializer = XmlSerializer (type) + /// return serializer.Deserialize (MemoryStream (frame.PrivateData)) + /// </code> + /// </example> + public class PrivateFrame : Frame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PrivateFrame" /> for a specified owner and data. + /// </summary> + /// <param name="owner"> + /// A <see cref="string" /> containing the owner of the new + /// frame. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data + /// for the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public PrivateFrame (string owner, ByteVector data) + : base (FrameType.PRIV, 4) + { + Owner = owner; + PrivateData = data; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PrivateFrame" /> without data for a specified + /// owner. + /// </summary> + /// <param name="owner"> + /// A <see cref="string" /> containing the owner of the new + /// frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public PrivateFrame (string owner) : this (owner, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PrivateFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public PrivateFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PrivateFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal PrivateFrame (ByteVector data, int offset, FrameHeader header, byte version) : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the owner of the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the owner of the + /// current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a given owner per + /// tag. + /// </remarks> + public string Owner { get; private set; } + + /// <summary> + /// Gets and sets the private data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> containing the private data + /// stored in the current instance. + /// </value> + public ByteVector PrivateData { get; set; } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified private frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="owner"> + /// A <see cref="string" /> specifying the owner to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="PrivateFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static PrivateFrame Get (Tag tag, string owner, bool create) + { + PrivateFrame priv; + + foreach (Frame frame in tag.GetFrames (FrameType.PRIV)) { + priv = frame as PrivateFrame; + if (priv != null && priv.Owner == owner) + return priv; + } + + if (!create) + return null; + + priv = new PrivateFrame (owner); + tag.AddFrame (priv); + return priv; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + if (data.Count < 1) + throw new CorruptFileException ("A private frame must contain at least 1 byte."); + + var l = ByteVectorCollection.Split (data, ByteVector.TextDelimiter (StringType.Latin1), 1, 2); + + if (l.Count == 2) { + Owner = l[0].ToString (StringType.Latin1); + PrivateData = l[1]; + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + /// <exception cref="NotImplementedException"> + /// <paramref name="version" /> is less than 3. ID3v2.2 does + /// not support this frame. + /// </exception> + protected override ByteVector RenderFields (byte version) + { + if (version < 3) + throw new NotImplementedException (); + + var v = new ByteVector { + ByteVector.FromString (Owner, StringType.Latin1), + ByteVector.TextDelimiter (StringType.Latin1), + PrivateData + }; + + return v; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new PrivateFrame (Owner); + if (PrivateData != null) + frame.PrivateData = new ByteVector (PrivateData); + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/PrivateFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/PrivateFrame.cs.meta new file mode 100644 index 0000000..95be11c --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/PrivateFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b323c897f28aac1148ac32d4101a0bae +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/RelativeVolumeFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/RelativeVolumeFrame.cs new file mode 100644 index 0000000..b1d9aa3 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/RelativeVolumeFrame.cs @@ -0,0 +1,581 @@ +// +// RelativeVolumeFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// textidentificationframe.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// Specified the type of channel data to get from or set to a + /// <see cref="RelativeVolumeFrame" /> object. + /// </summary> + public enum ChannelType + { + /// <summary> + /// The channel data is for some other speaker. + /// </summary> + Other = 0x00, + + /// <summary> + /// The channel data is for the master volume. + /// </summary> + MasterVolume = 0x01, + + /// <summary> + /// The channel data is for the front right speaker. + /// </summary> + FrontRight = 0x02, + + /// <summary> + /// The channel data is for the front left speaker. + /// </summary> + FrontLeft = 0x03, + + /// <summary> + /// The channel data is for the back right speaker. + /// </summary> + BackRight = 0x04, + + /// <summary> + /// The channel data is for the back left speaker. + /// </summary> + BackLeft = 0x05, + + /// <summary> + /// The channel data is for the front center speaker. + /// </summary> + FrontCentre = 0x06, + + /// <summary> + /// The channel data is for the back center speaker. + /// </summary> + BackCentre = 0x07, + + /// <summary> + /// The channel data is for the subwoofer. + /// </summary> + Subwoofer = 0x08 + } + + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Relative Volume (RVA2) Frames. + /// </summary> + public class RelativeVolumeFrame : Frame + { + #region Private Fields + + /// <summary> + /// Contains the channel data. + /// </summary> + readonly ChannelData[] channels = new ChannelData[9]; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="RelativeVolumeFrame" /> with a specified + /// identifier. + /// </summary> + /// <param name="identification"> + /// A <see cref="string" /> object containing the + /// identification to use for the new frame. + /// </param> + public RelativeVolumeFrame (string identification) + : base (FrameType.RVA2, 4) + { + Identification = identification; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="RelativeVolumeFrame" /> by reading its raw data in + /// a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public RelativeVolumeFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="RelativeVolumeFrame" /> by reading its raw data in + /// a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal RelativeVolumeFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the identification used for the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the + /// identification used for the current instance. + /// </value> + public string Identification { get; private set; } + + /// <summary> + /// Gets a list of the channels in the current instance that + /// contain a value. + /// </summary> + /// <value> + /// A <see cref="T:ChannelType[]" /> containing the channels + /// which have a value set in the current instance. + /// </value> + public ChannelType[] Channels { + get { + var types = new List<ChannelType> (); + for (int i = 0; i < 9; i++) + if (channels[i].IsSet) + types.Add ((ChannelType)i); + return types.ToArray (); + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Creates a text description of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> object containing a description + /// of the current instance. + /// </returns> + public override string ToString () + { + return Identification; + } + + /// <summary> + /// Gets the volume adjustment index for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to get the value for. + /// </param> + /// <returns> + /// A <see cref="short" /> value containing the volume + /// adjustment index. + /// </returns> + /// <remarks> + /// The volume adjustment index is simply the volume + /// adjustment multiplied by 512. + /// </remarks> + /// <seealso cref="SetVolumeAdjustmentIndex"/> + /// <seealso cref="GetVolumeAdjustment"/> + public short GetVolumeAdjustmentIndex (ChannelType type) + { + return channels[(int)type].VolumeAdjustmentIndex; + } + + /// <summary> + /// Sets the volume adjustment index for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to set the value for. + /// </param> + /// <param name="index"> + /// A <see cref="short" /> value containing the volume + /// adjustment index. + /// </param> + /// <seealso cref="GetVolumeAdjustmentIndex"/> + /// <seealso cref="SetVolumeAdjustment"/> + public void SetVolumeAdjustmentIndex (ChannelType type, short index) + { + channels[(int)type].VolumeAdjustmentIndex = index; + } + + /// <summary> + /// Gets the volume adjustment for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to get the value for. + /// </param> + /// <returns> + /// A <see cref="float" /> value containing the volume + /// adjustment in decibles. + /// </returns> + /// <remarks> + /// The value can be between -64dB and +64dB. + /// </remarks> + /// <seealso cref="SetVolumeAdjustment"/> + /// <seealso cref="GetVolumeAdjustmentIndex"/> + public float GetVolumeAdjustment (ChannelType type) + { + return channels[(int)type].VolumeAdjustment; + } + + /// <summary> + /// Sets the volume adjustment for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to set the value for. + /// </param> + /// <param name="adjustment"> + /// A <see cref="float" /> value containing the volume + /// adjustment in decibles. + /// </param> + /// <remarks> + /// The value can be between -64dB and +64dB. + /// </remarks> + /// <seealso cref="GetVolumeAdjustment"/> + /// <seealso cref="SetVolumeAdjustmentIndex"/> + public void SetVolumeAdjustment (ChannelType type, float adjustment) + { + channels[(int)type].VolumeAdjustment = adjustment; + } + + /// <summary> + /// Gets the peak volume index for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to get the value for. + /// </param> + /// <returns> + /// A <see cref="ulong" /> value containing the peak volume + /// index. + /// </returns> + /// <remarks> + /// The peak volume index is simply the peak volume + /// multiplied by 512. + /// </remarks> + /// <seealso cref="SetPeakVolumeIndex"/> + /// <seealso cref="GetPeakVolume"/> + public ulong GetPeakVolumeIndex (ChannelType type) + { + return channels[(int)type].PeakVolumeIndex; + } + + /// <summary> + /// Sets the peak volume index for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to set the value for. + /// </param> + /// <param name="index"> + /// A <see cref="ulong" /> value containing the peak volume + /// index. + /// </param> + /// <remarks> + /// The peak volume index is simply the peak volume + /// multiplied by 512. + /// </remarks> + /// <seealso cref="GetPeakVolumeIndex"/> + /// <seealso cref="SetPeakVolume"/> + public void SetPeakVolumeIndex (ChannelType type, ulong index) + { + channels[(int)type].PeakVolumeIndex = index; + } + + /// <summary> + /// Gets the peak volume for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to get the value for. + /// </param> + /// <returns> + /// A <see cref="double" /> value containing the peak volume. + /// </returns> + /// <seealso cref="SetPeakVolume"/> + /// <seealso cref="GetPeakVolumeIndex"/> + public double GetPeakVolume (ChannelType type) + { + return channels[(int)type].PeakVolume; + } + + /// <summary> + /// Sets the peak volume for a specified channel. + /// </summary> + /// <param name="type"> + /// A <see cref="ChannelType" /> value specifying which + /// channel to set the value for. + /// </param> + /// <param name="peak"> + /// A <see cref="double" /> value containing the peak volume. + /// </param> + /// <seealso cref="GetPeakVolume"/> + /// <seealso cref="SetPeakVolumeIndex"/> + public void SetPeakVolume (ChannelType type, double peak) + { + channels[(int)type].PeakVolume = peak; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified volume adjustment frame from the + /// specified tag, optionally creating it if it does not + /// exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="identification"> + /// A <see cref="string" /> specifying the identification to + /// match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="RelativeVolumeFrame" /> object containing + /// the matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static RelativeVolumeFrame Get (Tag tag, string identification, bool create) + { + RelativeVolumeFrame rva2; + foreach (Frame frame in tag.GetFrames (FrameType.RVA2)) { + rva2 = frame as RelativeVolumeFrame; + + if (rva2 == null) + continue; + + if (rva2.Identification != identification) + continue; + + return rva2; + } + + if (!create) + return null; + + rva2 = new RelativeVolumeFrame (identification); + tag.AddFrame (rva2); + return rva2; + } + + #endregion + + + + #region Protected Properties + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 5 bytes. + /// </exception> + protected override void ParseFields (ByteVector data, byte version) + { + int pos = data.Find (ByteVector.TextDelimiter (StringType.Latin1)); + if (pos < 0) + return; + + Identification = data.ToString (StringType.Latin1, 0, pos++); + + // Each channel is at least 4 bytes. + + while (pos <= data.Count - 4) { + int type = data[pos++]; + + unchecked { + channels[type].VolumeAdjustmentIndex = (short)data.Mid (pos, 2).ToUShort (); + } + pos += 2; + + int bytes = BitsToBytes (data[pos++]); + + if (data.Count < pos + bytes) + break; + + channels[type].PeakVolumeIndex = data.Mid (pos, bytes).ToULong (); + pos += bytes; + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var data = new ByteVector { + ByteVector.FromString (Identification, StringType.Latin1), + ByteVector.TextDelimiter (StringType.Latin1) + }; + + for (byte i = 0; i < 9; i++) { + if (!channels[i].IsSet) + continue; + + data.Add (i); + unchecked { + data.Add (ByteVector.FromUShort ((ushort)channels[i].VolumeAdjustmentIndex)); + } + + byte bits = 0; + + for (byte j = 0; j < 64; j++) + if ((channels[i].PeakVolumeIndex & (1UL << j)) != 0) + bits = (byte)(j + 1); + + data.Add (bits); + + if (bits > 0) + data.Add (ByteVector.FromULong (channels[i].PeakVolumeIndex).Mid (8 - BitsToBytes (bits))); + } + + return data; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new RelativeVolumeFrame (Identification); + for (int i = 0; i < 9; i++) + frame.channels[i] = channels[i]; + return frame; + } + + #endregion + + + + #region Private Static Methods + + static int BitsToBytes (int i) + { + return i % 8 == 0 ? i / 8 : (i - i % 8) / 8 + 1; + } + + #endregion + + + + #region Classes + + struct ChannelData + { + public short VolumeAdjustmentIndex; + public ulong PeakVolumeIndex; + + public bool IsSet { + get { + return VolumeAdjustmentIndex != 0 || + PeakVolumeIndex != 0; + } + } + + public float VolumeAdjustment { + get { return VolumeAdjustmentIndex / 512f; } + set { VolumeAdjustmentIndex = (short)(value * 512f); } + } + + public double PeakVolume { + get { return PeakVolumeIndex / 512.0; } + set { PeakVolumeIndex = (ulong)(value * 512.0); } + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/RelativeVolumeFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/RelativeVolumeFrame.cs.meta new file mode 100644 index 0000000..e2a93b2 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/RelativeVolumeFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 68b45b2ff2e0a76be878c55edca8b8a8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/SynchronizedLyricsFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/SynchronizedLyricsFrame.cs new file mode 100644 index 0000000..4e9bc07 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/SynchronizedLyricsFrame.cs @@ -0,0 +1,554 @@ +// +// SynchronizedLyricsFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Synchronised Lyrics and Text (SYLT) Frames. + /// </summary> + public class SynchronisedLyricsFrame : Frame + { + + #region Private Properties + + /// <summary> + /// Contains the ISO-639-2 language code. + /// </summary> + string language; + + /// <summary> + /// Contains the text. + /// </summary> + SynchedText[] text = new SynchedText[0]; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="SynchronisedLyricsFrame" /> with a specified + /// description, ISO-639-2 language code, text type, and text + /// encoding. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> object containing the description + /// of the new instnace. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> object containing the ISO-639-2 + /// language code of the new instance. + /// </param> + /// <param name="type"> + /// A <see cref="SynchedTextType" /> containing the type of + /// text to be stored in the new instance. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> containing the text encoding + /// to use when rendering the new instance. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public SynchronisedLyricsFrame (string description, string language, SynchedTextType type, StringType encoding) + : base (FrameType.SYLT, 4) + { + TextEncoding = encoding; + this.language = language; + Description = description; + Type = type; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="SynchronisedLyricsFrame" /> with a specified + /// description, ISO-639-2 language code, and text type. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> object containing the description + /// of the new instnace. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> object containing the ISO-639-2 + /// language code of the new instance. + /// </param> + /// <param name="type"> + /// A <see cref="SynchedTextType" /> containing the type of + /// text to be stored in the new instance. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public SynchronisedLyricsFrame (string description, string language, SynchedTextType type) + : this (description, language, type, Tag.DefaultEncoding) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="SynchronisedLyricsFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new instance. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public SynchronisedLyricsFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="SynchronisedLyricsFrame" /> by reading its raw data + /// in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new instance. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal SynchronisedLyricsFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + #region Public Properties + + /// <summary> + /// Gets and sets the text encoding to use when storing the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the text encoding to + /// use when storing the current instance. + /// </value> + /// <remarks> + /// This encoding is overridden when rendering if <see + /// cref="Tag.ForceDefaultEncoding" /> is <see + /// langword="true" /> or the render version does not support + /// it. + /// </remarks> + public StringType TextEncoding { get; set; } = Tag.DefaultEncoding; + + /// <summary> + /// Gets and sets the ISO-639-2 language code stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description, type, and ISO-639-2 language code per tag. + /// </remarks> + public string Language { + get { + return (language != null && language.Length > 2) + ? language.Substring (0, 3) : "XXX"; + } + set { language = value; } + } + + /// <summary> + /// Gets and sets the description stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the description + /// stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description, type, and ISO-639-2 language code per tag. + /// </remarks> + public string Description { get; set; } + + /// <summary> + /// Gets and sets the timestamp format used by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimestampFormat" /> value describing the + /// timestamp format used by the current instance. + /// </value> + public TimestampFormat Format { get; set; } = TimestampFormat.Unknown; + + /// <summary> + /// Gets and sets the type of text contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimestampFormat" /> value describing the + /// type of text contained in the current instance. + /// </value> + public SynchedTextType Type { get; set; } = SynchedTextType.Other; + + /// <summary> + /// Gets and sets the text contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="T:SynchedText[]" /> containing the text + /// contained in the current instance. + /// </value> + public SynchedText[] Text { + get { return text; } + set { text = value ?? (new SynchedText[0]); } + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified lyrics frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> object specifying the description + /// to match. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> object specifying the ISO-639-2 + /// language code to match. + /// </param> + /// <param name="type"> + /// A <see cref="SynchedTextType" /> value specifying the + /// text type to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="SynchronisedLyricsFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static SynchronisedLyricsFrame Get (Tag tag, string description, string language, SynchedTextType type, bool create) + { + foreach (Frame f in tag) { + if (!(f is SynchronisedLyricsFrame lyr)) + continue; + + if (lyr.Description == description && + (language == null || + language == lyr.Language) && + type == lyr.Type) + return lyr; + } + + if (!create) + return null; + + var frame = new SynchronisedLyricsFrame (description, language, type); + tag.AddFrame (frame); + return frame; + } + + /// <summary> + /// Gets a specified lyrics frame from the specified tag, + /// trying to to match the description and language but + /// accepting an incomplete match. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> object specifying the description + /// to match. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> object specifying the ISO-639-2 + /// language code to match. + /// </param> + /// <param name="type"> + /// A <see cref="SynchedTextType" /> value specifying the + /// text type to match. + /// </param> + /// <returns> + /// A <see cref="SynchronisedLyricsFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found. + /// </returns> + /// <remarks> + /// <para>The method tries matching with the following order + /// of precidence:</para> + /// <list type="number"> + /// <item><term>The first frame with a matching + /// description, language, and type.</term></item> + /// <item><term>The first frame with a matching + /// description and language.</term></item> + /// <item><term>The first frame with a matching + /// language.</term></item> + /// <item><term>The first frame with a matching + /// description.</term></item> + /// <item><term>The first frame with a matching + /// type.</term></item> + /// <item><term>The first frame.</term></item> + /// </list> + /// </remarks> + public static SynchronisedLyricsFrame GetPreferred (Tag tag, string description, string language, SynchedTextType type) + { + // This is weird, so bear with me. The best thing we can + // have is something straightforward and in our own + // language. If it has a description, then it is + // probably used for something other than an actual + // comment. If that doesn't work, we'd still rather have + // something in our language than something in another. + // After that all we have left are things in other + // languages, so we'd rather have one with actual + // content, so we try to get one with no description + // first. + + int best_value = -1; + SynchronisedLyricsFrame best_frame = null; + + foreach (Frame f in tag) { + if (!(f is SynchronisedLyricsFrame cf)) + continue; + + int value = 0; + if (cf.Language == language) + value += 4; + if (cf.Description == description) + value += 2; + if (cf.Type == type) + value += 1; + + if (value == 7) + return cf; + + if (value <= best_value) + continue; + + best_value = value; + best_frame = cf; + } + + return best_frame; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + if (data.Count < 6) + throw new CorruptFileException ("Not enough bytes in field."); + + TextEncoding = (StringType)data[0]; + language = data.ToString (StringType.Latin1, 1, 3); + Format = (TimestampFormat)data[4]; + Type = (SynchedTextType)data[5]; + + var delim = ByteVector.TextDelimiter (TextEncoding); + int delim_index = data.Find (delim, 6, delim.Count); + + if (delim_index < 0) + throw new CorruptFileException ("Text delimiter expected."); + + Description = data.ToString (TextEncoding, 6, delim_index - 6); + + int offset = delim_index + delim.Count; + var l = new List<SynchedText> (); + + while (offset + delim.Count + 4 < data.Count) { + delim_index = data.Find (delim, offset, delim.Count); + + if (delim_index < offset) + throw new CorruptFileException ("Text delimiter expected."); + + string text = data.ToString (TextEncoding, offset, delim_index - offset); + offset = delim_index + delim.Count; + + if (offset + 4 > data.Count) + break; + + l.Add (new SynchedText (data.Mid (offset, 4).ToUInt (), text)); + offset += 4; + } + + this.text = l.ToArray (); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var encoding = CorrectEncoding (TextEncoding, version); + var delim = ByteVector.TextDelimiter (encoding); + var v = new ByteVector { + (byte)encoding, + ByteVector.FromString (Language, StringType.Latin1), + (byte)Format, + (byte)Type, + ByteVector.FromString (Description, encoding), + delim + }; + + foreach (SynchedText t in text) { + v.Add (ByteVector.FromString (t.Text, encoding)); + v.Add (delim); + v.Add (ByteVector.FromUInt ((uint)t.Time)); + } + + return v; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new SynchronisedLyricsFrame (Description, language, Type, TextEncoding) { + Format = Format, + text = (SynchedText[])text.Clone () + }; + return frame; + } + + #endregion + } + + + /// <summary> + /// This structure contains a single entry in a <see + /// cref="SynchronisedLyricsFrame" /> object. + /// </summary> + public struct SynchedText + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="SynchedText" /> with a specified time and text. + /// </summary> + /// <param name="time"> + /// A <see cref="long" /> value representing an amount of + /// time in a format define in the class using it. The + /// specific format is specified in <see + /// cref="SynchronisedLyricsFrame.Format" />. + /// </param> + /// <param name="text"> + /// A <see cref="string" /> object containing the text + /// for the point in time. + /// </param> + public SynchedText (long time, string text) + { + Time = time; + Text = text; + } + + /// <summary> + /// Gets and sets the time offset of the current instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value representing an amount of + /// time in a format define in the class using it. The + /// specific format is specified in <see + /// cref="SynchronisedLyricsFrame.Format" />. + /// </value> + public long Time { get; set; } + + /// <summary> + /// Gets and sets the text for the point in time represented + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the text + /// for the point in time. + /// </value> + public string Text { get; set; } + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/SynchronizedLyricsFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/SynchronizedLyricsFrame.cs.meta new file mode 100644 index 0000000..c56c39c --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/SynchronizedLyricsFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 1690a32df7e6754bc8de435b544cf336 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/TableOfContentsFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/TableOfContentsFrame.cs new file mode 100644 index 0000000..38c1438 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/TableOfContentsFrame.cs @@ -0,0 +1,296 @@ +using System; +using System.Collections.Generic; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" /> to provide support for + /// Table of Contents Frames, i.e. "<c>CTOC</c>", + /// (ID3v2 Chapter Frame Addendum 1.0, https://id3.org/id3v2-chapters-1.0). + /// </summary> + /// <remarks> + /// The <see cref="TableOfContentsFrame"/> is special in that it can hold + /// an arbitrary amount of sub-frames, which are made available here as a + /// List of <see cref="Frame"/>s in the property <see cref="SubFrames"/>. + /// + /// A tag may contain multiple <see cref="TableOfContentsFrame"/>s, there + /// may however be only one top-level "<c>CTOC</c>" as stated by the + /// property <see cref="IsTopLevel"/>. + /// + /// Each <see cref="TableOfContentsFrame"/> must have an identifying string + /// that is unique across all <see cref="TableOfContentsFrame"/>s and + /// <see cref="ChapterFrame"/>s in the tag. This is the <see cref="Id"/> + /// property. It is not intended for humans and players will not display it. + /// For humans, add a "<c>TIT2</c>" <see cref="TextInformationFrame"/>. + /// </remarks> + public class TableOfContentsFrame : Frame + { + [System.Flags] + private enum CTOCFlags : byte + { + TopLevel = 1, + Ordered = 2 + } + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new empty instance of <see + /// cref="TableOfContentsFrame" />. + /// </summary> + public TableOfContentsFrame () + : base (FrameType.CTOC, 4) + { + } + + /// <summary> + /// Constructs and initializes a new empty instance of <see + /// cref="TableOfContentsFrame" /> with the given TOC Id. + /// </summary> + public TableOfContentsFrame(string id) + : this() + { + Id = id; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TableOfContentsFrame" /> with the given TOC Id + /// and adds a TIT2 <see cref="TextInformationFrame"/> + /// with the given title. + /// </summary> + public TableOfContentsFrame(string id, string title) + : this(id) + { + SubFrames.Add(new TextInformationFrame("TIT2") { Text = new[] { title } }); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TableOfContentsFrame" /> by reading its raw data in + /// a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public TableOfContentsFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TableOfContentsFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal TableOfContentsFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + #region Public Properties + + /// <summary> + /// Gets and sets the internal table of contents id. + /// This should be <see cref="StringType.Latin1" /> + /// and must be unique with respect to any other + /// "<c>CTOC</c>" or "<c>CHAP</c>" frame in the tag. + /// </summary> + public string Id { get; set; } + + /// <summary> + /// Gets and sets the boolean stating that this is the root + /// of all "<c>CTOC</c>"s. As such there must be only one + /// "<c>CTOC</c>" with this set to true. + /// </summary> + public bool IsTopLevel { get; set; } + + /// <summary> + /// Gets and sets the boolean stating that this table of + /// contents’ chapters should be played in order. + /// </summary> + public bool IsOrdered { get; set; } + + /// <summary> + /// Gets and sets the list of chapters in this table of contents + /// identified by their <see cref="ChapterFrame.Id"/>s. + /// Because the number of chapters is stored in this frame using + /// only one byte for parsing purposes, this should not contain + /// more than 255 chapters. + /// </summary> + public List<string> ChapterIds { get; set; } = new List<string>(); + + /// <summary> + /// Gets and sets the descriptive sub-fields for this chapter. It + /// is recommended by the spec to have at least a "<c>TIT2</c>" + /// <see cref="TextInformationFrame"/> with the chapter title, but + /// it can contain anything. + /// </summary> + /// <value> + /// A List of arbitrary <see cref="Frame" />s. + /// </value> + public List<Frame> SubFrames { get; set; } = new List<Frame>(); + + #endregion + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + // https://id3.org/id3v2-chapters-1.0 + + int idLength = data.IndexOf((byte)0) + 1; + Id = data.ToString(StringType.Latin1, 0, idLength - 1); + + var flags = (CTOCFlags)data[idLength]; //Flags %000000ab Entry count $xx (8-bit unsigned int) + IsTopLevel = flags.HasFlag(CTOCFlags.TopLevel); //a + IsOrdered = flags.HasFlag(CTOCFlags.Ordered); //b + + var chapterCount = data[idLength + 1]; //Entry count $xx (8-bit unsigned int) + + if (data.Count <= idLength + 2) + return; //no chapter ids and no subframes + + /* Get chapter ids according to the chapterCount byte. + * Anything left after that should be subframes. + * TODO: If there are more chapters than fit inside + * the chapterCount byte, I guess the file is malformed? + */ + int position = idLength + 2; + for (int i = 0; i < chapterCount; i++) + { + int nextPosition = data.Find((byte)0, position) + 1; + ChapterIds.Add(data.Mid(position, nextPosition-position-1).ToString(StringType.Latin1)); + position = nextPosition; + } + + SubFrames = new List<Frame>(); + int frame_data_endposition = data.Count; + while (position < frame_data_endposition) + { + Frame frame; + try + { + frame = FrameFactory.CreateFrame(data, null, ref position, version, true /* ? */); + } + catch (NotImplementedException) + { + continue; + } + catch (CorruptFileException) + { + throw; + } + + if (frame == null) + break; + + // Only add frames that contain data. + if (frame.Size == 0) + continue; + + SubFrames.Add(frame); + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var data = ByteVector.FromString(Id, StringType.Latin1); + data.Add((byte)0); + data.Add((byte)((IsTopLevel ? CTOCFlags.TopLevel : 0) | (IsOrdered ? CTOCFlags.Ordered : 0))); + data.Add(ChapterIds.Count >= byte.MaxValue ? byte.MaxValue /*TODO: throw?*/ : (byte)ChapterIds.Count); + + foreach(var chap in ChapterIds) + { + data.Add(ByteVector.FromString(chap, StringType.Latin1)); + data.Add((byte)0); + } + + foreach (var f in SubFrames) + data.Add(f.Render(version)); + + return data; + } + + #endregion + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone() + { + var frame = new TableOfContentsFrame(Id); + frame.IsTopLevel = IsTopLevel; + frame.IsOrdered = IsOrdered; + + foreach (var c in ChapterIds) + frame.ChapterIds.Add(c); + + foreach (var f in SubFrames) + frame.SubFrames.Add(f.Clone()); + + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/TableOfContentsFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/TableOfContentsFrame.cs.meta new file mode 100644 index 0000000..d2f4991 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/TableOfContentsFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 248bc416286076e6f8cdf2c73222fa1e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/TermsOfUseFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/TermsOfUseFrame.cs new file mode 100644 index 0000000..80be899 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/TermsOfUseFrame.cs @@ -0,0 +1,360 @@ +// +// TermsOfUseFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Terms of Use (USER) Frames. + /// </summary> + /// <remarks> + /// This frame contains license text or restrictions on the use of a + /// media file. + /// </remarks> + public class TermsOfUseFrame : Frame + { + #region Private Fields + + /// <summary> + /// Contains the ISO-639-2 language code of the current + /// instance. + /// </summary> + string language; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="TermsOfUseFrame" /> with a specified language and + /// encoding. + /// </summary> + /// <param name="language"> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code of the new frame. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> containing the text encoding + /// to use when rendering the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public TermsOfUseFrame (string language, StringType encoding) + : base (FrameType.USER, 4) + { + TextEncoding = encoding; + this.language = language; + } + + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="TermsOfUseFrame" /> with a specified language. + /// </summary> + /// <param name="language"> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code of the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public TermsOfUseFrame (string language) + : base (FrameType.USER, 4) + { + this.language = language; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TermsOfUseFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public TermsOfUseFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TermsOfUseFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal TermsOfUseFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the text encoding to use when storing the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the text encoding to + /// use when storing the current instance. + /// </value> + /// <remarks> + /// This encoding is overridden when rendering if <see + /// cref="Tag.ForceDefaultEncoding" /> is <see + /// langword="true" /> or the render version does not support + /// it. + /// </remarks> + public StringType TextEncoding { get; set; } = Tag.DefaultEncoding; + + /// <summary> + /// Gets and sets the ISO-639-2 language code stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one file with a matching + /// ISO-639-2 language code per tag. + /// </remarks> + public string Language { + get { + return (language != null && language.Length > 2) + ? language.Substring (0, 3) : "XXX"; + } + set { language = value; } + } + + /// <summary> + /// Gets and sets the terms of use stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the terms of + /// use. + /// </value> + public string Text { get; set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the terms of use. + /// </returns> + public override string ToString () + { + return Text; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified terms of use frame from the specified + /// tag, optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> specifying the ISO-639-2 language + /// code to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="TermsOfUseFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found and <paramref name="create" /> is <see + /// langword="false" />. + /// </returns> + public static TermsOfUseFrame Get (Tag tag, string language, bool create) + { + foreach (Frame f in tag.GetFrames (FrameType.USER)) { + if (f is TermsOfUseFrame cf && (language == null || language == cf.Language)) + return cf; + } + + if (!create) + return null; + + var frame = new TermsOfUseFrame (language); + tag.AddFrame (frame); + return frame; + } + + /// <summary> + /// Gets a specified terms of use frame from the specified + /// tag, trying to to match the language but accepting one + /// with a different language if a match was not found. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> specifying the ISO-639-2 language + /// code to match. + /// </param> + /// <returns> + /// A <see cref="TermsOfUseFrame" /> object containing the + /// matching frame, or <see langword="null" /> if a match + /// wasn't found. + /// </returns> + public static TermsOfUseFrame GetPreferred (Tag tag, string language) + { + TermsOfUseFrame best = null; + foreach (Frame f in tag.GetFrames (FrameType.USER)) { + if (!(f is TermsOfUseFrame cf)) + continue; + + if (cf.Language == language) + return cf; + + if (best == null) + best = cf; + } + + return best; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + if (data.Count < 4) + throw new CorruptFileException ("Not enough bytes in field."); + + TextEncoding = (StringType)data[0]; + language = data.ToString (StringType.Latin1, 1, 3); + Text = data.ToString (TextEncoding, 4, data.Count - 4); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var encoding = CorrectEncoding (TextEncoding, version); + var v = new ByteVector { + (byte)encoding, + ByteVector.FromString (Language, + StringType.Latin1), + ByteVector.FromString (Text, encoding) + }; + + return v; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new TermsOfUseFrame (language, TextEncoding) { + Text = Text + }; + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/TermsOfUseFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/TermsOfUseFrame.cs.meta new file mode 100644 index 0000000..76a8cc6 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/TermsOfUseFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cf81525ecc14023b38c3de1b72eabc92 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/TextIdentificationFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/TextIdentificationFrame.cs new file mode 100644 index 0000000..541adf2 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/TextIdentificationFrame.cs @@ -0,0 +1,1343 @@ +// +// TextInformationFrame.cs: Provides support ID3v2 Text Information Frames +// (Section 4.2), covering "T000" to "TZZZ", excluding "TXXX". +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// textidentificationframe.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Globalization; +using System.Text; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" /> to provide support ID3v2 + /// Text Information Frames (Section 4.2), covering "<c>T000</c>" to + /// "<c>TZZZ</c>", excluding "<c>TXXX</c>". + /// </summary> + /// <remarks> + /// <para>Text Information Frames contain the most commonly used + /// values in tagging, including the artist, the track name, and just + /// about any value that can be expressed as text.</para> + /// <para>The following table contains types and descriptions as + /// found in the ID3 2.4.0 native frames specification. (Copyright + /// (C) Martin Nilsson 2000.)</para> + /// + /// <list type="table"> + /// <listheader> + /// <term>ID</term> + /// <description>Description</description> + /// </listheader> + /// <item> + /// <term>TIT1</term> + /// <description>The 'Content group description' frame is used + /// if the sound belongs to a larger category of sounds/music. + /// For example, classical music is often sorted in different + /// musical sections (e.g. "Piano Concerto", "Weather - + /// Hurricane").</description> + /// </item> + /// <item> + /// <term>TIT2</term> + /// <description>The 'Title/Songname/Content description' frame + /// is the actual name of the piece (e.g. "Adagio", "Hurricane + /// Donna").</description> + /// </item> + /// <item> + /// <term>TIT3</term> + /// <description>The 'Subtitle/Description refinement' frame is + /// used for information directly related to the contents title + /// (e.g. "Op. 16" or "Performed live at + /// Wembley").</description> + /// </item> + /// <item> + /// <term>TALB</term> + /// <description>The 'Album/Movie/Show title' frame is intended + /// for the title of the recording (or source of sound) from + /// which the audio in the file is taken.</description> + /// </item> + /// <item> + /// <term>TOAL</term> + /// <description>The 'Original album/movie/show title' frame is + /// intended for the title of the original recording (or source + /// of sound), if for example the music in the file should be a + /// cover of a previously released song.</description> + /// </item> + /// <item> + /// <term>TRCK</term> + /// <description>The 'Track number/Position in set' frame is a + /// numeric string containing the order number of the + /// audio-file on its original recording. This MAY be extended + /// with a "/" character and a numeric string containing the + /// total number of tracks/elements on the original recording. + /// E.g. "4/9".</description> + /// </item> + /// <item> + /// <term>TPOS</term> + /// <description>The 'Part of a set' frame is a numeric string + /// that describes which part of a set the audio came from. + /// This frame is used if the source described in the "TALB" + /// frame is divided into several mediums, e.g. a double CD. + /// The value MAY be extended with a "/" character and a + /// numeric string containing the total number of parts in the + /// set. E.g. "1/2".</description> + /// </item> + /// <item> + /// <term>TSST</term> + /// <description>The 'Set subtitle' frame is intended for the + /// subtitle of the part of a set this track belongs + /// to.</description> + /// </item> + /// <item> + /// <term>TSRC</term> + /// <description>The 'ISRC' frame should contain the + /// International Standard Recording Code [ISRC] (12 + /// characters).</description> + /// </item> + /// <item> + /// <term>TPE1</term> + /// <description>The + /// 'Lead artist/Lead performer/Soloist/Performing group' is + /// used for the main artist.</description> + /// </item> + /// <item> + /// <term>TPE2</term> + /// <description>The 'Band/Orchestra/Accompaniment' frame is + /// used for additional information about the performers in the + /// recording.</description> + /// </item> + /// <item> + /// <term>TPE3</term> + /// <description>The 'Conductor' frame is used for the name of + /// the conductor.</description> + /// </item> + /// <item> + /// <term>TPE4</term> + /// <description>The 'Interpreted, remixed, or otherwise + /// modified by' frame contains more information about the + /// people behind a remix and similar interpretations of + /// another existing piece.</description> + /// </item> + /// <item> + /// <term>TOPE</term> + /// <description>The 'Original artist/performer' frame is + /// intended for the performer of the original recording, if + /// for example the music in the file should be a cover of a + /// previously released song.</description> + /// </item> + /// <item> + /// <term>TEXT</term> + /// <description>The 'Lyricist/Text writer' frame is intended + /// for the writer of the text or lyrics in the + /// recording.</description> + /// </item> + /// <item> + /// <term>TOLY</term> + /// <description>The 'Original lyricist/text writer' frame is + /// intended for the text writer of the original recording, if + /// for example the music in the file should be a cover of a + /// previously released song.</description> + /// </item> + /// <item> + /// <term>TCOM</term> + /// <description>The 'Composer' frame is intended for the name + /// of the composer.</description> + /// </item> + /// <item> + /// <term>TMCL</term> + /// <description>The 'Musician credits list' is intended as a + /// mapping between instruments and the musician that played + /// it. Every odd field is an instrument and every even is an + /// artist or a comma delimited list of artists.</description> + /// </item> + /// <item> + /// <term>TIPL</term> + /// <description>The 'Involved people list' is very similar to + /// the musician credits list, but maps between functions, like + /// producer, and names.</description> + /// </item> + /// <item> + /// <term>TENC</term> + /// <description>The 'Encoded by' frame contains the name of + /// the person or organisation that encoded the audio file. + /// This field may contain a copyright message, if the audio + /// file also is copyrighted by the encoder.</description> + /// </item> + /// <item> + /// <term>TBPM</term> + /// <description>The 'BPM' frame contains the number of beats + /// per minute in the main part of the audio. The BPM is an + /// integer and represented as a numerical + /// string.</description> + /// </item> + /// <item> + /// <term>TLEN</term> + /// <description>The 'Length' frame contains the length of the + /// audio file in milliseconds, represented as a numeric + /// string.</description> + /// </item> + /// <item> + /// <term>TKEY</term> + /// <description>The 'Initial key' frame contains the musical + /// key in which the sound starts. It is represented as a + /// string with a maximum length of three characters. The + /// ground keys are represented with "A","B","C","D","E", "F" + /// and "G" and halfkeys represented with "b" and "#". Minor is + /// represented as "m", e.g. "Dbm". Off key is represented with + /// an "o" only.</description> + /// </item> + /// <item> + /// <term>TLAN</term> + /// <description>The 'Language' frame should contain the + /// languages of the text or lyrics spoken or sung in the + /// audio. The language is represented with three characters + /// according to ISO-639-2. If more than one language is used + /// in the text their language codes should follow according to + /// the amount of their usage.</description> + /// </item> + /// <item> + /// <term>TCON</term> + /// <description>The 'Content type', which ID3v1 was stored as + /// a one byte numeric value only, is now a string. You may use + /// one or several of the ID3v1 types as numerical strings, or, + /// since the category list would be impossible to maintain + /// with accurate and up to date categories, define your + /// own.</description> + /// </item> + /// <item> + /// <term>TFLT</term> + /// <description>The 'File type' frame indicates which type of + /// audio this tag defines. (See the specification for more + /// details.)</description> + /// </item> + /// <item> + /// <term>TMED</term> + /// <description>The 'Media type' frame describes from which + /// media the sound originated. (See the specification for more + /// details.)</description> + /// </item> + /// <item> + /// <term>TMOO</term> + /// <description>The 'Mood' frame is intended to reflect the + /// mood of the audio with a few keywords, e.g. "Romantic" or + /// "Sad".</description> + /// </item> + /// <item> + /// <term>TCOP</term> + /// <description>The 'Copyright message' frame, in which the + /// string must begin with a year and a space character (making + /// five characters), is intended for the copyright holder of + /// the original sound, not the audio file itself. The absence + /// of this frame means only that the copyright information is + /// unavailable or has been removed, and must not be + /// interpreted to mean that the audio is public domain. Every + /// time this field is displayed the field must be preceded + /// with "Copyright " (C) " ", where (C) is one character + /// showing a C in a circle.</description> + /// </item> + /// <item> + /// <term>TPRO</term> + /// <description>The 'Produced notice' frame, in which the + /// string must begin with a year and a space character (making + /// five characters), is intended for the production copyright + /// holder of the original sound, not the audio file itself. + /// The absence of this frame means only that the production + /// copyright information is unavailable or has been removed, + /// and must not be interpreted to mean that the audio is + /// public domain. Every time this field is displayed the field + /// must be preceded with "Produced " (P) " ", where (P) is one + /// character showing a P in a circle.</description> + /// </item> + /// <item> + /// <term>TPUB</term> + /// <description>The 'Publisher' frame simply contains the name + /// of the label or publisher.</description> + /// </item> + /// <item> + /// <term>TOWN</term> + /// <description>The 'File owner/licensee' frame contains the + /// name of the owner or licensee of the file and it's + /// contents.</description> + /// </item> + /// <item> + /// <term>TRSN</term> + /// <description>The 'Internet radio station name' frame + /// contains the name of the internet radio station from which + /// the audio is streamed.</description> + /// </item> + /// <item> + /// <term>TRSO</term> + /// <description>The 'Internet radio station owner' frame + /// contains the name of the owner of the internet radio + /// station from which the audio is streamed.</description> + /// </item> + /// <item> + /// <term>TOFN</term> + /// <description>The 'Original filename' frame contains the + /// preferred filename for the file, since some media doesn't + /// allow the desired length of the filename. The filename is + /// case sensitive and includes its suffix.</description> + /// </item> + /// <item> + /// <term>TDLY</term> + /// <description>The 'Playlist delay' defines the numbers of + /// milliseconds of silence that should be inserted before this + /// audio. The value zero indicates that this is a part of a + /// multifile audio track that should be played + /// continuously.</description> + /// </item> + /// <item> + /// <term>TDEN</term> + /// <description>The 'Encoding time' frame contains a timestamp + /// describing when the audio was encoded. Timestamp format is + /// described in the ID3v2 structure document.</description> + /// </item> + /// <item> + /// <term>TDOR</term> + /// <description>The 'Original release time' frame contains a + /// timestamp describing when the original recording of the + /// audio was released. Timestamp format is described in the + /// ID3v2 structure document.</description> + /// </item> + /// <item> + /// <term>TDRC</term> + /// <description>The 'Recording time' frame contains a + /// timestamp describing when the audio was recorded. Timestamp + /// format is described in the ID3v2 structure + /// document.</description> + /// </item> + /// <item> + /// <term>TDRL</term> + /// <description>The 'Release time' frame contains a timestamp + /// describing when the audio was first released. Timestamp + /// format is described in the ID3v2 structure + /// document.</description> + /// </item> + /// <item> + /// <term>TDTG</term> + /// <description>The 'Tagging time' frame contains a timestamp + /// describing then the audio was tagged. Timestamp format is + /// described in the ID3v2 structure document.</description> + /// </item> + /// <item> + /// <term>TSSE</term> + /// <description>The 'Software/Hardware and settings used for + /// encoding' frame includes the used audio encoder and its + /// settings when the file was encoded. Hardware refers to + /// hardware encoders, not the computer on which a program was + /// run.</description> + /// </item> + /// <item> + /// <term>TSOA</term> + /// <description>The 'Album sort order' frame defines a string + /// which should be used instead of the album name (TALB) for + /// sorting purposes. E.g. an album named "A Soundtrack" might + /// preferably be sorted as "Soundtrack".</description> + /// </item> + /// <item> + /// <term>TSOP</term> + /// <description>The 'Performer sort order' frame defines a + /// string which should be used instead of the performer (TPE2) + /// for sorting purposes.</description> + /// </item> + /// <item> + /// <term>TSOT</term> + /// <description>The 'Title sort order' frame defines a string + /// which should be used instead of the title (TIT2) for + /// sorting purposes.</description> + /// </item> + /// </list> + /// </remarks> + public class TextInformationFrame : Frame + { + #region Private Fields + + /// <summary> + /// Contains the encoding to use for the text. + /// </summary> + StringType encoding = Tag.DefaultEncoding; + + /// <summary> + /// Contains the text fields. + /// </summary> + string[] text_fields = new string[0]; + + /// <summary> + /// Contains the raw data from the frame, or <see + /// langword="null" /> if it has been processed. + /// </summary> + /// <remarks> + /// Rather than processing the data when the frame is loaded, + /// it is parsed on demand, reducing the ammount of + /// unnecessary conversion. + /// </remarks> + ByteVector raw_data; + + /// <summary> + /// Contains the ID3v2 version of <see cref="raw_data" />. + /// </summary> + byte raw_version; + + /// <summary> + /// Contains the Encoding of the raw_data + /// </summary> + StringType raw_encoding = StringType.Latin1; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TextInformationFrame" /> with a specified + /// identifier and text encoding. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing an ID3v2.4 + /// frame identifier. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> value specifying the encoding + /// to use for the new instance. + /// </param> + public TextInformationFrame (ByteVector ident, StringType encoding) + : base (ident, 4) + { + this.encoding = encoding; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TextInformationFrame" /> with a specified + /// identifer. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing an ID3v2.4 + /// frame identifier. + /// </param> + public TextInformationFrame (ByteVector ident) + : this (ident, Tag.DefaultEncoding) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TextInformationFrame" /> by reading its raw + /// contents in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the + /// frame to read. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// in which <paramref name="data" /> is encoded. + /// </param> + public TextInformationFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="TextInformationFrame" /> by reading its raw + /// contents from a specifed position in a <see + /// cref="ByteVector" /> object in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the frame + /// to read. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the offset in + /// <paramref name="data" /> at which the frame begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> value containing the header + /// that would be read in the frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// in which <paramref name="data" /> is encoded. + /// </param> + protected internal TextInformationFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the text contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="StringCollection" /> object containing the + /// text contained in the current instance. + /// </value> + /// <remarks> + /// Modifying the contents of the returned value will not + /// modify the contents of the current instance. + /// </remarks> + [Obsolete ("Use TextInformationFrame.Text")] + public StringCollection FieldList { + get { + ParseRawData (); + return new StringCollection (Text); + } + } + + /// <summary> + /// Gets and sets the text contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the text contained + /// in the current instance. + /// </value> + /// <remarks> + /// <para>Modifying the contents of the returned value will + /// not modify the contents of the current instance. The + /// value must be reassigned for the value to change.</para> + /// </remarks> + /// <example> + /// <para>Modifying the values text values of a frame.</para> + /// <code> TextInformationFrame frame = TextInformationFrame.Get (myTag, "TPE1", true); + /// /* Upper casing all the text: */ + /// string[] text = frame.Text; + /// for (int i = 0; i &lt; text.Length; i++) + /// text [i] = text [i].ToUpper (); + /// frame.Text = text; + /// + /// /* Replacing the value completely: */ + /// frame.Text = new string [] {"DJ Jazzy Jeff"};</code> + /// </example> + public virtual string[] Text { + get { + ParseRawData (); + return (string[])text_fields.Clone (); + } + set { + raw_data = null; + text_fields = value != null ? + (string[])value.Clone () : + new string[0]; + } + } + + /// <summary> + /// Gets and sets the text encoding to use when rendering + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="StringType" /> value specifying the encoding + /// to use when rendering the current instance. + /// </value> + /// <remarks> + /// This value will be overwritten if <see + /// cref="TagLib.Id3v2.Tag.ForceDefaultEncoding" /> is <see + /// langword="true" />. + /// </remarks> + public StringType TextEncoding { + get { + ParseRawData (); + return encoding; + } + set { encoding = value; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Sets the text contained in the current instance. + /// </summary> + /// <param name="fields"> + /// A <see cref="StringCollection" /> object containing text + /// to store in the current instance. + /// </param> + [Obsolete ("Use TextInformationFrame.Text")] + public void SetText (StringCollection fields) + { + raw_data = null; + Text = fields?.ToArray (); + } + + /// <summary> + /// Sets the text contained in the current instance. + /// </summary> + /// <param name="text"> + /// A <see cref="T:string[]" /> containing text to store in the + /// current instance. + /// </param> + [Obsolete ("Use TextInformationFrame.Text")] + public void SetText (params string[] text) + { + raw_data = null; + Text = text; + } + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the joined text. + /// </returns> + public override string ToString () + { + ParseRawData (); + return string.Join ("; ", Text); + } + + /// <summary> + /// Renders the current instance, encoded in a specified + /// ID3v2 version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> value specifying the version of + /// ID3v2 to use when encoding the current instance. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public override ByteVector Render (byte version) + { + if (version != 3 || FrameId != FrameType.TDRC) + return base.Render (version); + + string text = ToString (); + if (text.Length < 10 || text[4] != '-' || text[7] != '-') + return base.Render (version); + + ByteVector output = new ByteVector (); + TextInformationFrame f; + + f = new TextInformationFrame (FrameType.TYER, encoding); + f.Text = new [] { text.Substring (0, 4) }; + output.Add (f.Render (version)); + + f = new TextInformationFrame (FrameType.TDAT, encoding); + f.Text = new [] { + text.Substring (5, 2) + text.Substring (8, 2) + }; + output.Add (f.Render (version)); + + if (text.Length < 16 || text[10] != 'T' || text[13] != ':') + return output; + + f = new TextInformationFrame (FrameType.TIME, encoding); + f.Text = new [] { + text.Substring (11, 2) + text.Substring (14, 2) + }; + output.Add (f.Render (version)); + + return output; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a <see cref="TextInformationFrame" /> object of a + /// specified type from a specified tag, optionally creating + /// and adding one with a specified encoding if none is + /// found. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search for the specified + /// tag in. + /// </param> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifer to search for. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> value specifying the encoding + /// to use if a new frame is created. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// create a new frame if an existing frame was not found. + /// </param> + /// <returns> + /// A <see cref="TextInformationFrame" /> object containing + /// the frame found in or added to <paramref name="tag" /> or + /// <see langword="null" /> if no value was found <paramref + /// name="create" /> is <see langword="false" />. + /// </returns> + /// <remarks> + /// To create a frame without having to specify the encoding, + /// use <see cref="Get(Tag,ByteVector,bool)" />. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="tag" /> or <paramref name="ident" /> is + /// <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public static TextInformationFrame Get (Tag tag, ByteVector ident, StringType encoding, bool create) + { + if (tag == null) + throw new ArgumentNullException (nameof (tag)); + + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", nameof (ident)); + + foreach (var frame in tag.GetFrames<TextInformationFrame> (ident)) + return frame; + + if (!create) + return null; + + var new_frame = new TextInformationFrame (ident, encoding); + tag.AddFrame (new_frame); + return new_frame; + } + + /// <summary> + /// Gets a <see cref="TextInformationFrame" /> object of a + /// specified type from a specified tag, optionally creating + /// and adding one if none is found. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search for the specified + /// tag in. + /// </param> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifer to search for. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// create a new frame if an existing frame was not found. + /// </param> + /// <returns> + /// A <see cref="TextInformationFrame" /> object containing + /// the frame found in or added to <paramref name="tag" /> or + /// <see langword="null" /> if no value was found <paramref + /// name="create" /> is <see langword="false" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="tag" /> or <paramref name="ident" /> is + /// <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public static TextInformationFrame Get (Tag tag, ByteVector ident, bool create) + { + return Get (tag, ident, Tag.DefaultEncoding, create); + } + + /// <summary> + /// Gets a <see cref="TextInformationFrame" /> object of a + /// specified type from a specified tag. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search for the specified + /// tag in. + /// </param> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifer to search for. + /// </param> + /// <returns> + /// A <see cref="TextInformationFrame" /> object containing + /// the frame found in <paramref name="tag" /> or <see + /// langword="null" /> if no value was found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="tag" /> or <paramref name="ident" /> is + /// <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + [Obsolete ("Use TextInformationFrame.Get(Tag,ByteVector,bool)")] + public static TextInformationFrame Get (Tag tag, ByteVector ident) + { + return Get (tag, ident, false); + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + raw_data = data; + raw_version = version; + + // read the string data type (the first byte of the + // field data) + raw_encoding = (StringType)data[0]; + } + + /// <summary> + /// Performs the actual parsing of the raw data. + /// </summary> + /// <remarks> + /// Because of the high parsing cost and relatively low usage + /// of the class, <see cref="ParseFields" /> only stores the + /// field data so it can be parsed on demand. Whenever a + /// property or method is called which requires the data, + /// this method is called, and only on the first call does it + /// actually parse the data. + /// </remarks> + protected void ParseRawData () + { + if (raw_data == null) + return; + + ByteVector data = raw_data; + raw_data = null; + + // read the string data type (the first byte of the + // field data) + encoding = (StringType)data[0]; + List<string> field_list = new List<string> (); + + ByteVector delim = ByteVector.TextDelimiter (encoding); + + if (raw_version > 3 || FrameId == FrameType.TXXX) { + field_list.AddRange (data.ToStrings (encoding, 1)); + } else if (data.Count > 1 && !data.Mid (1, delim.Count).Equals (delim)) { + string value = data.ToString (encoding, 1, data.Count - 1); + + // Truncate values containing NULL bytes + int null_index = value.IndexOf ('\x00'); + if (null_index >= 0) { + value = value.Substring (0, null_index); + } + + if (FrameId == FrameType.TCOM || + FrameId == FrameType.TEXT || + FrameId == FrameType.TMCL || + FrameId == FrameType.TOLY || + FrameId == FrameType.TOPE || + FrameId == FrameType.TSOC || + FrameId == FrameType.TSOP || + FrameId == FrameType.TSO2 || + FrameId == FrameType.TPE1 || + FrameId == FrameType.TPE2 || + FrameId == FrameType.TPE3 || + FrameId == FrameType.TPE4) { + field_list.AddRange (value.Split ('/')); + } else if (FrameId == FrameType.TCON) { + while (value.Length > 1 && value[0] == '(') { + int closing = value.IndexOf (')'); + if (closing < 0) + break; + + string number = value.Substring (1, closing - 1); + + field_list.Add (number); + + value = value.Substring (closing + 1).TrimStart ('/', ' '); + + string text = Genres.IndexToAudio (number); + if (text != null && value.StartsWith (text)) + value = value.Substring (text.Length).TrimStart ('/', ' '); + } + + if (value.Length > 0) + field_list.AddRange (value.Split (new[] { '/', ';' })); + } else { + field_list.Add (value); + } + } + + // Bad tags may have one or more nul characters at the + // end of a string, resulting in empty strings at the + // end of the FieldList. Strip them off. + while (field_list.Count != 0 && string.IsNullOrEmpty (field_list[field_list.Count - 1])) + field_list.RemoveAt (field_list.Count - 1); + + text_fields = field_list.ToArray (); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + if (raw_data != null && raw_version == version && raw_encoding == Tag.DefaultEncoding) + return raw_data; + + StringType encoding = CorrectEncoding (TextEncoding, version); + ByteVector v = new ByteVector ((byte)encoding); + string[] text = text_fields; + + bool txxx = FrameId == FrameType.TXXX; + + if (version > 3 || txxx) { + + if (txxx) { + if (text.Length == 0) + text = new string[] { null, null }; + else if (text.Length == 1) + text = new [] { text[0], null }; + } + + for (int i = 0; i < text.Length; i++) { + // Since the field list is null + // delimited, if this is not the first + // element in the list, append the + // appropriate delimiter for this + // encoding. + + if (i != 0) + v.Add (ByteVector.TextDelimiter (encoding)); + + if (text[i] != null) + v.Add (ByteVector.FromString (text[i], encoding)); + } + } else if (FrameId == FrameType.TCON) { + bool prev_value_indexed = true; + StringBuilder data = new StringBuilder (); + foreach (string s in text) { + if (!prev_value_indexed) { + data.Append (";").Append (s); + continue; + } + + // FIXME, Should this be "==" or "="? + if (prev_value_indexed = byte.TryParse (s, out var id)) + data.AppendFormat (CultureInfo.InvariantCulture, "({0})", id); + else + data.Append (s); + } + + v.Add (ByteVector.FromString (data.ToString (), encoding)); + } else { + v.Add (ByteVector.FromString (string.Join ("/", text), encoding)); + } + + return v; + } + + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = (this is UserTextInformationFrame) ? new UserTextInformationFrame (null, encoding) : new TextInformationFrame (FrameId, encoding); + frame.text_fields = (string[])text_fields.Clone (); + if (raw_data != null) + frame.raw_data = new ByteVector (raw_data); + frame.raw_version = raw_version; + return frame; + } + + #endregion + } + + + + /// <summary> + /// This class extends <see cref="TextInformationFrame" /> to provide + /// support for ID3v2 User Text Information (TXXX) Frames. + /// </summary> + public class UserTextInformationFrame : TextInformationFrame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UserTextInformationFrame" /> with a specified + /// description and text encoding. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> containing the text encoding + /// to use when rendering the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see + /// cref="Get(Tag,string,StringType,bool)" /> for more + /// integrated frame creation. + /// </remarks> + public UserTextInformationFrame (string description, StringType encoding) + : base (FrameType.TXXX, encoding) + { + base.Text = new [] { description }; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UserTextInformationFrame" /> with a specified + /// description. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see + /// cref="Get(Tag,string,bool)" /> for more integrated frame + /// creation. + /// </remarks> + public UserTextInformationFrame (string description) + : base (FrameType.TXXX) + { + base.Text = new [] { description }; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UserTextInformationFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public UserTextInformationFrame (ByteVector data, byte version) + : base (data, version) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UserTextInformationFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal UserTextInformationFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (data, offset, header, version) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the description stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the description + /// stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description per tag. + /// </remarks> + public string Description { + get { + string[] text = base.Text; + return text.Length > 0 ? text[0] : null; + } + + set { + string[] text = base.Text; + if (text.Length > 0) + text[0] = value; + else + text = new [] { value }; + + base.Text = text; + } + } + + /// <summary> + /// Gets and sets the text contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the text contained + /// in the current instance. + /// </value> + /// <remarks> + /// <para>Modifying the contents of the returned value will + /// not modify the contents of the current instance. The + /// value must be reassigned for the value to change.</para> + /// </remarks> + public override string[] Text { + get { + string[] text = base.Text; + if (text.Length < 2) + return new string[0]; + + string[] new_text = new string[text.Length - 1]; + for (int i = 0; i < new_text.Length; i++) + new_text[i] = text[i + 1]; + + return new_text; + } + set { + string[] new_value = new string[value?.Length + 1 ?? 1]; + + new_value[0] = Description; + + for (int i = 1; i < new_value.Length; i++) + new_value[i] = value[i - 1]; + + base.Text = new_value; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the joined text. + /// </returns> + public override string ToString () + { + return new StringBuilder ().Append ("[") + .Append (Description) + .Append ("] ") + .Append (base.ToString ()).ToString (); + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified user text frame from the specified tag, + /// optionally creating it if it does not exist and optionally + /// searching for the frame case-insensitive. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="type"> + /// A <see cref="StringType" /> specifying the encoding to + /// use if creating a new frame. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <param name="caseSensitive"> + /// A <see cref="bool" /> specifying whether or not to search + /// for the frame case-sensitive. + /// </param> + /// <returns> + /// A <see cref="UserTextInformationFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UserTextInformationFrame Get (Tag tag, string description, StringType type, bool create, bool caseSensitive) + { + if (tag == null) + throw new ArgumentNullException (nameof (tag)); + + if (description == null) + throw new ArgumentNullException (nameof (description)); + + if (description.Length == 0) + throw new ArgumentException ("Description must not be empty.", nameof (description)); + + StringComparison stringComparison = + caseSensitive ? StringComparison.InvariantCulture : + StringComparison.InvariantCultureIgnoreCase; + + foreach (var frame in tag.GetFrames<UserTextInformationFrame> (FrameType.TXXX)) + if (description.Equals (frame.Description, stringComparison)) + return frame; + + if (!create) + return null; + + var new_frame = new UserTextInformationFrame (description, type); + tag.AddFrame (new_frame); + return new_frame; + } + + /// <summary> + /// Gets a specified user text frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="type"> + /// A <see cref="StringType" /> specifying the encoding to + /// use if creating a new frame. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="UserTextInformationFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UserTextInformationFrame Get (Tag tag, string description, StringType type, bool create) + { + return Get (tag, description, type, create, true); + } + + /// <summary> + /// Gets a specified user text frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="UserTextInformationFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UserTextInformationFrame Get (Tag tag, string description, bool create) + { + return Get (tag, description, Tag.DefaultEncoding, create); + } + + /// <summary> + /// Gets a specified user text frame from the specified tag. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <returns> + /// A <see cref="UserTextInformationFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found. + /// </returns> + [Obsolete ("Use UserTextInformationFrame.Get(Tag,string,bool)")] + public static UserTextInformationFrame Get (Tag tag, string description) + { + return Get (tag, description, false); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/TextIdentificationFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/TextIdentificationFrame.cs.meta new file mode 100644 index 0000000..768bc49 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/TextIdentificationFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a11b4e4eb62ab7553a18ead87ecb069f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UniqueFileIdentifierFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/UniqueFileIdentifierFrame.cs new file mode 100644 index 0000000..5031f37 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UniqueFileIdentifierFrame.cs @@ -0,0 +1,295 @@ +// +// UniqueFileIdentifierFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// uniquefileidentifierframe.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Unique File Identifier (UFID) Frames. + /// </summary> + public class UniqueFileIdentifierFrame : Frame + { + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UniqueFileIdentifierFrame" /> with a specified + /// owner and identifier data. + /// </summary> + /// <param name="owner"> + /// A <see cref="string" /> containing the owner of the new + /// frame. + /// </param> + /// <param name="identifier"> + /// A <see cref="ByteVector" /> object containing the + /// identifier for the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see + /// cref="Get(Tag,string,bool)" /> for more integrated frame + /// creation. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="owner" /> is <see langword="null" />. + /// </exception> + public UniqueFileIdentifierFrame (string owner, ByteVector identifier) + : base (FrameType.UFID, 4) + { + if (owner == null) + throw new ArgumentNullException (nameof (owner)); + + Owner = owner; + Identifier = identifier; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UniqueFileIdentifierFrame" /> with a specified + /// owner. + /// </summary> + /// <param name="owner"> + /// A <see cref="string" /> containing the owner of the new + /// frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see + /// cref="Get(Tag,string,bool)" /> for more integrated frame + /// creation. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="owner" /> is <see langword="null" />. + /// </exception> + public UniqueFileIdentifierFrame (string owner) + : this (owner, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UniqueFileIdentifierFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public UniqueFileIdentifierFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UniqueFileIdentifierFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal UniqueFileIdentifierFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the owner of the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the owner of the + /// current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching owner per + /// tag. + /// </remarks> + public string Owner { get; private set; } + + /// <summary> + /// Gets and sets the identifier data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containiner the unique + /// file identifier frame. + /// </value> + public ByteVector Identifier { get; set; } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified unique file identifer frame from the + /// specified tag, optionally creating it if it does not + /// exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="owner"> + /// A <see cref="string" /> specifying the owner to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="UserTextInformationFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UniqueFileIdentifierFrame Get (Tag tag, string owner, bool create) + { + UniqueFileIdentifierFrame ufid; + + foreach (Frame frame in tag.GetFrames (FrameType.UFID)) { + ufid = frame as UniqueFileIdentifierFrame; + + if (ufid == null) + continue; + + if (ufid.Owner == owner) + return ufid; + } + + if (!create) + return null; + + ufid = new UniqueFileIdentifierFrame (owner, null); + tag.AddFrame (ufid); + return ufid; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + var fields = ByteVectorCollection.Split (data, (byte)0); + + if (fields.Count != 2) + return; + + Owner = fields[0].ToString (StringType.Latin1); + Identifier = fields[1]; + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var data = new ByteVector { + ByteVector.FromString (Owner, StringType.Latin1), + ByteVector.TextDelimiter (StringType.Latin1), + Identifier + }; + + return data; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new UniqueFileIdentifierFrame (Owner); + if (Identifier != null) + frame.Identifier = new ByteVector (Identifier); + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UniqueFileIdentifierFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/UniqueFileIdentifierFrame.cs.meta new file mode 100644 index 0000000..a537fd6 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UniqueFileIdentifierFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0beadc8383b3d20b78515794a0f1e05b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UnknownFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/UnknownFrame.cs new file mode 100644 index 0000000..f9283b0 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UnknownFrame.cs @@ -0,0 +1,169 @@ +// +// UnknownFrame.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// unknownframe.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" /> to provide a fallback + /// type when no other frame class works for a given frame. + /// </summary> + public class UnknownFrame : Frame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownFrame" /> with a specified type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing an ID3v2.4 + /// frame identifier. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing the contents + /// of the frame. + /// </param> + public UnknownFrame (ByteVector type, ByteVector data) + : base (type, 4) + { + Data = data; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownFrame" /> with a specified type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing an ID3v2.4 + /// frame identifier. + /// </param> + public UnknownFrame (ByteVector type) : this (type, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public UnknownFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownFrame" /> by reading its raw data in a + /// specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal UnknownFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the field data in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> containing the field data. + /// </value> + public ByteVector Data { get; set; } + + #endregion + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + Data = data; + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + return Data ?? new ByteVector (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UnknownFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/UnknownFrame.cs.meta new file mode 100644 index 0000000..650bf5b --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UnknownFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 53f93e0eaec8ec939b970f8d2ebd3cd1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UnsynchronisedLyricsFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/UnsynchronisedLyricsFrame.cs new file mode 100644 index 0000000..d8bc129 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UnsynchronisedLyricsFrame.cs @@ -0,0 +1,497 @@ +// +// UnsynchronisedLyricsFrame.cs: +// +// Author: +// Patrick Laplante +// +// Original Source: +// TagLib.Id3v2.CommentsFrame +// +// Copyright (C) 2007 Brian Nickel (Original Implementation) +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" />, implementing support for + /// ID3v2 Unsynchronised Lyrics (USLT) Frames. + /// </summary> + public class UnsynchronisedLyricsFrame : Frame + { + #region Private Properties + + /// <summary> + /// Contains the ISO-639-2 language code of the current + /// instance. + /// </summary> + string language; + + /// <summary> + /// Contains the description of the current instance. + /// </summary> + string description; + + /// <summary> + /// Contains the lyrics text of the current instance. + /// </summary> + string text; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsynchronisedLyricsFrame" /> with a specified + /// description, ISO-639-2 language code, and text encoding. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code of the new frame. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> containing the text encoding + /// to use when rendering the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public UnsynchronisedLyricsFrame (string description, string language, StringType encoding) + : base (FrameType.USLT, 4) + { + TextEncoding = encoding; + this.language = language; + this.description = description; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsynchronisedLyricsFrame" /> with a specified + /// description and ISO-639-2 language code. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code of the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public UnsynchronisedLyricsFrame (string description, string language) + : this (description, language, Tag.DefaultEncoding) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsynchronisedLyricsFrame" /> with a specified + /// description. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using <see cref="Get" /> for more + /// integrated frame creation. + /// </remarks> + public UnsynchronisedLyricsFrame (string description) + : this (description, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsynchronisedLyricsFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public UnsynchronisedLyricsFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsynchronisedLyricsFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal UnsynchronisedLyricsFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the text encoding to use when storing the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the text encoding to + /// use when storing the current instance. + /// </value> + /// <remarks> + /// This encoding is overridden when rendering if <see + /// cref="Tag.ForceDefaultEncoding" /> is <see + /// langword="true" /> or the render version does not support + /// it. + /// </remarks> + public StringType TextEncoding { get; set; } = Tag.DefaultEncoding; + + /// <summary> + /// Gets and sets the ISO-639-2 language code stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the ISO-639-2 language + /// code stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one file with a matching description + /// and ISO-639-2 language code per tag. + /// </remarks> + public string Language { + get { + if (language != null && language.Length > 2) + return language.Substring (0, 3); + + return "XXX"; + } + set { language = value; } + } + + /// <summary> + /// Gets and sets the description stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the description + /// stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description and ISO-639-2 language code per tag. + /// </remarks> + public string Description { + get { + if (description != null) + return description; + + return string.Empty; + } + set { description = value; } + } + + /// <summary> + /// Gets and sets the lyrical text stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the lyrical text + /// stored in the current instance. + /// </value> + public string Text { + get { + if (text != null) + return text; + + return string.Empty; + } + set { text = value; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the lyrical text. + /// </returns> + public override string ToString () + { + return Text; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified lyrics frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> specifying the ISO-639-2 language + /// code to match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="UnsynchronisedLyricsFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UnsynchronisedLyricsFrame Get (Tag tag, string description, string language, bool create) + { + UnsynchronisedLyricsFrame uslt; + foreach (Frame frame in tag.GetFrames (FrameType.USLT)) { + uslt = frame as UnsynchronisedLyricsFrame; + + if (uslt == null) + continue; + + if (uslt.Description != description) + continue; + + if (language != null && language != uslt.Language) + continue; + + return uslt; + } + + if (!create) + return null; + + uslt = new UnsynchronisedLyricsFrame (description, + language); + tag.AddFrame (uslt); + return uslt; + } + + /// <summary> + /// Gets a specified comments frame from the specified tag, + /// trying to to match the description and language but + /// accepting an incomplete match. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="language"> + /// A <see cref="string" /> specifying the ISO-639-2 language + /// code to match. + /// </param> + /// <returns> + /// A <see cref="UnsynchronisedLyricsFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found. + /// </returns> + /// <remarks> + /// <para>The method tries matching with the following order + /// of precidence:</para> + /// <list type="number"> + /// <item><term>The first frame with a matching + /// description and language.</term></item> + /// <item><term>The first frame with a matching + /// language.</term></item> + /// <item><term>The first frame with a matching + /// description.</term></item> + /// <item><term>The first frame.</term></item> + /// </list> + /// </remarks> + public static UnsynchronisedLyricsFrame GetPreferred (Tag tag, string description, string language) + { + // This is weird, so bear with me. The best thing we can + // have is something straightforward and in our own + // language. If it has a description, then it is + // probably used for something other than an actual + // comment. If that doesn't work, we'd still rather have + // something in our language than something in another. + // After that all we have left are things in other + // languages, so we'd rather have one with actual + // content, so we try to get one with no description + // first. + + int best_value = -1; + UnsynchronisedLyricsFrame best_frame = null; + + foreach (Frame frame in tag.GetFrames (FrameType.USLT)) { + if (!(frame is UnsynchronisedLyricsFrame uslt)) + continue; + + bool same_name = uslt.Description == description; + bool same_lang = uslt.Language == language; + + if (same_name && same_lang) + return uslt; + + int value = same_lang ? 2 : same_name ? 1 : 0; + + if (value <= best_value) + continue; + + best_value = value; + best_frame = uslt; + } + + return best_frame; + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + if (data.Count < 4) + throw new CorruptFileException ("Not enough bytes in field."); + + TextEncoding = (StringType)data[0]; + language = data.ToString (StringType.Latin1, 1, 3); + + string[] split = data.ToStrings (TextEncoding, 4, 2); + + if (split.Length == 1) { + // Bad lyrics frame. Assume that it lacks a + // description. + description = string.Empty; + text = split[0]; + } else { + description = split[0]; + text = split[1]; + } + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + var encoding = CorrectEncoding (TextEncoding, version); + var v = new ByteVector { + (byte)encoding, + ByteVector.FromString (Language, StringType.Latin1), + ByteVector.FromString (description, encoding), + ByteVector.TextDelimiter (encoding), + ByteVector.FromString (text, encoding) + }; + + return v; + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + var frame = new UnsynchronisedLyricsFrame (description, language, TextEncoding) { + text = text + }; + return frame; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UnsynchronisedLyricsFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/UnsynchronisedLyricsFrame.cs.meta new file mode 100644 index 0000000..458134c --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UnsynchronisedLyricsFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 855f521ea4c91ccaa9507a7f70cc8b4f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UrlLinkFrame.cs b/Scripts/TaglibSharp/Id3v2/Frames/UrlLinkFrame.cs new file mode 100644 index 0000000..3a7bee8 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UrlLinkFrame.cs @@ -0,0 +1,768 @@ +// +// UrlLinkFrame.cs: Provides support ID3v2 Url Link Frames +// (Section 4.3.1), covering "W000" to "WZZZ", excluding "WXXX". +// +// Author: +// Helmut Wahrmann +// +// Original Source: +// textidentificationframe.cpp from TagLib +// +// Copyright (C) 2008 Helmut Wahrmann +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Text; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="Frame" /> to provide support ID3v2 + /// Url Link Frames (Section 4.3.1), covering "<c>W000</c>" to + /// "<c>WZZZ</c>", excluding "<c>WXXX</c>". + /// </summary> + /// <remarks> + /// <para>With these frames dynamic data such as webpages with touring + /// information, price information or plain ordinary news can be added to + /// the tag. There may only be one URL [URL] link frame of its kind in an + /// tag, except when stated otherwise in the frame description. If the + /// text string is followed by a string termination, all the following + /// information should be ignored and not be displayed.</para> + /// <para>The following table contains types and descriptions as + /// found in the ID3 2.4.0 native frames specification. (Copyright + /// (C) Martin Nilsson 2000.)</para> + /// + /// <list type="table"> + /// <listheader> + /// <term>ID</term> + /// <description>Description</description> + /// </listheader> + /// <item> + /// <term>WCOM</term> + /// <description>The 'Commercial information' frame is a URL pointing at a webpage + /// with information such as where the album can be bought. There may be + /// more than one "WCOM" frame in a tag, but not with the same content. + /// </description> + /// </item> + /// <item> + /// <term>WCOP</term> + /// <description>The 'Copyright/Legal information' frame is a URL pointing at a + /// webpage where the terms of use and ownership of the file is described. + /// </description> + /// </item> + /// <item> + /// <term>WOAF</term> + /// <description>The 'Official audio file webpage' frame is a URL pointing at a file + /// specific webpage. + /// </description> + /// </item> + /// <item> + /// <term>WOAR</term> + /// <description>The 'Official artist/performer webpage' frame is a URL pointing at + /// the artists official webpage. There may be more than one "WOAR" frame + /// in a tag if the audio contains more than one performer, but not with + /// the same content. + /// </description> + /// </item> + /// <item> + /// <term>WOAS</term> + /// <description>The 'Official audio source webpage' frame is a URL pointing at the + /// official webpage for the source of the audio file, e.g. a movie. + /// </description> + /// </item> + /// <item> + /// <term>WORS</term> + /// <description>The 'Official Internet radio station homepage' contains a URL + /// pointing at the homepage of the internet radio station. + /// </description> + /// </item> + /// <item> + /// <term>WPAY</term> + /// <description>The 'Payment' frame is a URL pointing at a webpage that will handle + /// the process of paying for this file. + /// </description> + /// </item> + /// <item> + /// <term>WPUB</term> + /// <description>The 'Publishers official webpage' frame is a URL pointing at the + /// official webpage for the publisher. + /// </description> + /// </item> + /// </list> + /// </remarks> + public class UrlLinkFrame : Frame + { + #region Private Fields + + /// <summary> + /// Contains the encoding to use for the text. + /// </summary> + StringType encoding = StringType.Latin1; + + /// <summary> + /// Contains the text fields. + /// </summary> + string[] text_fields = new string[0]; + + /// <summary> + /// Contains the raw data from the frame, or + /// <see langword="null" /> if it has been processed. + /// </summary> + /// <remarks> + /// Rather than processing the data when the frame is loaded, + /// it is parsed on demand, reducing the ammount of + /// unnecessary conversion. + /// </remarks> + ByteVector raw_data; + + /// <summary> + /// Contains the ID3v2 version of <see cref="raw_data" />. + /// </summary> + byte raw_version; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UrlLinkFrame" /> with a specified + /// identifier and text encoding. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing an ID3v2.4 + /// frame identifier. + /// </param> + public UrlLinkFrame (ByteVector ident) + : base (ident, 4) + { + } + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UrlLinkFrame" /> by reading its raw + /// contents in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the + /// frame to read. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// in which <paramref name="data" /> is encoded. + /// </param> + public UrlLinkFrame (ByteVector data, byte version) + : base (data, version) + { + SetData (data, 0, version, true); + } + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UrlLinkFrame" /> by reading its raw + /// contents from a specifed position in a + /// <see cref="ByteVector" /> object in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the frame + /// to read. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the offset in + /// <paramref name="data" /> at which the frame begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> value containing the header + /// that would be read in the frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the ID3v2 version + /// in which <paramref name="data" /> is encoded. + /// </param> + protected internal UrlLinkFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (header) + { + SetData (data, offset, version, false); + } + + #endregion + + #region Public Properties + /// <summary> + /// Gets and sets the text contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the text contained + /// in the current instance. + /// </value> + /// <remarks> + /// <para>Modifying the contents of the returned value will + /// not modify the contents of the current instance. The + /// value must be reassigned for the value to change.</para> + /// </remarks> + /// <example> + /// <para>Modifying the values text values of a frame.</para> + /// <code> UrlLinkFrame frame = UrlLinkFrame.Get (myTag, "WCOP", true); + /// /* Upper casing all the text: */ + /// string[] text = frame.Text; + /// for (int i = 0; i &lt; text.Length; i++) + /// text [i] = text [i].ToUpper (); + /// frame.Text = text; + /// + /// /* Replacing the value completely: */ + /// frame.Text = new string [] {"http://www.somewhere.com"};</code> + /// </example> + public virtual string[] Text { + get { + ParseRawData (); + return (string[])text_fields.Clone (); + } + set { + raw_data = null; + text_fields = value != null ? + (string[])value.Clone () : + new string[0]; + } + } + + /// <summary> + /// Gets and sets the text encoding to use when rendering + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="StringType" /> value specifying the encoding + /// to use when rendering the current instance. + /// </value> + /// <remarks> + /// This value will be overwritten if + /// <see cref="TagLib.Id3v2.Tag.ForceDefaultEncoding" /> is + /// <see langword="true" />. + /// </remarks> + public StringType TextEncoding { + get { + ParseRawData (); + return encoding; + } + set { encoding = value; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the joined text. + /// </returns> + public override string ToString () + { + ParseRawData (); + return string.Join ("; ", Text); + } + + #endregion + + #region Public Static Methods + + /// <summary> + /// Gets a <see cref="UrlLinkFrame" /> object of a + /// specified type from a specified tag, optionally creating + /// and adding one with a specified encoding if none is + /// found. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search for the specified + /// tag in. + /// </param> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifer to search for. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// create a new frame if an existing frame was not found. + /// </param> + /// <returns> + /// A <see cref="UrlLinkFrame" /> object containing + /// the frame found in or added to <paramref name="tag" /> or + /// <see langword="null" /> if no value was found + /// <paramref name="create" /> is <see langword="false" />. + /// </returns> + /// <remarks> + /// To create a frame without having to specify the encoding, + /// use <see cref="Get(Tag,ByteVector,bool)" />. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="tag" /> or <paramref name="ident" /> is + /// <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public static UrlLinkFrame Get (Tag tag, ByteVector ident, bool create) + { + if (tag == null) + throw new ArgumentNullException (nameof (tag)); + + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", + nameof (ident)); + + foreach (var frame in tag.GetFrames<UrlLinkFrame> (ident)) + return frame; + + if (!create) + return null; + + var new_frame = new UrlLinkFrame (ident); + tag.AddFrame (new_frame); + return new_frame; + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Populates the values in the current instance by parsing + /// its field data in a specified version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// extracted field data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is encoded in. + /// </param> + protected override void ParseFields (ByteVector data, byte version) + { + raw_data = data; + raw_version = version; + } + + /// <summary> + /// Performs the actual parsing of the raw data. + /// </summary> + /// <remarks> + /// Because of the high parsing cost and relatively low usage + /// of the class, <see cref="ParseFields" /> only stores the + /// field data so it can be parsed on demand. Whenever a + /// property or method is called which requires the data, + /// this method is called, and only on the first call does it + /// actually parse the data. + /// </remarks> + protected void ParseRawData () + { + if (raw_data == null) + return; + + ByteVector data = raw_data; + raw_data = null; + + var field_list = new List<string> (); + + ByteVector delim = ByteVector.TextDelimiter (encoding); + + if (FrameId != FrameType.WXXX) { + field_list.AddRange (data.ToStrings (StringType.Latin1, 0)); + } else if (data.Count > 1 && !data.Mid (0, + delim.Count).Equals (delim)) { + string value = data.ToString (StringType.Latin1, 1, + data.Count - 1); + + // Do a fast removal of end bytes. + if (value.Length > 1 && + value[value.Length - 1] == 0) + for (int i = value.Length - 1; i >= 0; i--) + if (value[i] != 0) { + value = value.Substring (0, i + 1); + break; + } + + field_list.Add (value); + } + + // Bad tags may have one or more nul characters at the + // end of a string, resulting in empty strings at the + // end of the FieldList. Strip them off. + while (field_list.Count != 0 && string.IsNullOrEmpty (field_list[field_list.Count - 1])) + field_list.RemoveAt (field_list.Count - 1); + + text_fields = field_list.ToArray (); + } + + /// <summary> + /// Renders the values in the current instance into field + /// data for a specified version. + /// </summary> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// field data is to be encoded in. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered field data. + /// </returns> + protected override ByteVector RenderFields (byte version) + { + if (raw_data != null && raw_version == version) + return raw_data; + + StringType encoding = CorrectEncoding (TextEncoding, version); + + bool wxxx = FrameId == FrameType.WXXX; + + ByteVector v; + + if (wxxx) + v = new ByteVector ((byte)encoding); + else + v = new ByteVector (); + string[] text = text_fields; + + if (version > 3 || wxxx) { + if (wxxx) { + if (text.Length == 0) + text = new string[] { null, null }; + else if (text.Length == 1) + text = new[] {text [0], + null}; + } + + v.Add (ByteVector.FromString (string.Join ("/", text), StringType.Latin1)); + } else { + v.Add (ByteVector.FromString (string.Join ("/", text), StringType.Latin1)); + } + + return v; + } + + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Frame" /> object identical to the + /// current instance. + /// </returns> + public override Frame Clone () + { + UrlLinkFrame frame = (this is UserUrlLinkFrame) ? + new UserUrlLinkFrame (null, encoding) : new UrlLinkFrame (FrameId); + + frame.text_fields = (string[])text_fields.Clone (); + if (raw_data != null) + frame.raw_data = new ByteVector (raw_data); + + frame.raw_version = raw_version; + return frame; + } + + #endregion + } + + + + /// <summary> + /// This class extends <see cref="UrlLinkFrame" /> to provide + /// support for ID3v2 User Url Link (WXXX) Frames. + /// </summary> + public class UserUrlLinkFrame : UrlLinkFrame + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UserUrlLinkFrame" /> with a specified + /// description and text encoding. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <param name="encoding"> + /// A <see cref="StringType" /> containing the text encoding + /// to use when rendering the new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using + /// <see cref="Get(Tag,string,StringType,bool)" /> for more + /// integrated frame creation. + /// </remarks> + public UserUrlLinkFrame (string description, StringType encoding) + : base (FrameType.WXXX) + { + base.Text = new[] { description }; + } + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UserUrlLinkFrame" /> with a specified + /// description. + /// </summary> + /// <param name="description"> + /// A <see cref="string" /> containing the description of the + /// new frame. + /// </param> + /// <remarks> + /// When a frame is created, it is not automatically added to + /// the tag. Consider using + /// <see cref="Get(Tag,string,bool)" /> for more integrated frame + /// creation. + /// </remarks> + public UserUrlLinkFrame (string description) + : base (FrameType.WXXX) + { + base.Text = new[] { description }; + } + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UserUrlLinkFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object starting with the raw + /// representation of the new frame. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + public UserUrlLinkFrame (ByteVector data, byte version) + : base (data, version) + { + } + + /// <summary> + /// Constructs and initializes a new instance of + /// <see cref="UserUrlLinkFrame" /> by reading its raw + /// data in a specified ID3v2 version. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// representation of the new frame. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> indicating at what offset in + /// <paramref name="data" /> the frame actually begins. + /// </param> + /// <param name="header"> + /// A <see cref="FrameHeader" /> containing the header of the + /// frame found at <paramref name="offset" /> in the data. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> indicating the ID3v2 version the + /// raw frame is encoded in. + /// </param> + protected internal UserUrlLinkFrame (ByteVector data, int offset, FrameHeader header, byte version) + : base (data, offset, header, version) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the description stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the description + /// stored in the current instance. + /// </value> + /// <remarks> + /// There should only be one frame with a matching + /// description per tag. + /// </remarks> + public string Description { + get { + string[] text = base.Text; + return text.Length > 0 ? text[0] : null; + } + + set { + string[] text = base.Text; + if (text.Length > 0) + text[0] = value; + else + text = new[] { value }; + + base.Text = text; + } + } + + /// <summary> + /// Gets and sets the text contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the text contained + /// in the current instance. + /// </value> + /// <remarks> + /// <para>Modifying the contents of the returned value will + /// not modify the contents of the current instance. The + /// value must be reassigned for the value to change.</para> + /// </remarks> + public override string[] Text { + get { + string[] text = base.Text; + if (text.Length < 2) + return new string[0]; + + string[] new_text = new string[text.Length - 1]; + for (int i = 0; i < new_text.Length; i++) + new_text[i] = text[i + 1]; + + return new_text; + } + set { + string[] new_value = new string[ + value?.Length + 1 ?? 1]; + + new_value[0] = Description; + + for (int i = 1; i < new_value.Length; i++) + new_value[i] = value[i - 1]; + + base.Text = new_value; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a string representation of the current instance. + /// </summary> + /// <returns> + /// A <see cref="string" /> containing the joined text. + /// </returns> + public override string ToString () + { + return new StringBuilder ().Append ("[") + .Append (Description) + .Append ("] ") + .Append (base.ToString ()).ToString (); + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets a specified user text frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="type"> + /// A <see cref="StringType" /> specifying the encoding to + /// use if creating a new frame. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="UserUrlLinkFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UserUrlLinkFrame Get (Tag tag, string description, StringType type, bool create) + { + if (tag == null) + throw new ArgumentNullException (nameof (tag)); + + if (description == null) + throw new ArgumentNullException (nameof (description)); + + if (description.Length == 0) + throw new ArgumentException ("Description must not be empty.", + nameof (description)); + + foreach (var frame in tag.GetFrames<UserUrlLinkFrame> (FrameType.WXXX)) + if (description.Equals (frame.Description)) + return frame; + + if (!create) + return null; + + var new_frame = new UserUrlLinkFrame (description, type); + tag.AddFrame (new_frame); + return new_frame; + } + + /// <summary> + /// Gets a specified user text frame from the specified tag, + /// optionally creating it if it does not exist. + /// </summary> + /// <param name="tag"> + /// A <see cref="Tag" /> object to search in. + /// </param> + /// <param name="description"> + /// A <see cref="string" /> specifying the description to + /// match. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> specifying whether or not to create + /// and add a new frame to the tag if a match is not found. + /// </param> + /// <returns> + /// A <see cref="UserUrlLinkFrame" /> object + /// containing the matching frame, or <see langword="null" /> + /// if a match wasn't found and <paramref name="create" /> is + /// <see langword="false" />. + /// </returns> + public static UserUrlLinkFrame Get (Tag tag, string description, bool create) + { + return Get (tag, description, Tag.DefaultEncoding, create); + } + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Frames/UrlLinkFrame.cs.meta b/Scripts/TaglibSharp/Id3v2/Frames/UrlLinkFrame.cs.meta new file mode 100644 index 0000000..a24f44e --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Frames/UrlLinkFrame.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: df869fa34208a7a94afcc355039e6d76 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Header.cs b/Scripts/TaglibSharp/Id3v2/Header.cs new file mode 100644 index 0000000..d80aea3 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Header.cs @@ -0,0 +1,292 @@ +// +// Header.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2header.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// Indicates the flags applied to a <see cref="Header" /> object. + /// </summary> + [Flags] + public enum HeaderFlags : byte + { + /// <summary> + /// The header contains no flags. + /// </summary> + None = 0, + + /// <summary> + /// The tag described by the header has been unsynchronized. + /// </summary> + Unsynchronisation = 0x80, + + /// <summary> + /// The tag described by the header has contains an extended + /// header. + /// </summary> + ExtendedHeader = 0x40, + + /// <summary> + /// The tag described by the header is experimental. + /// </summary> + ExperimentalIndicator = 0x20, + + /// <summary> + /// The tag described by the header contains a footer. + /// </summary> + FooterPresent = 0x10 + } + + /// <summary> + /// This structure provides a representation of an ID3v2 tag header + /// which can be read from and written to disk. + /// </summary> + public struct Header + { + #region Private Fields + + /// <summary> + /// Contains the tag's major version. + /// </summary> + byte major_version; + + /// <summary> + /// Contains tag's flags. + /// </summary> + HeaderFlags flags; + + #endregion + + + + #region Public Fields + + /// <summary> + /// The size of a ID3v2 header. + /// </summary> + public const uint Size = 10; + + /// <summary> + /// The identifier used to recognize a ID3v2 headers. + /// </summary> + /// <value> + /// "ID3" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "ID3"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Header" /> by reading it from raw header data. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data to build the new instance from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is smaller than <see + /// cref="Size" />, does not begin with <see + /// cref="FileIdentifier" />, contains invalid flag data, + /// or contains invalid size data. + /// </exception> + public Header (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Size) + throw new CorruptFileException ("Provided data is smaller than object size."); + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Provided data does not start with the file identifier"); + + major_version = data[3]; + RevisionNumber = data[4]; + flags = (HeaderFlags)data[5]; + + if (major_version == 2 && ((int)flags & 127) != 0) + throw new CorruptFileException ("Invalid flags set on version 2 tag."); + + if (major_version == 3 && ((int)flags & 15) != 0) + throw new CorruptFileException ("Invalid flags set on version 3 tag."); + + if (major_version == 4 && ((int)flags & 7) != 0) + throw new CorruptFileException ("Invalid flags set on version 4 tag."); + + for (int i = 6; i < 10; i++) + if (data[i] >= 128) + throw new CorruptFileException ("One of the bytes in the header was greater than the allowed 128."); + + TagSize = SynchData.ToUInt (data.Mid (6, 4)); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the major version of the tag described by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value specifying the ID3v2 version + /// of tag described by the current instance. + /// </value> + /// <remarks> + /// When the version is set, unsupported header flags will + /// automatically be removed from the tag. + /// </remarks> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="value" /> is less than 2 or more than 4. + /// </exception> + public byte MajorVersion { + get { + return major_version == 0 ? Tag.DefaultVersion : + major_version; + } + set { + if (value < 2 || value > 4) + throw new ArgumentException ("Version unsupported"); + + if (value < 3) + flags &= ~(HeaderFlags.ExtendedHeader | HeaderFlags.ExperimentalIndicator); + + if (value < 4) + flags &= ~HeaderFlags.FooterPresent; + + major_version = value; + } + } + + /// <summary> + /// Gets and sets the version revision number of the tag + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value containing the version + /// revision number of the tag represented by the current + /// instance. + /// </value> + /// <remarks> + /// This value should always be zeroed. A non-zero value + /// indicates an experimental or new version of the format + /// which may not be completely understood by the current + /// implementation. Some software may refuse to read tags + /// with a non-zero value. + /// </remarks> + public byte RevisionNumber { get; set; } + + /// <summary> + /// Gets and sets the flags applied to the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="HeaderFlags" /> value + /// containing the flags applied to the current instance. + /// </value> + /// <exception cref="ArgumentException"> + /// <paramref name="value" /> contains a flag not supported + /// by the the ID3v2 version of the current instance. + /// </exception> + public HeaderFlags Flags { + get { return flags; } + set { + if (0 != (value & (HeaderFlags.ExtendedHeader | HeaderFlags.ExperimentalIndicator)) && MajorVersion < 3) + throw new ArgumentException ("Feature only supported in version 2.3+", nameof (value)); + + if (0 != (value & HeaderFlags.FooterPresent) && MajorVersion < 3) + throw new ArgumentException ("Feature only supported in version 2.4+", nameof (value)); + + flags = value; + } + } + + /// <summary> + /// Gets and sets the size of the tag described by the + /// current instance, minus the header and footer. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// tag described by the current instance. + /// </value> + public uint TagSize { get; set; } + + /// <summary> + /// Gets the complete size of the tag described by the + /// current instance, including the header and footer. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the complete size + /// of the tag described by the current instance. + /// </value> + public uint CompleteTagSize { + get { + if ((flags & HeaderFlags.FooterPresent) != 0) + return TagSize + Size + Footer.Size; + else + return TagSize + Size; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw ID3v2 header. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered header. + /// </returns> + public ByteVector Render () + { + var v = new ByteVector { + FileIdentifier, + MajorVersion, + RevisionNumber, + (byte)flags, + SynchData.FromUInt (TagSize) + }; + return v; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Header.cs.meta b/Scripts/TaglibSharp/Id3v2/Header.cs.meta new file mode 100644 index 0000000..7909692 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Header.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: afa6b03e96f588b57b65575ffe7b1b4f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/SynchData.cs b/Scripts/TaglibSharp/Id3v2/SynchData.cs new file mode 100644 index 0000000..406cc1d --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/SynchData.cs @@ -0,0 +1,155 @@ +// +// SynchData.cs: Provides support for encoding and decoding unsynchronized data +// and numbers. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// id3v2synchdata.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This static class provides support for encoding and decoding + /// unsynchronized data and numbers. + /// </summary> + /// <remarks> + /// Unsynchronization is designed so that portions of the tag won't + /// be misinterpreted as MPEG audio stream headers by removing the + /// possibility of the synch bytes occuring in the tag. + /// </remarks> + public static class SynchData + { + /// <summary> + /// Decodes synchronized integer data into a <see + /// cref="uint" /> value. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the number + /// to decode. Only the first 4 bytes of this value will be + /// used. + /// </param> + /// <returns> + /// A <see cref="uint" /> value containing the decoded + /// number. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public static uint ToUInt (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + uint sum = 0; + int last = data.Count > 4 ? 3 : data.Count - 1; + + for (int i = 0; i <= last; i++) + sum |= (uint)(data[i] & 0x7f) + << ((last - i) * 7); + + return sum; + } + + /// <summary> + /// Encodes a <see cref="uint" /> value as synchronized + /// integer data. + /// </summary> + /// <param name="value"> + /// A <see cref="uint" /> value containing the number to + /// encode. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the encoded + /// number. + /// </returns> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="value" /> is greater than 268435455. + /// </exception> + public static ByteVector FromUInt (uint value) + { + if ((value >> 28) != 0) + throw new ArgumentOutOfRangeException (nameof (value), + "value must be less than 268435456."); + + ByteVector v = new ByteVector (4, 0); + + for (int i = 0; i < 4; i++) + v[i] = (byte)(value >> ((3 - i) * 7) & 0x7f); + + return v; + } + + /// <summary> + /// Unsynchronizes a <see cref="ByteVector" /> object by + /// inserting empty bytes where necessary. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object to unsynchronize. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public static void UnsynchByteVector (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + for (int i = data.Count - 2; i >= 0; i--) + if (data[i] == 0xFF && (data[i + 1] == 0 || + (data[i + 1] & 0xE0) != 0)) + data.Insert (i + 1, 0); + } + + /// <summary> + /// Resynchronizes a <see cref="ByteVector" /> object by + /// removing the added bytes. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object to resynchronize. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public static void ResynchByteVector (ByteVector data) + { + if (data == null) { + throw new ArgumentNullException (nameof (data)); + } + + int i = 0, j = 0; + while (i < data.Count - 1) { + if (i != j) { + data[j] = data[i]; + } + i += data[i] == 0xFF && data[i + 1] == 0 ? 2 : 1; + j++; + } + if (i < data.Count) { + data[j++] = data[i++]; + } + data.Resize (j); + } + } +} diff --git a/Scripts/TaglibSharp/Id3v2/SynchData.cs.meta b/Scripts/TaglibSharp/Id3v2/SynchData.cs.meta new file mode 100644 index 0000000..0b58960 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/SynchData.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 93f455c4dc22f3553b204aa07c2c3d37 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/SynchedTextType.cs b/Scripts/TaglibSharp/Id3v2/SynchedTextType.cs new file mode 100644 index 0000000..27e930f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/SynchedTextType.cs @@ -0,0 +1,78 @@ +// +// SynchedTextType.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Id3v2 +{ + /// <summary> + /// Specifies the type of text contained in a <see + /// cref="SynchronisedLyricsFrame" />. + /// </summary> + public enum SynchedTextType + { + /// <summary> + /// The text is some other type of text. + /// </summary> + Other = 0x00, + + /// <summary> + /// The text contains lyrical data. + /// </summary> + Lyrics = 0x01, + + /// <summary> + /// The text contains a transcription. + /// </summary> + TextTranscription = 0x02, + + /// <summary> + /// The text lists the movements in the piece. + /// </summary> + Movement = 0x03, + + /// <summary> + /// The text describes events that occur. + /// </summary> + Events = 0x04, + + /// <summary> + /// The text contains chord changes that occur in the music. + /// </summary> + Chord = 0x05, + + /// <summary> + /// The text contains trivia or "pop up" information about + /// the media. + /// </summary> + Trivia = 0x06, + + /// <summary> + /// The text contains URL's for relevant webpages. + /// </summary> + WebpageUrls = 0x07, + + /// <summary> + /// The text contains URL's for relevant images. + /// </summary> + ImageUrls = 0x08 + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Id3v2/SynchedTextType.cs.meta b/Scripts/TaglibSharp/Id3v2/SynchedTextType.cs.meta new file mode 100644 index 0000000..5db2489 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/SynchedTextType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 307691597261c993dba370310670f2ef +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/Tag.cs b/Scripts/TaglibSharp/Id3v2/Tag.cs new file mode 100644 index 0000000..1c3676f --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Tag.cs @@ -0,0 +1,2467 @@ +// +// Tag.cs: Provide support for reading and writing ID3v2 tags. +// +// Authors: +// Brian Nickel (brian.nickel@gmail.com) +// Gabriel BUrt (gabriel.burt@gmail.com) +// +// Original Source: +// id3v2tag.cpp from TagLib +// +// Copyright (C) 2010 Novell, Inc. +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.Globalization; +using System.Text; + +namespace TagLib.Id3v2 +{ + /// <summary> + /// This class extends <see cref="TagLib.Tag" /> and implements <see + /// cref="T:System.Collections.Generic.IEnumerable`1" /> to provide support for reading and + /// writing ID3v2 tags. + /// </summary> + public class Tag : TagLib.Tag, IEnumerable<Frame>, ICloneable + { + #region Private Static Fields + + /// <summary> + /// Contains the language to use for language specific + /// fields. + /// </summary> + static string language = CultureInfo.CurrentCulture.ThreeLetterISOLanguageName; + + /// <summary> + /// Contains the field to use for new tags. + /// </summary> + static byte default_version = 3; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the tag's header. + /// </summary> + Header header; + + /// <summary> + /// Contains the tag's extended header. + /// </summary> + ExtendedHeader extended_header; + + /// <summary> + /// Contains the tag's frames. + /// </summary> + readonly List<Frame> frame_list = new List<Frame> (); + + + /// <summary> + /// Store the PerformersRole property + /// </summary> + string[] performers_role; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> with no contents. + /// </summary> + public Tag () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file from + /// which the contents of the new instance is to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the tag. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + public Tag (File file, long position, ReadStyle style) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Mode = File.AccessMode.Read; + + if (position < 0 || position > file.Length - Header.Size) + throw new ArgumentOutOfRangeException (nameof (position)); + + Read (file, position, style); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> by reading the contents from a specified + /// <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object to read the tag from. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not contain enough data. + /// </exception> + public Tag (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Header.Size) + throw new CorruptFileException ("Does not contain enough header data."); + + header = new Header (data); + + // If the tag size is 0, then this is an invalid tag. + // Tags must contain at least one frame. + + if (header.TagSize == 0) + return; + + if (data.Count - Header.Size < header.TagSize) + throw new CorruptFileException ("Does not contain enough tag data."); + + Parse (data.Mid ((int)Header.Size, (int)header.TagSize), null, 0, ReadStyle.None); + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets the text value from a specified Text Information + /// Frame. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifier of the Text Information Frame to get the value + /// from. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the text of the + /// specified frame, or <see langword="null" /> if no value + /// was found. + /// </returns> + public string GetTextAsString (ByteVector ident) + { + Frame frame; + // Handle URL LInk frames differently + if (ident[0] == 'W') + frame = UrlLinkFrame.Get (this, ident, false); + else + frame = TextInformationFrame.Get (this, ident, false); + + string result = frame?.ToString (); + return string.IsNullOrEmpty (result) ? null : result; + } + + /// <summary> + /// Gets all frames contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the frames. + /// </returns> + public IEnumerable<Frame> GetFrames () + { + return frame_list; + } + + /// <summary> + /// Gets all frames with a specified identifier contained in + /// the current instance. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the + /// identifier of the frames to return. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the frames. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="ident" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public IEnumerable<Frame> GetFrames (ByteVector ident) + { + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", nameof (ident)); + + foreach (Frame f in frame_list) + if (f.FrameId.Equals (ident)) + yield return f; + } + + /// <summary> + /// Gets all frames with of a specified type contained in + /// the current instance. + /// </summary> + /// <typeparam name="T"> + /// The type of object, derived from <see cref="Frame" />, + /// to return from in the current instance. + /// </typeparam> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the frames. + /// </returns> + public IEnumerable<T> GetFrames<T> () where T : Frame + { + foreach (Frame f in frame_list) { + if (f is T tf) + yield return tf; + } + } + + /// <summary> + /// Gets all frames with a of type <typeparamref name="T" /> + /// with a specified identifier contained in the current + /// instance. + /// </summary> + /// <typeparam name="T"> + /// The type of object, derived from <see cref="Frame" />, + /// to return from in the current instance. + /// </typeparam> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the + /// identifier of the frames to return. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating + /// through the frames. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="ident" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public IEnumerable<T> GetFrames<T> (ByteVector ident) + where T : Frame + { + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", nameof (ident)); + + foreach (Frame f in frame_list) { + if (f is T tf && f.FrameId.Equals (ident)) + yield return tf; + } + } + + /// <summary> + /// Adds a frame to the current instance. + /// </summary> + /// <param name="frame"> + /// A <see cref="Frame" /> object to add to the current + /// instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="frame" /> is <see langword="null" />. + /// </exception> + public void AddFrame (Frame frame) + { + if (frame == null) + throw new ArgumentNullException (nameof (frame)); + + frame_list.Add (frame); + } + + /// <summary> + /// Replaces an existing frame with a new one in the list + /// contained in the current instance, or adds a new one if + /// the existing one is not contained. + /// </summary> + /// <param name="oldFrame"> + /// A <see cref="Frame" /> object to be replaced. + /// </param> + /// <param name="newFrame"> + /// A <see cref="Frame" /> object to add to the current + /// instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="oldFrame" /> or <paramref name="newFrame" + /// /> is <see langword="null" />. + /// </exception> + public void ReplaceFrame (Frame oldFrame, Frame newFrame) + { + if (oldFrame == null) + throw new ArgumentNullException (nameof (oldFrame)); + + if (newFrame == null) + throw new ArgumentNullException (nameof (newFrame)); + + if (oldFrame == newFrame) + return; + + int i = frame_list.IndexOf (oldFrame); + if (i >= 0) + frame_list[i] = newFrame; + else + frame_list.Add (newFrame); + } + + /// <summary> + /// Removes a specified frame from the current instance. + /// </summary> + /// <param name="frame"> + /// A <see cref="Frame" /> object to remove from the current + /// instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="frame" /> is <see langword="null" />. + /// </exception> + public void RemoveFrame (Frame frame) + { + if (frame == null) + throw new ArgumentNullException (nameof (frame)); + + if (frame_list.Contains (frame)) + frame_list.Remove (frame); + } + + /// <summary> + /// Removes all frames with a specified identifier from the + /// current instance. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the + /// identifier of the frames to remove. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="ident" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public void RemoveFrames (ByteVector ident) + { + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", nameof (ident)); + + for (int i = frame_list.Count - 1; i >= 0; i--) + if (frame_list[i].FrameId.Equals (ident)) + frame_list.RemoveAt (i); + } + + /// <summary> + /// Sets the text for a specified Text Information Frame. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the + /// identifier of the frame to set the data for. + /// </param> + /// <param name="text"> + /// A <see cref="T:string[]" /> containing the text to set for + /// the specified frame, or <see langword="null" /> to unset + /// the value. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="ident" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public void SetTextFrame (ByteVector ident, params string[] text) + { + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", + nameof (ident)); + + bool empty = true; + + if (text != null) + for (int i = 0; empty && i < text.Length; i++) + if (!string.IsNullOrEmpty (text[i])) + empty = false; + + if (empty) { + RemoveFrames (ident); + return; + } + + // Handle URL Link frames differently + if (ident[0] == 'W') { + var urlFrame = UrlLinkFrame.Get (this, ident, true); + + urlFrame.Text = text; + urlFrame.TextEncoding = DefaultEncoding; + return; + } + + var frame = TextInformationFrame.Get (this, ident, true); + + frame.Text = text; + frame.TextEncoding = DefaultEncoding; + } + + /// <summary> + /// Sets the text for a specified Text Information Frame. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the + /// identifier of the frame to set the data for. + /// </param> + /// <param name="text"> + /// A <see cref="StringCollection" /> object containing the + /// text to set for the specified frame, or <see + /// langword="null" /> to unset the value. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="ident" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + [Obsolete ("Use SetTextFrame(ByteVector,String[])")] + public void SetTextFrame (ByteVector ident, StringCollection text) + { + if (text == null || text.Count == 0) + RemoveFrames (ident); + else + SetTextFrame (ident, text.ToArray ()); + } + + /// <summary> + /// Sets the numeric values for a specified Text Information + /// Frame. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the + /// identifier of the frame to set the data for. + /// </param> + /// <param name="number"> + /// A <see cref="uint" /> value containing the number to + /// store. + /// </param> + /// <param name="count"> + /// A <see cref="uint" /> value representing a total which + /// <paramref name="number" /> is a part of, or zero if + /// <paramref name="number" /> is not part of a set. + /// </param> + /// <param name="format"> + /// A <see cref="string" /> value representing the format + /// to be used to repreesent the <paramref name="number"/>. + /// Default: simple decimal number ("0"). + /// </param> + /// <remarks> + /// If both <paramref name="number" /> and <paramref + /// name="count" /> are equal to zero, the value will be + /// cleared. If <paramref name="count" /> is zero, <paramref + /// name="number" /> by itself will be stored. Otherwise, the + /// values will be stored as "<paramref name="number" + /// />/<paramref name="count" />". + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="ident" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="ident" /> is not exactly four bytes long. + /// </exception> + public void SetNumberFrame (ByteVector ident, uint number, uint count, string format = "0") + { + if (ident == null) + throw new ArgumentNullException (nameof (ident)); + + if (ident.Count != 4) + throw new ArgumentException ("Identifier must be four bytes long.", nameof (ident)); + + if (number == 0 && count == 0) { + RemoveFrames (ident); + } else if (count != 0) { + SetTextFrame (ident, string.Format ( + CultureInfo.InvariantCulture, "{0:" + format + "}/{1}", + number, count)); + } else { + SetTextFrame (ident, number.ToString (format, CultureInfo.InvariantCulture)); + } + } + + /// <summary> + /// Renders the current instance as a raw ID3v2 tag. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered tag. + /// </returns> + /// <remarks> + /// By default, tags will be rendered in the version they + /// were loaded in, and new tags using the version specified + /// by <see cref="DefaultVersion" />. If <see + /// cref="ForceDefaultVersion" /> is <see langword="true" />, + /// all tags will be rendered in using the version specified + /// by <see cref="DefaultVersion" />, except for tags with + /// footers, which must be in version 4. + /// </remarks> + public ByteVector Render () + { + // Convert the PerformersRole to the TMCL Tag + + string[] ret = null; + if (performers_role != null) { + var map = new Dictionary<string, string> (); + for (int i = 0; i < performers_role.Length; i++) { + var insts = performers_role[i]; + if (string.IsNullOrEmpty (insts)) + continue; + + var instlist = insts.Split (';'); + foreach (var iinst in instlist) { + var inst = iinst.Trim (); + + if (i < Performers.Length) { + var perf = Performers[i]; + if (map.ContainsKey (inst)) { + map[inst] += ", " + perf; + } else { + map.Add (inst, perf); + } + } + } + } + + // Convert dictionary to array + ret = new string[map.Count * 2]; + int j = 0; + foreach (var dict in map) { + ret[j++] = dict.Key; + ret[j++] = dict.Value; + } + } + + SetTextFrame (FrameType.TMCL, ret); + + + // We need to render the "tag data" first so that we + // have to correct size to render in the tag's header. + // The "tag data" (everything that is included in + // Header.TagSize) includes the extended header, frames + // and padding, but does not include the tag's header or + // footer. + + bool has_footer = (header.Flags & + HeaderFlags.FooterPresent) != 0; + bool unsynchAtFrameLevel = (header.Flags & HeaderFlags.Unsynchronisation) != 0 && Version >= 4; + bool unsynchAtTagLevel = (header.Flags & HeaderFlags.Unsynchronisation) != 0 && Version < 4; + + header.MajorVersion = has_footer ? (byte)4 : Version; + + var tag_data = new ByteVector (); + + // TODO: Render the extended header. + header.Flags &= ~HeaderFlags.ExtendedHeader; + + // Loop through the frames rendering them and adding + // them to the tag_data. + foreach (Frame frame in frame_list) { + if (unsynchAtFrameLevel) + frame.Flags |= FrameFlags.Unsynchronisation; + + if ((frame.Flags & + FrameFlags.TagAlterPreservation) != 0) + continue; + + try { + tag_data.Add (frame.Render (header.MajorVersion)); + } catch (NotImplementedException) { + } + } + + // Add unsyncronization bytes if necessary. + if (unsynchAtTagLevel) + SynchData.UnsynchByteVector (tag_data); + + // Compute the amount of padding, and append that to + // tag_data. + + + if (!has_footer) + tag_data.Add (new ByteVector ((int) + ((tag_data.Count < header.TagSize) ? + (header.TagSize - tag_data.Count) : + 1024))); + + // Set the tag size. + header.TagSize = (uint)tag_data.Count; + + tag_data.Insert (0, header.Render ()); + if (has_footer) + tag_data.Add (new Footer (header).Render ()); + + return tag_data; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the header flags applied to the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="HeaderFlags" /> value + /// containing flags applied to the current instance. + /// </value> + public HeaderFlags Flags { + get { return header.Flags; } + set { header.Flags = value; } + } + + /// <summary> + /// Gets and sets the ID3v2 version of the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value specifying the ID3v2 version + /// of the current instance. + /// </value> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="value" /> is less than 2 or more than 4. + /// </exception> + public byte Version { + get { + return ForceDefaultVersion ? DefaultVersion : header.MajorVersion; + } + set { + if (value < 2 || value > 4) + throw new ArgumentOutOfRangeException (nameof (value), "Version must be 2, 3, or 4"); + + header.MajorVersion = value; + } + } + + #endregion + + + + #region Public Static Properties + + /// <summary> + /// Gets and sets the ISO-639-2 language code to use when + /// searching for and storing language specific values. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing an ISO-639-2 + /// language code fto use when searching for and storing + /// language specific values. + /// </value> + /// <remarks> + /// If the language is unknown, " " is the appropriate + /// filler. + /// </remarks> + public static string Language { + get { return language; } + set { + language = (value == null || value.Length < 3) ? " " : value.Substring (0, 3); + } + } + + /// <summary> + /// Gets and sets the the default version to use when + /// creating new tags. + /// </summary> + /// <value> + /// A <see cref="byte" /> value specifying the default ID3v2 + /// version. The default version for this library is 3. + /// </value> + /// <remarks> + /// If <see cref="ForceDefaultVersion" /> is <see + /// langword="true" />, all tags will be rendered with this + /// version. + /// </remarks> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="value" /> is less than 2 or more than 4. + /// </exception> + public static byte DefaultVersion { + get { return default_version; } + set { + if (value < 2 || value > 4) + throw new ArgumentOutOfRangeException (nameof (value), "Version must be 2, 3, or 4"); + + default_version = value; + } + } + + /// <summary> + /// Gets and sets whether or not to save all tags in the + /// default version rather than their original version. + /// </summary> + /// <value> + /// If <see langword="true"/>, tags will be saved in + /// <see cref="DefaultVersion" /> rather than their original + /// format, with the exception of tags with footers, which + /// will be saved in version 4. + /// </value> + public static bool ForceDefaultVersion { get; set; } = false; + + /// <summary> + /// Gets and sets the encoding to use when creating new + /// frames. + /// </summary> + /// <value> + /// A <see cref="StringType" /> value specifying the encoding + /// to use when creating new frames. + /// </value> + public static StringType DefaultEncoding { get; set; } = StringType.UTF8; + + /// <summary> + /// Gets and sets whether or not to render all frames with + /// the default encoding rather than their original encoding. + /// </summary> + /// <value> + /// If <see langword="true"/>, fames will be rendered in + /// <see cref="DefaultEncoding" /> rather than their original + /// encoding. + /// </value> + public static bool ForceDefaultEncoding { get; set; } = false; + + /// <summary> + /// Gets and sets whether or not to use ID3v1 style numeric + /// genres when possible. + /// </summary> + /// <value> + /// A <see cref="bool" /> value specifying whether or not to + /// use genres with numeric values when possible. + /// </value> + /// <remarks> + /// If <see langword="true" />, TagLib# will try looking up + /// the numeric genre code when storing the value. For + /// ID3v2.2 and ID3v2.3, "Rock" would be stored as "(17)" and + /// for ID3v2.4 it would be stored as "17". + /// </remarks> + public static bool UseNumericGenres { get; set; } = true; + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates the current instance be reading in a tag from + /// a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object to read the tag from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// at which to read the tag. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than 0 or greater + /// than the size of the file. + /// </exception> + protected void Read (File file, long position, ReadStyle style) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Mode = File.AccessMode.Read; + + if (position < 0 || position > file.Length - Header.Size) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + + header = new Header (file.ReadBlock ((int)Header.Size)); + + // If the tag size is 0, then this is an invalid tag. + // Tags must contain at least one frame. + + if (header.TagSize == 0) + return; + + position += Header.Size; + Parse (null, file, position, style); + } + + /// <summary> + /// Populates the current instance by parsing the contents of + /// a raw ID3v2 tag, minus the header. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the content + /// of an ID3v2 tag, minus the header. + /// </param> + /// <param name="file"> + /// A <see cref="File"/> object containing + /// abstraction of the file to read. + /// Ignored if <paramref name="data"/> is not null. + /// </param> + /// <param name="position"> + /// A <see cref="int" /> value reference specifying at what + /// index in <paramref name="file" /> + /// at which the frame begins. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <remarks> + /// This method must only be called after the internal + /// header has been read from the file, otherwise the data + /// cannot be parsed correctly. + /// </remarks> + protected void Parse (ByteVector data, File file, long position, ReadStyle style) + { + // If the entire tag is marked as unsynchronized, and this tag + // is version id3v2.3 or lower, resynchronize it. + bool fullTagUnsynch = (header.MajorVersion < 4) && + (header.Flags & HeaderFlags.Unsynchronisation) != 0; + + // Avoid to load all the ID3 tag if PictureLazy enabled and size is + // significant enough (ID3v4 and later only) + if (data == null && + (fullTagUnsynch || + header.TagSize < 1024 || + (style & ReadStyle.PictureLazy) == 0 || + (header.Flags & HeaderFlags.ExtendedHeader) != 0)) { + file.Seek (position); + data = file.ReadBlock ((int)header.TagSize); + } + + if (fullTagUnsynch) + SynchData.ResynchByteVector (data); + + int frame_data_position = data != null ? 0 : (int)position; + int frame_data_endposition = (data != null ? data.Count : (int)header.TagSize) + + frame_data_position - (int)FrameHeader.Size (header.MajorVersion); + + + // Check for the extended header (ID3v2 only) + + if ((header.Flags & HeaderFlags.ExtendedHeader) != 0) { + extended_header = new ExtendedHeader (data, header.MajorVersion); + + if (extended_header.Size <= data.Count) { + frame_data_position += (int)extended_header.Size; + frame_data_endposition -= (int)extended_header.Size; + } + } + + // Parse the frames. TDRC, TDAT, and TIME will be needed + // for post-processing, so check for them as they are + // loaded. + TextInformationFrame tdrc = null; + TextInformationFrame tyer = null; + TextInformationFrame tdat = null; + TextInformationFrame time = null; + + while (frame_data_position < frame_data_endposition) { + + Frame frame; + + try { + frame = FrameFactory.CreateFrame (data, file, ref frame_data_position, header.MajorVersion, fullTagUnsynch); + } catch (NotImplementedException) { + continue; + } catch (CorruptFileException) { + throw; + } + + if (frame == null) + break; + + // Only add frames that contain data. + if (frame.Size == 0) + continue; + + AddFrame (frame); + + // If the tag is version 4, no post-processing + // is needed. + if (header.MajorVersion == 4) + continue; + + // Load up the first instance of each, for + // post-processing. + + if (tdrc == null && + frame.FrameId.Equals (FrameType.TDRC)) { + tdrc = frame as TextInformationFrame; + } else if (tyer == null && + frame.FrameId.Equals (FrameType.TYER)) { + tyer = frame as TextInformationFrame; + } else if (tdat == null && + frame.FrameId.Equals (FrameType.TDAT)) { + tdat = frame as TextInformationFrame; + } else if (time == null && + frame.FrameId.Equals (FrameType.TIME)) { + time = frame as TextInformationFrame; + } + } + + // Try to fill out the date/time of the TDRC frame. Can't do that if no TDRC + // frame exists, or if there is no TDAT frame, or if TDRC already has the date. + if (tdrc == null || tdat == null || tdrc.ToString ().Length > 4) { + return; + } + + string year = tdrc.ToString (); + if (year.Length != 4) + return; + + // Start with the year already in TDRC, then add the TDAT and TIME if available + var tdrc_text = new StringBuilder (); + tdrc_text.Append (year); + + // Add the date + if (tdat != null) { + string tdat_text = tdat.ToString (); + if (tdat_text.Length == 4) { + tdrc_text.Append ("-").Append (tdat_text, 0, 2).Append ("-").Append (tdat_text, 2, 2); + + // Add the time + if (time != null) { + string time_text = time.ToString (); + + if (time_text.Length == 4) + tdrc_text.Append ("T").Append (time_text, 0, 2).Append (":").Append (time_text, 2, 2); + + RemoveFrames (FrameType.TIME); + } + } + + RemoveFrames (FrameType.TDAT); + } + + tdrc.Text = new [] { tdrc_text.ToString () }; + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Gets the text values from a specified Text Information + /// Frame. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifier of the Text Information Frame to get the value + /// from. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the text of the + /// specified frame, or an empty array if no values were + /// found. + /// </returns> + string[] GetTextAsArray (ByteVector ident) + { + var frame = TextInformationFrame.Get (this, ident, false); + + return frame == null ? new string[0] : frame.Text; + } + + /// <summary> + /// Gets an integer value from a "/" delimited list in a + /// specified Text Information Frame. + /// </summary> + /// <param name="ident"> + /// A <see cref="ByteVector" /> object containing the frame + /// identifier of the Text Information Frame to read from. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value specifying the index in the + /// integer list of the value to return. + /// </param> + /// <returns> + /// A <see cref="uint" /> value read from the list in the + /// frame, or 0 if the value wasn't found. + /// </returns> + uint GetTextAsUInt32 (ByteVector ident, int index) + { + string text = GetTextAsString (ident); + + if (text == null) + return 0; + + string[] values = text.Split (new [] { '/' }, + index + 2); + + if (values.Length < index + 1) + return 0; + + if (uint.TryParse (values[index], out var result)) + return result; + + return 0; + } + + /// <summary> + /// Gets a TXXX frame via reference of the description field, optionally searching for the + /// frame in a case-sensitive manner. + /// </summary> + /// <param name="description">String containing the description field</param> + /// <param name="caseSensitive">case-sensitive search if true.</param> + /// <returns>UserTextInformationFrame (TXXX) that corresponds to the description</returns> + string GetUserTextAsString (string description, bool caseSensitive) + { + //Gets the TXXX frame, frame will be null if nonexistant + var frame = UserTextInformationFrame.Get (this, description, DefaultEncoding, false, caseSensitive); + + //TXXX frames support multivalue strings, join them up and return + //only the text from the frame. + string result = frame == null ? null : string.Join (";", frame.Text); + return string.IsNullOrEmpty (result) ? null : result; + + } + + /// <summary> + /// Gets a TXXX frame via reference of the description field. + /// </summary> + /// <param name="description">String containing the description field</param> + /// <returns>UserTextInformationFrame (TXXX) that corresponds to the description</returns> + string GetUserTextAsString (string description) + { + return GetUserTextAsString (description, true); + } + + /// <summary> + /// Creates and/or sets a UserTextInformationFrame (TXXX) with the given + /// description and text, optionally searching for the frame in a case-sensitive manner. + /// </summary> + /// <param name="description">String containing the Description field for the + /// TXXX frame</param> + /// <param name="text">String containing the Text field for the TXXX frame</param> + /// <param name="caseSensitive">case-sensitive search if true.</param> + public void SetUserTextAsString (string description, string text, bool caseSensitive) + { + //Get the TXXX frame, create a new one if needed + var frame = UserTextInformationFrame.Get (this, description, DefaultEncoding, true, caseSensitive); + + if (!string.IsNullOrEmpty (text)) { + frame.Text = text.Split (';'); + } else { + //Text string is null or empty, delete the frame, prevent empties + RemoveFrame (frame); + } + } + + /// <summary> + /// Creates and/or sets a UserTextInformationFrame (TXXX) with the given + /// description and text. + /// </summary> + /// <param name="description">String containing the Description field for the + /// TXXX frame</param> + /// <param name="text">String containing the Text field for the TXXX frame</param> + public void SetUserTextAsString (string description, string text) + { + SetUserTextAsString (description, text, true); + } + + /// <summary> + /// Gets the text from a particular UFID frame, referenced by the owner field + /// </summary> + /// <param name="owner">String containing the "Owner" data</param> + /// <returns>String containing the text from the UFID frame, or null</returns> + string GetUfidText (string owner) + { + //Get the UFID frame, frame will be null if nonexistant + var frame = UniqueFileIdentifierFrame.Get (this, owner, false); + + //If the frame existed: frame.Identifier is a bytevector, get a string + string result = frame?.Identifier.ToString (); + return string.IsNullOrEmpty (result) ? null : result; + } + + /// <summary> + /// Creates and/or sets the text for a UFID frame, referenced by owner + /// </summary> + /// <param name="owner">String containing the Owner field</param> + /// <param name="text">String containing the text to set for the frame</param> + void SetUfidText (string owner, string text) + { + + //Get a UFID frame, create if necessary + var frame = UniqueFileIdentifierFrame.Get (this, owner, true); + + //If we have a real string, convert to ByteVector and apply to frame + if (!string.IsNullOrEmpty (text)) { + var identifier = ByteVector.FromString (text, StringType.UTF8); + frame.Identifier = identifier; + } else { + //String was null or empty, remove the frame to prevent empties + RemoveFrame (frame); + } + } + + /// <summary> + /// Moves a specified frame so it is the first of its type in + /// the tag. + /// </summary> + /// <param name="frame"> + /// A <see cref="Frame" /> object to make the first of its + /// type. + /// </param> + void MakeFirstOfType (Frame frame) + { + ByteVector type = frame.FrameId; + Frame swapping = null; + for (int i = 0; i < frame_list.Count; i++) { + if (swapping == null) { + if (frame_list[i].FrameId.Equals (type)) + swapping = frame; + else + continue; + } + + Frame tmp = frame_list[i]; + frame_list[i] = swapping; + swapping = tmp; + + if (swapping == frame) + return; + } + + if (swapping != null) + frame_list.Add (swapping); + } + + #endregion + + + + #region IEnumerable + + /// <summary> + /// Gets an enumerator for enumerating through the frames. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the frames. + /// </returns> + public IEnumerator<Frame> GetEnumerator () + { + return frame_list.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return frame_list.GetEnumerator (); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Id3v2" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Id3v2; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TIT2" Text + /// Information Frame. + /// </remarks> + public override string Title { + get { return GetTextAsString (FrameType.TIT2); } + set { SetTextFrame (FrameType.TIT2, value); } + } + + /// <summary> + /// Gets and sets the sort names of the Title of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names for + /// the Title of the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TSOT" Text + /// Information Frame. + /// </remarks> + public override string TitleSort { + get { return GetTextAsString (FrameType.TSOT); } + set { SetTextFrame (FrameType.TSOT, value); } + } + + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field gives a nice/short precision to + /// the title, which is typically below the title on the + /// front cover of a media. + /// For example, for "Back to the future", this would be + /// "It's About Time". + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "TIT3" Text + /// Information Frame. + /// </remarks> + public override string Subtitle { + get { return GetTextAsString (FrameType.TIT3); } + set { SetTextFrame (FrameType.TIT3, value); } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This is especially relevant for a movie. + /// For example, for "Back to the Future 2", this could be + /// "After visiting 2015, Marty McFly must repeat his visit + /// to 1955 to prevent disastrous changes to 1985...without + /// interfering with his first trip". + /// </para> + /// </remarks> + public override string Description { + get { return GetUserTextAsString ("Description"); } + set { SetUserTextAsString ("Description", value); } + } + + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the "TPE1" Text + /// Information Frame. + /// </remarks> + public override string[] Performers { + get { return GetTextAsArray (FrameType.TPE1); } + set { SetTextFrame (FrameType.TPE1, value); } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TSOP" Text + /// Information Frame. http://www.id3.org/id3v2.4.0-frames + /// </remarks> + public override string[] PerformersSort { + get { return GetTextAsArray (FrameType.TSOP); } + set { SetTextFrame (FrameType.TSOP, value); } + } + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// <para> This is typically usefull for movies, although the + /// instrument played by each artist in a music may be of + /// relevance. + /// </para> + /// <para>It is highly important to match each role to the + /// performers. This means that a role may be <see + /// langword="null"/> to keep the match between a + /// Performers[i] and PerformersRole[i]. + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "TMCL" Text + /// Information Frame: The 'Musician credits list' is + /// intended as a mapping between instruments and the + /// musician that played it.Every odd field is an + /// instrument and every even is an artist or a comma + /// delimited list of artists. + /// </remarks> + public override string[] PerformersRole { + get { + if (performers_role != null) { + return performers_role; + } + + var perfref = Performers; + if (Performers == null) + return performers_role = new string[0]; + + // Map the instruments to the performers + + string[] map = GetTextAsArray (FrameType.TMCL); + performers_role = new string[Performers.Length]; + for (int i = 0; i + 1 < map.Length; i += 2) { + string inst = map[i]; + string perfs = map[i + 1]; + if (string.IsNullOrEmpty (inst) + || string.IsNullOrEmpty (perfs)) + continue; + + var perflist = perfs.Split (','); + foreach (string iperf in perflist) { + if (iperf == null) continue; + var perf = iperf.Trim (); + if (string.IsNullOrEmpty (perf)) continue; + for (int j = 0; j < perfref.Length; j++) { + if (perfref[j] == perf) { + performers_role[j] = performers_role[j] == null ? inst : + performers_role[j] + "; " + inst; + } + } + } + } + + return performers_role; + } + + set { + performers_role = value ?? new string[0]; + } + } + + + /// <summary> + /// Gets and sets the sort names of the band or artist who is + /// credited in the creation of the entire album or collection + /// containing the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TSO2" Text + /// Information Frame. http://www.id3.org/iTunes + /// </remarks> + public override string[] AlbumArtistsSort { + get { return GetTextAsArray (FrameType.TSO2); } + set { SetTextFrame (FrameType.TSO2, value); } + } + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TPE2" Text + /// Information Frame. + /// </remarks> + public override string[] AlbumArtists { + get { return GetTextAsArray (FrameType.TPE2); } + set { SetTextFrame (FrameType.TPE2, value); } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TCOM" Text + /// Information Frame. + /// </remarks> + public override string[] Composers { + get { return GetTextAsArray (FrameType.TCOM); } + set { SetTextFrame (FrameType.TCOM, value); } + } + + /// <summary> + /// Gets and sets the sort names of the composers of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TSOC" Text + /// Information Frame. http://www.id3.org/id3v2.4.0-frames + /// </remarks> + public override string[] ComposersSort { + get { return GetTextAsArray (FrameType.TSOC); } + set { SetTextFrame (FrameType.TSOC, value); } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TALB" Text + /// Information Frame. + /// </remarks> + public override string Album { + get { return GetTextAsString (FrameType.TALB); } + set { SetTextFrame (FrameType.TALB, value); } + } + + /// <summary> + /// Gets and sets the sort names of the Album title of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names for + /// the Title in the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TSOA" Text + /// Information Frame. http://www.id3.org/id3v2.4.0-frames + /// </remarks> + public override string AlbumSort { + get { return GetTextAsString (FrameType.TSOA); } + set { SetTextFrame (FrameType.TSOA, value); } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMM" Comments + /// Frame with an empty description and the language + /// specified by <see cref="Language" />. + /// </remarks> + public override string Comment { + get { + var f = CommentsFrame.GetPreferred (this, string.Empty, Language); + return f?.ToString (); + } + set { + CommentsFrame frame; + + if (string.IsNullOrEmpty (value)) { + while ((frame = CommentsFrame.GetPreferred (this, string.Empty, Language)) != null) + RemoveFrame (frame); + + return; + } + + frame = CommentsFrame.Get (this, string.Empty, Language, true); + + frame.Text = value; + frame.TextEncoding = DefaultEncoding; + MakeFirstOfType (frame); + } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TCON" Text + /// Information Frame. + /// </remarks> + public override string[] Genres { + get { + string[] text = GetTextAsArray (FrameType.TCON); + + if (text.Length == 0) + return text; + + var list = new List<string> (); + + foreach (string genre in text) { + if (string.IsNullOrEmpty (genre)) + continue; + + // The string may just be a genre + // number. + + string genre_from_index = TagLib.Genres.IndexToAudio (genre); + + if (genre_from_index != null) + list.Add (genre_from_index); + else + list.Add (genre); + } + + return list.ToArray (); + } + set { + if (value == null || !UseNumericGenres) { + SetTextFrame (FrameType.TCON, value); + return; + } + + // Clone the array so changes made won't effect + // the passed array. + value = (string[])value.Clone (); + + for (int i = 0; i < value.Length; i++) { + int index = TagLib.Genres.AudioToIndex (value[i]); + + if (index != 255) + value[i] = index.ToString (CultureInfo.InvariantCulture); + } + + SetTextFrame (FrameType.TCON, value); + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TDRC" Text + /// Information Frame. If a value greater than 9999 is set, + /// this property will be cleared. + /// </remarks> + public override uint Year { + get { + string text = GetTextAsString (FrameType.TDRC); + + if (text == null || text.Length < 4) + return 0; + + if (uint.TryParse (text.Substring (0, 4), out var value)) + return value; + + return 0; + } + set { + if (value > 9999) + value = 0; + + SetNumberFrame (FrameType.TDRC, value, 0); + } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TRCK" Text + /// Information Frame. + /// </remarks> + public override uint Track { + get { return GetTextAsUInt32 (FrameType.TRCK, 0); } + set { SetNumberFrame (FrameType.TRCK, value, TrackCount, "00"); } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TRCK" Text + /// Information Frame. + /// </remarks> + public override uint TrackCount { + get { return GetTextAsUInt32 (FrameType.TRCK, 1); } + set { SetNumberFrame (FrameType.TRCK, Track, value, "00"); } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// This property is implemented using the "TPOS" Text + /// Information Frame. + /// </remarks> + public override uint Disc { + get { return GetTextAsUInt32 (FrameType.TPOS, 0); } + set { SetNumberFrame (FrameType.TPOS, value, DiscCount); } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TPOS" Text + /// Information Frame. + /// </remarks> + public override uint DiscCount { + get { return GetTextAsUInt32 (FrameType.TPOS, 1); } + set { SetNumberFrame (FrameType.TPOS, Disc, value); } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "USLT" + /// Unsynchronized Lyrics Frame with an empty description and + /// the language specified by <see cref="Language" />. + /// </remarks> + public override string Lyrics { + get { + var f = UnsynchronisedLyricsFrame.GetPreferred (this, string.Empty, Language); + + return f?.ToString (); + } + set { + UnsynchronisedLyricsFrame frame; + + if (string.IsNullOrEmpty (value)) { + while ((frame = UnsynchronisedLyricsFrame.GetPreferred (this, string.Empty, Language)) != null) + RemoveFrame (frame); + + return; + } + + frame = UnsynchronisedLyricsFrame.Get (this, string.Empty, Language, true); + + frame.Text = value; + frame.TextEncoding = DefaultEncoding; + } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TIT1" Text + /// Information Frame. + /// </remarks> + public override string Grouping { + get { return GetTextAsString (FrameType.TIT1); } + set { SetTextFrame (FrameType.TIT1, value); } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TBPM" Text + /// Information Frame. + /// </remarks> + public override uint BeatsPerMinute { + get { + string text = GetTextAsString (FrameType.TBPM); + + if (text == null) + return 0; + + if (double.TryParse (text, out var result) && result >= 0.0) + return (uint)Math.Round (result); + + return 0; + } + set { SetNumberFrame (FrameType.TBPM, value, 0); } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "TPE3" Text + /// Information Frame. + /// </remarks> + public override string Conductor { + get { return GetTextAsString (FrameType.TPE3); } + set { SetTextFrame (FrameType.TPE3, value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "TCOP" Text + /// Information Frame. + /// </remarks> + public override string Copyright { + get { return GetTextAsString (FrameType.TCOP); } + set { SetTextFrame (FrameType.TCOP, value); } + } + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "TDTG" Timestamp + /// Information Frame. + /// </remarks> + public override DateTime? DateTagged { + get { + string value = GetTextAsString (FrameType.TDTG); + if (value != null) { + value = value.Replace ('T', ' '); + if (DateTime.TryParseExact (value, "yyyy-MM-dd HH:mm:ss", null, DateTimeStyles.None, out var date)) { + return date; + } + } + return null; + } + set { + string date = null; + if (value != null) { + date = $"{value:yyyy-MM-dd HH:mm:ss}"; + date = date.Replace (' ', 'T'); + } + SetTextFrame (FrameType.TDTG, date); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz ArtistID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ArtistID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Artist Id" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzArtistId { + get { return GetUserTextAsString ("MusicBrainz Artist Id", false); } + set { SetUserTextAsString ("MusicBrainz Artist Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseGroupID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseGroupID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Release Group Id" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseGroupId { + get { return GetUserTextAsString ("MusicBrainz Release Group Id", false); } + set { SetUserTextAsString ("MusicBrainz Release Group Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Album Id" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseId { + get { return GetUserTextAsString ("MusicBrainz Album Id", false); } + set { SetUserTextAsString ("MusicBrainz Album Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseArtistID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseArtistID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Album Artist Id" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseArtistId { + get { return GetUserTextAsString ("MusicBrainz Album Artist Id", false); } + set { SetUserTextAsString ("MusicBrainz Album Artist Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz TrackID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// TrackID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "UFID:http://musicbrainz.org" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzTrackId { + get { return GetUfidText ("http://musicbrainz.org"); } + set { SetUfidText ("http://musicbrainz.org", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz DiscID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// DiscID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Disc Id" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzDiscId { + get { return GetUserTextAsString ("MusicBrainz Disc Id", false); } + set { SetUserTextAsString ("MusicBrainz Disc Id", value); } + } + + /// <summary> + /// Gets and sets the MusicIP PUID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIP PUID + /// for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicIP PUID" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicIpId { + get { return GetUserTextAsString ("MusicIP PUID"); } + set { SetUserTextAsString ("MusicIP PUID", value); } + } + + /// <summary> + /// Gets and sets the Amazon ID (ASIN) + /// </summary> + /// <value> + /// A <see cref="string" /> containing the Amazon Id + /// for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:ASIN" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string AmazonId { + get { return GetUserTextAsString ("ASIN"); } + set { SetUserTextAsString ("ASIN", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseStatus + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseStatus for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Album Status" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseStatus { + get { return GetUserTextAsString ("MusicBrainz Album Status", false); } + set { SetUserTextAsString ("MusicBrainz Album Status", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseType + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseType for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Album Type" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseType { + get { return GetUserTextAsString ("MusicBrainz Album Type", false); } + set { SetUserTextAsString ("MusicBrainz Album Type", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseCountry + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseCountry for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:MusicBrainz Album Release Country" frame. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseCountry { + get { return GetUserTextAsString ("MusicBrainz Album Release Country", false); } + set { SetUserTextAsString ("MusicBrainz Album Release Country", value); } + } + + /// <summary> + /// Gets and sets the ReplayGain track gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the track gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:REPLAYGAIN_TRACK_GAIN" frame. + /// http://wiki.hydrogenaudio.org/index.php?title=ReplayGain_specification#ID3v2 + /// </remarks> + public override double ReplayGainTrackGain { + get { + string text = GetUserTextAsString ("REPLAYGAIN_TRACK_GAIN", false); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + SetUserTextAsString ("REPLAYGAIN_TRACK_GAIN", null, false); + } else { + string text = value.ToString ("0.00 dB", + CultureInfo.InvariantCulture); + SetUserTextAsString ("REPLAYGAIN_TRACK_GAIN", text, false); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain track peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the track peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:REPLAYGAIN_TRACK_PEAK" frame. + /// http://wiki.hydrogenaudio.org/index.php?title=ReplayGain_specification#ID3v2 + /// </remarks> + public override double ReplayGainTrackPeak { + get { + string text; + + if ((text = GetUserTextAsString ("REPLAYGAIN_TRACK_PEAK", false)) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + SetUserTextAsString ("REPLAYGAIN_TRACK_PEAK", null, false); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetUserTextAsString ("REPLAYGAIN_TRACK_PEAK", text, false); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the album gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:REPLAYGAIN_ALBUM_GAIN" frame. + /// http://wiki.hydrogenaudio.org/index.php?title=ReplayGain_specification#ID3v2 + /// </remarks> + public override double ReplayGainAlbumGain { + get { + string text = GetUserTextAsString ("REPLAYGAIN_ALBUM_GAIN", false); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + SetUserTextAsString ("REPLAYGAIN_ALBUM_GAIN", null, false); + } else { + string text = value.ToString ("0.00 dB", CultureInfo.InvariantCulture); + SetUserTextAsString ("REPLAYGAIN_ALBUM_GAIN", text, false); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the album peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the "TXXX:REPLAYGAIN_ALBUM_PEAK" frame. + /// http://wiki.hydrogenaudio.org/index.php?title=ReplayGain_specification#ID3v2 + /// </remarks> + public override double ReplayGainAlbumPeak { + get { + string text; + + if ((text = GetUserTextAsString ("REPLAYGAIN_ALBUM_PEAK", false)) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + SetUserTextAsString ("REPLAYGAIN_ALBUM_PEAK", null, false); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetUserTextAsString ("REPLAYGAIN_ALBUM_PEAK", text, false); + } + } + } + + /// <summary> + /// Gets and sets the initial key of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the initial key of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "TKEY" field. + /// </remarks> + public override string InitialKey { + get { return GetTextAsString (FrameType.TKEY); } + set { SetTextFrame (FrameType.TKEY, value); } + } + + /// <summary> + /// Gets and sets the remixer of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the remixer of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "TPE4" field. + /// </remarks> + public override string RemixedBy { + get { return GetTextAsString (FrameType.TPE4); } + set { SetTextFrame (FrameType.TPE4, value); } + } + + /// <summary> + /// Gets and sets the publisher of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the publisher of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "TPUB" field. + /// </remarks> + public override string Publisher { + get { return GetTextAsString (FrameType.TPUB); } + set { SetTextFrame (FrameType.TPUB, value); } + } + + /// <summary> + /// Gets and sets the ISRC (International Standard Recording Code) of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the ISRC of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "TSRC" field. + /// </remarks> + public override string ISRC { + get { return GetTextAsString (FrameType.TSRC); } + set { SetTextFrame (FrameType.TSRC, value); } + } + + /// <summary> + /// Gets and sets the length of the media represented + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the length of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the label or length of the album the + /// media belongs to. </para> + /// <para>For example, "00:15:00".</para> + /// </remarks> + public override string Length { + get { return GetTextAsString (FrameType.TLEN); } + set { SetTextFrame (FrameType.TLEN, value); } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// This property is implemented using the "APIC" Attached + /// Picture Frame. + /// </remarks> + public override IPicture[] Pictures { + get { + return new List<AttachmentFrame> (GetFrames<AttachmentFrame> ()).ToArray (); + } + set { + RemoveFrames (FrameType.APIC); + RemoveFrames (FrameType.GEOB); + + if (value == null || value.Length == 0) + return; + + foreach (var picture in value) { + if (!(picture is AttachmentFrame frame)) + frame = new AttachmentFrame (picture); + + AddFrame (frame); + } + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { return frame_list.Count == 0; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + frame_list.Clear (); + } + + /// <summary> + /// Gets and sets whether or not the album described by the + /// current instance is a compilation. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// album described by the current instance is a compilation. + /// </value> + /// <remarks> + /// This property is implemented using the "TCMP" Text + /// Information Frame to provide support for a feature of the + /// Apple iPod and iTunes products. + /// </remarks> + public bool IsCompilation { + get { + string val = GetTextAsString (FrameType.TCMP); + return !string.IsNullOrEmpty (val) && val != "0"; + } + set { SetTextFrame (FrameType.TCMP, value ? "1" : null); } + } + + /// <summary> + /// Copies the values from the current instance to another + /// <see cref="TagLib.Tag" />, optionally overwriting + /// existing values. + /// </summary> + /// <param name="target"> + /// A <see cref="TagLib.Tag" /> object containing the target + /// tag to copy values to. + /// </param> + /// <param name="overwrite"> + /// A <see cref="bool" /> specifying whether or not to copy + /// values over existing one. + /// </param> + /// <remarks> + /// <para>If <paramref name="target" /> is of type <see + /// cref="TagLib.Ape.Tag" /> a complete copy of all values + /// will be performed. Otherwise, only standard values will + /// be copied.</para> + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="target" /> is <see langword="null" />. + /// </exception> + public override void CopyTo (TagLib.Tag target, bool overwrite) + { + if (target == null) + throw new ArgumentNullException (nameof (target)); + + if (!(target is Tag match)) { + base.CopyTo (target, overwrite); + return; + } + + var frames = new List<Frame> (frame_list); + while (frames.Count > 0) { + ByteVector ident = frames[0].FrameId; + bool copy = true; + if (overwrite) { + match.RemoveFrames (ident); + } else { + foreach (Frame f in match.frame_list) + if (f.FrameId.Equals (ident)) { + copy = false; + break; + } + } + + for (int i = 0; i < frames.Count;) { + if (frames[i].FrameId.Equals (ident)) { + if (copy) + match.frame_list.Add (frames[i].Clone ()); + + frames.RemoveAt (i); + } else { + i++; + } + } + } + } + + #endregion + + + + #region ICloneable + + /// <summary> + /// Creates a deep copy of the current instance. + /// </summary> + /// <returns> + /// A new <see cref="Tag" /> object identical to the current + /// instance. + /// </returns> + public Tag Clone () + { + var tag = new Tag { + header = header + }; + if (tag.extended_header != null) + tag.extended_header = extended_header.Clone (); + + foreach (Frame frame in frame_list) + tag.frame_list.Add (frame.Clone ()); + + return tag; + } + + object ICloneable.Clone () + { + return Clone (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Id3v2/Tag.cs.meta b/Scripts/TaglibSharp/Id3v2/Tag.cs.meta new file mode 100644 index 0000000..b187af6 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9d64050aad154a9718a58535d034ac5d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Id3v2/TimestampFormat.cs b/Scripts/TaglibSharp/Id3v2/TimestampFormat.cs new file mode 100644 index 0000000..c2bc6c6 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/TimestampFormat.cs @@ -0,0 +1,50 @@ +// +// TimestampFormat.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + + +namespace TagLib.Id3v2 +{ + /// <summary> + /// Specifies the timestamp format used by a <see + /// cref="SynchronisedLyricsFrame" /> and <see cref="EventTimeCodesFrame"/>. + /// </summary> + public enum TimestampFormat + { + /// <summary> + /// The timestamp is of unknown format. + /// </summary> + Unknown = 0x00, + + /// <summary> + /// The timestamp represents the number of MPEG frames since + /// the beginning of the audio stream. + /// </summary> + AbsoluteMpegFrames = 0x01, + + /// <summary> + /// The timestamp represents the number of milliseconds since + /// the beginning of the audio stream. + /// </summary> + AbsoluteMilliseconds = 0x02 + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Id3v2/TimestampFormat.cs.meta b/Scripts/TaglibSharp/Id3v2/TimestampFormat.cs.meta new file mode 100644 index 0000000..afc81a4 --- /dev/null +++ b/Scripts/TaglibSharp/Id3v2/TimestampFormat.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3e1be87f9440ffca58bc6ed3f1533bab +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image.meta b/Scripts/TaglibSharp/Image.meta new file mode 100644 index 0000000..09539e2 --- /dev/null +++ b/Scripts/TaglibSharp/Image.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 19ed2fc7ec9d9ea288b4cb62d676bfcc +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/Codec.cs b/Scripts/TaglibSharp/Image/Codec.cs new file mode 100644 index 0000000..0bbc6b0 --- /dev/null +++ b/Scripts/TaglibSharp/Image/Codec.cs @@ -0,0 +1,145 @@ +// +// Codec.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Image +{ + /// <summary> + /// A photo codec. Contains basic photo details. + /// </summary> + public abstract class Codec : IPhotoCodec + { + #region Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + public TimeSpan Duration { get { return TimeSpan.Zero; } } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="MediaTypes" /> containing + /// the types of media represented by the current instance. + /// </value> + public MediaTypes MediaTypes { get { return MediaTypes.Photo; } } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public abstract string Description { get; } + + /// <summary> + /// Gets the width of the photo represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// photo represented by the current instance. + /// </value> + public int PhotoWidth { get; protected set; } + + /// <summary> + /// Gets the height of the photo represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// photo represented by the current instance. + /// </value> + public int PhotoHeight { get; protected set; } + + /// <summary> + /// Gets the (format specific) quality indicator of the photo + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value indicating the quality. A value + /// 0 means that there was no quality indicator for the format + /// or the file. + /// </value> + public int PhotoQuality { get; protected set; } + + #endregion + + #region Constructors + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height) + : this (width, height, 0) + { + } + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <param name="quality"> + /// The quality indicator for the photo, if the format supports it. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height, int quality) + { + PhotoWidth = width; + PhotoHeight = height; + PhotoQuality = quality; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Image/Codec.cs.meta b/Scripts/TaglibSharp/Image/Codec.cs.meta new file mode 100644 index 0000000..dceab53 --- /dev/null +++ b/Scripts/TaglibSharp/Image/Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 53e27162094a4524997407685f897a19 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/CombinedImageTag.cs b/Scripts/TaglibSharp/Image/CombinedImageTag.cs new file mode 100644 index 0000000..2cc862c --- /dev/null +++ b/Scripts/TaglibSharp/Image/CombinedImageTag.cs @@ -0,0 +1,666 @@ +// +// CombinedImageTag.cs: The class provides an abstraction to combine +// ImageTags. +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// Paul Lange (palango@gmx.de) +// +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +using TagLib.IFD; +using TagLib.Xmp; + +namespace TagLib.Image +{ + + /// <summary> + /// Combines some <see cref="ImageTag"/> instance to behave as one. + /// </summary> + public class CombinedImageTag : ImageTag + { + + #region Private Fields + + /// <summary> + /// Direct access to the Exif (IFD) tag (if any) + /// </summary> + public IFDTag Exif { get; private set; } + + /// <summary> + /// Direct access to the Xmp tag (if any) + /// </summary> + public XmpTag Xmp { get; private set; } + + /// <summary> + /// Other image tags available in this tag. + /// </summary> + public List<ImageTag> OtherTags { get; private set; } + + /// <summary> + /// Stores the types of the tags, which are allowed for + /// the current instance. + /// </summary> + internal TagTypes AllowedTypes { get; private set; } + + /// <summary> + /// Returns all image tags in this tag, with XMP + /// and Exif first. + /// </summary> + public List<ImageTag> AllTags { + get { + if (all_tags == null) { + all_tags = new List<ImageTag> (); + if (Xmp != null) + all_tags.Add (Xmp); + if (Exif != null) + all_tags.Add (Exif); + all_tags.AddRange (OtherTags); + } + + return all_tags; + } + } + + List<ImageTag> all_tags; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="CombinedImageTag" /> with a restriction on the + /// allowed tag types contained in this combined tag. + /// </summary> + /// <param name="allowedTypes"> + /// A <see cref="TagTypes" /> value, which restricts the + /// types of metadata that can be contained in this + /// combined tag. + /// </param> + public CombinedImageTag (TagTypes allowedTypes) + { + AllowedTypes = allowedTypes; + OtherTags = new List<ImageTag> (); + } + + #endregion + + #region Protected Methods + + internal void AddTag (ImageTag tag) + { + if ((tag.TagTypes & AllowedTypes) != tag.TagTypes) + throw new Exception ($"Attempted to add {tag.TagTypes} to an image, but the only allowed types are {AllowedTypes}"); + + if (tag is IFDTag) + Exif = tag as IFDTag; + else if (tag is XmpTag) { + // we treat a IPTC-IIM tag as a XMP tag. However, we prefer the real XMP tag. + // See comments in Jpeg/File.cs for what we should do to deal with this properly. + if (Xmp != null && (tag is IIM.IIMTag || Xmp is IIM.IIMTag)) { + if (!(tag is IIM.IIMTag iimTag)) { + iimTag = Xmp as IIM.IIMTag; + Xmp = tag as XmpTag; + } + + if (string.IsNullOrEmpty (Xmp.Title)) + Xmp.Title = iimTag.Title; + if (string.IsNullOrEmpty (Xmp.Creator)) + Xmp.Creator = iimTag.Creator; + if (string.IsNullOrEmpty (Xmp.Copyright)) + Xmp.Copyright = iimTag.Copyright; + if (string.IsNullOrEmpty (Xmp.Comment)) + Xmp.Comment = iimTag.Comment; + if (Xmp.Keywords == null) + Xmp.Keywords = iimTag.Keywords; + } else { + Xmp = tag as XmpTag; + } + } else + OtherTags.Add (tag); + + all_tags = null; + } + + internal void RemoveTag (ImageTag tag) + { + if (tag is IFDTag) + Exif = null; + else if (tag is XmpTag) + Xmp = null; + else + OtherTags.Remove (tag); + + all_tags = null; + } + + #endregion + + #region Public Methods (Tag) + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> + /// containing the tag types contained in the current + /// instance. + /// </value> + public override TagTypes TagTypes { + get { + TagTypes types = TagTypes.None; + + foreach (ImageTag tag in AllTags) + types |= tag.TagTypes; + + return types; + } + } + + /// <summary> + /// Clears all of the child tags. + /// </summary> + public override void Clear () + { + foreach (ImageTag tag in AllTags) + tag.Clear (); + } + + #endregion + + #region Public Properties (ImageTag) + + /// <summary> + /// Gets or sets the keywords for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the keywords of the + /// current instace. + /// </value> + public override string[] Keywords { + get { + foreach (ImageTag tag in AllTags) { + string[] value = tag.Keywords; + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { + foreach (ImageTag tag in AllTags) + tag.Keywords = value; + } + } + + /// <summary> + /// Gets or sets the rating for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> containing the rating of the + /// current instace. + /// </value> + public override uint? Rating { + get { + foreach (ImageTag tag in AllTags) { + uint? value = tag.Rating; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Rating = value; + } + } + + /// <summary> + /// Gets or sets the time when the image, the current instance + /// belongs to, was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time the image was taken. + /// </value> + public override DateTime? DateTime { + get { + foreach (ImageTag tag in AllTags) { + DateTime? value = tag.DateTime; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.DateTime = value; + } + } + + /// <summary> + /// Gets or sets the orientation of the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Image.ImageOrientation" /> containing the orienatation of the + /// image + /// </value> + public override ImageOrientation Orientation { + get { + foreach (ImageTag tag in AllTags) { + ImageOrientation value = tag.Orientation; + + if ((uint)value >= 1U && (uint)value <= 8U) + return value; + } + + return ImageOrientation.None; + } + set { + foreach (ImageTag tag in AllTags) + tag.Orientation = value; + } + } + + /// <summary> + /// Gets or sets the software the image, the current instance + /// belongs to, was created with. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the name of the + /// software the current instace was created with. + /// </value> + public override string Software { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Software; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Software = value; + } + } + + /// <summary> + /// Gets or sets the latitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the latitude ranging from -90.0 + /// to +90.0 degrees. + /// </value> + public override double? Latitude { + get { + foreach (ImageTag tag in AllTags) { + double? value = tag.Latitude; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Latitude = value; + } + } + + /// <summary> + /// Gets or sets the longitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the longitude ranging from -180.0 + /// to +180.0 degrees. + /// </value> + public override double? Longitude { + get { + foreach (ImageTag tag in AllTags) { + double? value = tag.Longitude; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Longitude = value; + } + } + + /// <summary> + /// Gets or sets the altitude of the GPS coordinate the current + /// image was taken. The unit is meter. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the altitude. A positive value + /// is above sea level, a negative one below sea level. The unit is meter. + /// </value> + public override double? Altitude { + get { + foreach (ImageTag tag in AllTags) { + double? value = tag.Altitude; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Altitude = value; + } + } + + /// <summary> + /// Gets the exposure time the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the exposure time in seconds. + /// </value> + public override double? ExposureTime { + get { + foreach (ImageTag tag in AllTags) { + double? value = tag.ExposureTime; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.ExposureTime = value; + } + } + + /// <summary> + /// Gets the FNumber the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the FNumber. + /// </value> + public override double? FNumber { + get { + foreach (ImageTag tag in AllTags) { + double? value = tag.FNumber; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.FNumber = value; + } + } + + /// <summary> + /// Gets the ISO speed the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the ISO speed as defined in ISO 12232. + /// </value> + public override uint? ISOSpeedRatings { + get { + foreach (ImageTag tag in AllTags) { + uint? value = tag.ISOSpeedRatings; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.ISOSpeedRatings = value; + } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in millimeters. + /// </value> + public override double? FocalLength { + get { + foreach (ImageTag tag in AllTags) { + double? value = tag.FocalLength; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.FocalLength = value; + } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with, assuming a 35mm film camera. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in 35mm equivalent in millimeters. + /// </value> + public override uint? FocalLengthIn35mmFilm { + get { + foreach (ImageTag tag in AllTags) { + uint? value = tag.FocalLengthIn35mmFilm; + + if (value != null) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.FocalLengthIn35mmFilm = value; + } + } + + /// <summary> + /// Gets the manufacture of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the manufacture name. + /// </value> + public override string Make { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Make; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Make = value; + } + } + + /// <summary> + /// Gets the model name of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the model name. + /// </value> + public override string Model { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Model; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Model = value; + } + } + + /// <summary> + /// Gets or sets the creator of the image. + /// </summary> + /// <value> + /// A <see cref="string" /> with the name of the creator. + /// </value> + public override string Creator { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Creator; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Creator = value; + } + } + + #endregion + + #region Public Properties (Tag) + + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string Title { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Title; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Title = value; + } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string Comment { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Comment; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return string.Empty; + } + set { + foreach (ImageTag tag in AllTags) + tag.Comment = value; + } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + public override string Copyright { + get { + foreach (ImageTag tag in AllTags) { + string value = tag.Copyright; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { + foreach (ImageTag tag in AllTags) + tag.Copyright = value; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Image/CombinedImageTag.cs.meta b/Scripts/TaglibSharp/Image/CombinedImageTag.cs.meta new file mode 100644 index 0000000..2d00db4 --- /dev/null +++ b/Scripts/TaglibSharp/Image/CombinedImageTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 27a6e5e0d0f39c9e2a7e78de79aaa404 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/File.cs b/Scripts/TaglibSharp/Image/File.cs new file mode 100644 index 0000000..56d127c --- /dev/null +++ b/Scripts/TaglibSharp/Image/File.cs @@ -0,0 +1,224 @@ +// +// File.cs: Base class for Image types. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using TagLib.Gif; +using TagLib.IFD; +using TagLib.Jpeg; +using TagLib.Png; +using TagLib.Xmp; + +namespace TagLib.Image +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide basic + /// functionality common to all image types. + /// </summary> + public abstract class File : TagLib.File + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + protected File (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { get { return ImageTag; } } + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Image.CombinedImageTag" /> object + /// representing all image tags stored in the current instance. + /// </value> + public CombinedImageTag ImageTag { get; protected set; } + + #endregion + + #region Public Methods + + /// <summary> + /// The method creates all tags which are allowed for the current + /// instance of the image file. This method can be used to ensure, + /// that all tags are in place and properties can be safely used + /// to set values. + /// </summary> + public void EnsureAvailableTags () + { + foreach (TagTypes type in Enum.GetValues (typeof (TagTypes))) { + if ((type & ImageTag.AllowedTypes) != 0x00 && type != TagTypes.AllTags) + GetTag (type, true); + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + List<ImageTag> to_delete = new List<ImageTag> (); + + foreach (ImageTag tag in ImageTag.AllTags) { + if ((tag.TagTypes & types) == tag.TagTypes) + to_delete.Add (tag); + } + + foreach (ImageTag tag in to_delete) + ImageTag.RemoveTag (tag); + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, + bool create) + { + foreach (Tag tag in ImageTag.AllTags) { + if ((tag.TagTypes & type) == type) + return tag; + } + + if (!create || (type & ImageTag.AllowedTypes) == 0) + return null; + + ImageTag new_tag = null; + switch (type) { + case TagTypes.JpegComment: + new_tag = new JpegCommentTag (); + break; + + case TagTypes.GifComment: + new_tag = new GifCommentTag (); + break; + + case TagTypes.Png: + new_tag = new PngTag (); + break; + + case TagTypes.TiffIFD: + new_tag = new IFDTag (); + break; + + case TagTypes.XMP: + new_tag = new XmpTag (); + break; + } + + if (new_tag != null) { + ImageTag.AddTag (new_tag); + return new_tag; + } + + throw new NotImplementedException ($"Adding tag of type {type} not supported!"); + } + + /// <summary> + /// Copies metadata from the given file.. + /// </summary> + /// <param name='file'> + /// File to copy metadata from. + /// </param> + public void CopyFrom (File file) + { + EnsureAvailableTags (); + var from_tag = file.ImageTag; + var to_tag = ImageTag; + foreach (var prop in typeof (ImageTag).GetProperties ()) { + if (!prop.CanWrite || prop.Name == "TagTypes") + continue; + + var value = prop.GetValue (from_tag, null); + prop.SetValue (to_tag, value, null); + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Image/File.cs.meta b/Scripts/TaglibSharp/Image/File.cs.meta new file mode 100644 index 0000000..25f02dc --- /dev/null +++ b/Scripts/TaglibSharp/Image/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6155abdbbf42b2d1b88614fc62d7a4ad +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/ImageBlockFile.cs b/Scripts/TaglibSharp/Image/ImageBlockFile.cs new file mode 100644 index 0000000..3b86dd9 --- /dev/null +++ b/Scripts/TaglibSharp/Image/ImageBlockFile.cs @@ -0,0 +1,319 @@ +// +// ImageBlockFile.cs: Base class for Images files which are organized +// which are organized as blocks. +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + + +using System; +using System.Collections.Generic; + +namespace TagLib.Image +{ + + /// <summary> + /// Some image file formats are organized as a sequence of mostly + /// independent data blocks whose order can be changed. Metadata is + /// stored in some of those blocks and when metadata is saved, often the + /// same task remains: Delete some blocks which contain metadata and + /// overwrite some blocks with other metadata. + /// This class extends <see cref="TagLib.Image.File" /> to provide this + /// functionality. Blocks can be marked as metadata and when metadata is + /// saved their space is used or they are deleted. + /// </summary> + public abstract class ImageBlockFile : File + { + + /// <summary> + /// This class represents a metadata block to overwrite. + /// </summary> + class MetadataBlock + { + + /// <summary> + /// The start index + /// </summary> + public long Start { get; set; } + + /// <summary> + /// The length of the block + /// </summary> + public long Length { get; set; } + + + /// <summary> + /// Constructor + /// </summary> + /// <param name="start"> + /// A <see cref="System.Int64"/> with the start of the block + /// </param> + /// <param name="length"> + /// A <see cref="System.Int64"/> with the length of the block + /// </param> + public MetadataBlock (long start, long length) + { + if (start < 0) + throw new ArgumentOutOfRangeException (nameof (start)); + + if (length < 0) + throw new ArgumentOutOfRangeException (nameof (length)); + + Start = start; + Length = length; + } + + /// <summary> + /// Constructor. Creates a new instance with an empty block + /// </summary> + public MetadataBlock () : this (0, 0) { } + + + /// <summary> + /// Checks if the given block overlaps with this instance. + /// </summary> + /// <param name="block"> + /// A <see cref="MetadataBlock"/> with the block to check + /// overlapping. + /// </param> + /// <returns> + /// A <see cref="System.Boolean"/> which is true, if the given + /// block overlapps with the current instance. + /// </returns> + /// <remarks> + /// Overlapping means here also that blocks directly follow. + /// </remarks> + public bool OverlapsWith (MetadataBlock block) + { + if (block.Start >= Start && block.Start <= Start + Length) + return true; + + if (Start >= block.Start && Start <= block.Start + block.Length) + return true; + + return false; + } + + /// <summary> + /// Adds the given block to the current instance, if this is possible. + /// </summary> + /// <param name="block"> + /// A <see cref="MetadataBlock"/> with the block to add. + /// </param> + public void Add (MetadataBlock block) + { + if (block.Start >= Start && block.Start <= Start + Length) { + Length = Math.Max (Length, block.Start + block.Length - Start); + return; + } + + if (Start >= block.Start && Start <= block.Start + block.Length) { + Length = Math.Max (block.Length, Start + Length - block.Start); + Start = block.Start; + return; + } + + throw new ArgumentException ($"blocks do not overlap: {this} and {block}"); + } + + + /// <summary> + /// Checks, if the one block is before the other. That means, + /// if the current instance ends before the given block starts. + /// </summary> + /// <param name="block"> + /// A <see cref="MetadataBlock"/> to compare with. + /// </param> + /// <returns> + /// A <see cref="System.Boolean"/> which is true if the current + /// instance is before the given block. + /// </returns> + public bool Before (MetadataBlock block) + { + return (Start + Length < block.Start); + } + + + /// <summary> + /// Provides a readable <see cref="System.String"/> for + /// the current instance. + /// </summary> + /// <returns> + /// A <see cref="System.String"/> representing the current + /// instance. + /// </returns> + public override string ToString () + { + return $"[MetadataBlock: Start={Start}, Length={Length}]"; + } + } + + /// <summary> + /// An odered list of the metadata blocks. The blocks do not overlap. + /// </summary> + readonly List<MetadataBlock> metadata_blocks = new List<MetadataBlock> (); + + + /// <summary> + /// Adds a range to be treated as metadata. + /// </summary> + /// <param name="start"> + /// A <see cref="System.Int64"/> with the start index of the metadata block + /// </param> + /// <param name="length"> + /// A <see cref="System.Int64"/> with the length of the metadata block + /// </param> + protected void AddMetadataBlock (long start, long length) + { + MetadataBlock new_block = new MetadataBlock (start, length); + + // We keep the list sorted and unique. Therefore, we add the new block to + // the list and join overlapping blocks if necessary. + + // iterate through all existing blocks. + for (int i = 0; i < metadata_blocks.Count; i++) { + + var block = metadata_blocks[i]; + + // if one block overlaps with the new one, join them. + if (new_block.OverlapsWith (block)) { + block.Add (new_block); + + // Since we joined two blocks, they may overlap with + // other blocks which follows in the list. Therfore, + // we iterate through the tail of the list and join + // blocks which are now contained. + i++; + while (i < metadata_blocks.Count) { + var next_block = metadata_blocks[i]; + + if (block.OverlapsWith (next_block)) { + block.Add (next_block); + metadata_blocks.Remove (next_block); + } else { + return; + } + + } + + return; + + // if the new block is 'smaller' than the one in the list, + // just add it to the list. + } else if (new_block.Before (block)) { + metadata_blocks.Insert (i, new_block); + return; + } + } + + // if the new block is 'bigger' than all other blocks, at it to the end. + metadata_blocks.Add (new_block); + } + + + /// <summary> + /// Saves the given data at the given position. All metadata blocks are + /// either deleted or overwritten. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> with the metadata to write. + /// </param> + /// <param name="start"> + /// A <see cref="System.Int64"/> with the index to save the metadata at. + /// </param> + protected void SaveMetadata (ByteVector data, long start) + { + long new_start = 0; + + // this ensures that the block with the start index is contained. + AddMetadataBlock (start, 0); + + // start iterating through the metadata block from the end, + // because deleting such blocks do not affect the smaller indices. + for (int i = metadata_blocks.Count - 1; i >= 0; i--) { + var block = metadata_blocks[i]; + + // this is the block to save the metadata in + if (block.Start <= start && block.Start + block.Length >= start) { + + // the metadata is saved starting at the beginning of the block, + // because the bytes will be removed. + Insert (data, block.Start, block.Length); + new_start = block.Start; + + } else { + + // remove block + Insert ("", block.Start, block.Length); + + // update start of the metadata block, if metadata was written + // before, i.e. we have removed a block which is before the saved + // metadata + if (block.Start < start) + new_start -= block.Length; + + } + } + + // and reset the metadata blocks + // (there is now just one block contained) + metadata_blocks.Clear (); + AddMetadataBlock (new_start, data.Count); + } + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance for a specified + /// path in the local file system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + protected ImageBlockFile (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance for a specified + /// file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected ImageBlockFile (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Image/ImageBlockFile.cs.meta b/Scripts/TaglibSharp/Image/ImageBlockFile.cs.meta new file mode 100644 index 0000000..39a1c2c --- /dev/null +++ b/Scripts/TaglibSharp/Image/ImageBlockFile.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c919735bd377f71f9aa58b535b2b29cb +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/ImageOrientation.cs b/Scripts/TaglibSharp/Image/ImageOrientation.cs new file mode 100644 index 0000000..aa8efa1 --- /dev/null +++ b/Scripts/TaglibSharp/Image/ImageOrientation.cs @@ -0,0 +1,90 @@ +// +// ImageOrientation.cs: Enum for the orientation of an image +// +// Author: +// Paul Lange (palango@gmx.de) +// +// Copyright (C) 2009 Paul Lange +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA + +namespace TagLib.Image +{ + /** + + 1 2 3 4 5 6 7 8 + + 888888 888888 88 88 8888888888 88 88 8888888888 + 88 88 88 88 88 88 88 88 88 88 88 88 + 8888 8888 8888 8888 88 8888888888 8888888888 88 + 88 88 88 88 + 88 88 888888 888888 + + t-l t-r b-r b-l l-t r-t r-b l-b + + **/ + + /// <summary> + /// Describes the orientation of an image. + /// Values are viewed in terms of rows and columns. + /// </summary> + public enum ImageOrientation : uint + { + /// <summary> + /// No value is known. + /// </summary> + None = 0, + + /// <summary> + /// No need to do any transformations. + /// </summary> + TopLeft = 1, + + /// <summary> + /// Mirror image vertically. + /// </summary> + TopRight = 2, + + /// <summary> + /// Rotate image 180 degrees. + /// </summary> + BottomRight = 3, + + /// <summary> + /// Mirror image horizontally + /// </summary> + BottomLeft = 4, + + /// <summary> + /// Mirror image horizontally and rotate 90 degrees clockwise. + /// </summary> + LeftTop = 5, + + /// <summary> + /// Rotate image 90 degrees clockwise. + /// </summary> + RightTop = 6, + + /// <summary> + /// Mirror image vertically and rotate 90 degrees clockwise. + /// </summary> + RightBottom = 7, + + /// <summary> + /// Rotate image 270 degrees clockwise. + /// </summary> + LeftBottom = 8 + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Image/ImageOrientation.cs.meta b/Scripts/TaglibSharp/Image/ImageOrientation.cs.meta new file mode 100644 index 0000000..369eae6 --- /dev/null +++ b/Scripts/TaglibSharp/Image/ImageOrientation.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: acf6025bcc02cefba8e40784bea5e516 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/ImageTag.cs b/Scripts/TaglibSharp/Image/ImageTag.cs new file mode 100644 index 0000000..bf036e3 --- /dev/null +++ b/Scripts/TaglibSharp/Image/ImageTag.cs @@ -0,0 +1,241 @@ +// +// ImageTag.cs: This abstract class extends the Tag class by basic Image +// properties. +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// Paul Lange (palango@gmx.de) +// +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Image +{ + + /// <summary> + /// A class to abstract the image tags. It extends the <see cref="Tag"/> + /// class and adds some image specific propties. + /// </summary> + public abstract class ImageTag : Tag + { + + #region Public Properties + + /// <summary> + /// Gets or sets the keywords for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the keywords of the + /// current instace. + /// </value> + public virtual string[] Keywords { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets or sets the rating for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> containing the rating of the + /// current instace. + /// </value> + public virtual uint? Rating { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the time when the image, the current instance + /// belongs to, was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time the image was taken. + /// </value> + public virtual DateTime? DateTime { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the orientation of the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Image.ImageOrientation" /> containing the orientation of the + /// image + /// </value> + public virtual ImageOrientation Orientation { + get { return ImageOrientation.None; } + set { } + } + + /// <summary> + /// Gets or sets the software the image, the current instance + /// belongs to, was created with. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the name of the + /// software the current instace was created with. + /// </value> + public virtual string Software { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the latitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the latitude ranging from -90.0 + /// to +90.0 degrees. + /// </value> + public virtual double? Latitude { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the longitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the longitude ranging from -180.0 + /// to +180.0 degrees. + /// </value> + public virtual double? Longitude { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the altitude of the GPS coordinate the current + /// image was taken. The unit is meter. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the altitude. A positive value + /// is above sea level, a negative one below sea level. The unit is meter. + /// </value> + public virtual double? Altitude { + get { return null; } + set { } + } + + /// <summary> + /// Gets the exposure time the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the exposure time in seconds. + /// </value> + public virtual double? ExposureTime { + get { return null; } + set { } + } + + /// <summary> + /// Gets the FNumber the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the FNumber. + /// </value> + public virtual double? FNumber { + get { return null; } + set { } + } + + /// <summary> + /// Gets the ISO speed the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the ISO speed as defined in ISO 12232. + /// </value> + public virtual uint? ISOSpeedRatings { + get { return null; } + set { } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in millimeters. + /// </value> + public virtual double? FocalLength { + get { return null; } + set { } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with, assuming a 35mm film camera. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in 35mm equivalent in millimeters. + /// </value> + public virtual uint? FocalLengthIn35mmFilm { + get { return null; } + set { } + } + + /// <summary> + /// Gets the manufacture of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the manufacture name. + /// </value> + public virtual string Make { + get { return null; } + set { } + } + + /// <summary> + /// Gets the model name of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the model name. + /// </value> + public virtual string Model { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the creator of the image. + /// </summary> + /// <value> + /// A <see cref="string" /> with the name of the creator. + /// </value> + public virtual string Creator { + get { return null; } + set { } + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Image/ImageTag.cs.meta b/Scripts/TaglibSharp/Image/ImageTag.cs.meta new file mode 100644 index 0000000..b022cd0 --- /dev/null +++ b/Scripts/TaglibSharp/Image/ImageTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 53736b7df4782890baa9a43cba900505 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/NoMetadata.meta b/Scripts/TaglibSharp/Image/NoMetadata.meta new file mode 100644 index 0000000..9442488 --- /dev/null +++ b/Scripts/TaglibSharp/Image/NoMetadata.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: b0399363c72dc9b26ae809cbe85dd5c6 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Image/NoMetadata/File.cs b/Scripts/TaglibSharp/Image/NoMetadata/File.cs new file mode 100644 index 0000000..a8b1a47 --- /dev/null +++ b/Scripts/TaglibSharp/Image/NoMetadata/File.cs @@ -0,0 +1,185 @@ +// +// File.cs: Provides an empty wrapper for files that don't support metadata. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Image.NoMetadata +{ + /// <summary> + /// This class extends <see cref="TagLib.Image.File" /> to provide tagging + /// some sort of support for files that don't support metadata. You + /// obviously can't write to them, but you can populate an XMP tag, for + /// sidecar purposes. + /// </summary> + [SupportedMimeType ("taglib/bmp", "bmp")] + [SupportedMimeType ("image/x-MS-bmp")] + [SupportedMimeType ("image/x-bmp")] + [SupportedMimeType ("taglib/ppm", "ppm")] + [SupportedMimeType ("taglib/pgm", "pgm")] + [SupportedMimeType ("taglib/pbm", "pbm")] + [SupportedMimeType ("taglib/pnm", "pnm")] + [SupportedMimeType ("image/x-portable-pixmap")] + [SupportedMimeType ("image/x-portable-graymap")] + [SupportedMimeType ("image/x-portable-bitmap")] + [SupportedMimeType ("image/x-portable-anymap")] + [SupportedMimeType ("taglib/pcx", "pcx")] + [SupportedMimeType ("image/x-pcx")] + [SupportedMimeType ("taglib/svg", "svg")] + [SupportedMimeType ("taglib/svgz", "svgz")] + [SupportedMimeType ("image/svg+xml")] + [SupportedMimeType ("taglib/kdc", "kdc")] // FIXME: Not supported yet! + [SupportedMimeType ("taglib/orf", "orf")] // FIXME: Not supported yet! + [SupportedMimeType ("taglib/srf", "srf")] // FIXME: Not supported yet! + [SupportedMimeType ("taglib/crw", "crw")] // FIXME: Not supported yet! + [SupportedMimeType ("taglib/mrw", "mrw")] // FIXME: Not supported yet! + [SupportedMimeType ("taglib/raf", "raf")] // FIXME: Not supported yet! + [SupportedMimeType ("taglib/x3f", "x3f")] // FIXME: Not supported yet! + public class File : TagLib.Image.File + { + + #region public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return null; } + } + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + ImageTag = new CombinedImageTag (TagTypes.XMP); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Image/NoMetadata/File.cs.meta b/Scripts/TaglibSharp/Image/NoMetadata/File.cs.meta new file mode 100644 index 0000000..bfe6003 --- /dev/null +++ b/Scripts/TaglibSharp/Image/NoMetadata/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5c2b6069b4d94cb5bafcb1363279861e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Jpeg.meta b/Scripts/TaglibSharp/Jpeg.meta new file mode 100644 index 0000000..8201ea1 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 1518b5244926a0d398297d08f7cd3a52 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Jpeg/Codec.cs b/Scripts/TaglibSharp/Jpeg/Codec.cs new file mode 100644 index 0000000..a41cc9a --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/Codec.cs @@ -0,0 +1,64 @@ +// +// Codec.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Jpeg +{ + /// <summary> + /// A Jpeg photo codec. Contains basic photo details. + /// </summary> + public class Codec : Image.Codec + { + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { get { return "JFIF File"; } } + + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <param name="quality"> + /// The quality of the photo. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height, int quality) + : base (width, height, quality) { } + } +} diff --git a/Scripts/TaglibSharp/Jpeg/Codec.cs.meta b/Scripts/TaglibSharp/Jpeg/Codec.cs.meta new file mode 100644 index 0000000..4a3168d --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3908c6bb8ab4c15d89ac169ef63ba12d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Jpeg/File.cs b/Scripts/TaglibSharp/Jpeg/File.cs new file mode 100644 index 0000000..15531cb --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/File.cs @@ -0,0 +1,813 @@ +// +// File.cs: Provides tagging for Jpeg files +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Mike Gemuende (mike@gemuende.de) +// Stephane Delcroix (stephane@delcroix.org) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (C) 2009 Mike Gemuende +// Copyright (c) 2009 Stephane Delcroix +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + +using TagLib.IFD; +using TagLib.Image; +using TagLib.Xmp; + +namespace TagLib.Jpeg +{ + + /// <summary> + /// This class extends <see cref="TagLib.Image.ImageBlockFile" /> to provide tagging + /// and properties support for Jpeg files. + /// </summary> + [SupportedMimeType ("taglib/jpg", "jpg")] + [SupportedMimeType ("taglib/jpeg", "jpeg")] + [SupportedMimeType ("taglib/jpe", "jpe")] + [SupportedMimeType ("taglib/jif", "jif")] + [SupportedMimeType ("taglib/jfif", "jfif")] + [SupportedMimeType ("taglib/jfi", "jfi")] + [SupportedMimeType ("image/jpeg")] + public class File : ImageBlockFile + { + + /// <summary> + /// The magic bits used to recognize an Exif segment + /// </summary> + static readonly string EXIF_IDENTIFIER = "Exif\0\0"; + + /// <summary> + /// The magic strings used to identifiy an IPTC-IIM section + /// </summary> + static readonly string IPTC_IIM_IDENTIFIER = "Photoshop 3.0\u00008BIM\u0004\u0004"; + + /// <summary> + /// Standard (empty) JFIF header to add, if no one is contained + /// </summary> + static readonly byte[] BASIC_JFIF_HEADER = new byte[] { + // segment maker + 0xFF, (byte) Marker.APP0, + + // segment size + 0x00, 0x10, + + // segment data + 0x4A, 0x46, 0x49, 0x46, 0x00, 0x01, 0x01, + 0x01, 0x00, 0x48, 0x00, 0x48, 0x00, 0x00 + }; + + + #region Private Fields + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + /// <summary> + /// For now, we do not allow to change the jfif header. As long as this is + /// the case, the header is kept as it is. + /// </summary> + ByteVector jfif_header; + + /// <summary> + /// The image width, as parsed from the Frame + /// </summary> + ushort width; + + /// <summary> + /// The image height, as parsed from the Frame + /// </summary> + ushort height; + + /// <summary> + /// Quality of the image, stored as we parse the file + /// </summary> + int quality; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, optionally creating a + /// new tag if possible. + /// </summary> + public override Tag GetTag (TagTypes type, bool create) + { + if (type == TagTypes.XMP) { + foreach (Tag tag in ImageTag.AllTags) { + if ((tag.TagTypes & type) == type || (tag.TagTypes & TagTypes.IPTCIIM) != 0) + return tag; + } + } + if (type == TagTypes.IPTCIIM && create) { + // FIXME: don't know how to create IPTCIIM tags + return base.GetTag (type, false); + } + + return base.GetTag (type, create); + } + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + WriteMetadata (); + + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + #endregion + + #region Private Methods + + /// <summary> + /// Reads the information from file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + ImageTag = new CombinedImageTag (TagTypes.XMP | TagTypes.TiffIFD | TagTypes.JpegComment | TagTypes.IPTCIIM); + + ValidateHeader (); + ReadMetadata (); + + TagTypesOnDisk = TagTypes; + + if ((propertiesStyle & ReadStyle.Average) != 0) + properties = ExtractProperties (); + + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + Properties ExtractProperties () + { + if (width > 0 && height > 0) + return new Properties (TimeSpan.Zero, new Codec (width, height, quality)); + + return null; + + } + + /// <summary> + /// Validates if the opened file is actually a JPEG. + /// </summary> + void ValidateHeader () + { + ByteVector segment = ReadBlock (2); + if (segment.ToUShort () != 0xFFD8) + throw new CorruptFileException ("Expected SOI marker at the start of the file."); + } + + + /// <summary> + /// Reads a segment marker for a segment starting at current position. + /// The second byte of the marker is returned, since the first is equal + /// to 0xFF in every case. + /// </summary> + /// <returns> + /// A <see cref="TagLib.Jpeg.Marker"/> with the second byte of the segment marker. + /// </returns> + Marker ReadSegmentMarker () + { + ByteVector segment_header = ReadBlock (2); + + if (segment_header.Count != 2) + throw new CorruptFileException ("Could not read enough bytes for segment maker"); + + if (segment_header[0] != 0xFF) + throw new CorruptFileException ("Start of Segment expected at " + (Tell - 2)); + + return (Marker)segment_header[1]; + } + + + /// <summary> + /// Reads the size of a segment at the current position. + /// </summary> + /// <returns> + /// A <see cref="System.UInt16"/> with the size of the current segment. + /// </returns> + ushort ReadSegmentSize () + { + long position = Tell; + + ByteVector segment_size_bytes = ReadBlock (2); + + if (segment_size_bytes.Count != 2) + throw new CorruptFileException ("Could not read enough bytes to determine segment size"); + + ushort segment_size = segment_size_bytes.ToUShort (); + + // the size itself must be contained in the segment size + // so the smallest (theoretically) possible number of bytes if 2 + if (segment_size < 2) + throw new CorruptFileException ($"Invalid segment size ({segment_size} bytes)"); + + long length = 0; + try { + length = Length; + } catch (Exception) { + // Probably not supported by stream. + } + + if (length > 0 && position + segment_size >= length) + throw new CorruptFileException ("Segment size exceeds file size"); + + return segment_size; + } + + + /// <summary> + /// Extracts the metadata from the current file by reading every segment in file. + /// Method should be called with read position at first segment marker. + /// </summary> + void ReadMetadata () + { + // loop while marker is not EOI and not the data segment + while (true) { + Marker marker = ReadSegmentMarker (); + + // we stop parsing when the end of file (EOI) or the begin of the + // data segment is reached (SOS) + // the second case is a trade-off between tolerant and fast parsing + if (marker == Marker.EOI || marker == Marker.SOS) + break; + + long position = Tell; + ushort segment_size = ReadSegmentSize (); + + // segment size contains 2 bytes of the size itself, so the + // pure data size is this (and the cast is save) + ushort data_size = (ushort)(segment_size - 2); + + switch (marker) { + case Marker.APP0: // possibly JFIF header + ReadJFIFHeader (data_size); + break; + + case Marker.APP1: // possibly Exif or Xmp data found + ReadAPP1Segment (data_size); + break; + + case Marker.APP13: // possibly IPTC-IIM + ReadAPP13Segment (data_size); + break; + + case Marker.COM: // Comment segment found + ReadCOMSegment (data_size); + break; + + case Marker.SOF0: + case Marker.SOF1: + case Marker.SOF2: + case Marker.SOF3: + case Marker.SOF9: + case Marker.SOF10: + case Marker.SOF11: + ReadSOFSegment (data_size, marker); + break; + + case Marker.DQT: // Quantization table(s), use it to guess quality + ReadDQTSegment (data_size); + break; + } + + // set position to next segment and start with next segment marker + Seek (position + segment_size, SeekOrigin.Begin); + } + } + + /// <summary> + /// Reads a JFIF header at current position + /// </summary> + void ReadJFIFHeader (ushort length) + { + // JFIF header should be contained as first segment + // SOI marker + APP0 Marker + segment size = 6 bytes + if (Tell != 6) + return; + + if (ReadBlock (5).ToString ().Equals ("JFIF\0")) { + + // store the JFIF header as it is + Seek (2, SeekOrigin.Begin); + jfif_header = ReadBlock (length + 2 + 2); + + AddMetadataBlock (2, length + 2 + 2); + } + + } + + /// <summary> + /// Reads an APP1 segment to find EXIF or XMP metadata. + /// </summary> + /// <param name="length"> + /// The length of the segment that will be read. + /// </param> + void ReadAPP1Segment (ushort length) + { + long position = Tell; + ByteVector data = null; + + // for an Exif segment, the data block consists of 14 bytes of: + // * 6 bytes Exif identifier string + // * 2 bytes bigendian indication MM (or II) + // * 2 bytes Tiff magic number (42) + // * 4 bytes offset of the first IFD in this segment + // + // the last two points are alreay encoded according to + // big- or littleendian + int exif_header_length = 14; + + // could be an Exif segment + if ((ImageTag.TagTypes & TagTypes.TiffIFD) == 0x00 && length >= exif_header_length) { + + data = ReadBlock (exif_header_length); + + if (data.Count == exif_header_length + && data.Mid (0, 6).ToString ().Equals (EXIF_IDENTIFIER)) { + + bool is_bigendian = data.Mid (6, 2).ToString ().Equals ("MM"); + + ushort magic = data.Mid (8, 2).ToUShort (is_bigendian); + if (magic != 42) + throw new Exception ($"Invalid TIFF magic: {magic}"); + + uint ifd_offset = data.Mid (10, 4).ToUInt (is_bigendian); + + var exif = new IFDTag (); + var reader = new IFDReader (this, is_bigendian, exif.Structure, position + 6, ifd_offset, (uint)(length - 6)); + reader.Read (); + ImageTag.AddTag (exif); + + AddMetadataBlock (position - 4, length + 4); + + return; + } + } + + int xmp_header_length = XmpTag.XAP_NS.Length + 1; + + // could be an Xmp segment + if ((ImageTag.TagTypes & TagTypes.XMP) == 0x00 && length >= xmp_header_length) { + + // if already data is read for determining the Exif segment, + // just read the remaining bytes. + // NOTE: that (exif_header_length < xmp_header_length) holds + if (data == null) + data = ReadBlock (xmp_header_length); + else + data.Add (ReadBlock (xmp_header_length - exif_header_length)); + + if (data.ToString ().Equals (XmpTag.XAP_NS + "\0")) { + ByteVector xmp_data = ReadBlock (length - xmp_header_length); + + ImageTag.AddTag (new XmpTag (xmp_data.ToString (), this)); + + AddMetadataBlock (position - 4, length + 4); + } + } + } + + /// <summary> + /// Reads an APP13 segment to find IPTC-IIM metadata. + /// </summary> + /// <param name="length"> + /// The length of the segment that will be read. + /// </param> + /// <remarks>More info and specs for IPTC-IIM: + /// - Guidelines for Handling Image Metadata (http://www.metadataworkinggroup.org/specs/) + /// - IPTC Standard Photo Metadata (July 2010) (http://www.iptc.org/std/photometadata/specification/IPTC-PhotoMetadata-201007_1.pdf) + /// - Extracting IPTC header information from JPEG images (http://www.codeproject.com/KB/graphics/iptc.aspx?fid=2301&amp;df=90&amp;mpp=25&amp;noise=3&amp;prof=False&amp;sort=Position&amp;view=Quick&amp;fr=51#xx0xx) + /// - Reading IPTC APP14 Segment Header Information from JPEG Images (http://www.codeproject.com/KB/graphics/ReadingIPTCAPP14.aspx?q=iptc) + /// </remarks> + void ReadAPP13Segment (ushort length) + { + // TODO: if both IPTC-IIM and XMP metadata is contained in a file, we should read + // a IPTC-IIM checksum and compare that with the checksum built over the IIM block. + // Depending on the result we should prefer the information from XMP or IIM. + // Right now we always prefer XMP. + + var data = ReadBlock (length); + + // The APP13 segment consists of: + // - the string "Photoshop 3.0\u0000" + // - followed by "8BIM" + // - and then the section type "\u0004\u0004". + // There might be multiple 8BIM sections with different types, but we're following + // YAGNI for now and only deal with the one we're interested in (and hope that it's + // the first one). + var iptc_iim_length = IPTC_IIM_IDENTIFIER.Length; + if (length < iptc_iim_length || data.Mid (0, iptc_iim_length) != IPTC_IIM_IDENTIFIER) + return; + + // PS6 introduced a new header with variable length text + var headerInfoLen = data.Mid (iptc_iim_length, 1).ToUShort (); + int lenToSkip; + if (headerInfoLen > 0) { + // PS6 header: 1 byte headerinfolen + headerinfo + 2 bytes 00 padding (?) + 2 bytes length + lenToSkip = 1 + headerInfoLen + 4; + } else { + //old style: 4 bytes 00 padding (?) + 2 bytes length + lenToSkip = 6; + } + data.RemoveRange (0, iptc_iim_length + lenToSkip); + + var reader = new IIM.IIMReader (data); + var tag = reader.Process (); + if (tag != null) + ImageTag.AddTag (tag); + } + + /// <summary> + /// Writes the metadata back to file. All metadata is stored in the first segments + /// of the file. + /// </summary> + void WriteMetadata () + { + // first render all metadata segments to a ByteVector before the + // file is touched ... + var data = new ByteVector (); + + // existing jfif header is retained, otherwise a standard one + // is created + if (jfif_header != null) + data.Add (jfif_header); + else + data.Add (BASIC_JFIF_HEADER); + + data.Add (RenderExifSegment ()); + data.Add (RenderXMPSegment ()); + data.Add (RenderCOMSegment ()); + + SaveMetadata (data, 2); + } + + /// <summary> + /// Creates a <see cref="ByteVector"/> for the Exif segment of this file + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the whole Exif segment, if exif tags + /// exists, otherwise null. + /// </returns> + ByteVector RenderExifSegment () + { + // Check, if IFD0 is contained + IFDTag exif = ImageTag.Exif; + if (exif == null) + return null; + + // first IFD starts at 8 + uint first_ifd_offset = 8; + + // Render IFD0 + // FIXME: store endianess and use it here + var renderer = new IFDRenderer (true, exif.Structure, first_ifd_offset); + ByteVector exif_data = renderer.Render (); + + uint segment_size = (uint)(first_ifd_offset + exif_data.Count + 2 + 6); + + // do not render data segments, which cannot fit into the possible segment size + if (segment_size > ushort.MaxValue) + throw new Exception ("Exif Segment is too big to render"); + + // Create whole segment + var data = new ByteVector (new byte[] { 0xFF, (byte)Marker.APP1 }) { + ByteVector.FromUShort ((ushort)segment_size), + "Exif\0\0", + ByteVector.FromString ("MM", StringType.Latin1), + ByteVector.FromUShort (42), + ByteVector.FromUInt (first_ifd_offset), + + // Add ifd data itself + exif_data + }; + + return data; + } + + + /// <summary> + /// Creates a <see cref="ByteVector"/> for the Xmp segment of this file + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the whole Xmp segment, if xmp tags + /// exists, otherwise null. + /// </returns> + ByteVector RenderXMPSegment () + { + // Check, if XmpTag is contained + XmpTag xmp = ImageTag.Xmp; + if (xmp == null) + return null; + + ByteVector xmp_data = XmpTag.XAP_NS + "\0"; + xmp_data.Add (xmp.Render ()); + + uint segment_size = (uint)(2 + xmp_data.Count); + + // do not render data segments, which cannot fit into the possible segment size + if (segment_size > ushort.MaxValue) + throw new Exception ("XMP Segment is too big to render"); + + // Create whole segment + var data = new ByteVector (new byte[] { 0xFF, (byte)Marker.APP1 }) { + ByteVector.FromUShort ((ushort)segment_size), + xmp_data + }; + + return data; + } + + + /// <summary> + /// Reads a COM segment to find the JPEG comment. + /// </summary> + /// <param name="length"> + /// The length of the segment that will be read. + /// </param> + void ReadCOMSegment (int length) + { + if ((ImageTag.TagTypes & TagTypes.JpegComment) != 0x00) + return; + + long position = Tell; + + JpegCommentTag com_tag; + + if (length == 0) { + com_tag = new JpegCommentTag (); + } else { + ByteVector data = ReadBlock (length); + + int terminator = data.Find ("\0", 0); + + if (terminator < 0) + com_tag = new JpegCommentTag (data.ToString ()); + else + com_tag = new JpegCommentTag (data.Mid (0, terminator).ToString ()); + } + + ImageTag.AddTag (com_tag); + AddMetadataBlock (position - 4, length + 4); + } + + /// <summary> + /// Creates a <see cref="ByteVector"/> for the comment segment of this file + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the whole comment segment, if a comment tag + /// exists, otherwise null. + /// </returns> + ByteVector RenderCOMSegment () + { + // check, if Comment is contained + if (!(GetTag (TagTypes.JpegComment) is JpegCommentTag com_tag)) + return null; + + // create comment data + var com_data = ByteVector.FromString (com_tag.Value + "\0", StringType.Latin1); + + uint segment_size = (uint)(2 + com_data.Count); + + // do not render data segments, which cannot fit into the possible segment size + if (segment_size > ushort.MaxValue) + throw new Exception ("Comment Segment is too big to render"); + + // create segment + var data = new ByteVector (new byte[] { 0xFF, (byte)Marker.COM }) { + ByteVector.FromUShort ((ushort)segment_size), + + com_data + }; + + return data; + } + + /// <summary> + /// Reads and parse a SOF segment + /// </summary> + /// <param name="length"> + /// The length of the segment that will be read. + /// </param> + /// <param name="marker"> + /// The SOFx marker. + /// </param> + void ReadSOFSegment (int length, Marker marker) + { +#pragma warning disable 219 // Assigned, never read + byte p = ReadBlock (1)[0]; //precision +#pragma warning restore 219 + + //FIXME: according to specs, height could be 0 here, and should be retrieved from the DNL marker + height = ReadBlock (2).ToUShort (); + width = ReadBlock (2).ToUShort (); + } + + /// <summary> + /// Reads the DQT Segment, and Guesstimate the image quality from it + /// </summary> + /// <param name="length"> + /// The length of the segment that will be read + /// </param> + void ReadDQTSegment (int length) + { + // See CCITT Rec. T.81 (1992 E), B.2.4.1 (p39) for DQT syntax + while (length > 0) { + + byte pqtq = ReadBlock (1)[0]; length--; + byte pq = (byte)(pqtq >> 4); //0 indicates 8-bit Qk, 1 indicates 16-bit Qk + byte tq = (byte)(pqtq & 0x0f); //table index; + int[] table = null; + switch (tq) { + case 0: + table = Table.StandardLuminanceQuantization; + break; + case 1: + table = Table.StandardChrominanceQuantization; + break; + } + + bool allones = true; //check for all-ones tables (q=100) + double cumsf = 0.0; + //double cumsf2 = 0.0; + for (int row = 0; row < 8; row++) { + for (int col = 0; col < 8; col++) { + ushort val = ReadBlock (pq == 1 ? 2 : 1).ToUShort (); length -= (pq + 1); + if (table != null) { + double x = 100.0 * val / table[row * 8 + col]; //Scaling factor in percent + cumsf += x; + //cumsf2 += x*x; + allones = allones && (val == 1); + } + } + } + + if (table != null) { + double local_q; + cumsf /= 64.0; // mean scale factor + //cumfs2 /= 64.0; + //double variance = cumsf2 - (cumsf * cumsf); + + if (allones) + local_q = 100.0; + else if (cumsf <= 100.0) + local_q = (200.0 - cumsf) / 2.0; + else + local_q = 5000.0 / cumsf; + quality = Math.Max (quality, (int)local_q); + } + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Jpeg/File.cs.meta b/Scripts/TaglibSharp/Jpeg/File.cs.meta new file mode 100644 index 0000000..8d7c616 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7a9ddad01b29bda38bead0dddfffb8ad +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Jpeg/JpegCommentTag.cs b/Scripts/TaglibSharp/Jpeg/JpegCommentTag.cs new file mode 100644 index 0000000..9b9d383 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/JpegCommentTag.cs @@ -0,0 +1,100 @@ +// +// JpegCommentTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using TagLib.Image; + +namespace TagLib.Jpeg +{ + /// <summary> + /// Contains the JPEG comment. + /// </summary> + public class JpegCommentTag : ImageTag + { + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="value"> + /// The value of the comment. + /// </param> + public JpegCommentTag (string value) + { + Value = value; + } + + /// <summary> + /// Constructor. Creates a new empty comment. + /// </summary> + public JpegCommentTag () + { + Value = null; + } + + #endregion + + #region Public Properties + + /// <summary> + /// The value of the comment represented by the current instance. + /// </summary> + public string Value { get; set; } + + /// <summary> + /// Gets or sets the comment for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the comment of the + /// current instace. + /// </value> + public override string Comment { + get { return Value; } + set { Value = value; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.JpegComment" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.JpegComment; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + Value = null; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Jpeg/JpegCommentTag.cs.meta b/Scripts/TaglibSharp/Jpeg/JpegCommentTag.cs.meta new file mode 100644 index 0000000..86716bf --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/JpegCommentTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ae56889b076202f52893aefe5174b1a6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Jpeg/Marker.cs b/Scripts/TaglibSharp/Jpeg/Marker.cs new file mode 100644 index 0000000..5240d31 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/Marker.cs @@ -0,0 +1,350 @@ +// +// Marker.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// Stephane Delcroix (stephane@delcroix.org) +// +// Copyright (C) 2009 Ruben Vermeersch +// Copyright (c) 2009 Stephane Delcroix +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Jpeg +{ + /// <summary> + /// This enum defines the different markers used in JPEG segments. + /// + /// See CCITT Rec. T.81 (1992 E), Table B.1 (p.32) + /// </summary> + public enum Marker : byte + { + /// <summary> + /// Start Of Frame marker, non-differential, Huffman coding, Baseline DCT + /// </summary> + SOF0 = 0xc0, + + /// <summary> + /// Start Of Frame marker, non-differential, Huffman coding, Extended Sequential DCT + /// </summary> + SOF1, + + /// <summary> + /// Start Of Frame marker, non-differential, Huffman coding, Progressive DCT + /// </summary> + SOF2, + + /// <summary> + /// Start Of Frame marker, non-differential, Huffman coding, Lossless (sequential) + /// </summary> + SOF3, + + /// <summary> + /// Start Of Frame marker, differential, Huffman coding, Differential Sequential DCT + /// </summary> + SOF5 = 0xc5, + + /// <summary> + /// Start Of Frame marker, differential, Huffman coding, Differential Progressive DCT + /// </summary> + SOF6, + /// <summary> + /// Start Of Frame marker, differential, Huffman coding, Differential Lossless (sequential) + /// </summary> + SOF7, + + /// <summary> + /// Reserved for JPG extensions + /// </summary> + JPG, + + /// <summary> + /// Start Of Frame marker, non-differential, arithmetic coding, Extended Sequential DCT + /// </summary> + SOF9, + + /// <summary> + /// Start Of Frame marker, non-differential, arithmetic coding, Progressive DCT + /// </summary> + SOF10, + + /// <summary> + /// Start Of Frame marker, non-differential, arithmetic coding, Lossless (sequential) + /// </summary> + SOF11, + + /// <summary> + /// Start Of Frame marker, differential, arithmetic coding, Differential Sequential DCT + /// </summary> + SOF13 = 0xcd, + + /// <summary> + /// Start Of Frame marker, differential, arithmetic coding, Differential Progressive DCT + /// </summary> + SOF14, + + /// <summary> + /// Start Of Frame marker, differential, arithmetic coding, Differential Lossless (sequential) + /// </summary> + SOF15, + + /// <summary> + /// Define Huffman table(s) + /// </summary> + DHT = 0xc4, + + /// <summary> + /// Define arithmetic coding conditioning(s) + /// </summary> + DAC = 0xcc, + + //Restart interval termination with modulo 8 count "m" + /// <summary> + /// Restart + /// </summary> + RST0 = 0xd0, + + /// <summary> + /// Restart + /// </summary> + RST1, + + /// <summary> + /// Restart + /// </summary> + RST2, + + /// <summary> + /// Restart + /// </summary> + RST3, + + /// <summary> + /// Restart + /// </summary> + RST4, + + /// <summary> + /// Restart + /// </summary> + RST5, + + /// <summary> + /// Restart + /// </summary> + RST6, + + /// <summary> + /// Restart + /// </summary> + RST7, + + /// <summary> + /// Start of Image + /// </summary> + SOI = 0xd8, + + /// <summary> + /// End of Image + /// </summary> + EOI, + + /// <summary> + /// Start of scan + /// </summary> + SOS, + + /// <summary> + /// Define quantization table (s) + /// </summary> + DQT, + + /// <summary> + /// Define number of lines + /// </summary> + DNL, + + /// <summary> + /// Define restart interval + /// </summary> + DRI, + + /// <summary> + /// Define hierarchical progression + /// </summary> + DHP, + + /// <summary> + /// Define reference component + /// </summary> + EXP, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP0 = 0xe0, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP1, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP2, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP3, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP4, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP5, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP6, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP7, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP8, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP9, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP10, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP11, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP12, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP13, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP14, + + /// <summary> + /// Reserved for application segment + /// </summary> + APP15, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG0 = 0xf0, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG1, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG2, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG3, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG4, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG5, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG6, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG7, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG8, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG9, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG10, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG11, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG12, + + /// <summary> + /// Reserved for JPEG extension + /// </summary> + JPG13, + + /// <summary> + /// Comment + /// </summary> + COM = 0xfe, + } +} diff --git a/Scripts/TaglibSharp/Jpeg/Marker.cs.meta b/Scripts/TaglibSharp/Jpeg/Marker.cs.meta new file mode 100644 index 0000000..7301f75 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/Marker.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 988d640975f7b0ecdbd6790755fa400c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Jpeg/Table.cs b/Scripts/TaglibSharp/Jpeg/Table.cs new file mode 100644 index 0000000..0b68582 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/Table.cs @@ -0,0 +1,63 @@ +// +// TagLib.Jpeg.Table.cs: +// +// Author: +// Stephane Delcroix (stephane@delcroix.org) +// +// Copyright (c) 2009 Stephane Delcroix +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Jpeg +{ + /// <summary> + /// Contains static predefined tables and helpers + /// </summary> + public static class Table + { + /// <summary> + /// Standard Luminance Quantization table + /// + /// See CCIT Rec. T.81 (1992 E), K.1 (p143) + /// </summary> + public static int[] StandardLuminanceQuantization = { + 16, 11, 12, 14, 12, 10, 16, 14, + 13, 14, 18, 17, 16, 19, 24, 40, + 26, 24, 22, 22, 24, 49, 35, 37, + 29, 40, 58, 51, 61, 60, 57, 51, + 56, 55, 64, 72, 92, 78, 64, 68, + 87, 69, 55, 56, 80, 109, 81, 87, + 95, 98, 103, 104, 103, 62, 77, 113, + 121, 112, 100, 120, 92, 101, 103, 99 + }; + + /// <summary> + /// Standard Chrominance Quantization table + /// + /// See CCIT Rec. T.81 (1992 E), K.1 (p143) + /// </summary> + public static int[] StandardChrominanceQuantization = { + 17, 18, 18, 24, 21, 24, 47, 26, + 26, 47, 99, 66, 56, 66, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99 + }; + } +} diff --git a/Scripts/TaglibSharp/Jpeg/Table.cs.meta b/Scripts/TaglibSharp/Jpeg/Table.cs.meta new file mode 100644 index 0000000..45ef7e7 --- /dev/null +++ b/Scripts/TaglibSharp/Jpeg/Table.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c45a026681f9443f88ef57834108eedd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/ListBase.cs b/Scripts/TaglibSharp/ListBase.cs new file mode 100644 index 0000000..b4bbc77 --- /dev/null +++ b/Scripts/TaglibSharp/ListBase.cs @@ -0,0 +1,458 @@ +// +// ListBase.cs: +// +// Author: +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// tbytevectorlist.cpp from TagLib +// +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2002,2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.Text; + +namespace TagLib +{ + /// <summary> + /// This class implements <see cref="T:System.Collections.Generic`1"/> + /// for objects that implement <see cref="T:System.IComparable`1"/>, + /// providing extra features used in lists in TagLib#. + /// </summary> + public class ListBase<T> : IList<T> where T : IComparable<T> + { + /// <summary> + /// Contains the internal list. + /// </summary> + readonly List<T> data = new List<T> (); + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="T:TagLib.ListBase`1" /> with no contents. + /// </summary> + public ListBase () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="T:TagLib.ListBase`1" /> with specified contents. + /// </summary> + /// <param name="list"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" + /// /> containing objects to add to the current instance. + /// </param> + public ListBase (ListBase<T> list) + { + if (list != null) + Add (list); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="T:TagLib.ListBase`1" /> with specified contents. + /// </summary> + /// <param name="list"> + /// A <see cref="System.Array" /> containing objects to add to + /// the current instance. + /// </param> + public ListBase (params T[] list) + { + if (list != null) + Add (list); + } + + #endregion + + #region Properties + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance is empty; + /// otherwise <see langword="false" />. + /// </value> + public bool IsEmpty { + get { return Count == 0; } + } + + #endregion + + #region Methods + + /// <summary> + /// Adds a collection of elements to the current instance. + /// </summary> + /// <param name="list"> + /// A <see cref="T:TagLib.ListBase`1"/> object containing + /// elements to add to the current instance. + /// </param> + public void Add (ListBase<T> list) + { + if (list != null) { + data.AddRange (list); + } + } + + /// <summary> + /// Adds a collection of elements to the current instance. + /// </summary> + /// <param name="list"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1"/> object containing + /// elements to add to the current instance. + /// </param> + public void Add (IEnumerable<T> list) + { + if (list != null) { + data.AddRange (list); + } + } + + /// <summary> + /// Adds a collection of elements to the current instance. + /// </summary> + /// <param name="list"> + /// An array containing elements to add to the current + /// instance. + /// </param> + public void Add (T[] list) + { + if (list != null) { + data.AddRange (list); + } + } + + /// <summary> + /// Performs a sorted insert of an object into the current + /// instance, optionally only adding if the item is unique. + /// </summary> + /// <param name="item"> + /// An object to add to the current instance. + /// </param> + /// <param name="unique"> + /// If <see langword="true" />, the object will only be added + /// if an identical value is not already contained in the + /// current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="item" /> is <see langword="null" />. + /// </exception> + public virtual void SortedInsert (T item, bool unique) + { + if (item == null) + throw new ArgumentNullException (nameof (item)); + + int i = 0; + for (; i < data.Count; i++) { + if (item.CompareTo (data[i]) == 0 && unique) { + return; + } + + if (item.CompareTo (data[i]) <= 0) { + break; + } + } + + Insert (i, item); + } + + /// <summary> + /// Performs a sorted insert of an object into the current + /// instance. + /// </summary> + /// <param name="item"> + /// An object to add to the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="item" /> is <see langword="null" />. + /// </exception> + public void SortedInsert (T item) + { + if (item == null) + throw new ArgumentNullException (nameof (item)); + + SortedInsert (item, false); + } + + /// <summary> + /// Converts the current instance to an array. + /// </summary> + /// <returns> + /// A <see cref="System.Array" /> containing the contents of + /// the current instance. + /// </returns> + public T[] ToArray () + { + return data.ToArray (); + } + + #endregion + + #region IList<T> + + /// <summary> + /// Gets whether or not the current instance is read-only. + /// </summary> + /// <value> + /// Always <see langword="false" />. + /// </value> + public bool IsReadOnly { + get { return false; } + } + + /// <summary> + /// Gets whether or not the current instance has a fixed + /// size. + /// </summary> + /// <value> + /// Always <see langword="false" />. + /// </value> + public bool IsFixedSize { + get { return false; } + } + + /// <summary> + /// Gets and sets the value as a specified index. + /// </summary> + public T this[int index] { + get { return data[index]; } + set { data[index] = value; } + } + + /// <summary> + /// Adds a single item to end of the current instance. + /// </summary> + /// <param name="item"> + /// An object to add to the end of the current instance. + /// </param> + public void Add (T item) + { + data.Add (item); + } + + /// <summary> + /// Clears the contents of the current instance. + /// </summary> + public void Clear () + { + data.Clear (); + } + + /// <summary> + /// Gets whether or not the current instance contains a + /// specified object. + /// </summary> + /// <param name="item"> + /// An object to look for in the current instance. + /// </param> + /// <returns> + /// <see langword="true" /> if the item could be found; + /// otherwise <see langword="false" />. + /// </returns> + public bool Contains (T item) + { + return data.Contains (item); + } + + /// <summary> + /// Gets the index of the first occurance of a value. + /// </summary> + /// <param name="item"> + /// A object to find in the current instance. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the first index + /// at which the value was found, or -1 if it was not found. + /// </returns> + public int IndexOf (T item) + { + return data.IndexOf (item); + } + + /// <summary> + /// Inserts a single value into the current instance at a + /// specified index. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the position at + /// which to insert the value. + /// </param> + /// <param name="item"> + /// An object to insert into the current instance. + /// </param> + public void Insert (int index, T item) + { + data.Insert (index, item); + } + + /// <summary> + /// Removes the first occurance of an object from the current + /// instance. + /// </summary> + /// <param name="item"> + /// An object to remove from the current instance. + /// </param> + /// <returns> + /// <see langword="true" /> if the value was removed; + /// otherwise the value did not appear in the current + /// instance and <see langword="false" /> is returned. + /// </returns> + public bool Remove (T item) + { + return data.Remove (item); + } + + /// <summary> + /// Removes the item at the specified index. + /// </summary> + /// <param name="index"> + /// A <see cref="int" /> value specifying the position at + /// which to remove an item. + /// </param> + public void RemoveAt (int index) + { + data.RemoveAt (index); + } + + /// <summary> + /// Gets a string representation of the contents of the + /// current instance, joined by a separator. + /// </summary> + /// <param name="separator"> + /// A <see cref="string" /> object to separate the items + /// with. + /// </param> + /// <returns> + /// A <see cref="string" /> object containing the contents + /// of the current instance. + /// </returns> + public string ToString (string separator) + { + var builder = new StringBuilder (); + + for (int i = 0; i < Count; i++) { + if (i != 0) { + builder.Append (separator); + } + + builder.Append (this[i]); + } + + return builder.ToString (); + } + + /// <summary> + /// Gets a string representation of the contents of the + /// current instance, joined by commas. + /// </summary> + /// <returns> + /// A <see cref="string" /> object containing the contents + /// of the current instance. + /// </returns> + public override string ToString () + { + return ToString (", "); + } + + #endregion + + + + #region ICollection<T> + + /// <summary> + /// Gets the number of elements in the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// elements in the current instance. + /// </value> + public int Count { + get { return data.Count; } + } + + /// <summary> + /// Gets whether or not the current instance is synchronized. + /// </summary> + /// <value> + /// Always <see langword="false" />. + /// </value> + public bool IsSynchronized { + get { return false; } + } + + /// <summary> + /// Gets the object that can be used to synchronize the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="object" /> that can be used to synchronize + /// the current instance. + /// </value> + public object SyncRoot { + get { return this; } + } + + /// <summary> + /// Copies the current instance to an array, starting at a + /// specified index. + /// </summary> + /// <param name="array"> + /// An array to copy to. + /// </param> + /// <param name="arrayIndex"> + /// A <see cref="int" /> value indicating the index in + /// <paramref name="array" /> at which to start copying. + /// </param> + public void CopyTo (T[] array, int arrayIndex) + { + data.CopyTo (array, arrayIndex); + } + + #endregion + + + #region IEnumerable<T> + + /// <summary> + /// Gets an enumerator for enumerating through the elements + /// in the current instance. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the tag's data boxes. + /// </returns> + public IEnumerator<T> GetEnumerator () + { + return data.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return data.GetEnumerator (); + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/ListBase.cs.meta b/Scripts/TaglibSharp/ListBase.cs.meta new file mode 100644 index 0000000..eb58d4b --- /dev/null +++ b/Scripts/TaglibSharp/ListBase.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 024578eb7b0ace96cb49cfef7954bb75 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska.meta b/Scripts/TaglibSharp/Matroska.meta new file mode 100644 index 0000000..608dd74 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 41d3913d8d6dcffdfa6e9b5c2f493a84 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/Attachment.cs b/Scripts/TaglibSharp/Matroska/Attachment.cs new file mode 100644 index 0000000..d4d0158 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Attachment.cs @@ -0,0 +1,215 @@ +// +// SimpleTag.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2017 Starwer +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes a Matroska Attachment. + /// Attachments may be pictures, but also any other content type. + /// </summary> + public class Attachment : PictureLazy, IUIDElement + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Attachment" /> with no data or values. + /// </summary> + public Attachment () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Attachment" /> by reading in the contents of a + /// specified file. + /// </summary> + /// <param name="path"> + /// A <see cref="string"/> object containing the path of the + /// file to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public Attachment (string path) + : base (path) + { + SetTypeFromFilename (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Attachment" /> by reading in the contents of a + /// specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction"/> object containing + /// abstraction of the file to read. + /// </param> + /// <param name="offset"> + /// The position in bytes where the picture is located in the + /// <see cref="T:File.IFileAbstraction"/>. + /// </param> + /// <param name="size"> + /// The size in bytes of the picture in the + /// <see cref="T:File.IFileAbstraction"/> (default: read all). + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public Attachment (TagLib.File.IFileAbstraction abstraction, long offset = 0, long size = -1) + : base (abstraction, offset, size) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Attachment" /> by using the contents of a <see + /// cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing picture data + /// to use. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public Attachment (ByteVector data) + : base (data) + { + } + + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Attachment" /> by doing a shallow copy of <see + /// cref="IPicture" />. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture"/> object containing picture data + /// to convert to an Attachment. + /// </param> + public Attachment (IPicture picture) + : base (picture) + { + } + + + #endregion + + + #region Methods + + /// <summary> + /// Derive the Picture-type from the the file-name. + /// It change the <see cref="P:Type"/> from the <see cref="P:Filename"/>. + /// </summary> + public void SetTypeFromFilename () + { + if (MimeType != null && !MimeType.StartsWith ("image/")) { + Type = PictureType.NotAPicture; + return; + } + + if (Filename == null) { + Type = PictureType.Other; + return; + } + + PictureType type = PictureType.Other; + string fname = Filename.ToLower (); + + foreach (var ptype in Enum.GetNames (typeof (PictureType))) { + if (fname.Contains (ptype.ToLower ())) { + type = (PictureType)Enum.Parse (typeof (PictureType), ptype); + break; + } + } + + if (type == PictureType.Other && ((fname.Contains ("cover") || fname.Contains ("poster")))) { + type = PictureType.FrontCover; + } + + Type = type; + } + + /// <summary> + /// Derive thefile-name from the the Piture type. + /// It change the <see cref="P:Filename"/> from the <see cref="P:Type"/> if required, + /// but not if the filename already matches the type. + /// </summary> + /// <returns>true if <see cref="P:Filename"/> changed</returns> + public bool SetFilenameFromType () + { + PictureType type = Type; + + if (!string.IsNullOrEmpty (Filename)) { + SetTypeFromFilename (); + + // Filename already matches the type, so do not change it + if (type == Type) return false; + + // restore the type + Type = type; + } + + // Derive extension from file or MimeType + string ext = null; + if (Filename != null) ext = Path.GetExtension (Filename); + if (ext == null && MimeType != null && MimeType.StartsWith ("image/")) ext = "." + MimeType.Substring (6); + if (ext == null || ext.Length < 2) ext = ""; + + // Change the filename + Filename = type + ext; + return true; + } + + #endregion + + + #region IUIDElement Boilerplate + + /// <summary> + /// Unique ID representing the element, as random as possible (setting zero will generate automatically a new one). + /// </summary> + public ulong UID { + get { return _UID; } + set { _UID = UIDElement.GenUID (value); } + } + + ulong _UID = UIDElement.GenUID (); + + + /// <summary> + /// Get the Tag type the UID should be represented by, or 0 if undefined + /// </summary> + public MatroskaID UIDType { get { return MatroskaID.TagAttachmentUID; } } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Matroska/Attachment.cs.meta b/Scripts/TaglibSharp/Matroska/Attachment.cs.meta new file mode 100644 index 0000000..eae3994 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Attachment.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f61f84258e7ab3b6ebcb9b16ff0b9e53 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/AudioTrack.cs b/Scripts/TaglibSharp/Matroska/AudioTrack.cs new file mode 100644 index 0000000..e3ee49e --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/AudioTrack.cs @@ -0,0 +1,146 @@ +// +// AudioTrack.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes a Matroska Audio track. + /// </summary> + public class AudioTrack : Track, IAudioCodec + { + #region Private fields + +#pragma warning disable 414 // Assigned, never used + readonly double rate; + readonly ulong channels; + readonly ulong depth; +#pragma warning restore 414 + + + #endregion + + #region Constructors + + /// <summary> + /// Construct a <see cref="AudioTrack" /> reading information from + /// provided file data. + /// Parsing will be done reading from _file at position references by + /// parent element's data section. + /// </summary> + /// <param name="_file"><see cref="File" /> instance to read from.</param> + /// <param name="element">Parent <see cref="EBMLreader" />.</param> + public AudioTrack (File _file, EBMLreader element) + : base (_file, element) + { + // Here we handle the unknown elements we know, and store the rest + foreach (EBMLreader elem in base.UnknownElements) { + var matroska_id = elem.ID; + + + switch (matroska_id) { + case MatroskaID.TrackAudio: { + ulong i = 0; + + while (i < elem.DataSize) { + EBMLreader child = new EBMLreader (_file, elem.DataOffset + i); + + matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.AudioChannels: + channels = child.ReadULong (); + break; + case MatroskaID.AudioBitDepth: + depth = child.ReadULong (); + break; + case MatroskaID.AudioSamplingFreq: + rate = child.ReadDouble (); + break; + default: + UnknownElements.Add (child); + break; + } + + i += child.Size; + } + + break; + } + + default: + UnknownElements.Add (elem); + break; + } + } + } + + #endregion + + #region Public fields + + /// <summary> + /// List of unknown elements encountered while parsing. + /// </summary> + public new List<EBMLreader> UnknownElements { get; } = new List<EBMLreader>(); + + #endregion + + #region ICodec + + /// <summary> + /// This type of track only has audio media type. + /// </summary> + public override MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + #endregion + + #region IAudioCodec + + /// <summary> + /// Audio track bitrate. + /// </summary> + public int AudioBitrate { + get { return 0; } + } + + /// <summary> + /// Audio track sampling rate. + /// </summary> + public int AudioSampleRate { + get { return (int)rate; } + } + + /// <summary> + /// Number of audio channels in this track. + /// </summary> + public int AudioChannels { + get { return (int)channels; } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/AudioTrack.cs.meta b/Scripts/TaglibSharp/Matroska/AudioTrack.cs.meta new file mode 100644 index 0000000..a72799d --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/AudioTrack.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4acff302cab1d869f8d197a37fc3f624 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/EBMLElement.cs b/Scripts/TaglibSharp/Matroska/EBMLElement.cs new file mode 100644 index 0000000..f677ed6 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/EBMLElement.cs @@ -0,0 +1,420 @@ +// +// EBMLElement.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Matroska +{ + /// <summary> + /// Represent a generic EBML Element and its content. + /// </summary> + public class EBMLelement + { + + #region Constructors + + /// <summary> + /// Constructs an empty <see cref="EBMLelement" />. + /// </summary> + public EBMLelement () + { + } + + + /// <summary> + /// Construct a <see cref="EBMLelement" /> to contain children elements. + /// </summary> + /// <param name="ebmlid">EBML ID of the element to be created.</param> + public EBMLelement (MatroskaID ebmlid) + { + ID = ebmlid; + Children = new List<EBMLelement> (); + } + + /// <summary> + /// Construct a <see cref="EBMLelement" /> to contain data. + /// </summary> + /// <param name="ebmlid">EBML ID of the element to be created.</param> + /// <param name="data">EBML data of the element to be created.</param> + public EBMLelement (MatroskaID ebmlid, ByteVector data) + { + ID = ebmlid; + Data = data; + } + + + /// <summary> + /// Construct <see cref="EBMLelement" /> to contain data. + /// </summary> + /// <param name="ebmlid">EBML ID of the element to be created.</param> + /// <param name="value">EBML data as an <see cref="ulong"/> value.</param> + public EBMLelement (MatroskaID ebmlid, ulong value) + { + ID = ebmlid; + SetData (value); + } + + + #endregion + + #region Public Properties + + /// <summary> + /// EBML Element Identifier. + /// </summary> + public MatroskaID ID = 0; + + + /// <summary> + /// Get or set the data represented by the EBML + /// </summary> + public ByteVector Data; + + + /// <summary> + /// Get or set the element embedded in the EBML + /// </summary> + public List<EBMLelement> Children; + + + /// <summary> + /// Get or set whether the EBML should have a size of one byte more + /// than the optimal size. + /// </summary> + public bool IncSize; + + + #endregion + + + #region Public Methods + + /// <summary> + /// EBML Element size in bytes. + /// </summary> + public long Size { + get { + long size_length = DataSize; + return IDSize + EBMLByteSize ((ulong)size_length) + (IncSize ? 1 : 0) + size_length; + } + } + + + /// <summary> + /// Get the size of the EBML ID, in bytes + /// </summary> + public long IDSize { + get { + uint ebml_id = (uint)ID; + + // Figure out the ID size in bytes + long mask = 0xFF000000, id_length = 4; + while (id_length > 0 && (ebml_id & mask) == 0) { + id_length--; + mask >>= 8; + } + if (id_length == 0) + throw new CorruptFileException ("invalid EBML ID (zero)"); + + return id_length; + } + } + + /// <summary> + /// Get the size of the EBML data-size, in bytes + /// </summary> + public long DataSizeSize { + get { return EBMLByteSize ((ulong)DataSize) + (IncSize ? 1 : 0); } + } + + + /// <summary> + /// EBML Element data/content size in bytes. + /// </summary> + public long DataSize { + get { + long ret = 0; + + if (Data != null) { + // Get Data size + ret = Data.Count; + + if (Children != null) + throw new UnsupportedFormatException ("EBML element cannot contain both Data and Children"); + } else { + // Get the content size + foreach (var child in Children) { + ret += child.Size; + } + } + + return ret; + } + } + + + /// <summary> + /// Try to increase the size of the EBML by 1 byte. + /// </summary> + /// <returns>True if successfully increased size, false if failed.</returns> + public bool IncrementSize () + { + // Try to extend current DataSizeSize + if (!IncSize && DataSizeSize < 8) { + return IncSize = true; + } + + // Try to extend one of the children + if (Children != null) { + foreach (var child in Children) { + if (child.IncrementSize ()) return true; + } + } + + // Failed + return false; + } + + + + /// <summary> + /// Get the EBML ID and data-size as a vector of bytes. + /// </summary> + public ByteVector Header { + get { + // Retrieve sizes + var id_length = IDSize; + var size_length = DataSizeSize; + + // Create vector + ByteVector vector = new ByteVector ((int)(id_length + size_length)); + + // Construct the ID field + uint ebml_id = (uint)ID; + uint mask = ebml_id; + for (int i = (int)id_length - 1; i >= 0; i--) { + vector[i] = (byte)(mask & 0xFF); + mask >>= 8; + } + + // Construct the data-size field + ulong lmask = (ulong)DataSize; + for (int i = (int)(id_length + size_length - 1); i >= id_length; i--) { + vector[i] = (byte)(lmask & 0xFF); + lmask >>= 8; + } + + // Set the marker bit of the Data-size + vector[(int)id_length] |= (byte)(0x100 >> (int)size_length); + + + return vector; + } + } + + + #endregion + + #region Class functions + + /// <summary> + /// Get the byte-size required to encode an EBML value with the leading 1. + /// </summary> + /// <param name="value">Encoded value</param> + /// <returns>size in bytes</returns> + public static long EBMLByteSize (ulong value) + { + // Figure out the required data-size size in bytes + long size_length; + if (value == 0x7F) { + // Special case: Avoid element-size reserved word of 0xFF (all ones) + size_length = 2; + } else { + size_length = 8; + ulong mask = (ulong)0x7F << (7 * 7); + while (size_length > 1 && (value & mask) == 0) { + size_length--; + mask >>= 7; + } + } + + return size_length; + } + + #endregion + + + #region Public Methods Data access + + + /// <summary> + /// Get a string from EBML Element's data section (UTF-8). + /// Handle null-termination. + /// </summary> + /// <returns>a string object containing the parsed value.</returns> + public string GetString () + { + if (Data == null) return null; + var idx = Data.IndexOf (0x00); // Detected Null termination + if (idx >= 0) return Data.ToString (StringType.UTF8, 0, idx); + return Data.ToString (StringType.UTF8); + } + + /// <summary> + /// Get a boolean from EBML Element's data section. + /// </summary> + /// <returns>a bool containing the parsed value.</returns> + public bool GetBool () + { + if (Data == null) return false; + return (Data.ToUInt () > 0); + } + + /// <summary> + /// Get a double from EBML Element's data section. + /// </summary> + /// <returns>a double containing the parsed value.</returns> + public double GetDouble () + { + if (Data == null) return 0; + + double result = 0.0; + + if (Data.Count == 4) { + result = Data.ToFloat (); + } else if (Data.Count == 8) { + result = Data.ToDouble (); + } else { + throw new UnsupportedFormatException ("Can not read a Double with sizes differing from 4 or 8"); + } + + return result; + } + + /// <summary> + /// Get an unsigned integer (any size from 1 to 8 bytes) from EBML Element's data section. + /// </summary> + /// <returns>a ulong containing the parsed value.</returns> + public ulong GetULong () + { + if (Data == null) return 0; + return Data.ToULong (); + } + + + /// <summary> + /// Get a bytes vector from EBML Element's data section. + /// </summary> + /// <returns>a <see cref="ByteVector" /> containing the parsed value.</returns> + public ByteVector GetBytes () + { + return Data; + } + + + + + /// <summary> + /// Set data content as <see cref="string"/> to the EBML file + /// </summary> + /// <param name="data">data as <see cref="string"/></param> + public void SetData (string data) + { + Data = data; + } + + + /// <summary> + /// Set data content as <see cref="ulong"/> to the EBML file + /// </summary> + /// <param name="data">unsigned long number to write</param> + public void SetData (ulong data) + { + const ulong mask = 0xffffffff00000000; + bool isLong = (data & mask) != 0; + + ByteVector vector = new ByteVector (isLong ? 8 : 4); + for (int i = vector.Count - 1; i >= 0; i--) { + vector[i] = (byte)(data & 0xff); + data >>= 8; + } + + Data = vector; + } + + + #endregion + + + #region Public Methods Write to file + + /// <summary> + /// Write the EMBL (and all its data/content) to a file. + /// </summary> + /// <param name="file">A <see cref="File"/> representing the file to write to.</param> + /// <param name="position">The byte-position in the file to write the EBML to.</param> + /// <param name="reserved">The reserved size in bytes that the EBML may overwrite from the given position. (Default: 0, insert)</param> + public void Write (File file, long position, long reserved = 0) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (position > file.Length || position < 0) + throw new ArgumentOutOfRangeException (nameof (position)); + + if (Data != null && Children != null) + throw new UnsupportedFormatException ("EBML element cannot contain both Data and Children"); + + + // Reserve required size upfront to speed up writing + var size = Size; + if (size > reserved) { + // Extend reserved size + file.Insert (size - reserved, position + reserved); + reserved = size; + } + + // Write the Header + var header = Header; + file.Insert (header, position, header.Count); + position += header.Count; + reserved -= header.Count; + + // Write the data/content + if (Data != null) { + file.Insert (Data, position, Data.Count); + } else if (Children != null) { + foreach (var child in Children) { + child.Write (file, position, reserved); + var csize = child.Size; + position += csize; + reserved -= csize; + } + } + } + + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/EBMLElement.cs.meta b/Scripts/TaglibSharp/Matroska/EBMLElement.cs.meta new file mode 100644 index 0000000..de3393c --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/EBMLElement.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2c23a6d98ba04c36aa2f7a19dece41aa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/EBMLIDs.cs b/Scripts/TaglibSharp/Matroska/EBMLIDs.cs new file mode 100644 index 0000000..78adf34 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/EBMLIDs.cs @@ -0,0 +1,76 @@ +// +// EBMLIDs.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Matroska +{ + /// <summary> + /// Public enumeration listing the possible EBML element identifiers. + /// </summary> + public enum EBMLID + { + /// <summary> + /// Indicates an EBML Header element. + /// </summary> + EBMLHeader = 0x1A45DFA3, + + /// <summary> + /// Indicates an EBML Version element. + /// </summary> + EBMLVersion = 0x4286, + + /// <summary> + /// Indicates an EBML Read Version element. + /// </summary> + EBMLReadVersion = 0x42F7, + + /// <summary> + /// Indicates an EBML Max ID Length element. + /// </summary> + EBMLMaxIDLength = 0x42F2, + + /// <summary> + /// Indicates an EBML Max Size Length element. + /// </summary> + EBMLMaxSizeLength = 0x42F3, + + /// <summary> + /// Indicates an EBML Doc Type element. + /// </summary> + EBMLDocType = 0x4282, + + /// <summary> + /// Indicates an EBML Doc Type Version element. + /// </summary> + EBMLDocTypeVersion = 0x4287, + + /// <summary> + /// Indicates an EBML Doc Type Read Version element. + /// </summary> + EBMLDocTypeReadVersion = 0x4285, + + /// <summary> + /// Indicates an EBML Void element. + /// </summary> + EBMLVoid = 0xEC + } +} diff --git a/Scripts/TaglibSharp/Matroska/EBMLIDs.cs.meta b/Scripts/TaglibSharp/Matroska/EBMLIDs.cs.meta new file mode 100644 index 0000000..d7f9c94 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/EBMLIDs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f47242669f076f52f84ea6b8b4204168 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/EBMLreader.cs b/Scripts/TaglibSharp/Matroska/EBMLreader.cs new file mode 100644 index 0000000..4024a50 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/EBMLreader.cs @@ -0,0 +1,483 @@ +// +// EBMLElement.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + + +namespace TagLib.Matroska +{ + /// <summary> + /// Read a Matroska EBML element from a file, but also provides basic modifications to an + /// EBML element directly on the file (write). This can also represent an abstract EBML + /// on the file (placeholder). + /// </summary> + /// <remarks> + /// This was intitialy called <see cref="EBMLelement"/>, but this was in fact a file-reader. + /// The name <see cref="EBMLelement"/> correspond more to the class which has been created to + /// represent an EBML structure (regardless of file-issues) to support the EBML writing to file. + /// </remarks> + public class EBMLreader + { + #region Private Fields + + File file; + ulong offset; + uint ebml_id; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs a root <see cref="EBMLreader" /> instance, by reading from + /// the provided file position. + /// </summary> + /// <param name="_file"><see cref="File" /> File instance to read from.</param> + /// <param name="position">Position in the file to start reading from.</param> + public EBMLreader (File _file, ulong position) + { + // Keep a reference to the file + file = _file; + Parent = null; + + // Initialize attributes + offset = position; + DataOffset = position; + ebml_id = 0; + DataSize = 0; + + // Actually read the EBML on the file + Read (true); + } + + + /// <summary> + /// Constructs a child <see cref="EBMLreader" /> reading the data from the + /// EBML parent at the provided file position. + /// </summary> + /// <param name="parent">The <see cref="EBMLreader" /> that contains the instance to be created.</param> + /// <param name="position">Position in the file to start reading from.</param> + public EBMLreader (EBMLreader parent, ulong position) + { + if (parent == null) + throw new ArgumentNullException (nameof (parent)); + + // Keep a reference to the file + file = parent.file; + Parent = parent; + + // Initialize attributes + offset = position; + DataOffset = position; + ebml_id = 0; + DataSize = 0; + + + // Actually read the EBML on the file + Read (true); + } + + + /// <summary> + /// Create a new abstract <see cref="EBMLreader" /> with arbitrary attributes, + /// without reading its information on the file. + /// </summary> + /// <param name="parent">The <see cref="EBMLreader" /> that contains the instance to be described.</param> + /// <param name="position">Position in the file.</param> + /// <param name="ebmlid">EBML ID of the element</param> + /// <param name="size">Total size of the EBML, in bytes</param> + public EBMLreader (EBMLreader parent, ulong position, MatroskaID ebmlid, ulong size = 0) + { + // Keep a reference to the file + if (parent != null) + file = parent.file; + + Parent = parent; + + // Initialize attributes + offset = position; + DataOffset = offset; + ebml_id = (uint)ebmlid; + DataSize = size; + } + + #endregion + + #region Public Properties + + /// <summary> + /// EBML Element Identifier. + /// </summary> + public MatroskaID ID { + get { return (MatroskaID)ebml_id; } + } + + /// <summary> + /// EBML Parent instance. + /// </summary> + public EBMLreader Parent { get; } + + /// <summary> + /// EBML Element size in bytes. + /// </summary> + public ulong Size { + set { DataSize = value - (DataOffset - offset); } + get { return (DataOffset - offset) + DataSize; } + } + + /// <summary> + /// EBML Element data size in bytes. + /// </summary> + public ulong DataSize { set; get; } + + /// <summary> + /// EBML Element data offset position in file in bytes. + /// </summary> + public ulong DataOffset { get; set; } + + /// <summary> + /// EBML Element offset position in file in bytes. + /// </summary> + public ulong Offset { + set { + DataOffset = (ulong)((long)DataOffset + ((long)value - (long)offset)); + offset = value; + } + get { return offset; } + } + + /// <summary> + /// Defines that the EBML element is not read-out from file, + /// but is an abstract representation of an element on the disk. + /// </summary> + public bool Abstract { + get { return offset == DataOffset; } + } + + + #endregion + + #region Public Methods for Reading + + /// <summary> + /// Read EBML header and data-size if it is an abstract one. + /// It then becomes a non abstract EBML. + /// </summary> + /// <param name="throwException">Throw exception on invalid EBML read if true (Default: false).</param> + /// <returns>True if successful.</returns> + public bool Read (bool throwException = false) + { + if (!Abstract) return true; + + if (file == null) + throw new ArgumentNullException (nameof(file)); + + try { + var ex = new InvalidOperationException ("Invalid EBML format Read"); + + if (offset >= (ulong)(file.Length) - 1) throw ex; + + // Prepare for Consitency check + uint ebml_id_check = ebml_id; + ulong ebml_size_check = Size; + + + file.Seek ((long)offset); + + // Get the header byte + ByteVector vector = file.ReadBlock (1); + byte header_byte = vector[0]; + // Define a mask + byte mask = 0x80, id_length = 1; + // Figure out the size in bytes + while (id_length <= 4 && (header_byte & mask) == 0) { + id_length++; + mask >>= 1; + } + if (id_length > 4) throw ex; + + // Now read the rest of the EBML ID + if (id_length > 1) { + vector.Add (file.ReadBlock (id_length - 1)); + } + + ebml_id = vector.ToUInt (); + + vector.Clear (); + + // Get the size length + vector = file.ReadBlock (1); + header_byte = vector[0]; + mask = 0x80; + byte size_length = 1; + + // Iterate through various possibilities + while (size_length <= 8 && (header_byte & mask) == 0) { + size_length++; + mask >>= 1; + } + + + if (size_length > 8) + size_length = 1; // Special: Empty element (all zero state) + else + vector[0] &= (byte)(mask - 1); // Clear the marker bit + + + // Now read the rest of the EBML element size + if (size_length > 1) { + vector.Add (file.ReadBlock (size_length - 1)); + } + + DataSize = vector.ToULong (); + + // Special: Auto-size (0xFF byte) + if (size_length == 1 && DataSize == 0x7F) { + // Resolve auto-size to fill in to its containing element + ulong bound = Parent == null ? (ulong)file.Length : Parent.Offset + Parent.Size; + DataSize = bound - offset - (ulong)(id_length + size_length); + } + + DataOffset = offset + id_length + size_length; + + // Consistency check: Detect descrepencies between read data and abstract data + if (ebml_id_check != 0 && ebml_id_check != ebml_id) throw ex; + if (ebml_size_check != 0 && ebml_size_check != Size) throw ex; + + return true; + + } catch (Exception) { + if (throwException) + throw; + return false; + } + + } + + + + /// <summary> + /// Reads a vector of bytes (raw data) from EBML Element's data section. + /// </summary> + /// <returns>a <see cref="ByteVector" /> containing the parsed value.</returns> + public ByteVector ReadBytes () + { + if (file == null) { + return null; + } + + file.Seek ((long)DataOffset); + + ByteVector vector = file.ReadBlock ((int)DataSize); + + return vector; + } + + /// <summary> + /// Reads a string from EBML Element's data section (UTF-8). + /// </summary> + /// <returns>a string object containing the parsed value.</returns> + public string ReadString () + { + if (file == null) return null; + ByteVector vector = ReadBytes (); + var ebml = new EBMLelement ((MatroskaID)ebml_id, vector); + return ebml.GetString (); + + } + + /// <summary> + /// Reads a boolean from EBML Element's data section. + /// </summary> + /// <returns>a bool containing the parsed value.</returns> + public bool ReadBool () + { + if (file == null || DataSize == 0) return false; + ByteVector vector = ReadBytes (); + var ebml = new EBMLelement ((MatroskaID)ebml_id, vector); + return ebml.GetBool (); + + } + + /// <summary> + /// Reads a double from EBML Element's data section. + /// </summary> + /// <returns>a double containing the parsed value.</returns> + public double ReadDouble () + { + if (file == null || DataSize == 0) return 0; + ByteVector vector = ReadBytes (); + var ebml = new EBMLelement ((MatroskaID)ebml_id, vector); + return ebml.GetDouble (); + } + + /// <summary> + /// Reads an unsigned integer (any size from 1 to 8 bytes) from EBML Element's data section. + /// </summary> + /// <returns>a ulong containing the parsed value.</returns> + public ulong ReadULong () + { + if (file == null || DataSize == 0) return 0; + ByteVector vector = ReadBytes (); + var ebml = new EBMLelement ((MatroskaID)ebml_id, vector); + return ebml.GetULong (); + } + + + #endregion + + #region Public Methods for Writing + + /// <summary> + /// Write the <see cref="DataSize"/> to the EBML file. + /// Resize the data-size length to 8 bytes. + /// This will *not* insert extra bytes, but overwrite next contiguous bytes. + /// It will claim the size added on the value of the data-size. + /// </summary> + /// <returns>Offset created in Writing the new data-size</returns> + public long WriteDataSize () + { + ulong value = DataSize; + const ulong newsize_length = 8; + + // Figure out the ID size in bytes + ulong mask = 0xFF000000, id_length = 4; + while (id_length > 0 && (ebml_id & mask) == 0) { + id_length--; + mask >>= 8; + } + if (id_length == 0) + throw new CorruptFileException ("invalid EBML ID (zero)"); + + // Figure out the Data size length in bytes + ulong size_length = DataOffset - offset - id_length; + if (size_length > 8) + throw new CorruptFileException ("invalid EBML element size"); + + // Construct the data-size field + ByteVector vector = new ByteVector ((int)newsize_length); + mask = value; + for (int i = (int)newsize_length - 1; i >= 0; i--) { + vector[i] = (byte)(mask & 0xFF); + mask >>= 8; + } + // Set the marker bit + vector[0] |= 0x100 >> (int)newsize_length; + + // Write data-size field to file + file.Insert (vector, (long)(offset + id_length), (long)newsize_length); + + // Update fields + ulong woffset = newsize_length - size_length; + DataOffset += woffset; + DataSize = value - woffset; + + return (long)woffset; + } + + + /// <summary> + /// Change an EBML element to a Abstract Void element, but do not write to the file. + /// </summary> + /// <remarks> + /// To do a real conversion to Void EBML element on the file, use <see cref="WriteVoid()"/>. + /// </remarks> + public void SetVoid () + { + ulong size = Size; + + // Update this object + ebml_id = (uint)MatroskaID.Void; + DataOffset = offset; // This will make it abstract + DataSize = size; // Keep the size unchanged + } + + + /// <summary> + /// Change an EBML element to a Void element directly on the file. + /// </summary> + public void WriteVoid () + { + if (Size < 2) throw new ArgumentOutOfRangeException (nameof(Size), "WriteVoid Size < 2"); + + if (file == null) + throw new ArgumentNullException (nameof(file), "WriteVoid file"); + + if (offset + Size > (ulong)(file.Length)) + throw new ArgumentOutOfRangeException (nameof(file), "WriteVoid tries to write out of the file"); + + + ByteVector vector; + int datasize; + + if (Size < 100) { + vector = new ByteVector (2); + datasize = (int)Size - 2; + vector[0] = (byte)MatroskaID.Void; // size = 1 + vector[1] = (byte)(0x80 | datasize); // Marker + data-size + } else { + vector = new ByteVector (9); + datasize = (int)Size - 9; + vector[0] = (byte)MatroskaID.Void; // size = 1 + vector[1] = 0x01; // set marker + + // Set data size + int mask = datasize; + for (int i = 8; i > 1; i--) { + vector[i] = (byte)(mask & 0xFF); + mask >>= 8; + } + } + + file.Insert (vector, (long)Offset, vector.Count); + + // Update this object + ebml_id = (uint)MatroskaID.Void; + DataOffset = Offset + (ulong)vector.Count; + DataSize = (ulong)datasize; + } + + + /// <summary> + /// Remove the EBML element from the file + /// </summary> + /// <returns>Size difference compare to previous EBML size</returns> + public long Remove () + { + long ret = -(long)Size; + + file.RemoveBlock ((long)Offset, (long)Size); + + // Invalidate this object + ebml_id = 0; + DataOffset = offset; + DataSize = 0; + file = null; + + return ret; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/EBMLreader.cs.meta b/Scripts/TaglibSharp/Matroska/EBMLreader.cs.meta new file mode 100644 index 0000000..bf0a20c --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/EBMLreader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9935d41c1f28aa7579c5e3b81a11e1da +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/File.cs b/Scripts/TaglibSharp/Matroska/File.cs new file mode 100644 index 0000000..3a7896b --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/File.cs @@ -0,0 +1,1526 @@ +// +// File.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Matroska +{ + /// <summary> + /// Enumeration listing supported Matroska track types. + /// </summary> + public enum TrackType + { + /// <summary> + /// Video track type. + /// </summary> + Video = 0x1, + /// <summary> + /// Audio track type. + /// </summary> + Audio = 0x2, + /// <summary> + /// Complex track type. + /// </summary> + Complex = 0x3, + /// <summary> + /// Logo track type. + /// </summary> + Logo = 0x10, + /// <summary> + /// Subtitle track type. + /// </summary> + Subtitle = 0x11, + /// <summary> + /// Buttons track type. + /// </summary> + Buttons = 0x12, + /// <summary> + /// Control track type. + /// </summary> + Control = 0x20 + } + + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide tagging + /// and properties support for Matroska files. + /// </summary> + [SupportedMimeType ("taglib/mkv", "mkv")] + [SupportedMimeType ("taglib/mka", "mka")] + [SupportedMimeType ("taglib/mks", "mks")] + [SupportedMimeType ("taglib/webm", "webm")] + [SupportedMimeType ("video/webm")] + [SupportedMimeType ("video/x-matroska")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the tags for the file. + /// </summary> + readonly Tags tags; + + /// <summary> + /// Contains the media properties. + /// </summary> + readonly Properties properties; + + double duration_unscaled; + ulong time_scale; + TimeSpan duration; + + readonly List<Track> tracks = new List<Track> (); + + bool updateTags; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + tags = new Tags (tracks); + + Mode = AccessMode.Read; + + try { + ReadWrite (propertiesStyle); + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + + List<ICodec> codecs = new List<ICodec> (); + + foreach (Track track in tracks) { + codecs.Add (track); + } + + properties = new Properties (duration, codecs); + + updateTags = true; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + ReadWrite (ReadStyle.None); + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if ((types & TagTypes.Matroska) != 0) { + tags.Clear (); + } + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override TagLib.Tag GetTag (TagTypes type, bool create) + { + TagLib.Tag ret = null; + if (type == TagTypes.Matroska) + ret = Tag; + + return ret; + } + + #endregion + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override TagLib.Tag Tag { + get { + if (updateTags) { + var retag = new Tag[tags.Count]; + for (int i = 0; i < tags.Count; i++) retag[i] = tags[i]; + + foreach (var tag in retag) { + // This will force the default TagetTypeValue to get a proper value according to the medium type (audio/video) + if (tag.TargetTypeValue == 0) tags.Add (tag); + } + updateTags = false; + } + + // Add Empty Tag representing the Medium to avoid null object + if (tags.Medium == null) { + new Tag (tags); + } + + return tags.Medium; + } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { + return properties; + } + } + + #endregion + + + #region Private Methods Read/Write + + /// <summary> + /// Reads (and Write, if file Mode is Write) the file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void ReadWrite (ReadStyle propertiesStyle) + { + ulong offset = ReadLeadText (); + + bool hasSegment = false; + while (offset < (ulong)Length) { + EBMLreader element; + try { + element = new EBMLreader (this, offset); + } catch (Exception ex) { + // Sometimes, the file has zero padding at the end + if (hasSegment) break; // Avoid crash + throw ex; + } + + EBMLID ebml_id = (EBMLID)element.ID; + MatroskaID matroska_id = element.ID; + + switch (ebml_id) { + case EBMLID.EBMLHeader: + ReadHeader (element); + break; + default: + break; + } + switch (matroska_id) { + case MatroskaID.Segment: + ReadWriteSegment (element, propertiesStyle); + hasSegment = true; + break; + default: + break; + } + + offset += element.Size; + } + } + + void ReadWriteSegment (EBMLreader element, ReadStyle propertiesStyle, bool retry = true) + { + // First make reference of all EBML elements at level 1 (top) in the Segment + + var segm_list = ReadSegments (element, retry); // Try to get it from SeekHead the first time (way faster) + + // Now process (read and prepare to write) the referenced elements we care about + + EBMLelement ebml_sinfo = null; + if (Mode == AccessMode.Write) + ebml_sinfo = new EBMLelement (MatroskaID.SegmentInfo); + + bool valid = true; + + foreach (EBMLreader child in segm_list) { + // the child here may be Abstract if it has been retrieved in the SeekHead, + // so child.Read() must be used to retrieve the full EBML header + + MatroskaID matroska_id = child.ID; + switch (matroska_id) { + case MatroskaID.SeekHead: + valid = child.Read (); + if (Mode == AccessMode.Write) child.SetVoid (); + break; + + case MatroskaID.SegmentInfo: + if (valid = child.Read ()) ReadCreateSegmentInfo (child, ebml_sinfo); + if (Mode == AccessMode.Write) child.SetVoid (); + break; + + case MatroskaID.Tracks: + if (Mode != AccessMode.Write && (propertiesStyle & ReadStyle.Average) != 0) { + if (valid = child.Read ()) ReadTracks (child); + } + break; + + case MatroskaID.Tags: + valid = child.Read (); + if (Mode == AccessMode.Write) child.SetVoid (); + else if (valid) ReadTags (child); + break; + + case MatroskaID.Attachments: + valid = child.Read (); + if (Mode == AccessMode.Write) child.SetVoid (); + else if (valid) ReadAttachments (child, propertiesStyle); + break; + + case MatroskaID.CRC32: // We don't support it + valid = child.Read (); + if (Mode == AccessMode.Write) child.SetVoid (); // get it out of our way + break; + + default: + break; + } + + if (!valid) break; + } + + // Detect invalid SeekHead + if (!valid) { + if (retry) { + MarkAsCorrupt ("Invalid Meta Seek"); + + // Retry the ReadWriteSegment without using SeekHead + if (Mode != AccessMode.Write) { + tracks.Clear (); + tags.Clear (); + } + + // Retry it one last time + ReadWriteSegment (element, propertiesStyle, false); + } else { + MarkAsCorrupt ("Invalid EBML element Read"); + } + + } else if (Mode == AccessMode.Write) { + // Do the real writing + WriteSegment (element, ebml_sinfo, segm_list); + } else { + // Resolve the stub UIDElement to their real object (if available) + foreach (var tag in tags) { + if (tag.Elements != null) { + for (int k = 0; k < tag.Elements.Count; k++) { + var stub = tag.Elements[k]; + + // Attachments + if (tags.Attachments != null) { + foreach (var obj in tags.Attachments) { + if (stub.UID == obj.UID && stub.UIDType == obj.UIDType) + tag.Elements[k] = obj; + } + } + + + // Tracks + if (tracks != null) { + foreach (var tobj in tracks) { + if (tobj is IUIDElement obj) { + if (stub.UID == obj.UID && stub.UIDType == obj.UIDType) + tag.Elements[k] = tobj; + } + } + } + + } + } + } + + } + } + + + void ReadCreateSegmentInfo (EBMLreader element, EBMLelement ebml_sinfo) + { + + EBMLelement ebml_title = null; + + ulong i = 0; + while (i < element.DataSize) { + var child = new EBMLreader (element, element.DataOffset + i); + MatroskaID matroska_id = child.ID; + + if (Mode == AccessMode.Write) { + // Store raw data to represent the SegmentInfo content + if (matroska_id != MatroskaID.CRC32) // Ignore CRC-32 + { + var ebml = new EBMLelement (matroska_id, child.ReadBytes ()); + ebml_sinfo.Children.Add (ebml); + if (matroska_id == MatroskaID.Title) ebml_title = ebml; + } + } else { + switch (matroska_id) { + case MatroskaID.Duration: + duration_unscaled = child.ReadDouble (); + if (time_scale > 0) { + duration = TimeSpan.FromMilliseconds (duration_unscaled * time_scale / 1000000); + } + break; + case MatroskaID.TimeCodeScale: + time_scale = child.ReadULong (); + if (duration_unscaled > 0) { + duration = TimeSpan.FromMilliseconds (duration_unscaled * time_scale / 1000000); + } + break; + case MatroskaID.Title: + tags.Title = child.ReadString (); + break; + default: + break; + } + } + + i += child.Size; + } + + if (Mode == AccessMode.Write) { + // Write SegmentInfo Title + string title = tags.Title; + if (title != null) { + if (ebml_title == null) { + // Create the missing EBML string at the end for the current element + ebml_title = new EBMLelement (MatroskaID.Title, title); + ebml_sinfo.Children.Add (ebml_title); + } else if (ebml_title.GetString () != title) { + // Replace existing string inside the EBML string + ebml_title.SetData (title); + } + } else if (ebml_title != null) { + // Remove title + ebml_sinfo.Children.Remove (ebml_title); + } + } + } + + #endregion + + + #region Private Methods Read + + ulong ReadLeadText () + { + ulong offset = 0; + + // look up the 0x1A start byte + const int buffer_size = 64; + int idx; + do { + Seek ((long)offset); + var leadtxt = ReadBlock (buffer_size); + idx = leadtxt.IndexOf (0x1A); + offset += buffer_size; + } while (idx < 0 && offset < (ulong)Length); + + if (idx < 0) + throw new Exception ("Invalid Matroska file, missing data 0x1A."); + + offset = (offset + (ulong)idx) - buffer_size; + + return offset; + } + + + void ReadHeader (EBMLreader element) + { + string doctype = null; + ulong i = 0; + + while (i < element.DataSize) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + EBMLID ebml_id = (EBMLID)child.ID; + + switch (ebml_id) { + case EBMLID.EBMLDocType: + doctype = child.ReadString (); + break; + default: + break; + } + + i += child.Size; + } + + // Check DocType + if (string.IsNullOrEmpty (doctype) || (doctype != "matroska" && doctype != "webm")) { + throw new UnsupportedFormatException ("DocType is not matroska or webm"); + } + } + + + List<EBMLreader> ReadSegments (EBMLreader element, bool allowSeekHead) + { + var segm_list = new List<EBMLreader> (10); + + bool foundCluster = false; // find first Cluster + + ulong i = 0; + + while (i < element.DataSize) { + EBMLreader child; + + try { + child = new EBMLreader (element, element.DataOffset + i); + } catch { + MarkAsCorrupt ("Truncated file or invalid EBML entry"); + break; // Corrupted file: quit here and good luck for the rest + } + + MatroskaID matroska_id = child.ID; + bool refInSeekHead = false; + + switch (matroska_id) { + case MatroskaID.SeekHead: + if (allowSeekHead) { + // Take only the first SeekHead into account + var ebml_seek = new List<EBMLreader> (10) { child }; + if (ReadSeekHead (child, ebml_seek)) { + // Always reference the first element + if (ebml_seek[0].Offset > element.DataOffset) + ebml_seek.Insert (0, segm_list[0]); + + segm_list = ebml_seek; + i = element.DataSize; // Exit the loop: we got what we need + } else { + MarkAsCorrupt ("Invalid Meta Seek"); + refInSeekHead = true; + } + } else { + refInSeekHead = true; + } + break; + + case MatroskaID.Void: // extend SeekHead space to following void + if (Mode == AccessMode.Write) refInSeekHead = true; // This will serve optimization + break; + + case MatroskaID.Cluster: // reference first Cluster only (too many) + refInSeekHead = !foundCluster; + foundCluster = true; + break; + + // Reference the following elements + case MatroskaID.Cues: + case MatroskaID.Tracks: + case MatroskaID.SegmentInfo: + case MatroskaID.Tags: + case MatroskaID.Attachments: + default: + refInSeekHead = true; + break; + } + + i += child.Size; + + if (refInSeekHead || i == 0) segm_list.Add (child); + } + + return segm_list; + } + + + bool ReadSeekHead (EBMLreader element, List<EBMLreader> segm_list) + { + MatroskaID ebml_id = 0; + ulong ebml_position = 0; + + ulong i = 0; + while (i < element.DataSize) { + EBMLreader ebml_seek = new EBMLreader (element, element.DataOffset + i); + MatroskaID matroska_id = ebml_seek.ID; + + if (matroska_id == MatroskaID.CRC32) // Skip the CRC-32 element + { + i += ebml_seek.Size; + continue; + } + + if (matroska_id != MatroskaID.Seek) return false; // corrupted SeekHead + + ulong j = 0; + while (j < ebml_seek.DataSize) { + EBMLreader child = new EBMLreader (ebml_seek, ebml_seek.DataOffset + j); + matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.SeekID: + ebml_id = (MatroskaID)child.ReadULong (); + break; + case MatroskaID.SeekPosition: + ebml_position = child.ReadULong () + element.Offset; + break; + default: + break; + } + + j += child.Size; + } + + if (ebml_id > 0 && ebml_position > 0) { + // Create abstract EBML representation of the segment EBML + var ebml = new EBMLreader (element.Parent, ebml_position, ebml_id); + + // Sort the seek-entries by increasing position order + int k; + for (k = segm_list.Count - 1; k >= 0; k--) { + if (ebml_position > segm_list[k].Offset) break; + } + segm_list.Insert (k + 1, ebml); + + // Chained SeekHead recursive read + if (ebml_id == MatroskaID.SeekHead) { + if (!ebml.Read ()) return false; // Corrupted + ReadSeekHead (ebml, segm_list); + } + } + + i += ebml_seek.Size; + } + + return true; + } + + + void ReadTags (EBMLreader element) + { + ulong i = 0; + + while (i < (ulong)((long)element.DataSize)) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.Tag: + ReadTag (child); + break; + default: + break; + } + + i += child.Size; + } + } + + + void ReadTag (EBMLreader element) + { + ulong i = 0; + + // Create new Tag + var tag = new Tag (tags); + + while (i < (ulong)((long)element.DataSize)) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.Targets: + ReadTargets (child, tag); + break; + case MatroskaID.SimpleTag: + ReadSimpleTag (child, tag); + break; + default: + break; + } + + i += child.Size; + } + + } + + void ReadTargets (EBMLreader element, Tag tag) + { + ulong i = 0; + + ushort targetTypeValue = 0; + string targetType = null; + var uids = new List<UIDElement> (); + + while (i < element.DataSize) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.TargetTypeValue: + targetTypeValue = (ushort)child.ReadULong (); + break; + case MatroskaID.TargetType: + targetType = child.ReadString (); + break; + case MatroskaID.TagTrackUID: + case MatroskaID.TagEditionUID: + case MatroskaID.TagChapterUID: + case MatroskaID.TagAttachmentUID: + var uid = child.ReadULong (); + // Value 0 => apply to all + if (uid != 0) uids.Add (new UIDElement (matroska_id, uid)); + break; + default: + break; + } + + i += child.Size; + } + + if (targetTypeValue != 0) { + if (targetType != null) { + tag.TargetType = (TargetType)Enum.Parse (typeof (TargetType), targetType.ToUpper ()); + } + + if (targetTypeValue != tag.TargetTypeValue) tag.TargetType = tag.MakeTargetType (targetTypeValue); + } + + if (uids.Count > 0) { + tag.Elements = new List<IUIDElement> (uids.Count); + // tag.Elements.AddRange(uids); // In .NET 2.0 + foreach (var item in uids) tag.Elements.Add (item); + } + } + + void ReadSimpleTag (EBMLreader element, Tag tag, SimpleTag simpletag = null) + { + ulong i = 0; + string key = null; + var stag = new SimpleTag (); + + while (i < (ulong)((long)element.DataSize)) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.TagName: + key = child.ReadString (); + break; + case MatroskaID.TagLanguage: + stag.TagLanguage = child.ReadString (); + break; + case MatroskaID.TagDefault: + stag.TagDefault = child.ReadULong () != 0; + break; + case MatroskaID.TagString: + stag.TagBinary = false; + stag.Value = child.ReadBytes (); + break; + case MatroskaID.TagBinary: + stag.TagBinary = true; + stag.Value = child.ReadBytes (); + break; + case MatroskaID.SimpleTag: + ReadSimpleTag (child, null, stag); + break; + default: + break; + } + + i += child.Size; + } + + // Add the SimpleTag reference to its parent + if (key != null) { + key = key.ToUpper (); + + List<SimpleTag> list = null; + + if (tag != null) { + if (tag.SimpleTags == null) + tag.SimpleTags = new Dictionary<string, List<SimpleTag>> (StringComparer.OrdinalIgnoreCase); + else + tag.SimpleTags.TryGetValue (key, out list); + + if (list == null) + tag.SimpleTags[key] = list = new List<SimpleTag> (6); + } else { + if (simpletag.SimpleTags == null) + simpletag.SimpleTags = new Dictionary<string, List<SimpleTag>> (StringComparer.OrdinalIgnoreCase); + else + simpletag.SimpleTags.TryGetValue (key, out list); + + if (list == null) + simpletag.SimpleTags[key] = list = new List<SimpleTag> (1); + } + + list.Add (stag); + } + + } + + void ReadAttachments (EBMLreader element, ReadStyle propertiesStyle) + { + ulong i = 0; + + while (i < (ulong)((long)element.DataSize)) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.AttachedFile: + ReadAttachedFile (child, propertiesStyle); + break; + default: + break; + } + + i += child.Size; + } + } + + void ReadAttachedFile (EBMLreader element, ReadStyle propertiesStyle) + { + ulong i = 0; +#pragma warning disable 219 // Assigned, never read + string file_name = null, file_mime = null, file_desc = null; + EBMLreader file_data = null; + ulong file_uid = 0; +#pragma warning restore 219 + + while (i < element.DataSize) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.FileName: + file_name = child.ReadString (); + break; + case MatroskaID.FileMimeType: + file_mime = child.ReadString (); + break; + case MatroskaID.FileDescription: + file_desc = child.ReadString (); + break; + case MatroskaID.FileData: + file_data = child; + break; + case MatroskaID.FileUID: + file_uid = child.ReadULong (); + break; + default: + break; + } + + i += child.Size; + } + + if (file_mime != null && file_data != null) { + var attachments = tags.Attachments; + + Array.Resize (ref attachments, tags.Attachments.Length + 1); + + var attach = new Attachment (file_abstraction, (long)file_data.DataOffset, (long)file_data.DataSize); + if (Mode == AccessMode.Write || (propertiesStyle & ReadStyle.PictureLazy) == 0) + attach.Load (); + + attach.Filename = file_name; + attach.Description = file_desc ?? file_name; + attach.MimeType = file_mime; + attach.UID = file_uid; + + // Set picture type from its name + attach.SetTypeFromFilename (); + + attachments[attachments.Length - 1] = attach; + tags.Attachments = attachments; + } + + } + + void ReadTracks (EBMLreader element) + { + ulong i = 0; + + while (i < element.DataSize) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.TrackEntry: + ReadTrackEntry (child); + break; + default: + break; + } + + i += child.Size; + } + } + + void ReadTrackEntry (EBMLreader element) + { + ulong i = 0; + + while (i < element.DataSize) { + EBMLreader child = new EBMLreader (element, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.TrackType: { + TrackType track_type = (TrackType)child.ReadULong (); + + switch (track_type) { + case TrackType.Video: { + tags.IsVideo = true; + VideoTrack track = new VideoTrack (this, element); + + tracks.Add (track); + break; + } + case TrackType.Audio: { + AudioTrack track = new AudioTrack (this, element); + + tracks.Add (track); + break; + } + case TrackType.Subtitle: { + SubtitleTrack track = new SubtitleTrack (this, element); + + tracks.Add (track); + break; + } + default: + break; + } + break; + } + default: + break; + } + + i += child.Size; + } + } + + #endregion + + + #region Private Methods Write/Create + + /// <summary> + /// Central point for the Writing, after the master elements of the EBML Segment have been referenced. + /// </summary> + /// <param name="ebml_segm">EBML Segment containing the EBML to be written</param> + /// <param name="ebml_sinfo">EBML SegmentInfo</param> + /// <param name="segm_list">description of the mapping of EBML level 1 in the EBML Segment, ordered</param> + void WriteSegment (EBMLreader ebml_segm, EBMLelement ebml_sinfo, List<EBMLreader> segm_list) + { + // Organize the Voids (free space map) + UpdateSegmentsMergeVoids (ebml_segm, segm_list); + + // Create all master elements + var ebml_alloc = new List<EBMLelement> (3); + + if (tags.Attachments.Length > 0) + ebml_alloc.Add (CreateAttachments ()); + + if (tags.Count > 0 && (tags.Count > 1 || !tags[0].IsEmpty)) + ebml_alloc.Add (CreateTags ()); + + // Reoder: biggest first in ebml_alloc to optimize space in Voids + if (ebml_alloc.Count == 2 && ebml_alloc[0].Size < ebml_alloc[1].Size) { + var swap = ebml_alloc[0]; + ebml_alloc[0] = ebml_alloc[1]; + ebml_alloc[1] = swap; + } + + // Always put the EBML SegmentInfo first (optimize the reading of the Matroska, penalty is in writing time) + if (ebml_sinfo != null && ebml_sinfo.Children.Count > 0) + ebml_alloc.Insert (0, ebml_sinfo); + + // Set position to the end of the Segment (just to have a better estimate of worst case address size) + long pos = (long)(ebml_segm.Offset + ebml_segm.Size); + + // Create draft EBML abstract to create a stub SeekHead and estimate the required size + foreach (var ebml in ebml_alloc) { + segm_list.Add (new EBMLreader (ebml_segm, (ulong)pos, ebml.ID)); + pos += ebml.Size; + } + + // SeekHead draft (to estimate its size) + var ebml_seek = CreateSeekHead (segm_list); + + // Remove the newly created elements from the Segment list. (it was only there for estimation). + // These will be added later (with correct size and offset this time) + segm_list.RemoveRange (segm_list.Count - ebml_alloc.Count, ebml_alloc.Count); + + // Now that all object are more-or-less created and referenced, and mapping is known (segm_list) + // we can estimate the sizes and how to arrange the EBML to write these to the Voids + + // Estimate size of element that should be at the begining of the Segment, plus margin. + // Make sure there is a Void at the begining and big enough to contain the reserved space. + long reserved = WriteReservedEBML (ebml_segm, segm_list, ebml_seek.Size); + + // Write created master EBMLs (excepted the SeekHead) + foreach (var ebml in ebml_alloc) { + WriteEBML (ebml, ebml_segm, segm_list, reserved); + } + + // Claim size back on the last Void if bigger than required + var last = segm_list[segm_list.Count - 1]; + if (last.ID == MatroskaID.Void && last.Offset + last.Size >= ebml_segm.Offset + ebml_segm.Size) { + segm_list.RemoveAt (segm_list.Count - 1); + ebml_segm.DataSize -= last.Size; + last.Remove (); + } + + // Update Segment EBML data-size, resize to 8 (take space on the first reserved Void) + var poffset = ebml_segm.WriteDataSize (); + + // Adapt first Void dimensions to the space that has been taken by the WriteDataSize + if (poffset != 0) + segm_list[0] = new EBMLreader (ebml_segm, ebml_segm.DataOffset, MatroskaID.Void, (ulong)((long)segm_list[0].Size - poffset)); + + // Re-create SeekHead, with correct values this time, and write it in the first (reserved) Void + ebml_seek = CreateSeekHead (segm_list, -(long)ebml_segm.DataOffset); + WriteEBML (ebml_seek, ebml_segm, segm_list, 0); + + // Finalize (Write) the remaining abstract EBML Voids + foreach (var ebml in segm_list) { + if (ebml.ID == MatroskaID.Void && ebml.Abstract) { + ebml.WriteVoid (); + } + } + + } + + + /// <summary> + /// Make sure there is a Void at the begining of a Segment EBML, big enough to contain the reserved (leading) space. + /// This is the longest part of the Write if space must be reserved. + /// </summary> + /// <param name="ebml_segm">EBML Segment containing the EBML to be written</param> + /// <param name="segm_list">description of the mapping of EBML level 1 in the EBML Segment, ordered</param> + /// <param name="minSize">Size to be reserved. A Margin will be added to it.</param> + /// <returns></returns> + long WriteReservedEBML (EBMLreader ebml_segm, List<EBMLreader> segm_list, long minSize) + { + long margin = 40; + long reserved = minSize + margin; + + long woffset = 0; + long pos = (long)ebml_segm.DataOffset; + + // This is the longest part of the Write if space must be reserved. Reserve a bigger margin + // then to make sure it is the first and last time that this happens on this file. + if (segm_list[0].Offset != (ulong)pos || segm_list[0].ID != MatroskaID.Void) { + margin *= 3; + reserved += margin; + Insert (reserved, pos); + woffset += reserved; + segm_list.Insert (0, new EBMLreader (ebml_segm, (ulong)pos, MatroskaID.Void, (ulong)reserved)); + } else if (segm_list[0].Size < (ulong)reserved) { + margin *= 3; + reserved += margin; + Insert (reserved - (long)segm_list[0].Size, pos + (long)segm_list[0].Size); + woffset += reserved - (long)segm_list[0].Size; + segm_list[0] = new EBMLreader (ebml_segm, (ulong)pos, MatroskaID.Void, (ulong)reserved); + } + + if (woffset != 0) { + // Update the Segment Data-Size + ebml_segm.DataSize += (ulong)woffset; + + // Shift all addresses up but the first one + for (int i = 1; i < segm_list.Count; i++) + segm_list[i].Offset += (ulong)woffset; + } + + return reserved; + } + + + + /// <summary> + /// Write an EMBL in an existing Void or at the end of the + /// </summary> + /// <param name="element">EBML to write</param> + /// <param name="ebml_segm">EBML Segment containing the EBML to be written</param> + /// <param name="segm_list">description of the mapping of EBML level 1 in the EBML Segment, ordered</param> + /// <param name="reserved">Reserved space at the Segment, do not write there</param> + void WriteEBML (EBMLelement element, EBMLreader ebml_segm, List<EBMLreader> segm_list, long reserved) + { + long size = element.Size; + long position = 0; + long reservedBound = (long)ebml_segm.DataOffset + reserved; + + // Search a Void big enough to fit the element in + EBMLreader dest = null; + int idx; + for (idx = 0; idx < segm_list.Count; idx++) { + dest = segm_list[idx]; + if (dest.ID == MatroskaID.Void) { + // Get Size available in the Void (skip the reserved zone) + long dsize = (long)dest.Size; + position = (long)dest.Offset; + if (position < reservedBound) { + var rsize = reservedBound - position; + dsize -= rsize; + position += rsize; + } + + // Found a proper Void to overwrite + if (dsize >= size) { + if (dsize != size + 1) break; + + // A Void of size+1 can't be completed by a Void of size 1, + // so we try to extend the size of the element to write by 1 + // instead. + if (element.IncrementSize ()) break; + } + } + } + + if (idx < segm_list.Count) // found Void big enough + { + // Set Void before element + if (position > (long)dest.Offset) { + var ebml = new EBMLreader (ebml_segm, dest.Offset, MatroskaID.Void, (ulong)position - dest.Offset); + segm_list.Insert (idx, ebml); + idx++; + } + + // Write the element and reference it in the segment list + element.Write (this, position, size); + segm_list[idx] = new EBMLreader (ebml_segm, (ulong)position, element.ID, (ulong)size); + + // Set Void after element + ulong pos = (ulong)(position + size); + ulong voidBound = dest.Offset + dest.Size; + if (pos < voidBound) { + idx++; + var ebml = new EBMLreader (ebml_segm, pos, MatroskaID.Void, voidBound - pos); + segm_list.Insert (idx, ebml); + } + } else { + long segm_dsize = (long)ebml_segm.DataSize; + idx = segm_list.Count - 1; + var last = segm_list[idx]; + ulong end = ebml_segm.Offset + ebml_segm.Size; + if (last.ID == MatroskaID.Void && last.Offset + last.Size >= end) { + position = (long)last.Offset; + segm_dsize += size - (long)last.Size; + + // Overwrite and Extend the Void element + element.Write (this, position, (long)last.Size); + segm_list[idx] = new EBMLreader (ebml_segm, (ulong)position, element.ID, (ulong)size); + } else { + // Append new element to the Segment + position = (long)end; + segm_dsize += size; + + // Write the element + element.Write (this, position); + segm_list.Add (new EBMLreader (ebml_segm, (ulong)position, element.ID, (ulong)size)); + } + + // Update the EBML Segment Data-Size length + ebml_segm.DataSize = (ulong)segm_dsize; + } + + } + + + /// <summary> + /// This tries to create a sensible map of the Voids between the other master element of the Segment. + /// It will try to identify Voids hidden after a meaningful EBML. It will merge contiguous Voids as one. + /// </summary> + /// <param name="ebml_segm">EBML Segment containing the EBML to be written</param> + /// <param name="segm_list">description of the mapping of EBML level 1 in the EBML Segment, ordered</param> + void UpdateSegmentsMergeVoids (EBMLreader ebml_segm, List<EBMLreader> segm_list) + { + ulong maxbound = ebml_segm.Offset + ebml_segm.Size - 2; + + for (int i = 0; i < segm_list.Count; i++) { + var ebml = segm_list[i]; + if (ebml.Size == 0) { + // Read Abstract to retrieve its size + if (!ebml.Read ()) continue; // Avoid problems after invalid read + } + + ulong spos = ebml.Offset + ebml.Size; + EBMLreader next; + + if (ebml.ID == MatroskaID.Void) { + ulong pos = spos; + int j = i; + next = ebml; + + // Find next contiguous Void EBMLs + while (pos < maxbound) { + // Get next contiguous EBML + if (j + 1 < segm_list.Count) { + next = segm_list[j + 1]; + if (next.Offset == pos) j++; // Avoid reading it + else next = new EBMLreader (ebml_segm, pos); + } else { + next = new EBMLreader (ebml_segm, pos); + } + + if (next.ID != MatroskaID.Void) break; + pos += next.Size; + } + + if (pos > spos) { + segm_list[i] = new EBMLreader (ebml_segm, ebml.Offset, MatroskaID.Void, pos - ebml.Offset); + if (j != i) { + if (segm_list[j].ID != MatroskaID.Void) j--; + if (j != i) segm_list.RemoveRange (i + 1, j - i); + } + } + + } else if (spos < maxbound && (i + 1 >= segm_list.Count || spos < segm_list[i + 1].Offset)) { + // Next contiguous element is not in the segment list + + next = new EBMLreader (ebml_segm, spos); + if (next.ID == MatroskaID.Void) { + segm_list.Insert (i + 1, next); // Add an unreferenced Void to the list + } + } + } + } + + EBMLelement CreateAttachments () + { + var ret = new EBMLelement (MatroskaID.Attachments); + + foreach (var attach in tags.Attachments) { + // Write AttachedFile content + if (attach != null && attach.Data != null && attach.Data.Count > 0) { + // Try to keep the type info in the filename (more important than the Filename) + attach.SetFilenameFromType (); + + // Create new EBML AttachedFile + var ebml_attach = CreateAttachedFile (attach); + ret.Children.Add (ebml_attach); + } + } + + return ret; + } + + EBMLelement CreateAttachedFile (Attachment attach) + { + var ret = new EBMLelement (MatroskaID.AttachedFile); + + // Write AttachedFile content + + if (!string.IsNullOrEmpty (attach.Description) && attach.Description != attach.Filename) { + var ebml_obj = new EBMLelement (MatroskaID.FileDescription, attach.Description); + ret.Children.Add (ebml_obj); + } + + if (!string.IsNullOrEmpty (attach.Filename)) { + var ebml_obj = new EBMLelement (MatroskaID.FileName, attach.Filename); + ret.Children.Add (ebml_obj); + } + + if (!string.IsNullOrEmpty (attach.MimeType)) { + var ebml_obj = new EBMLelement (MatroskaID.FileMimeType, attach.MimeType); + ret.Children.Add (ebml_obj); + } + + if (attach.UID > 0) { + var ebml_obj = new EBMLelement (MatroskaID.FileUID, attach.UID); + ret.Children.Add (ebml_obj); + } + + var ebml_data = new EBMLelement (MatroskaID.FileData, attach.Data); + ret.Children.Add (ebml_data); + + return ret; + } + + EBMLelement CreateTags () + { + var ret = new EBMLelement (MatroskaID.Tags); + + foreach (var tag in tags) { + // Detect Tag targetting dead links (because attachment has been removed) + bool notdeadlink = true; + if (tag.Elements != null) { + notdeadlink = false; + foreach (var elm in tag.Elements) { + if (elm is Attachment att) { + foreach (var item in tags.Attachments) { + if (item == att) notdeadlink = true; + } + } else { + notdeadlink = true; + } + } + } + + if (tag.SimpleTags != null && tag.SimpleTags.Count > 0 && notdeadlink) { + // Create new EBML Tag + var ebml_tag = CreateTag (tag); + ret.Children.Add (ebml_tag); + + } + } + + return ret; + } + + EBMLelement CreateTag (Tag tag) + { + var ret = new EBMLelement (MatroskaID.Tag); + + // Create Targets + var ebml_targets = CreateTargets (tag); + ret.Children.Add (ebml_targets); + + // Extract the SimpleTag from the Tag object + foreach (var stagList in tag.SimpleTags) { + string key = stagList.Key; + foreach (var stag in stagList.Value) { + var ebml_Simpletag = CreateSimpleTag (key, stag); + ret.Children.Add (ebml_Simpletag); + } + } + + return ret; + } + + EBMLelement CreateSimpleTag (string key, SimpleTag value) + { + var ret = new EBMLelement (MatroskaID.SimpleTag); + + key = key.ToUpper (); + + // Create SimpleTag content + var ebml_tagName = new EBMLelement (MatroskaID.TagName, key); + ret.Children.Add (ebml_tagName); + + var ebml_tagLanguage = new EBMLelement (MatroskaID.TagLanguage, value.TagLanguage); + ret.Children.Add (ebml_tagLanguage); + + var ebml_tagDefault = new EBMLelement (MatroskaID.TagDefault, value.TagDefault ? (ulong)1 : 0); + ret.Children.Add (ebml_tagDefault); + + var ebml_tagValue = new EBMLelement (value.TagBinary ? MatroskaID.TagBinary : MatroskaID.TagString, value); + ret.Children.Add (ebml_tagValue); + + // Nested SimpleTag (Recursion) + if (value.SimpleTags != null) { + foreach (var stagList in value.SimpleTags) { + foreach (var stag in stagList.Value) { + var ebml_Simpletag = CreateSimpleTag (stagList.Key, stag); + ret.Children.Add (ebml_Simpletag); + } + } + } + + return ret; + } + + EBMLelement CreateTargets (Tag tag) + { + var ret = new EBMLelement (MatroskaID.Targets); + + if (tag.TargetType != TargetType.DEFAULT) { + var ebml_targetTypeValue = new EBMLelement (MatroskaID.TargetTypeValue, tag.TargetTypeValue); + ret.Children.Add (ebml_targetTypeValue); + + var ebml_targetType = new EBMLelement (MatroskaID.TargetType, tag.TargetType.ToString ()); + ret.Children.Add (ebml_targetType); + } + + if (tag.Elements != null) { + foreach (var value in tag.Elements) { + var ebml_targetUID = new EBMLelement (value.UIDType, value.UID); + ret.Children.Add (ebml_targetUID); + } + } + + return ret; + } + + EBMLelement CreateSeekHead (List<EBMLreader> segm_list, long offset = 0) + { + var ret = new EBMLelement (MatroskaID.SeekHead); + bool refCluster = true; // Reference only the first cluster + + + // Create the Seek Entries + foreach (var segm in segm_list) { + if (segm.ID != MatroskaID.Void + && segm.ID != MatroskaID.CRC32 + && (segm.ID != MatroskaID.Cluster || refCluster) + ) { + var seekEntry = new EBMLelement (MatroskaID.Seek); + ret.Children.Add (seekEntry); + + // Create SeekEntry Content + var seekId = new EBMLelement (MatroskaID.SeekID, (ulong)segm.ID); + seekEntry.Children.Add (seekId); + + var seekPosition = new EBMLelement (MatroskaID.SeekPosition, (ulong)((long)segm.Offset + offset)); + seekEntry.Children.Add (seekPosition); + + if (segm.ID == MatroskaID.Cluster) refCluster = false; // don't reference subsequent Clusters + } + } + + return ret; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/File.cs.meta b/Scripts/TaglibSharp/Matroska/File.cs.meta new file mode 100644 index 0000000..9b77357 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 00e44660739fad50fb5cb7c788045b12 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/IUIDElement.cs b/Scripts/TaglibSharp/Matroska/IUIDElement.cs new file mode 100644 index 0000000..c9b7573 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/IUIDElement.cs @@ -0,0 +1,119 @@ +// +// SimpleTag.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2017 Starwer +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Matroska +{ + + /// <summary> + /// Represent a Matroska element that has an Unique Identifier, and can be tagged. + /// </summary> + public interface IUIDElement + { + /// <summary> + /// Unique ID representing the file, as random as possible (setting zero will generate automatically a new one). + /// </summary> + ulong UID { get; set; } + + /// <summary> + /// Get the Tag type the UID should be represented by, or 0 if undefined + /// </summary> + MatroskaID UIDType { get; } + + } + + + /// <summary> + /// Represent a basic Matroska UID element + /// </summary> + public class UIDElement : IUIDElement + { + #region Constructors + + /// <summary> + /// Create a UIDElement Stub + /// </summary> + /// <param name="type">Tag-type the UID represents</param> + /// <param name="uid">UID of the element</param> + public UIDElement (MatroskaID type, ulong uid) + { + UID = uid; + + if (type == MatroskaID.TagTrackUID + || type == MatroskaID.TagEditionUID + || type == MatroskaID.TagChapterUID + || type == MatroskaID.TagAttachmentUID) + UIDType = type; + else + UIDType = 0; + } + + + #endregion + + + #region Statics + + static readonly Random random = new Random (); + + /// <summary> + /// Generate a new random UID + /// </summary> + /// <param name="ret">Value of the UID to be generated. A zero value will randomize it.</param> + /// <returns>Generated UID.</returns> + public static ulong GenUID (ulong ret = 0) + { + while (ret == 0) { + ret = ((ulong)random.Next ()) << 32; + ret |= (uint)random.Next (); + } + + return ret; + } + + #endregion + + + #region IUIDElement Boilerplate + + /// <summary> + /// Unique ID representing the element, as random as possible (setting zero will generate automatically a new one). + /// </summary> + public ulong UID { + get { return _UID; } + set { _UID = GenUID (value); } + } + + ulong _UID = GenUID (); + + + /// <summary> + /// Get the Tag type the UID should be represented by, or 0 if undefined + /// </summary> + public MatroskaID UIDType { get; private set; } = 0; + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Matroska/IUIDElement.cs.meta b/Scripts/TaglibSharp/Matroska/IUIDElement.cs.meta new file mode 100644 index 0000000..ea6b936 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/IUIDElement.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0fe1585063c4447dc9d30b572628a8ef +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/MatroskaIDs.cs b/Scripts/TaglibSharp/Matroska/MatroskaIDs.cs new file mode 100644 index 0000000..d8fa13f --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/MatroskaIDs.cs @@ -0,0 +1,549 @@ +// +// MatroskaIDs.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Matroska +{ + /// <summary> + /// Public enumeration listing Matroska specific EBML Identifiers. + /// </summary> + public enum MatroskaID : uint + { + /// <summary> + /// Indicates a Matroska Segment EBML element. + /// </summary> + Segment = 0x18538067, + + /// <summary> + /// Indicates a Matroska Segment Info EBML element. + /// </summary> + SegmentInfo = 0x1549A966, + + /// <summary> + /// Indicates a Matroska Tracks EBML Element. + /// </summary> + Tracks = 0x1654AE6B, + + /// <summary> + /// Indicates a Matroska Cues EBML element. + /// </summary> + Cues = 0x1C53BB6B, + + /// <summary> + /// Indicates a Matroska Tags EBML element. + /// </summary> + Tags = 0x1254C367, + + /// <summary> + /// Indicates a Matroska Seek Head EBML element. + /// </summary> + SeekHead = 0x114D9B74, + + /// <summary> + /// Indicates a Matroska Cluster EBML element. + /// </summary> + Cluster = 0x1F43B675, + + /// <summary> + /// Indicates a Matroska Attachments EBML element. + /// </summary> + Attachments = 0x1941A469, + + /// <summary> + /// Indicates a Matroska Chapters EBML element. + /// </summary> + Chapters = 0x1043A770, + + /* IDs in the SegmentInfo master */ + + /// <summary> + /// Indicate a Matroska Code Scale EBML element. + /// </summary> + TimeCodeScale = 0x2AD7B1, + + /// <summary> + /// Indicates a Matroska Duration EBML element. + /// </summary> + Duration = 0x4489, + + /// <summary> + /// Indicates a Matroska Writing App EBML element. + /// </summary> + WrittingApp = 0x5741, + + /// <summary> + /// Indicates a Matroska Muxing App EBML element. + /// </summary> + MuxingApp = 0x4D80, + + /// <summary> + /// Indicate a Matroska Date UTC EBML element. + /// </summary> + DateUTC = 0x4461, + + /// <summary> + /// Indicate a Matroska Segment UID EBML element. + /// </summary> + SegmentUID = 0x73A4, + + /// <summary> + /// Indicate a Matroska Segment File Name EBML element. + /// </summary> + SegmentFileName = 0x7384, + + /// <summary> + /// Indicate a Matroska Prev UID EBML element. + /// </summary> + PrevUID = 0x3CB923, + + /// <summary> + /// Indicate a Matroska Prev File Name EBML element. + /// </summary> + PrevFileName = 0x3C83AB, + + /// <summary> + /// Indicate a Matroska Nex UID EBML element. + /// </summary> + NexUID = 0x3EB923, + + /// <summary> + /// Indicate a Matroska Nex File Name EBML element. + /// </summary> + NexFileName = 0x3E83BB, + + /// <summary> + /// Indicate a Matroska Title EBML element. + /// </summary> + Title = 0x7BA9, + + /// <summary> + /// Indicate a Matroska Segment Family EBML element. + /// </summary> + SegmentFamily = 0x4444, + + /// <summary> + /// Indicate a Matroska Chapter Translate EBML element. + /// </summary> + ChapterTranslate = 0x6924, + + /* ID in the Tracks master */ + + /// <summary> + /// Indicate a Matroska Track Entry EBML element. + /// </summary> + TrackEntry = 0xAE, + + /* IDs in the TrackEntry master */ + + /// <summary> + /// Indicate a Matroska Track Number EBML element. + /// </summary> + TrackNumber = 0xD7, + + /// <summary> + /// Indicate a Matroska Track UID EBML element. + /// </summary> + TrackUID = 0x73C5, + + /// <summary> + /// Indicate a Matroska Track Type EBML element. + /// </summary> + TrackType = 0x83, + + /// <summary> + /// Indicate a Matroska Track Audio EBML element. + /// </summary> + TrackAudio = 0xE1, + + /// <summary> + /// Indicate a Matroska Track Video EBML element. + /// </summary> + TrackVideo = 0xE0, + + /// <summary> + /// Indicate a Matroska Void EBML element. + /// </summary> + Void = 0xEC, + + /// <summary> + /// Indicate a Matroska CRC-32 EBML element. + /// </summary> + /// <remarks> + /// The CRC is computed on all the data of the Master-element it's in. + /// The CRC Element should be the first in it's parent master for easier reading. + /// All level 1 Elements should include a CRC-32. The CRC in use is the IEEE CRC32 Little Endian. + /// </remarks> + CRC32 = 0xBF, + + /// <summary> + /// Indicate a Matroska Track Encoding EBML element. + /// </summary> + ContentEncodings = 0x6D80, + + /// <summary> + /// Indicate a Matroska Codec ID EBML element. + /// </summary> + CodecID = 0x86, + + /// <summary> + /// Indicate a Matroska Codec Private EBML element. + /// </summary> + CodecPrivate = 0x63A2, + + /// <summary> + /// Indicate a Matroska Codec Name EBML element. + /// </summary> + CodecName = 0x258688, + + /// <summary> + /// Indicate a Matroska Track Name EBML element. + /// </summary> + TrackName = 0x536E, + + /// <summary> + /// Indicate a Matroska Track Language EBML element. + /// </summary> + TrackLanguage = 0x22B59C, + + /// <summary> + /// Indicate a Matroska Track Enabled EBML element. + /// </summary> + TrackFlagEnabled = 0xB9, + + /// <summary> + /// Indicate a Matroska Track Flag Default EBML element. + /// </summary> + TrackFlagDefault = 0x88, + + /// <summary> + /// Indicate a Matroska Track Flag Forced EBML element. + /// </summary> + TrackFlagForced = 0x55AA, + + /// <summary> + /// Indicate a Matroska Track Flag Lacing EBML element. + /// </summary> + TrackFlagLacing = 0x9C, + + /// <summary> + /// Indicate a Matroska Track Min Cache EBML element. + /// </summary> + TrackMinCache = 0x6DE7, + + /// <summary> + /// Indicate a Matroska Track Max Cache EBML element. + /// </summary> + TrackMaxCache = 0x6DF8, + + /// <summary> + /// Indicate a Matroska Track Default Duration EBML element. + /// </summary> + TrackDefaultDuration = 0x23E383, + + /// <summary> + /// Indicate a Matroska Track Time Code Scale EBML element. + /// </summary> + TrackTimeCodeScale = 0x23314F, + + /// <summary> + /// Indicate a Matroska Track Max Block Addition EBML element. + /// </summary> + MaxBlockAdditionID = 0x55EE, + + /// <summary> + /// Indicate a Matroska Track Attachment Link EBML element. + /// </summary> + TrackAttachmentLink = 0x7446, + + /// <summary> + /// Indicate a Matroska Track Overlay EBML element. + /// </summary> + TrackOverlay = 0x6FAB, + + /// <summary> + /// Indicate a Matroska Track Translate EBML element. + /// </summary> + TrackTranslate = 0x6624, + + /// <summary> + /// Indicate a Matroska Track Offset element. + /// </summary> + TrackOffset = 0x537F, + + /// <summary> + /// Indicate a Matroska Codec Settings EBML element. + /// </summary> + CodecSettings = 0x3A9697, + + /// <summary> + /// Indicate a Matroska Codec Info URL EBML element. + /// </summary> + CodecInfoUrl = 0x3B4040, + + /// <summary> + /// Indicate a Matroska Codec Download URL EBML element. + /// </summary> + CodecDownloadUrl = 0x26B240, + + /// <summary> + /// Indicate a Matroska Codec Decode All EBML element. + /// </summary> + CodecDecodeAll = 0xAA, + + /* IDs in the TrackVideo master */ + /* NOTE: This one is here only for backward compatibility. + * Use _TRACKDEFAULDURATION */ + + /// <summary> + /// Indicate a Matroska Video Frame Rate EBML element. + /// </summary> + VideoFrameRate = 0x2383E3, + + /// <summary> + /// Indicate a Matroska Video Display Width EBML element. + /// </summary> + VideoDisplayWidth = 0x54B0, + + /// <summary> + /// Indicate a Matroska Video Display Height EBML element. + /// </summary> + VideoDisplayHeight = 0x54BA, + + /// <summary> + /// Indicate a Matroska Video Display Unit EBML element. + /// </summary> + VideoDisplayUnit = 0x54B2, + + /// <summary> + /// Indicate a Matroska Video Pixel Width EBML element. + /// </summary> + VideoPixelWidth = 0xB0, + + /// <summary> + /// Indicate a Matroska Video Pixel Height EBML element. + /// </summary> + VideoPixelHeight = 0xBA, + + /// <summary> + /// Indicate a Matroska Video Pixel Crop Bottom EBML element. + /// </summary> + VideoPixelCropBottom = 0x54AA, + + /// <summary> + /// Indicate a Matroska Video Pixel Crop Top EBML element. + /// </summary> + VideoPixelCropTop = 0x54BB, + + /// <summary> + /// Indicate a Matroska Video Pixel Crop Left EBML element. + /// </summary> + VideoPixelCropLeft = 0x54CC, + + /// <summary> + /// Indicate a Matroska Video Pixel Crop Right EBML element. + /// </summary> + VideoPixelCropRight = 0x54DD, + + /// <summary> + /// Indicate a Matroska Video Flag Interlaced EBML element. + /// </summary> + VideoFlagInterlaced = 0x9A, + + /// <summary> + /// Indicate a Matroska Video Stereo Mode EBML element. + /// </summary> + VideoStereoMode = 0x53B8, + + /// <summary> + /// Indicate a Matroska Video Aspect Ratio Type EBML element. + /// </summary> + VideoAspectRatioType = 0x54B3, + + /// <summary> + /// Indicate a Matroska Video Colour Space EBML element. + /// </summary> + VideoColourSpace = 0x2EB524, + + /// <summary> + /// Indicate a Matroska Video Gamma Value EBML element. + /// </summary> + VideoGammaValue = 0x2FB523, + + /* in the Matroska Seek Head master */ + + /// <summary> + /// Indicate a Matroska Seek Entry (Master). + /// </summary> + Seek = 0x4DBB, + + /// <summary> + /// Indicate a Matroska Seek ID (Binary). + /// </summary> + SeekID = 0x53AB, + + /// <summary> + /// Indicate a Matroska Seek Position (uint). + /// </summary> + SeekPosition = 0x53AC, + + + /* IDs in the TrackAudio master */ + + /// <summary> + /// Indicate a Matroska Audio Sampling Freq EBML element. + /// </summary> + AudioSamplingFreq = 0xB5, + + /// <summary> + /// Indicate a Matroska Audio Bit Depth EBML element. + /// </summary> + AudioBitDepth = 0x6264, + + /// <summary> + /// Indicate a Matroska Audio Channels EBML element. + /// </summary> + AudioChannels = 0x9F, + + /// <summary> + /// Indicate a Matroska Audio Channels Position EBML element. + /// </summary> + AudioChannelsPositions = 0x7D7B, + + /// <summary> + /// Indicate a Matroska Audio Output Sampling Freq EBML element. + /// </summary> + AudioOutputSamplingFreq = 0x78B5, + + /* IDs in the Tags master */ + + /// <summary> + /// Indicate a Matroska Tag EBML element. + /// </summary> + Tag = 0x7373, + + /* in the Tag master */ + + /// <summary> + /// Indicate a Matroska Simple Tag EBML element. + /// </summary> + SimpleTag = 0x67C8, + + /// <summary> + /// Indicate a Matroska Targets EBML element. + /// </summary> + Targets = 0x63C0, + + /* in the SimpleTag master */ + + /// <summary> + /// Indicate a Matroska Tag Name EBML element. + /// </summary> + TagName = 0x45A3, + + /// <summary> + /// Indicate a Matroska Tag String EBML element. + /// </summary> + TagString = 0x4487, + + /// <summary> + /// Indicate a Matroska Tag Language EBML element. + /// </summary> + TagLanguage = 0x447A, + + /// <summary> + /// Indicate a Matroska Tag Default EBML element. + /// </summary> + TagDefault = 0x4484, + + /// <summary> + /// Indicate a Matroska Tag Binary EBML element. + /// </summary> + TagBinary = 0x4485, + + /* in the Targets master */ + + /// <summary> + /// Indicate a Matroska Target Type Value EBML element (UINT). + /// </summary> + TargetTypeValue = 0x68CA, + + /// <summary> + /// Indicate a Matroska Target Type EBML element (string). + /// </summary> + TargetType = 0x63CA, + + /// <summary> + /// Indicate a Matroska Target Tag Track UID EBML element (UINT). + /// </summary> + TagTrackUID = 0x63C5, + + /// <summary> + /// Indicate a Matroska Target Tag Edition UID EBML element (UINT). + /// </summary> + TagEditionUID = 0x63C9, + + /// <summary> + /// Indicate a Matroska Target Tag Chapter UID EBML element (UINT). + /// </summary> + TagChapterUID = 0x63C4, + + /// <summary> + /// Indicate a Matroska Target Tag Attachment UID EBML element (UINT). + /// </summary> + TagAttachmentUID = 0x63C6, + + + /* in the Attachments master */ + + /// <summary> + /// Indicate a Matroska attached file. + /// </summary> + AttachedFile = 0x61A7, + + /// <summary> + /// Indicate a Matroska human-friendly name for the attached file. + /// </summary> + FileDescription = 0x467E, + + /// <summary> + /// Indicate a Matroska Filename of the attached file. + /// </summary> + FileName = 0x466E, + + /// <summary> + /// Indicate a Matroska MIME type of the file. + /// </summary> + FileMimeType = 0x4660, + + /// <summary> + /// Indicate a Matroska data of the file. + /// </summary> + FileData = 0x465C, + + /// <summary> + /// Indicate a Matroska Unique ID representing the file, as random as possible. + /// </summary> + FileUID = 0x46AE + + } +} diff --git a/Scripts/TaglibSharp/Matroska/MatroskaIDs.cs.meta b/Scripts/TaglibSharp/Matroska/MatroskaIDs.cs.meta new file mode 100644 index 0000000..c2a6960 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/MatroskaIDs.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: dd175d3dd62b5062ca13ba2d98028987 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/SimpleTag.cs b/Scripts/TaglibSharp/Matroska/SimpleTag.cs new file mode 100644 index 0000000..e967ec1 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/SimpleTag.cs @@ -0,0 +1,125 @@ +// +// SimpleTag.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2017 Starwer +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; +using System.Globalization; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes a SimpleTag content. The TagName property is not part of the SimpleTag. + /// A <see cref="Tag"/> object may contain several <see cref="SimpleTag"/>. + /// A <see cref="SimpleTag"/> object may contains several <see cref="SimpleTag"/>. + /// </summary> + public class SimpleTag : ByteVector + { + #region Constructors + + /// <summary> + /// Constructor + /// </summary> + public SimpleTag () + { + } + + + /// <summary> + /// Construct from value + /// </summary> + public SimpleTag (ByteVector value) + { + Value = value; + } + + #endregion + + + #region Properties + + /// <summary> + /// Indicate if the content of the SimpleTag is in binary (true) or as a string (false). + /// </summary> + public bool TagBinary = false; + + /// <summary> + /// Indication to know if this is the default/original language to use for the given tag. + /// </summary> + public bool TagDefault = true; + + /// <summary> + /// Specifies the language of the tag, as a string. + /// </summary> + public string TagLanguage { + get { + var ret = Language.ToString (); + return string.IsNullOrEmpty (ret) ? "und" : ret; + } + set { + if (string.IsNullOrEmpty (value) || value == "und") { + Language = CultureInfo.InvariantCulture; + } else { + try { + Language = new CultureInfo (value); + } catch { + Language = CultureInfo.InvariantCulture; + } + } + } + } + + /// <summary> + /// Specifies the language of the tag. + /// </summary> + public CultureInfo Language = CultureInfo.InvariantCulture; + + + /// <summary> + /// Get/Set the data contained in the SimpleTag + /// </summary> + public ByteVector Value { + get { return this; } + set { Clear (); Add (value); } + } + + + /// <summary> + /// Children SimpleTag nested inside this SimpleTag + /// </summary> + public Dictionary<string, List<SimpleTag>> SimpleTags = null; + + #endregion + + #region Implicit Conversions + + /// <summary> + /// Convert a SimpleTag to a String in the Default encoding + /// </summary> + /// <param name="v"></param> + public static implicit operator string (SimpleTag v) + { + return v?.ToString (StringType.UTF8); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/SimpleTag.cs.meta b/Scripts/TaglibSharp/Matroska/SimpleTag.cs.meta new file mode 100644 index 0000000..b517f56 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/SimpleTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: eddebb00e71a62b07a3df8087973aa93 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/SubtitleTrack.cs b/Scripts/TaglibSharp/Matroska/SubtitleTrack.cs new file mode 100644 index 0000000..fc444cf --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/SubtitleTrack.cs @@ -0,0 +1,86 @@ +// +// SubtitleTrack.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes a Matroska Subtitle Track. + /// </summary> + public class SubtitleTrack : Track + { + #region Constructors + + /// <summary> + /// Constructs a <see cref="SubtitleTrack" /> parsing from provided + /// file data. + /// Parsing will be done reading from _file at position references by + /// parent element's data section. + /// </summary> + /// <param name="_file"><see cref="File" /> instance to read from.</param> + /// <param name="element">Parent <see cref="EBMLreader" />.</param> + public SubtitleTrack (File _file, EBMLreader element) + : base (_file, element) + { + // Here we handle the unknown elements we know, and store the rest + foreach (EBMLreader elem in base.UnknownElements) { + MatroskaID matroska_id = elem.ID; + + switch (matroska_id) { + default: + UnknownElements.Add (elem); + break; + } + } + } + + #endregion + + #region Public fields + + /// <summary> + /// List of unknown elements encountered while parsing. + /// </summary> + public new List<EBMLreader> UnknownElements { get; } = new List<EBMLreader>(); + + #endregion + + #region Public methods + + #endregion + + #region ICodec + + /// <summary> + /// This type of track only has text media type. + /// </summary> + public override MediaTypes MediaTypes { + get { + return MediaTypes.Text; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/SubtitleTrack.cs.meta b/Scripts/TaglibSharp/Matroska/SubtitleTrack.cs.meta new file mode 100644 index 0000000..d289986 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/SubtitleTrack.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 168f0a6ea9893b8d08c795623d1e72e4 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/Tag.cs b/Scripts/TaglibSharp/Matroska/Tag.cs new file mode 100644 index 0000000..0fc3f7d --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Tag.cs @@ -0,0 +1,1308 @@ +// +// Tag.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Globalization; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes a Matroska Tag. + /// A <see cref="Tag"/> object may contain several <see cref="SimpleTag"/>. + /// </summary> + public class Tag : TagLib.Tag + { + #region Private fields/Properties + + /// <summary> + /// Define if this represent a video content (true), or an audio content (false) + /// </summary> + bool IsVideo { + get { + if (Elements != null) { + foreach (var uid in Elements) { + if (uid is VideoTrack || uid is SubtitleTrack) return true; + } + return false; + } else { + return Tags == null || Tags.IsVideo; + } + } + } + + + #endregion + + + #region Constructors + + /// <summary> + /// Constructor + /// </summary> + /// <param name="tags">The Tags object this Tag should be added to.</param> + /// <param name="targetTypeValue">the Target Type ValueTags this Tag represents.</param> + /// <param name="element">The UID element that should be represented by this tag.</param> + public Tag (Tags tags = null, TargetType targetTypeValue = 0, IUIDElement element = null) + { + if (targetTypeValue != 0) TargetType = targetTypeValue; + if (element != null) Elements = new List<IUIDElement> { element }; + Tags = tags; + tags?.Add (this); + } + + + #endregion + + + #region Methods + + + /// <summary> + /// Create a TargetType from a given TargetTypeValue, depending on the media-type + /// </summary> + /// <param name="targetTypeValue">TargetTypeValue to be converted to TargetType (text)</param> + /// <returns>Representation of the TargetTypeValue</returns> + public TargetType MakeTargetType (ushort targetTypeValue) + { + TargetType ret = 0; + + switch (targetTypeValue) { + case 70: ret = TargetType.COLLECTION; break; + case 60: ret = IsVideo ? TargetType.SEASON : TargetType.VOLUME; break; + case 50: ret = IsVideo ? TargetType.MOVIE : TargetType.ALBUM; break; + case 40: ret = TargetType.PART; break; + case 30: ret = IsVideo ? TargetType.CHAPTER : TargetType.TRACK; break; + case 20: ret = IsVideo ? TargetType.SCENE : TargetType.MOVEMENT; break; + case 10: ret = TargetType.SHOT; break; + } + return ret; + } + + /// <summary> + /// Return a Tag of a certain Target type. + /// </summary> + /// <param name="create">Create one if it doesn't exist yet.</param> + /// <param name="targetType">Target Type Value.</param> + /// <returns>the Tag representing the collection</returns> + Tag TagsGet (bool create, TargetType targetType) + { + Tag ret = Tags?.Get (targetType); + if (ret == null && create) { + ret = new Tag (Tags, targetType); + } + return ret; + } + + + /// <summary> + /// Return the Tag representing the Album the medium belongs to. + /// </summary> + /// <param name="create">Create one if it doesn't exist yet.</param> + /// <returns>the Tag representing the collection</returns> + Tag TagsAlbum (bool create) + { + Tag ret = null; + if (Tags != null) { + ret = Tags.Album; + if (ret == null && create) { + var targetType = Tags.IsVideo ? TargetType.COLLECTION : TargetType.ALBUM; + ret = new Tag (Tags, targetType); + } + } + return ret; + } + + + /// <summary> + /// Remove a Tag + /// </summary> + /// <param name="key">Tag Name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + public void Remove (string key, string subkey = null) + { + if (SimpleTags.TryGetValue (key, out var list)) { + if (list != null) { + if (subkey != null) { + foreach (var stag in list) { + if (stag.SimpleTags != null) { + stag.SimpleTags.TryGetValue (subkey, out var slist); + if (slist != null) { + if (list.Count > 1) { + if (slist.Count > 0) slist.RemoveAt (0); + } else { + slist.Clear (); + } + } + } + } + } else { + list.Clear (); + } + } + + if (subkey == null) SimpleTags.Remove (key); + } + } + + + /// <summary> + /// Set a Tag value. A null value removes the Tag. + /// </summary> + /// <param name="key">Tag Name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + /// <param name="value">value to be set. A list can be passed for a subtag by separating the values by ';'</param> + public void Set (string key, string subkey, string value) + { + if (value == null) { + Remove (key, subkey); + return; + } + + + SimpleTags.TryGetValue (key, out var list); + + if (list == null) + SimpleTags[key] = list = new List<SimpleTag> (1); + + if (list.Count == 0) + list.Add (new SimpleTag ()); + + if (subkey == null) { + list[0].Value = value; + } else { + if (list[0].SimpleTags == null) + list[0].SimpleTags = new Dictionary<string, List<SimpleTag>> (StringComparer.OrdinalIgnoreCase); + + list[0].SimpleTags.TryGetValue (subkey, out var slist); + + if (slist == null) + slist = new List<SimpleTag> (1); + + list[0].SimpleTags[subkey] = slist; + + if (slist.Count == 0) + slist.Add (new SimpleTag ()); + + // Sub-values + var svalues = value.Split (';'); + int j; + for (j = 0; j < svalues.Length; j++) { + SimpleTag subtag; + if (j >= slist.Count) + slist.Add (subtag = new SimpleTag ()); + else + subtag = slist[j]; + + subtag.Value = svalues[j]; + } + + if (j < slist.Count) + slist.RemoveRange (j, slist.Count - j); + } + + } + + /// <summary> + /// Set a Tag value as unsigned integer. Please note that a value zero removes the Tag. + /// </summary> + /// <param name="key">Tag Name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + /// <param name="value">unsigned integer value to be set</param> + /// <param name="format">Format for string convertion to be used (default: null)</param> + public void Set (string key, string subkey, uint value, string format = null) + { + if (value == 0) { + Remove (key, subkey); + return; + } + + Set (key, subkey, value.ToString (format, CultureInfo.InvariantCulture)); + } + + /// <summary> + /// Create or overwrite the actual tags of a given name/sub-name by new values. + /// </summary> + /// <param name="key">Tag Name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + /// <param name="values">Array of values. for each subtag value, a list can be passed by separating the values by ';'</param> + public void Set (string key, string subkey, string[] values) + { + if (values == null) { + Remove (key, subkey); + return; + } + + + SimpleTags.TryGetValue (key, out var list); + + if (list == null) + SimpleTags[key] = list = new List<SimpleTag> (1); + + int i; + for (i = 0; i < values.Length; i++) { + SimpleTag stag; + if (i >= list.Count) + list.Add (stag = new SimpleTag ()); + else + stag = list[i]; + + if (subkey == null) { + stag.Value = values[i]; + } else { + if (stag.SimpleTags == null) + stag.SimpleTags = new Dictionary<string, List<SimpleTag>> (StringComparer.OrdinalIgnoreCase); + + stag.SimpleTags.TryGetValue (subkey, out var slist); + + if (slist == null) + slist = new List<SimpleTag> (1); + + stag.SimpleTags[subkey] = slist; + + // Sub-values + var svalues = values[i].Split (';'); + int j; + for (j = 0; j < svalues.Length; j++) { + SimpleTag subtag; + if (j >= slist.Count) + slist.Add (subtag = new SimpleTag ()); + else + subtag = slist[j]; + + subtag.Value = svalues[j].Trim (); + } + + if (j < slist.Count) + slist.RemoveRange (j, slist.Count - j); + } + } + + + if (subkey == null && i < list.Count) + list.RemoveRange (i, list.Count - i); + } + + + /// <summary> + /// Retrieve a Tag list. If there are multiple tag inside a SimpleTag (when + /// accessing a sub-key), these sub-list are represented as semicolon-separated + /// values. + /// </summary> + /// <param name="key">Tag name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + /// <param name="recu">Also search in parent Tag if true (default: true)</param> + /// <returns>Array of values. Nested sub-list are represented by a semicolon- + /// separated string + /// </returns> + public string[] Get (string key, string subkey = null, bool recu = true) + { + string[] ret = null; + + if ((!SimpleTags.TryGetValue (key, out var mtags) || mtags == null) && recu) { + Tag tag = this; + while ((tag = tag.Parent) != null && !tag.SimpleTags.TryGetValue (key, out mtags)) { + } + } + + if (subkey != null && mtags != null) { + ret = new string[mtags.Count]; + + // Handle Nested SimpleTags + for (int i = 0; i < mtags.Count; i++) { + string str = null; + + var stag = mtags[i]; + if (stag.SimpleTags != null) { + stag.SimpleTags.TryGetValue (subkey, out var list); + if (list == null || list.Count == 0) { + str = null; + } else if (mtags.Count == 1) { + str = list[0]; + } else { + str = string.Join ("; ", list); + } + } + + ret[i] = str; + } + + } else if (mtags != null) { + ret = new string[mtags.Count]; + for (int i = 0; i < mtags.Count; i++) { + ret[i] = mtags[i]; + } + } + + return ret; + } + + /// <summary> + /// Retrieve a Tag value as string + /// </summary> + /// <param name="key">Tag name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + /// <param name="recu">Also search in parent Tag if true (default: true)</param> + /// <returns>Tag value</returns> + string GetString (string key, string subkey = null, bool recu = true) + { + string ret = null; + + string[] list = Get (key, subkey, recu); + if (list != null && list.Length > 0) ret = list[0]; + + return ret; + } + + + /// <summary> + /// Retrieve a Tag value as unsigned integer + /// </summary> + /// <param name="key">Tag name</param> + /// <param name="subkey">Nested SimpleTag to find (if non null) Tag name</param> + /// <param name="recu">Also search in parent Tag if true (default: false)</param> + /// <returns>Tag value as unsigned integer</returns> + uint GetUint (string key, string subkey = null, bool recu = false) + { + uint ret = 0; + string val = GetString (key, subkey, recu); + + if (val != null) { + uint.TryParse (val, NumberStyles.Any, CultureInfo.InvariantCulture, out ret); + } + + return ret; + } + + + #endregion + + + #region Properties + + /// <summary> + /// Retrieve a list of Matroska Tags + /// </summary> + public Tags Tags { private set; get; } + + + /// <summary> + /// Retrieve the parent Tag, of higher TargetTypeValue (if any, null if none). + /// This will only match the tag applying to the same target as the current tag, or to more elements. + /// </summary> + public Tag Parent { + get { + if (Tags != null) { + int i = Tags.IndexOf (this); + while (i > 0) { + i--; + var ret = Tags[i]; + + bool match = true; + + if (ret.Elements != null) { + if (Elements == null) { + match = false; + break; + } else { + // All UID in the reference should be found also in the parent + foreach (var refUid in Elements) { + bool submatch = false; + foreach (var uid in ret.Elements) { + if (uid == refUid) { + submatch = true; + break; + } + } + + match = match && submatch; + } + } + } + + if (match) { + return ret; + } + } + } + + return null; + } + } + + + /// <summary> + /// Gets the Matroska Target Type Value of this Tag. + /// This value can be change with the <see cref="TargetType"/> property. + /// </summary> + public ushort TargetTypeValue { + get { + ushort ret = (ushort)TargetType; + + // Coerce: Valid values are: 0 10 20 30 40 50 60 70 + ret = (ushort)(ret > 70 ? 70 : (ret / 10) * 10); + + return ret; + } + } + + /// <summary> + /// Get or set the Matroska Target Type of this Tag. + /// </summary> + public TargetType TargetType { + get { + return _TargetType; + } + set { + _TargetType = value; + + // Make sure the List keeps ordered + if (Tags != null) { + Tags.Add (this); + } + } + } + + TargetType _TargetType = TargetType.DEFAULT; + + /// <summary> + /// Array of UID elements the tag applies to. If null, the tag apply to all elements. + /// </summary> + public List<IUIDElement> Elements; + + + /// <summary> + /// List SimpleTag contained in the current Tag (must never be null) + /// </summary> + public Dictionary<string, List<SimpleTag>> SimpleTags = new Dictionary<string, List<SimpleTag>> (StringComparer.OrdinalIgnoreCase); + + + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Matroska" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Matroska; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the TITLE tag and the Segment Title. + /// </remarks> + public override string Title { + get { + var ret = GetString ("TITLE"); + if (ret == null && Tags != null && Tags.Medium == this) ret = Tags.Title; + return ret; + } + set { + Set ("TITLE", null, value); + if (Tags != null && Tags.Medium == this) Tags.Title = value; + } + } + + /// <summary> + /// Gets and sets the sort names for the Track Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Track Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the nested Matroska + /// SimpleTag "SORT_WITH" inside the "TITLE" SimpleTag. + /// </remarks> + public override string TitleSort { + get { return GetString ("TITLE", "SORT_WITH"); } + set { Set ("TITLE", "SORT_WITH", value); } + } + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the Matroska + /// SimpleTag "SUBTITLE". + /// </remarks> + public override string Subtitle { + get { return GetString ("SUBTITLE"); } + set { Set ("SUBTITLE", null, value); } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the Matroska + /// SimpleTag "SUMMARY" (note that this is not the + /// "DESCRIPTION" tag). + /// </remarks> + public override string Description { + get { return GetString ("SUMMARY"); } + set { Set ("SUMMARY", null, value); } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the ACTOR/PERFORMER stored in + /// the MKV Tag element. + /// </remarks> + public override string[] Performers { + get { return Get (IsVideo ? "ACTOR" : "PERFORMER"); } + set { Set (IsVideo ? "ACTOR" : "PERFORMER", null, value); } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the nested Matroska + /// SimpleTag "SORT_WITH" inside the "ACTOR" or "PERFORMER" SimpleTag. + /// </remarks> + public override string[] PerformersSort { + get { return Get (IsVideo ? "ACTOR" : "PERFORMER", "SORT_WITH"); } + set { Set (IsVideo ? "ACTOR" : "PERFORMER", "SORT_WITH", value); } + } + + + /// <summary> + /// Gets and sets the role of the performers or artists + /// who performed in the media described by the current instance. + /// For an movie, this represents a character of an actor. + /// For a music, this may represent the instrument of the artist. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the roles for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the nested Matroska + /// SimpleTag "CHARACTER" or "INSTRUMENTS" inside the + /// "ACTOR" or "PERFORMER" SimpleTag. + /// </remarks> + public override string[] PerformersRole { + get { return Get (IsVideo ? "ACTOR" : "PERFORMER", IsVideo ? "CHARACTER" : "INSTRUMENTS"); } + set { Set (IsVideo ? "ACTOR" : "PERFORMER", IsVideo ? "CHARACTER" : "INSTRUMENTS", value); } + } + + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ARTIST" Tag. + /// </remarks> + public override string[] AlbumArtists { + get { + var tag = TagsAlbum (false); + return tag?.Get ("ARTIST"); + } + set { + var tag = TagsAlbum (true); + if (tag != null) tag.Set ("ARTIST", null, value); + } + } + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the nested Matroska + /// SimpleTag "SORT_WITH" inside the "ARTIST" SimpleTag. + /// </remarks> + + public override string[] AlbumArtistsSort { + get { + var tag = TagsAlbum (false); + return tag?.Get ("ARTIST", "SORT_WITH"); + } + set { + var tag = TagsAlbum (true); + if (tag != null) tag.Set ("ARTIST", "SORT_WITH", value); + } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMPOSER" Tag. + /// </remarks> + public override string[] Composers { + get { return Get ("COMPOSER"); } + set { Set ("COMPOSER", null, value); } + } + + + /// <summary> + /// Gets and sets the sort names for the composers of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the composers of the media represented by the + /// current instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field is typically optional but aids in the + /// sorting of compilations or albums with multiple Composers. + /// </para> + /// <para>As this value is to be used as a sorting key, it + /// should be used with less variation than <see + /// cref="Composers" />. Where performers can be broken into + /// muliple artist it is best to stick with a single composer. + /// For example, "McCartney, Paul".</para> + /// </remarks> + /// <remarks> + /// This property is implemented using the nested Matroska + /// SimpleTag "SORT_WITH" inside the "COMPOSER" SimpleTag. + /// </remarks> + public override string[] ComposersSort { + get { return Get ("COMPOSER", "SORT_WITH"); } + set { Set ("COMPOSER", "SORT_WITH", value); } + } + + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TITLE" Tag in the Collection Tags. + /// </remarks> + public override string Album { + get { + var tag = TagsAlbum (false); + return tag?.GetString ("TITLE"); + } + set { + var tag = TagsAlbum (true); + if (tag != null) tag.Set ("TITLE", null, value); + } + } + + /// <summary> + /// Gets and sets the sort names for the Album Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Album Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the nested Matroska + /// SimpleTag "SORT_WITH" inside the "TITLE" SimpleTag. + /// </remarks> + public override string AlbumSort { + get { + var tag = TagsAlbum (false); + return tag?.GetString ("TITLE", "SORT_WITH"); + } + set { + var tag = TagsAlbum (true); + if (tag != null) tag.Set ("TITLE", "SORT_WITH", value); + } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMMENT" Tag. + /// </remarks> + public override string Comment { + get { return GetString ("COMMENT"); } + set { Set ("COMMENT", null, value); } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "GENRE" Tag. + /// </remarks> + public override string[] Genres { + get { + string value = GetString ("GENRE"); + + if (value == null || value.Trim ().Length == 0) + return new string[] { }; + + string[] result = value.Split (';'); + + for (int i = 0; i < result.Length; i++) { + string genre = result[i].Trim (); + + int closing = genre.IndexOf (')'); + if (closing > 0 && genre[0] == '(' && + byte.TryParse (genre.Substring ( + 1, closing - 1), out var genre_id)) + genre = TagLib.Genres + .IndexToAudio (genre_id); + + result[i] = genre; + } + + return result; + } + + set { + Set ("GENRE", null, value != null ? string.Join ("; ", value) : null); + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + public override uint Year { + get { + string val = GetString ("DATE_RECORDED"); + uint ret = 0; + + // Parse Date to retrieve year + // Expected format: YYYY-MM-DD HH:MM:SS.MSS + // with: YYYY = Year, -MM = Month, -DD = Days, + // HH = Hours, :MM = Minutes, :SS = Seconds, :MSS = Milliseconds + if (val != null) { + int off = val.IndexOf ('-'); + if (off > 0) val = val.Substring (0, off); + uint.TryParse (val, NumberStyles.Any, CultureInfo.InvariantCulture, out ret); + } + + return ret; + } + + set { Set ("DATE_RECORDED", null, value); } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing item (album, disc, episode, collection...). + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "PART_NUMBER" Tag. + /// </remarks> + public override uint Track { + get { return GetUint ("PART_NUMBER"); } + set { Set ("PART_NUMBER", null, value, "00"); } + } + + /// <summary> + /// Gets and sets the number of items contained in the parent Tag (album, disc, episode, collection...) + /// the media represented by the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TOTAL_PARTS" Tag + /// in the parent tag (one level up). + /// </remarks> + public override uint TrackCount { + get { + var tag = TagsGet (false, MakeTargetType ((ushort)(TargetTypeValue + 10))); + return tag?.GetUint ("TOTAL_PARTS") ?? 0; + } + set { + var tag = TagsGet (true, MakeTargetType ((ushort)(TargetTypeValue + 10))); + if (tag != null) tag.Set ("TOTAL_PARTS", null, value); + } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// This property is implemented using the "PART_NUMBER" Tag in + /// a parent tag (VOLUME for video, PART for audio). + /// </remarks> + public override uint Disc { + get { + var tag = TagsGet (false, IsVideo ? TargetType.VOLUME : TargetType.PART); + return tag?.GetUint ("PART_NUMBER") ?? 0; + } + set { + var tag = TagsGet (true, IsVideo ? TargetType.VOLUME : TargetType.PART); + if (tag != null) tag.Set ("PART_NUMBER", null, value); + } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TOTAL_PARTS" Tag in + /// a parent tag (COLLECTION for video, ALBUM for audio). + /// </remarks> + public override uint DiscCount { + get { + var tag = TagsGet (false, IsVideo ? TargetType.COLLECTION : TargetType.ALBUM); + return tag?.GetUint ("TOTAL_PARTS") ?? 0; + } + set { + var tag = TagsGet (true, IsVideo ? TargetType.COLLECTION : TargetType.ALBUM); + if (tag != null) tag.Set ("TOTAL_PARTS", null, value); + } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + public override string Lyrics { + get { return GetString ("LYRICS"); } + set { Set ("LYRICS", null, value); } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + public override string Grouping { + get { + var tag = TagsAlbum (false); + return tag?.GetString ("GROUPING"); + } + set { + var tag = TagsAlbum (true); + if (tag != null) tag.Set ("GROUPING", null, value); + } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + public override uint BeatsPerMinute { + get { return GetUint ("BPM", null, true); } + set { Set ("BPM", null, value); } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + public override string Conductor { + get { return GetString (IsVideo ? "DIRECTOR" : "CONDUCTOR"); } + set { Set (IsVideo ? "DIRECTOR" : "CONDUCTOR", null, value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "COPYRIGHT" Tag. + /// </remarks> + public override string Copyright { + get { return GetString ("COPYRIGHT"); } + set { Set ("COPYRIGHT", null, value); } + } + + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "DATE_TAGGED" Tag. + /// </remarks> + public override DateTime? DateTagged { + get { + string value = GetString ("DATE_TAGGED"); + if (value != null) { + if (DateTime.TryParseExact (value, "yyyy-MM-dd HH:mm:ss", null, DateTimeStyles.None, out var date)) { + return date; + } + } + return null; + } + set { + string date = null; + if (value != null) { + date = $"{value:yyyy-MM-dd HH:mm:ss}"; + } + Set ("DATE_TAGGED", null, date); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ArtistID for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzArtistId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseGroupID for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzReleaseGroupId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseID for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzReleaseId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseArtistID for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzReleaseArtistId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// TrackID for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzTrackId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// DiscID for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzDiscId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicIP PUID of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIPPUID + /// for the media described by the current instance or + /// null if no value is present. + /// </value> + public override string MusicIpId { + get { return null; } + set { } + } + + // <summary> + // Gets and sets the AmazonID of + // the media described by the current instance. + // </summary> + // <value> + // A <see cref="string" /> containing the AmazonID + // for the media described by the current instance or + // null if no value is present. + // </value> + // <remarks> + // A definition on where to store the ASIN for + // Windows Media is not currently defined + // </remarks> + //public override string AmazonId { + // get { return null; } + // set {} + //} + + /// <summary> + /// Gets and sets the MusicBrainz Release Status of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseStatus for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzReleaseStatus { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseType for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzReleaseType { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseCountry for the media described by the current + /// instance or null if no value is present. + /// </value> + public override string MusicBrainzReleaseCountry { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + public override IPicture[] Pictures { + get { + return Tags?.Attachments; + } + + set { + if (value == null) { + Tags.Attachments = null; + } else if (value is Attachment[]) { + Tags.Attachments = (Attachment[])value; + } else { + var attach = new Attachment[value.Length]; + for (int i = 0; i < attach.Length; i++) { + if (value[i] is Attachment) { + attach[i] = value[i] as Attachment; + } else { + attach[i] = new Attachment (value[i]); + } + } + + Tags.Attachments = attach; + } + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { + return SimpleTags.Count == 0; + } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + SimpleTags.Clear (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/Tag.cs.meta b/Scripts/TaglibSharp/Matroska/Tag.cs.meta new file mode 100644 index 0000000..1eb71e4 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 68b75afa0a1569beea982c60cd9da977 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/Tags.cs b/Scripts/TaglibSharp/Matroska/Tags.cs new file mode 100644 index 0000000..a2eead0 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Tags.cs @@ -0,0 +1,292 @@ +// +// Tags.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2017 Starwer +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Collections.ObjectModel; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes all the Matroska Tags in a file as a list, ordered from higher TargetTypeValue to lower. + /// A <see cref="Tags"/> object contains several <see cref="Tag"/> + /// </summary> + public class Tags : Collection<Tag> + { + #region Private fields/Properties + + // Store the Attachments + Attachment[] attachments = new Attachment[0]; + + readonly List<Track> _Tracks; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructor + /// </summary> + /// <param name="tracks">List of Matroska tracks</param> + public Tags (List<Track> tracks) + { + _Tracks = tracks; + } + + + #endregion + + + #region Override Collection, to keep the items ordered + + /// <summary> + /// Try to Insert an element to the Tag list at a given index, but can insert it at another index if the + /// index doesn't keep this list sorted by descending TargetTypeValue + /// </summary> + /// <param name="index">index at which the Tag element should be preferably inserted</param> + /// <param name="tag">Tag element to be inserted in the Tag list</param> + protected override void InsertItem (int index, Tag tag) + { + if (tag == null) + throw new ArgumentNullException (nameof(tag), "Can't add a null Matroska.Tag to a Matroska.Tags object"); + + // Remove duplicate + for (int j = 0; j < Count; j++) { + if (this[j] == tag) { + RemoveAt (j); + break; + } + } + + if (index < 0 || index >= Count || this[index].TargetTypeValue < tag.TargetTypeValue || (index + 1 < Count && this[index + 1].TargetTypeValue > tag.TargetTypeValue)) { + for (index = Count - 1; index >= 0; index--) { + if (this[index].TargetTypeValue > tag.TargetTypeValue) + break; + if (this[index].TargetTypeValue == tag.TargetTypeValue && (this[index].Elements == null || tag.Elements != null)) + break; + } + + index++; + } + + base.InsertItem (index, tag); + + } + + /// <summary> + /// Replace a tag in the list. + /// </summary> + /// <param name="index">Index of the lement to be replaced</param> + /// <param name="tag">tag to replace the older one</param> + protected override void SetItem (int index, Tag tag) + { + RemoveItem (index); + InsertItem (index, tag); + } + + /// <summary> + /// Clears the values stored in the current Tags and Children. + /// </summary> + protected override void ClearItems () + { + Title = null; + var medium = Medium; + + foreach (var tag in this) { + tag.Clear (); + } + + base.ClearItems (); + + // Keep Medium Tag reference unchanged (if any) + if (medium != null) Add (medium); + } + + + #endregion + + + #region Methods + + /// <summary> + /// Find the first Tag of a given TargetTypeValue + /// </summary> + /// <param name="targetType">TargetTypeValue to find</param> + /// <param name="medium">null: any kind, true: represent the current medium, false: represent a sub-element</param> + /// <returns>the Tag if match found, null otherwise</returns> + public Tag Get (TargetType targetType, bool? medium = true) + { + Tag ret = null; + int i; + + + // Coerce: Valid values are: 10 20 30 40 50 60 70 + ushort targetTypeValue = (ushort)targetType; + targetTypeValue = (ushort) + (targetTypeValue > 70 ? 70 + : targetTypeValue < 10 ? 10 + : (targetTypeValue / 10) * 10 + ); + + // Find first match of the given targetValue + // List is sorted in descending TargetTypeValue + for (i = Count - 1; i >= 0; i--) { + if (targetTypeValue == this[i].TargetTypeValue) { + ret = this[i]; + if (medium != null) { + bool isMedium = (ret.Elements == null); + if (medium == isMedium) break; + } else { + break; + } + } + } + + return i >= 0 ? ret : null; + } + + /// <summary> + /// Find the first Tag applying to an object (Matroska UID), matching a TargetTypeValue + /// </summary> + /// <param name="UIDelement">Matroska Track, Edition, Chapter or Attachment (element having an UID)</param> + /// <param name="targetTypeValue">TargetTypeValue to match (default: match any)</param> + /// <returns>the first matching Tag representing the UID, or null if not found.</returns> + public Tag Get (IUIDElement UIDelement, ushort targetTypeValue = 0) + { + int i; + + ulong UID = UIDelement.UID; + + for (i = Count - 1; i >= 0; i--) { + if (targetTypeValue == 0 || targetTypeValue == this[i].TargetTypeValue) { + var ret = this[i]; + if (ret.Elements != null) { + foreach (var uid in ret.Elements) { + if (uid.UID == UID) return ret; // found + } + } + } + } + + return null; + } + + + + #endregion + + + #region Properties + + + /// <summary> + /// Define if this represent a video content (true), or an audio content (false) + /// </summary> + public bool IsVideo = false; + + + /// <summary> + /// Title of the medium, from the Segment + /// </summary> + public string Title { get; set; } + + + + /// <summary> + /// Get/set the Tag that represents the current medium (file) + /// </summary> + public Tag Medium { + get { + Tag ret = null; + bool vid = IsVideo; + + // Try to find a default TargetType + for (int i = Count - 1; i >= 0; i--) { + ret = this[i]; + if (ret.TargetType == TargetType.DEFAULT) // Avoid CD/DVD + { + if (ret.Elements == null) return ret; + } + } + + // Lower level without UID is the Tag representing the file + // List is sorted in descending TargetTypeValue + for (int i = Count - 1; i >= 0; i--) { + ret = this[i]; + if (ret.TargetTypeValue != 40 || !vid) // Avoid CD/DVD + { + if (ret.Elements == null) break; + } + } + + + return ret; + } + } + + /// <summary> + /// Get/set the Tag that represents the Collection the current medium (file) belongs to. + /// For Audio, this should be an Album, type 50 (itself if the mka file represents an album). + /// For Video, this should be a Collection, type 70. + /// </summary> + public Tag Album { + get { + TargetType targetValue = IsVideo ? TargetType.COLLECTION : TargetType.ALBUM; + return Get (targetValue); + } + } + + + /// <summary> + /// Gets and sets a collection of Attachments associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:Attachment[]" /> containing a collection of + /// attachments associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + public Attachment[] Attachments { + get { + return attachments; + } + set { + if (value == null) { + if (attachments.Length > 0) attachments = new Attachment[0]; + } else { + attachments = value; + } + } + } + + /// <summary> + /// Get direct access to the Matroska Tracks. + /// </summary> + public ReadOnlyCollection<Track> Tracks { + get { return _Tracks.AsReadOnly (); } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/Tags.cs.meta b/Scripts/TaglibSharp/Matroska/Tags.cs.meta new file mode 100644 index 0000000..92a4f76 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Tags.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2e5e763ff71b52aaca2d8b8be98ad491 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/TargetType.cs b/Scripts/TaglibSharp/Matroska/TargetType.cs new file mode 100644 index 0000000..a491825 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/TargetType.cs @@ -0,0 +1,146 @@ +// +// TargetType.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Matroska +{ + /// <summary> + /// Represents a Matroska TargetType. + /// The TargetType element allows tagging of different parts that are inside or outside a given file. + /// For example in an audio file with one song you could have information about the album it comes + /// from and even the CD set even if it's not found in the file. + /// </summary> + public enum TargetType : ushort + { + /// <summary> + /// Audio/Video: The high hierarchy consisting of many different lower items + /// </summary> + COLLECTION = 70, + + /// <summary> + /// Audio/Video: a list of lower levels grouped together + /// </summary> + VOLUME = 60, + + /// <summary> + /// Audio: a list of lower levels grouped together + /// </summary> + /// + EDITION = 61, + + /// <summary> + /// Audio: a list of lower levels grouped together + /// </summary> + ISSUE = 62, + + /// <summary> + /// Audio: a list of lower levels grouped together + /// </summary> + OPUS = 63, + + /// <summary> + /// Video: a list of lower levels grouped together + /// </summary> + SEASON = 64, + + /// <summary> + /// Video: a list of lower levels grouped together + /// </summary> + SEQUEL = 65, + + /// <summary> + /// Audio: the most common grouping level of music and video (equals to an episode for TV series) + /// </summary> + ALBUM = 50, + + /// <summary> + /// Audio: the most common grouping level of music and video (equals to an episode for TV series) + /// </summary> + OPERA = 51, + + /// <summary> + /// Audio/Video: the most common grouping level of music and video (equals to an episode for TV series) + /// </summary> + CONCERT = 52, + + /// <summary> + /// Video: the most common grouping level of music and video (equals to an episode for TV series) + /// </summary> + MOVIE = 53, + + /// <summary> + /// Video: the most common grouping level of music and video (equals to an episode for TV series) + /// </summary> + EPISODE = 54, + + /// <summary> + /// Represent the default TargetType (an empty Targets), i.e. targets everything in the segment. + /// </summary> + DEFAULT = 55, + + /// <summary> + /// Audio/Video: when an album or episode has different logical parts + /// </summary> + PART = 40, + + /// <summary> + /// Audio/Video: when an album or episode has different logical parts + /// </summary> + SESSION = 41, + + /// <summary> + /// Audio: the common parts of an album or a movie + /// </summary> + TRACK = 30, + + /// <summary> + /// Audio: the common parts of an album or a movie + /// </summary> + SONG = 31, + + /// <summary> + /// Video: the common parts of an album or a movie + /// </summary> + CHAPTER = 32, + + /// <summary> + /// Audio: corresponds to parts of a track for audio (like a movement) + /// </summary> + SUBTRACK = 20, + + /// <summary> + /// Audio: corresponds to parts of a track for audio (like a movement) + /// </summary> + MOVEMENT = 21, + + /// <summary> + /// Video: corresponds to parts of a track for audio (like a movement) + /// </summary> + SCENE = 22, + + /// <summary> + /// Video: the lowest hierarchy found in music or movies + /// </summary> + SHOT = 10 + } + +} diff --git a/Scripts/TaglibSharp/Matroska/TargetType.cs.meta b/Scripts/TaglibSharp/Matroska/TargetType.cs.meta new file mode 100644 index 0000000..3e11cf4 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/TargetType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0a619c5df2be0e25da875bc2dfc28c85 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/Track.cs b/Scripts/TaglibSharp/Matroska/Track.cs new file mode 100644 index 0000000..aa24014 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Track.cs @@ -0,0 +1,170 @@ +// +// Track.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Matroska +{ + /// <summary> + /// Describes a Matroska Track. + /// </summary> + public class Track : ICodec, IUIDElement + { + #region Private fields + +#pragma warning disable 414 // Assigned, never used + readonly ulong track_number; + readonly string track_codec_id; + readonly string track_codec_name; + readonly string track_name; + readonly string track_language; + readonly bool track_enabled; + readonly bool track_default; + readonly ByteVector codec_data; +#pragma warning restore 414 + + readonly List<EBMLreader> unknown_elems = new List<EBMLreader> (); + + #endregion + + #region Constructors + + /// <summary> + /// Constructs a <see cref="Track" /> parsing from provided + /// file data. + /// Parsing will be done reading from _file at position references by + /// parent element's data section. + /// </summary> + /// <param name="_file"><see cref="File" /> instance to read from.</param> + /// <param name="element">Parent <see cref="EBMLreader" />.</param> + public Track (File _file, EBMLreader element) + { + ulong i = 0; + + while (i < element.DataSize) { + EBMLreader child = new EBMLreader (_file, element.DataOffset + i); + + MatroskaID matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.TrackNumber: + track_number = child.ReadULong (); + break; + case MatroskaID.TrackUID: + _UID = child.ReadULong (); + break; + case MatroskaID.CodecID: + track_codec_id = child.ReadString (); + break; + case MatroskaID.CodecName: + track_codec_name = child.ReadString (); + break; + case MatroskaID.TrackName: + track_name = child.ReadString (); + break; + case MatroskaID.TrackLanguage: + track_language = child.ReadString (); + break; + case MatroskaID.TrackFlagEnabled: + track_enabled = child.ReadBool (); + break; + case MatroskaID.TrackFlagDefault: + track_default = child.ReadBool (); + break; + case MatroskaID.CodecPrivate: + codec_data = child.ReadBytes (); + break; + default: + unknown_elems.Add (child); + break; + } + + i += child.Size; + } + } + + #endregion + + #region Public fields + + /// <summary> + /// List of unknown elements encountered while parsing. + /// </summary> + public List<EBMLreader> UnknownElements { + get { return unknown_elems; } + } + + #endregion + + #region Public methods + + #endregion + + #region ICodec + + /// <summary> + /// Describes track duration. + /// </summary> + public virtual TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + /// <summary> + /// Describes track media types. + /// </summary> + public virtual MediaTypes MediaTypes { + get { return MediaTypes.None; } + } + + /// <summary> + /// Track description. + /// </summary> + public virtual string Description { + get { return $"{track_codec_name} {track_language}"; } + } + + #endregion + + #region IUIDElement Boilerplate + + /// <summary> + /// Unique ID representing the element, as random as possible (setting zero will generate automatically a new one). + /// </summary> + public ulong UID { + get { return _UID; } + set { _UID = UIDElement.GenUID (value); } + } + + ulong _UID = UIDElement.GenUID (); + + /// <summary> + /// Get the Tag type the UID should be represented by, or 0 if undefined + /// </summary> + public MatroskaID UIDType { get { return MatroskaID.TagTrackUID; } } + + #endregion + + + } +} diff --git a/Scripts/TaglibSharp/Matroska/Track.cs.meta b/Scripts/TaglibSharp/Matroska/Track.cs.meta new file mode 100644 index 0000000..78c40f8 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/Track.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 25d4925cb4f75c09ead02371134648e0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Matroska/VideoTrack.cs b/Scripts/TaglibSharp/Matroska/VideoTrack.cs new file mode 100644 index 0000000..67bd4cd --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/VideoTrack.cs @@ -0,0 +1,189 @@ +// +// VideoTrack.cs: +// +// Author: +// Julien Moutte <julien@fluendo.com> +// +// Copyright (C) 2011 FLUENDO S.A. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Collections.Generic; + +namespace TagLib.Matroska +{ + /// <summary> + /// Enumeration describing supported Video Aspect Ratio types. + /// </summary> + public enum VideoAspectRatioType + { + /// <summary> + /// Free Aspect Ratio. + /// </summary> + AspectRatioModeFree = 0x0, + /// <summary> + /// Keep Aspect Ratio. + /// </summary> + AspectRatioModeKeep = 0x1, + /// <summary> + /// Fixed Aspect Ratio. + /// </summary> + AspectRatioModeFixed = 0x2 + } + + /// <summary> + /// Describes a Matroska Video Track. + /// </summary> + public class VideoTrack : Track, IVideoCodec + { + #region Private fields + +#pragma warning disable 414 // Assigned, never used + readonly ulong width; + readonly ulong height; + readonly ulong disp_width; + readonly ulong disp_height; + readonly double framerate; + readonly bool interlaced; + readonly VideoAspectRatioType ratio_type; + readonly ByteVector fourcc; +#pragma warning restore 414 + + readonly List<EBMLreader> unknown_elems = new List<EBMLreader> (); + + #endregion + + #region Constructors + + /// <summary> + /// Constructs a <see cref="VideoTrack" /> parsing from provided + /// file data. + /// Parsing will be done reading from _file at position references by + /// parent element's data section. + /// </summary> + /// <param name="_file"><see cref="File" /> instance to read from.</param> + /// <param name="element">Parent <see cref="EBMLreader" />.</param> + public VideoTrack (File _file, EBMLreader element) + : base (_file, element) + { + // Here we handle the unknown elements we know, and store the rest + foreach (EBMLreader elem in base.UnknownElements) { + var matroska_id = elem.ID; + + + switch (matroska_id) { + case MatroskaID.TrackVideo: { + ulong i = 0; + + while (i < elem.DataSize) { + EBMLreader child = new EBMLreader (_file, elem.DataOffset + i); + + matroska_id = child.ID; + + switch (matroska_id) { + case MatroskaID.VideoDisplayWidth: + disp_width = child.ReadULong (); + break; + case MatroskaID.VideoDisplayHeight: + disp_height = child.ReadULong (); + break; + case MatroskaID.VideoPixelWidth: + width = child.ReadULong (); + break; + case MatroskaID.VideoPixelHeight: + height = child.ReadULong (); + break; + case MatroskaID.VideoFrameRate: + framerate = child.ReadDouble (); + break; + case MatroskaID.VideoFlagInterlaced: + interlaced = child.ReadBool (); + break; + case MatroskaID.VideoAspectRatioType: + ratio_type = (VideoAspectRatioType)child.ReadULong (); + break; + case MatroskaID.VideoColourSpace: + fourcc = child.ReadBytes (); + break; + default: + unknown_elems.Add (child); + break; + } + + i += child.Size; + } + break; + } + + case MatroskaID.TrackDefaultDuration: + ulong tmp = elem.ReadULong (); + framerate = 1000000000.0 / tmp; + break; + + default: + unknown_elems.Add (elem); + break; + } + } + } + + #endregion + + #region Public fields + + /// <summary> + /// List of unknown elements encountered while parsing. + /// </summary> + public new List<EBMLreader> UnknownElements { + get { return unknown_elems; } + } + + #endregion + + #region Public methods + + #endregion + + #region ICodec + + /// <summary> + /// This type of track only has video media type. + /// </summary> + public override MediaTypes MediaTypes { + get { return MediaTypes.Video; } + } + + #endregion + + #region IVideoCodec + + /// <summary> + /// Describes video track width in pixels. + /// </summary> + public int VideoWidth { + get { return (int)width; } + } + + /// <summary> + /// Describes video track height in pixels. + /// </summary> + public int VideoHeight { + get { return (int)height; } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Matroska/VideoTrack.cs.meta b/Scripts/TaglibSharp/Matroska/VideoTrack.cs.meta new file mode 100644 index 0000000..38d2de1 --- /dev/null +++ b/Scripts/TaglibSharp/Matroska/VideoTrack.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e6bf8418b23fcca31a4d61dbe9a8e909 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpc.meta b/Scripts/TaglibSharp/Mpc.meta new file mode 100644 index 0000000..328714e --- /dev/null +++ b/Scripts/TaglibSharp/Mpc.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 8608bc6513473cb04b819700f98a7d46 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpc/File.cs b/Scripts/TaglibSharp/Mpc/File.cs new file mode 100644 index 0000000..131df36 --- /dev/null +++ b/Scripts/TaglibSharp/Mpc/File.cs @@ -0,0 +1,240 @@ +// +// File.cs: Provides tagging and properties support for MusePack files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// mpcfile.cpp from TagLib +// +// Copyright (C) 2016 Helmut Wahrmann: SV8 Support based on Taglib imnplementation +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2004 by Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.MusePack +{ + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for MusePack files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Ape.Tag" /> will be added automatically to + /// any file that doesn't contain one. This change does not effect + /// the file and can be reversed using the following method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/mpc", "mpc")] + [SupportedMimeType ("taglib/mp+", "mp+")] + [SupportedMimeType ("taglib/mpp", "mpp")] + [SupportedMimeType ("audio/x-musepack")] + public class File : TagLib.NonContainer.File + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// If a <see cref="TagLib.Id3v2.Tag" /> is added to the + /// current instance, it will be placed at the start of the + /// file. On the other hand, <see cref="TagLib.Id3v1.Tag" /> + /// <see cref="TagLib.Ape.Tag" /> will be added to the end of + /// the file. All other tag types will be ignored. + /// </remarks> + public override Tag GetTag (TagTypes type, bool create) + { + Tag t = (Tag as TagLib.NonContainer.Tag).GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return StartTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + // Make sure we have an APE tag. + GetTag (TagTypes.Ape, true); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + StreamHeader header = new StreamHeader (this, end - start); + + return new Properties (TimeSpan.Zero, header); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpc/File.cs.meta b/Scripts/TaglibSharp/Mpc/File.cs.meta new file mode 100644 index 0000000..83fb5bf --- /dev/null +++ b/Scripts/TaglibSharp/Mpc/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: daca51e62af376e72a23516bfa7ef5f6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpc/StreamHeader.cs b/Scripts/TaglibSharp/Mpc/StreamHeader.cs new file mode 100644 index 0000000..16bb005 --- /dev/null +++ b/Scripts/TaglibSharp/Mpc/StreamHeader.cs @@ -0,0 +1,506 @@ +// +// StreamHeader.cs: Provides support for reading MusePack audio properties. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// mpcproperties.cpp from TagLib +// +// Copyright (C) 2016 Helmut Wahrmann: SV8 Support based on Taglib imnplementation +// Copyright (C) 2006-2007 Brian Nickel +// Copyright (C) 2004 by Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + +namespace TagLib.MusePack +{ + /// <summary> + /// This struct implements <see cref="IAudioCodec" /> to provide + /// support for reading MusePack audio properties. + /// </summary> + public struct StreamHeader : IAudioCodec + { + #region Constants + + static readonly ushort[] sftable = { 44100, 48000, 37800, 32000 }; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the number of bytes in the stream. + /// </summary> + readonly long stream_length; + + /// <summary> + /// Contains the MusePack version. + /// </summary> + int version; + + /// <summary> + /// Contains additional header information. + /// </summary> + uint header_data; + + /// <summary> + /// Contains the sample rate of the stream. + /// </summary> + int sample_rate; + + /// <summary> + /// Contains the number of frames in the stream. + /// </summary> + uint frames; + + /// <summary> + /// Contains the number of channels in the stream. + /// </summary> + int channels; + + /// <summary> + /// Contains the count of frames in the stream. + /// </summary> + ulong framecount; + + #endregion + + + + #region Public Static Fields + + /// <summary> + /// The size of a MusePack SV7 header. + /// </summary> + public const uint SizeSV7 = 56; + + /// <summary> + /// The identifier used to recognize a Musepack SV7 file. + /// </summary> + /// <value> + /// "MP+" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifierSv7 = "MP+"; + + /// <summary> + /// The identifier used to recognize a Musepack SV8 file. + /// </summary> + /// <value> + /// "MPCK" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifierSv8 = "MPCK"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StreamHeader" /> for a specified header block and + /// stream length. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the stream + /// header data. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value containing the length of the + /// MusePAck stream in bytes. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="file" /> does not begin with <see + /// cref="FileIdentifierSv7" /> or with <see + /// cref="FileIdentifierSv8" /> or is less than + /// <see cref="P:File.Size" /> bytes long. + /// </exception> + public StreamHeader (File file, long streamLength) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + // Assign default values, to be able to call methods + // in the constructor + stream_length = streamLength; + version = 7; + header_data = 0; + frames = 0; + sample_rate = 0; + channels = 2; + framecount = 0; + + file.Seek (0); + ByteVector magic = file.ReadBlock (4); + if (magic.StartsWith (FileIdentifierSv7)) + // SV7 Format has a fixed Header size + ReadSv7Properties (magic + file.ReadBlock ((int)SizeSV7 - 4)); + else if (magic.StartsWith (FileIdentifierSv8)) + // for SV8 the properties need to be read from + // packet information inside the file + ReadSv8Properties (file); + else + throw new CorruptFileException ("Data does not begin with identifier."); + } + + #endregion + + + + #region Private Methods + + void ReadSv7Properties (ByteVector data) + { + if (data.Count < SizeSV7) + throw new CorruptFileException ("Insufficient data in stream header"); + + version = data[3] & 15; + channels = 2; + + if (version == 7) { + frames = data.Mid (4, 4).ToUInt (false); + uint flags = data.Mid (8, 4).ToUInt (false); + sample_rate = sftable[(int)(((flags >> 17) & + 1) * 2 + ((flags >> 16) & 1))]; + header_data = 0; + } else { + header_data = data.Mid (0, 4).ToUInt (false); + version = (int)((header_data >> 11) & 0x03ff); + sample_rate = 44100; + frames = data.Mid (4, + version >= 5 ? 4 : 2).ToUInt (false); + } + } + + + void ReadSv8Properties (File file) + { + bool foundSH = false; + + while (!foundSH) { + ByteVector packetType = file.ReadBlock (2); + + uint packetSizeLength = 0; + bool eof = false; + + ulong packetSize = ReadSize (file, ref packetSizeLength, ref eof); + if (eof) { + break; + } + + ulong payloadSize = packetSize - 2 - packetSizeLength; + ByteVector data = file.ReadBlock ((int)payloadSize); + + if (packetType == "SH") { + foundSH = true; + + if (payloadSize <= 5) { + break; + } + + int pos = 4; + version = data[pos]; + pos += 1; + frames = (uint)ReadSize (data, ref pos); + if (pos > (uint)payloadSize - 3) { + break; + } + + ulong beginSilence = ReadSize (data, ref pos); + if (pos > (uint)payloadSize - 2) { + break; + } + + ushort flags = data.Mid (pos, 1).ToUShort (true); + + sample_rate = sftable[(flags >> 13) & 0x07]; + channels = ((flags >> 4) & 0x0F) + 1; + + framecount = frames - beginSilence; + } else if (packetType == "SE") { + break; + } else { + file.Seek ((int)payloadSize, SeekOrigin.Current); + } + } + } + + ulong ReadSize (File file, ref uint packetSizeLength, ref bool eof) + { + uint tmp; + ulong size = 0; + + do { + ByteVector b = file.ReadBlock (1); + if (b.IsEmpty) { + eof = true; + break; + } + + tmp = b.ToUInt (); + size = (size << 7) | (tmp & 0x7F); + packetSizeLength++; + } while ((tmp & 0x80) == 1); + + return size; + } + + ulong ReadSize (ByteVector data, ref int pos) + { + uint tmp; + ulong size = 0; + + do { + tmp = data[pos++]; + size = (size << 7) | (tmp & 0x7F); + } while ((tmp & 0x80) == 0x80 && pos < data.Count); + return size; + } + + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + + public TimeSpan Duration { + get { + if (sample_rate <= 0 && stream_length <= 0) + return TimeSpan.Zero; + + if (version <= 7) { + return TimeSpan.FromSeconds ( + (frames * 1152 - 576) / + (double)sample_rate + 0.5); + } + + return TimeSpan.FromMilliseconds ( + framecount * 1000.0 / + sample_rate + 0.5); + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + return string.Format ( + System.Globalization.CultureInfo.InvariantCulture, "MusePack Version {0} Audio", Version); + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + if (header_data != 0) + return (int)((header_data >> 23) & 0x01ff); + + if (version <= 7) { + return (int)(Duration > TimeSpan.Zero ? + ((stream_length * 8L) / + Duration.TotalSeconds) / 1000 : 0); + } + + return (int)(stream_length * 8 / Duration.TotalMilliseconds + 0.5); + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return sample_rate; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return channels; } + } + + /// <summary> + /// Gets the WavPack version of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the WavPack version + /// of the audio represented by the current instance. + /// </value> + public int Version { + get { return version; } + } + + #endregion + + + + #region IEquatable + + /// <summary> + /// Generates a hash code for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value containing the hash code for + /// the current instance. + /// </returns> + public override int GetHashCode () + { + unchecked { + return (int)(header_data ^ sample_rate ^ + frames ^ version); + } + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another object. + /// </summary> + /// <param name="other"> + /// A <see cref="object" /> to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public override bool Equals (object other) + { + if (!(other is StreamHeader)) + return false; + + return Equals ((StreamHeader)other); + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another instance of <see cref="StreamHeader" />. + /// </summary> + /// <param name="other"> + /// A <see cref="StreamHeader" /> object to compare to the + /// current instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public bool Equals (StreamHeader other) + { + return header_data == other.header_data && + sample_rate == other.sample_rate && + version == other.version && + frames == other.frames; + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="StreamHeader" /> are equal to eachother. + /// </summary> + /// <param name="first"> + /// A <see cref="StreamHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="StreamHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// equal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator == (StreamHeader first, StreamHeader second) + { + return first.Equals (second); + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="StreamHeader" /> differ. + /// </summary> + /// <param name="first"> + /// A <see cref="StreamHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="StreamHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// unequal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator != (StreamHeader first, StreamHeader second) + { + return !first.Equals (second); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpc/StreamHeader.cs.meta b/Scripts/TaglibSharp/Mpc/StreamHeader.cs.meta new file mode 100644 index 0000000..bfe751a --- /dev/null +++ b/Scripts/TaglibSharp/Mpc/StreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d2e5cecad3ef13beb914ea4fe72ac546 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg.meta b/Scripts/TaglibSharp/Mpeg.meta new file mode 100644 index 0000000..d5ee85a --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: ee58f8aa4964b2ec3966d084e3273c9c +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg/AudioFile.cs b/Scripts/TaglibSharp/Mpeg/AudioFile.cs new file mode 100644 index 0000000..ccfbee4 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/AudioFile.cs @@ -0,0 +1,327 @@ +// +// AudioFile.cs: Provides tagging and properties support for MPEG-1, MPEG-2, and +// MPEG-2.5 audio files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// mpegfile.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2002, 2003 by Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg +{ + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for MPEG-1, MPEG-2, and + /// MPEG-2.5 audio files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Id3v1.Tag" /> and <see + /// cref="TagLib.Id3v2.Tag" /> will be added automatically to any + /// file that doesn't contain one. This change does not effect the + /// file until it is saved and can be reversed using the following + /// method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/mp3", "mp3")] + [SupportedMimeType ("audio/x-mp3")] + [SupportedMimeType ("application/x-id3")] + [SupportedMimeType ("audio/mpeg")] + [SupportedMimeType ("audio/x-mpeg")] + [SupportedMimeType ("audio/x-mpeg-3")] + [SupportedMimeType ("audio/mpeg3")] + [SupportedMimeType ("audio/mp3")] + [SupportedMimeType ("taglib/m2a", "m2a")] + [SupportedMimeType ("taglib/mp2", "mp2")] + [SupportedMimeType ("taglib/mp1", "mp1")] + [SupportedMimeType ("audio/x-mp2")] + [SupportedMimeType ("audio/x-mp1")] + public class AudioFile : TagLib.NonContainer.File + { + #region Private Fields + + /// <summary> + /// Contains the first audio header. + /// </summary> + AudioHeader first_header; + + #endregion + + + #region Private Static Fields + + /// <summary> + /// Specifies whether or not to create ID3v1 and + /// ID3v2 tags when they don't exist.. + /// </summary> + private static bool create_id3_tags = true; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioFile" /> for a specified path in the local + /// file system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public AudioFile (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioFile" /> for a specified path in the local + /// file system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public AudioFile (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioFile" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public AudioFile (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioFile" /> for a specified file abstraction with + /// an average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public AudioFile (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + #region Public Static Properties + + /// <summary> + /// Gets and sets whether or not to create ID3v1 and + /// ID3v2 tags automatically when they are not existing. + /// </summary> + /// <value> + /// <see langword="true" /> if tags to be created automatically. + /// Otherwise, <see langword="false" />. + /// </value> + /// <remarks> + /// <para>Sometimes a MP3 file should only contain ID3v1 and no + /// ID3v2 Tags. Or instead of ID3v2 Tags APE Tags should be used. + /// By setting this property to <see langword="false" />, + /// no ID3v1 and Id3v2 Tags will be created when creating the file, + /// if they don't exist. + /// They need to be created explicitly if needed.</para> + /// <para>The default is <see langword="true" /> which means that + /// ID3v1 and Id3v2 tags are created when they don't exist.</para> + /// </remarks> + public static bool CreateID3Tags { + get { return create_id3_tags; } + set { create_id3_tags = value; } + } + + #endregion + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// If a <see cref="TagLib.Id3v2.Tag" /> is added to the + /// current instance, it will be placed at the start of the + /// file. On the other hand, <see cref="TagLib.Id3v1.Tag" /> + /// <see cref="TagLib.Ape.Tag" /> will be added to the end of + /// the file. All other tag types will be ignored. + /// </remarks> + public override Tag GetTag (TagTypes type, bool create) + { + Tag t = (Tag as TagLib.NonContainer.Tag).GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return StartTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <remarks> + /// This method only searches for an audio header in the + /// first 16384 bytes of code to avoid searching forever in + /// corrupt files. + /// </remarks> + protected override void ReadStart (long start, ReadStyle propertiesStyle) + { + // Only check the first 16 bytes so we're not stuck + // reading a bad file forever. + if ((propertiesStyle & ReadStyle.Average) != 0 && + !AudioHeader.Find (out first_header, this, start, 0x4000)) + throw new CorruptFileException ("MPEG audio header not found."); + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + // Creation of ID3v1 and ID3v2 tags based on CreateID3Tags property + GetTag (TagTypes.Id3v1, create_id3_tags); + GetTag (TagTypes.Id3v2, create_id3_tags); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + first_header.SetStreamLength (end - start); + return new Properties (TimeSpan.Zero, first_header); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg/AudioFile.cs.meta b/Scripts/TaglibSharp/Mpeg/AudioFile.cs.meta new file mode 100644 index 0000000..45ee9f6 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/AudioFile.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d1e35bf1994ce3b83961028aba3d0aa7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg/AudioHeader.cs b/Scripts/TaglibSharp/Mpeg/AudioHeader.cs new file mode 100644 index 0000000..d18ea77 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/AudioHeader.cs @@ -0,0 +1,777 @@ +// +// AudioHeader.cs: Provides information about an MPEG audio stream. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// mpegheader.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 by Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg +{ + + #region Enums + + /// <summary> + /// Indicates the MPEG version of a file or stream. + /// </summary> + public enum Version + { + /// <summary> + /// Unknown version. + /// </summary> + Unknown = -1, + + /// <summary> + /// MPEG-1 + /// </summary> + Version1 = 0, + + /// <summary> + /// MPEG-2 + /// </summary> + Version2 = 1, + + /// <summary> + /// MPEG-2.5 + /// </summary> + Version25 = 2 + } + + /// <summary> + /// Indicates the MPEG audio channel mode of a file or stream. + /// </summary> + public enum ChannelMode + { + /// <summary> + /// Stereo + /// </summary> + Stereo = 0, + + /// <summary> + /// Joint Stereo + /// </summary> + JointStereo = 1, + + /// <summary> + /// Dual Channel Mono + /// </summary> + DualChannel = 2, + + /// <summary> + /// Single Channel Mono + /// </summary> + SingleChannel = 3 + } + + #endregion + + /// <summary> + /// This structure implements <see cref="IAudioCodec" /> and provides + /// information about an MPEG audio stream. + /// </summary> + public struct AudioHeader : IAudioCodec + { + #region Private Static Value Arrays + + /// <summary> + /// Contains a sample rate table for MPEG audio. + /// </summary> + static readonly int[,] sample_rates = new int[3, 4] { + {44100, 48000, 32000, 0}, // Version 1 + {22050, 24000, 16000, 0}, // Version 2 + {11025, 12000, 8000, 0} // Version 2.5 + }; + + /// <summary> + /// Contains a block size table for MPEG audio. + /// </summary> + static readonly int[,] block_size = new int[3, 4] { + {0, 384, 1152, 1152}, // Version 1 + {0, 384, 1152, 576}, // Version 2 + {0, 384, 1152, 576} // Version 2.5 + }; + + /// <summary> + /// Contains a bitrate table for MPEG audio. + /// </summary> + static readonly int[,,] bitrates = new int[2, 3, 16] { + { // Version 1 + {0, 32, 64, 96, 128, 160, 192, 224, 256, 288, + 320, 352, 384, 416, 448, -1}, // layer 1 + {0, 32, 48, 56, 64, 80, 96, 112, 128, 160, + 192, 224, 256, 320, 384, -1}, // layer 2 + {0, 32, 40, 48, 56, 64, 80, 96, 112, 128, + 160, 192, 224, 256, 320, -1} // layer 3 + }, + { // Version 2 or 2.5 + {0, 32, 48, 56, 64, 80, 96, 112, 128, 144, 160, + 176, 192, 224, 256, -1}, // layer 1 + {0, 8, 16, 24, 32, 40, 48, 56, 64, 80, 96, + 112, 128, 144, 160, -1}, // layer 2 + {0, 8, 16, 24, 32, 40, 48, 56, 64, 80, 96, + 112, 128, 144, 160, -1} // layer 3 + } + }; + + #endregion + + + + #region Private Properties + + /// <summary> + /// Contains the header flags. + /// </summary> + readonly uint flags; + + /// <summary> + /// Contains the audio stream length. + /// </summary> + long stream_length; + + /// <summary> + /// Contains the associated Xing header. + /// </summary> + XingHeader xing_header; + + /// <summary> + /// Contains the associated VBRI header. + /// </summary> + readonly VBRIHeader vbri_header; + + /// <summary> + /// Contains the audio stream duration. + /// </summary> + TimeSpan duration; + + #endregion + + + + #region Public Fields + + /// <summary> + /// An empty and unset header. + /// </summary> + public static readonly AudioHeader Unknown = + new AudioHeader (0, 0, XingHeader.Unknown, VBRIHeader.Unknown); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioHeader" /> by populating it with specified + /// values. + /// </summary> + /// <param name="flags"> + /// A <see cref="uint" /> value specifying flags for the new + /// instance. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value specifying the stream length + /// of the new instance. + /// </param> + /// <param name="xingHeader"> + /// A <see cref="XingHeader" /> object representing the Xing + /// header associated with the new instance. + /// </param> + /// <param name="vbriHeader"> + /// A <see cref="VBRIHeader" /> object representing the VBRI + /// header associated with the new instance. + /// </param> + AudioHeader (uint flags, long streamLength, XingHeader xingHeader, VBRIHeader vbriHeader) + { + this.flags = flags; + stream_length = streamLength; + xing_header = xingHeader; + vbri_header = vbriHeader; + duration = TimeSpan.Zero; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AudioHeader" /> by reading its contents from a + /// <see cref="ByteVector" /> object and its Xing Header from + /// the appropriate location in the specified file. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the header + /// to read. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the Xing + /// header from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value indicating the position in + /// <paramref name="file" /> at which the header begins. + /// </param> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> is less than 4 bytes long, + /// does not begin with a MPEG audio synch, has a negative + /// bitrate, or has a sample rate of zero. + /// </exception> + AudioHeader (ByteVector data, TagLib.File file, long position) + { + duration = TimeSpan.Zero; + stream_length = 0; + + string error = GetHeaderError (data); + if (error != null) { + throw new CorruptFileException (error); + } + + flags = data.ToUInt (); + + xing_header = XingHeader.Unknown; + + vbri_header = VBRIHeader.Unknown; + + // Check for a Xing header that will help us in + // gathering information about a VBR stream. + file.Seek (position + XingHeader.XingHeaderOffset (Version, ChannelMode)); + + ByteVector xing_data = file.ReadBlock (16); + if (xing_data.Count == 16 && xing_data.StartsWith (XingHeader.FileIdentifier)) + xing_header = new XingHeader (xing_data); + + if (xing_header.Present) + return; + + // A Xing header could not be found, next chec for a + // Fraunhofer VBRI header. + file.Seek (position + VBRIHeader.VBRIHeaderOffset ()); + + // Only get the first 24 bytes of the Header. + // We're not interested in the TOC entries. + ByteVector vbri_data = file.ReadBlock (24); + if (vbri_data.Count == 24 && + vbri_data.StartsWith (VBRIHeader.FileIdentifier)) + vbri_header = new VBRIHeader (vbri_data); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the MPEG version used to encode the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="Version" /> value indicating the MPEG + /// version used to encode the audio represented by the + /// current instance. + /// </value> + public Version Version { + get { + switch ((flags >> 19) & 0x03) { + case 0: + return Version.Version25; + case 2: + return Version.Version2; + default: + return Version.Version1; + } + } + } + + /// <summary> + /// Gets the MPEG audio layer used to encode the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value indicating the MPEG audio + /// layer used to encode the audio represented by the current + /// instance. + /// </value> + public int AudioLayer { + get { + switch ((flags >> 17) & 0x03) { + case 1: + return 3; + case 2: + return 2; + default: + return 1; + } + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + if (xing_header.TotalSize > 0 && + xing_header.TotalFrames > 0 && + Duration > TimeSpan.Zero) + return (int)Math.Round ((( + (XingHeader.TotalSize * 8L) / + Duration.TotalSeconds) / 1000.0)); + + if (vbri_header.TotalSize > 0 && + vbri_header.TotalFrames > 0 && + Duration > TimeSpan.Zero) + return (int)Math.Round ((( + (VBRIHeader.TotalSize * 8L) / + Duration.TotalSeconds) / 1000.0)); + + return bitrates[ + Version == Version.Version1 ? 0 : 1, + AudioLayer > 0 ? AudioLayer - 1 : 0, + (int)(flags >> 12) & 0x0F]; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { + return sample_rates[(int)Version, + (int)(flags >> 10) & 0x03]; + } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return ChannelMode == ChannelMode.SingleChannel ? 1 : 2; } + } + + /// <summary> + /// Gets the length of the frames in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the length of the + /// frames in the audio represented by the current instance. + /// </value> + public int AudioFrameLength { + get { + switch (AudioLayer) { + case 1: + return 48000 * AudioBitrate / + AudioSampleRate + + (IsPadded ? 4 : 0); + case 2: + return 144000 * AudioBitrate / + AudioSampleRate + + (IsPadded ? 1 : 0); + case 3: + if (Version == Version.Version1) + goto case 2; + + return 72000 * AudioBitrate / + AudioSampleRate + + (IsPadded ? 1 : 0); + default: return 0; + } + } + } + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + /// <remarks> + /// If <see cref="XingHeader" /> is equal to <see + /// cref="XingHeader.Unknown" /> and <see + /// cref="SetStreamLength" /> has not been called, this value + /// will not be correct. + /// If <see cref="VBRIHeader" /> is equal to <see + /// cref="VBRIHeader.Unknown" /> and <see + /// cref="SetStreamLength" /> has not been called, this value + /// will not be correct. + /// </remarks> + public TimeSpan Duration { + get { + if (duration > TimeSpan.Zero) + return duration; + + if (xing_header.TotalFrames > 0) { + // Read the length and the bitrate from + // the Xing header. + + double time_per_frame = block_size[(int)Version, + AudioLayer] / (double) + AudioSampleRate; + + duration = TimeSpan.FromSeconds ( + time_per_frame * + XingHeader.TotalFrames); + } else if (vbri_header.TotalFrames > 0) { + // Read the length and the bitrate from + // the VBRI header. + + double time_per_frame = + block_size[(int)Version, AudioLayer] / (double)AudioSampleRate; + + duration = TimeSpan.FromSeconds (Math.Round (time_per_frame * VBRIHeader.TotalFrames)); + } else if (AudioFrameLength > 0 && + AudioBitrate > 0) { + // Since there was no valid Xing or VBRI + // header found, we hope that we're in a + // constant bitrate file. + + // Round off to upper integer value + int frames = (int)((stream_length + AudioFrameLength - 1) / AudioFrameLength); + + duration = TimeSpan.FromSeconds ( (double)(AudioFrameLength * frames) / (AudioBitrate * 125)); + } + + return duration; + } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + var builder = new System.Text.StringBuilder (); + + builder.Append ("MPEG Version "); + switch (Version) { + case Version.Version1: + builder.Append ("1"); + break; + case Version.Version2: + builder.Append ("2"); + break; + case Version.Version25: + builder.Append ("2.5"); + break; + } + builder.Append (" Audio, Layer "); + builder.Append (AudioLayer); + + if (xing_header.Present || vbri_header.Present) + builder.Append (" VBR"); + + return builder.ToString (); + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets whether or not the audio represented by the current + /// instance is protected. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// audio represented by the current instance is protected. + /// </value> + public bool IsProtected { + get { return ((flags >> 16) & 1) == 0; } + } + + /// <summary> + /// Gets whether or not the audio represented by the current + /// instance is padded. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// audio represented by the current instance is padded. + /// </value> + public bool IsPadded { + get { return ((flags >> 9) & 1) == 1; } + } + + /// <summary> + /// Gets whether or not the audio represented by the current + /// instance is copyrighted. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// audio represented by the current instance is copyrighted. + /// </value> + public bool IsCopyrighted { + get { return ((flags >> 3) & 1) == 1; } + } + + /// <summary> + /// Gets whether or not the audio represented by the current + /// instance is original. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// audio represented by the current instance is original. + /// </value> + public bool IsOriginal { + get { return ((flags >> 2) & 1) == 1; } + } + + /// <summary> + /// Gets the MPEG audio channel mode of the audio represented + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="ChannelMode" /> value indicating the MPEG + /// audio channel mode of the audio represented by the + /// current instance. + /// </value> + public ChannelMode ChannelMode { + get { return (ChannelMode)((flags >> 6) & 0x03); } + } + + /// <summary> + /// Gets the Xing header found in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="XingHeader" /> object containing the Xing + /// header found in the audio represented by the current + /// instance, or <see cref="XingHeader.Unknown" /> if no + /// header was found. + /// </value> + public XingHeader XingHeader { + get { return xing_header; } + } + + /// <summary> + /// Gets the VBRI header found in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="VBRIHeader" /> object containing the VBRI + /// header found in the audio represented by the current + /// instance, or <see cref="VBRIHeader.Unknown" /> if no + /// header was found. + /// </value> + public VBRIHeader VBRIHeader { + get { return vbri_header; } + } + #endregion + + + + #region Public Methods + + /// <summary> + /// Sets the length of the audio stream represented by the + /// current instance. + /// </summary> + /// <param name="streamLength"> + /// A <see cref="long" /> value specifying the length in + /// bytes of the audio stream represented by the current + /// instance. + /// </param> + /// <remarks> + /// The this value has been set, <see cref="Duration" /> will + /// return an incorrect value. + /// </remarks> + public void SetStreamLength (long streamLength) + { + stream_length = streamLength; + + // Force the recalculation of duration if it depends on + // the stream length. + if (xing_header.TotalFrames == 0 || + vbri_header.TotalFrames == 0) + duration = TimeSpan.Zero; + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Searches for an audio header in a <see cref="TagLib.File" + /// /> starting at a specified position and searching through + /// a specified number of bytes. + /// </summary> + /// <param name="header"> + /// A <see cref="AudioHeader" /> object in which the found + /// header will be stored. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to search. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// in <paramref name="file" /> at which to start searching. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the maximum number + /// of bytes to search before aborting. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not a + /// header was found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public static bool Find (out AudioHeader header, TagLib.File file, long position, int length) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + long end = position + length; + header = Unknown; + + file.Seek (position); + + ByteVector buffer = file.ReadBlock (3); + + if (buffer.Count < 3) + return false; + + do { + file.Seek (position + 3); + buffer = buffer.Mid (buffer.Count - 3); + buffer.Add (file.ReadBlock ( + (int)TagLib.File.BufferSize)); + + for (int i = 0; i < buffer.Count - 3 && + (length < 0 || position + i < end); i++) + if (buffer[i] == 0xFF && + buffer[i + 1] > 0xE0) { + ByteVector data = buffer.Mid (i, 4); + if (GetHeaderError (data) == null) { + try { + header = new AudioHeader ( + data, + file, position + i); + return true; + } catch (CorruptFileException) { + } + } + } + + position += TagLib.File.BufferSize; + } while (buffer.Count > 3 && (length < 0 || position < end)); + + return false; + } + + /// <summary> + /// Searches for an audio header in a <see cref="TagLib.File" + /// /> starting at a specified position and searching to the + /// end of the file. + /// </summary> + /// <param name="header"> + /// A <see cref="AudioHeader" /> object in which the found + /// header will be stored. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to search. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying the seek position + /// in <paramref name="file" /> at which to start searching. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not a + /// header was found. + /// </returns> + /// <remarks> + /// Searching to the end of the file can be very, very slow + /// especially for corrupt or non-MPEG files. It is + /// recommended to use <see + /// cref="M:AudioHeader.Find(AudioHeader,TagLib.File,long,int)" /> + /// instead. + /// </remarks> + public static bool Find (out AudioHeader header, TagLib.File file, long position) + { + return Find (out header, file, position, -1); + } + + static string GetHeaderError (ByteVector data) + { + if (data.Count < 4) + return "Insufficient header length."; + + if (data[0] != 0xFF) + return "First byte did not match MPEG synch."; + + // Checking bits from high to low: + // + // First 3 bits MUST be set. Bits 4 and 5 can + // be 00, 10, or 11 but not 01. One or more of + // bits 6 and 7 must be set. Bit 8 can be + // anything. + if ((data[1] & 0xE6) <= 0xE0 || (data[1] & 0x18) == 0x08) + return "Second byte did not match MPEG synch."; + + uint flags = data.ToUInt (); + + if (((flags >> 12) & 0x0F) == 0x0F) + return "Header uses invalid bitrate index."; + + if (((flags >> 10) & 0x03) == 0x03) + return "Invalid sample rate."; + + return null; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg/AudioHeader.cs.meta b/Scripts/TaglibSharp/Mpeg/AudioHeader.cs.meta new file mode 100644 index 0000000..2d1ae6d --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/AudioHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 43f435ccb204431b0984c09119dfd456 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg/File.cs b/Scripts/TaglibSharp/Mpeg/File.cs new file mode 100644 index 0000000..aeff7f6 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/File.cs @@ -0,0 +1,689 @@ +// +// File.cs: Provides tagging and properties support for MPEG-1, MPEG-2, and +// MPEG-2.5 audio files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg +{ + /// <summary> + /// Indicates the type of marker found in a MPEG file. + /// </summary> + public enum Marker + { + /// <summary> + /// An invalid marker. + /// </summary> + Corrupt = -1, + + /// <summary> + /// A zero value marker. + /// </summary> + Zero = 0, + + /// <summary> + /// A marker indicating a system sync packet. + /// </summary> + SystemSyncPacket = 0xBA, + + /// <summary> + /// A marker indicating a video sync packet. + /// </summary> + VideoSyncPacket = 0xB3, + + /// <summary> + /// A marker indicating a system packet. + /// </summary> + SystemPacket = 0xBB, + + /// <summary> + /// A marker indicating a padding packet. + /// </summary> + PaddingPacket = 0xBE, + + /// <summary> + /// A marker indicating a audio packet. + /// </summary> + AudioPacket = 0xC0, + + /// <summary> + /// A marker indicating a video packet. + /// </summary> + VideoPacket = 0xE0, + + /// <summary> + /// A marker indicating the end of a stream. + /// </summary> + EndOfStream = 0xB9 + } + + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for MPEG-1, MPEG-2, and + /// MPEG-2.5 video files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Id3v1.Tag" /> and <see + /// cref="TagLib.Id3v2.Tag" /> will be added automatically to any + /// file that doesn't contain one. This change does not effect the + /// file until it is saved and can be reversed using the following + /// method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/mpg", "mpg")] + [SupportedMimeType ("taglib/mpeg", "mpeg")] + [SupportedMimeType ("taglib/mpe", "mpe")] + [SupportedMimeType ("taglib/mpv2", "mpv2")] + [SupportedMimeType ("taglib/m2v", "m2v")] + [SupportedMimeType ("video/x-mpg")] + [SupportedMimeType ("video/mpeg")] + public class File : TagLib.NonContainer.File + { + #region Private Static Fields + + static readonly ByteVector MarkerStart = new byte[] { 0, 0, 1 }; + + #endregion + + + #region Private Fields + + /// <summary> + /// Contains the MPEG version. + /// </summary> + Version version; + + /// <summary> + /// Contains the first audio header. + /// </summary> + AudioHeader audio_header; + + /// <summary> + /// Contains the first video header. + /// </summary> + VideoHeader video_header; + + /// <summary> + /// Indicates whether or not audio was found. + /// </summary> + bool video_found; + + /// <summary> + /// Indicates whether or not video was found. + /// </summary> + bool audio_found; + + /// <summary> + /// Contains the start time of the file. + /// </summary> + double? start_time; + + /// <summary> + /// Contains the end time of the file. + /// </summary> + double end_time; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// If a <see cref="TagLib.Id3v2.Tag" /> is added to the + /// current instance, it will be placed at the start of the + /// file. On the other hand, <see cref="TagLib.Id3v1.Tag" /> + /// <see cref="TagLib.Ape.Tag" /> will be added to the end of + /// the file. All other tag types will be ignored. + /// </remarks> + public override Tag GetTag (TagTypes type, bool create) + { + Tag t = (Tag as TagLib.NonContainer.Tag).GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return EndTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadStart (long start, ReadStyle propertiesStyle) + { + if ((propertiesStyle & ReadStyle.Average) == 0) + return; + + FindMarker (ref start, Marker.SystemSyncPacket); + ReadSystemFile (start); + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + // Make sure we have ID3v1 and ID3v2 tags. + GetTag (TagTypes.Id3v1, true); + GetTag (TagTypes.Id3v2, true); + + if ((propertiesStyle & ReadStyle.Average) == 0 || start_time == null) + return; + + // Enable to search the marker in the entire file if none is found so far + if (end == Length) + end = 0; + + RFindMarker (ref end, Marker.SystemSyncPacket); + + end_time = ReadTimestamp (end + 4); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + TimeSpan duration = start_time == null ? + TimeSpan.Zero : TimeSpan.FromSeconds (end_time - (double)start_time); + + return new Properties (duration, video_header, audio_header); + } + + /// <summary> + /// Gets the marker at a specified position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value specifying the postion in the + /// file represented by the current instance at which to + /// read. + /// </param> + /// <returns> + /// A <see cref="Marker" /> value containing the type of + /// marker found at the specified position. + /// </returns> + /// <exception cref="CorruptFileException"> + /// A valid marker does not exist at the specified position. + /// </exception> + protected Marker GetMarker (long position) + { + Seek (position); + ByteVector identifier = ReadBlock (4); + + if (identifier.Count == 4 && identifier.StartsWith (MarkerStart)) + return (Marker)identifier[3]; + + throw new CorruptFileException ("Invalid marker at position " + position); + } + + /// <summary> + /// Finds the next marker starting at a specified position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start searching. This value + /// is updated to the position of the found marker. + /// </param> + /// <returns> + /// A <see cref="Marker" /> value containing the type of + /// marker found at the specified position. + /// </returns> + /// <exception cref="CorruptFileException"> + /// A valid marker could not be found. + /// </exception> + protected Marker FindMarker (ref long position) + { + position = Find (MarkerStart, position); + if (position < 0) + throw new CorruptFileException ("Marker not found"); + + return GetMarker (position); + } + + /// <summary> + /// Finds the next marker of a specified type, starting at a + /// specified position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start searching. This value + /// is updated to the position of the found marker. + /// </param> + /// <param name="marker"> + /// A <see cref="Marker" /> value specifying the type of + /// marker to search for. + /// </param> + /// <exception cref="CorruptFileException"> + /// A valid marker could not be found. + /// </exception> + protected void FindMarker (ref long position, Marker marker) + { + ByteVector packet = new ByteVector (MarkerStart); + packet.Add ((byte)marker); + position = Find (packet, position); + + if (position < 0) + throw new CorruptFileException ("Marker not found"); + } + + /// <summary> + /// Finds the previous marker of a specified type, starting + /// at a specified position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start searching. This value + /// is updated to the position of the found marker. + /// </param> + /// <param name="marker"> + /// A <see cref="Marker" /> value specifying the type of + /// marker to search for. + /// </param> + /// <exception cref="CorruptFileException"> + /// A valid marker could not be found. + /// </exception> + protected void RFindMarker (ref long position, Marker marker) + { + ByteVector packet = new ByteVector (MarkerStart); + packet.Add ((byte)marker); + position = RFind (packet, position); + + if (position < 0) + throw new CorruptFileException ("Marker not found"); + } + + /// <summary> + /// Reads the contents of the file as a system file, starting + /// at a specified position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value specifying the postion in the + /// file represented by the current instance at which to + /// start reading. + /// </param> + /// <remarks> + /// This method will stop when it has read both an audio and + /// a video header, or once it's read 100 packets. This is to + /// prevent the entire file from being read if it lacks one + /// type of stream. + /// </remarks> + protected void ReadSystemFile (long position) + { + int sanity_limit = 100; + + for (int i = 0; i < sanity_limit && (start_time == null || + !audio_found || !video_found); i++) { + + Marker marker = FindMarker (ref position); + + switch (marker) { + case Marker.SystemSyncPacket: + ReadSystemSyncPacket (ref position); + break; + + case Marker.SystemPacket: + case Marker.PaddingPacket: + Seek (position + 4); + position += ReadBlock (2).ToUShort () + + 6; + break; + + case Marker.VideoPacket: + ReadVideoPacket (ref position); + break; + + case Marker.AudioPacket: + ReadAudioPacket (ref position); + break; + + case Marker.EndOfStream: + return; + + default: + position += 4; + break; + } + } + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads an audio packet, assigning the audio header and + /// advancing the position to the next packet position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start reading the packet. This value + /// is updated to the position of the next packet. + /// </param> + void ReadAudioPacket (ref long position) + { + Seek (position + 4); + int length = ReadBlock (2).ToUShort (); + + if (!audio_found) { + // There is a maximum of 16 stuffing bytes, read up to the PTS/DTS flags + ByteVector packetHeaderBytes = this.ReadBlock (19); + int i = 0; + while (i < packetHeaderBytes.Count && packetHeaderBytes[i] == 0xFF) { + // Byte is a stuffing byte + i++; + } + + if ((packetHeaderBytes[i] & 0x40) != 0) { + // STD buffer size is unexpected for audio packets, but whatever + i++; + } + + // Decode the PTS/DTS flags + byte timestampFlags = packetHeaderBytes[i]; + long dataOffset = 4 + 2 + i + // Packet marker + packet length + stuffing bytes/STD buffer size + ((timestampFlags & 0x20) > 0 ? 4 : 0) + // Presentation timestamp + ((timestampFlags & 0x10) > 0 ? 4 : 0); // Decode timestamp + + audio_found = AudioHeader.Find (out audio_header, this, position + dataOffset, length - 9); + } + + position += length; + } + + /// <summary> + /// Reads a video packet, assigning the video header and + /// advancing the position to the next packet position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start reading the packet. This value + /// is updated to the position of the next packet. + /// </param> + void ReadVideoPacket (ref long position) + { + Seek (position + 4); + int length = ReadBlock (2).ToUShort (); + long offset = position + 6; + + while (!video_found && offset < position + length) + if (FindMarker (ref offset) == Marker.VideoSyncPacket) { + video_header = new VideoHeader (this, offset + 4); + video_found = true; + } else { + // advance the offset by 6 bytes, so the next iteration of the + // loop won't find the same marker and get stuck. 6 bytes because findMarker is a + // generic find that could get both PES packets and Stream packets, the smallest + // posible pes packet with a size =0 would be 6 bytes. + offset += 6; + } + + position += length; + } + + /// <summary> + /// Reads a system sync packet, filling in version + /// information and the first timestamp value, advancing the + /// position to the next packet position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying the + /// position at which to start reading the packet. If the + /// method is called without exception, this is updated to + /// the position of the next packet. + /// </param> + /// <exception cref="UnsupportedFormatException"> + /// The MPEG version contained in the packet is unknown. + /// </exception> + void ReadSystemSyncPacket (ref long position) + { + int packet_size = 0; + Seek (position + 4); + byte version_info = ReadBlock (1)[0]; + + if ((version_info & 0xF0) == 0x20) { + version = Version.Version1; + packet_size = 12; + } else if ((version_info & 0xC0) == 0x40) { + version = Version.Version2; + Seek (position + 13); + packet_size = 14 + (ReadBlock (1)[0] & 0x07); + } else + throw new UnsupportedFormatException ("Unknown MPEG version."); + + if (start_time == null) + start_time = ReadTimestamp (position + 4); + + position += packet_size; + } + + /// <summary> + /// Reads an MPEG timestamp from a specified position in the + /// file represented by the current instance. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value containing the position in + /// the file at which to read. This should be immediately + /// following a system sync packet marker. + /// </param> + /// <returns> + /// A <see cref="double" /> value containing the read time in + /// seconds. + /// </returns> + double ReadTimestamp (long position) + { + double high; + uint low; + + Seek (position); + + if (version == Version.Version1) { + ByteVector data = ReadBlock (5); + high = (data[0] >> 3) & 0x01; + + low = ((uint)((data[0] >> 1) & 0x03) << 30) | + (uint)(data[1] << 22) | + (uint)((data[2] >> 1) << 15) | + (uint)(data[3] << 7) | + (uint)(data[4] >> 1); + } else { + ByteVector data = ReadBlock (6); + high = (data[0] & 0x20) >> 5; + + low = ((uint)((data[0] & 0x18) >> 3) << 30) | + (uint)((data[0] & 0x03) << 28) | + (uint)(data[1] << 20) | + (uint)((data[2] & 0xF8) << 12) | + (uint)((data[2] & 0x03) << 13) | + (uint)(data[3] << 5) | + (uint)(data[4] >> 3); + } + + return (((high * 0x10000) * 0x10000) + low) / 90000.0; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg/File.cs.meta b/Scripts/TaglibSharp/Mpeg/File.cs.meta new file mode 100644 index 0000000..43d74ed --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3e4313336bf17102cab942b5c644f815 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg/VBRIHeader.cs b/Scripts/TaglibSharp/Mpeg/VBRIHeader.cs new file mode 100644 index 0000000..ba931cc --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/VBRIHeader.cs @@ -0,0 +1,178 @@ +// +// VBRIHeader.cs: Provides information about a variable bitrate MPEG audio +// stream encoded with the Fraunhofer Encoder. +// +// Author: +// Helmut Wahrmann +// +// Original Source: +// XingHeader.cs +// +// Copyright (C) 2007 Helmut Wahrmann +// Copyright (C) 2005-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg +{ + /// <summary> + /// This structure provides information about a variable bitrate MPEG + /// audio stream encoded by the Fraunhofer Encoder. + /// </summary> + public struct VBRIHeader + { + + #region Public Fields + + /// <summary> + /// Contains te VBRI identifier. + /// </summary> + /// <value> + /// "VBRI" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "VBRI"; + + /// <summary> + /// An empty and unset VBRI header. + /// </summary> + public static readonly VBRIHeader Unknown = new VBRIHeader (0, 0); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="VBRIHeader" /> with a specified frame count and + /// size. + /// </summary> + /// <param name="frame"> + /// A <see cref="uint" /> value specifying the frame count of + /// the audio represented by the new instance. + /// </param> + /// <param name="size"> + /// A <see cref="uint" /> value specifying the stream size of + /// the audio represented by the new instance. + /// </param> + VBRIHeader (uint frame, uint size) + { + TotalFrames = frame; + TotalSize = size; + Present = false; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="VBRIHeader" /> by reading its raw contents. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// VBRI header. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not start with <see + /// cref="FileIdentifier" />. + /// </exception> + public VBRIHeader (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + // Check to see if a valid VBRI header is available. + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Not a valid VBRI header"); + + // Size starts at Position 10 + int position = 10; + + TotalSize = data.Mid (position, 4).ToUInt (); + position += 4; + + // The number of Frames are found at Posistion 14 + TotalFrames = data.Mid (position, 4).ToUInt (); + position += 4; + + Present = true; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the total number of frames in the file, as indicated + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// frames in the file, or <c>0</c> if not specified. + /// </value> + public uint TotalFrames { get; private set; } + + /// <summary> + /// Gets the total size of the file, as indicated by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the total size of + /// the file, or <c>0</c> if not specified. + /// </value> + public uint TotalSize { get; private set; } + + /// <summary> + /// Gets whether or not a physical VBRI header is present in + /// the file. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance represents a physical VBRI header. + /// </value> + public bool Present { get; private set; } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets the offset at which a VBRI header would appear in an + /// MPEG audio packet. + /// Always 32 bytes after the end of the first MPEG Header. + /// </summary> + /// <returns> + /// A <see cref="int" /> value indicating the offset in an + /// MPEG audio packet at which the VBRI header would appear. + /// </returns> + public static int VBRIHeaderOffset () + { + // A VBRI header always appears 32 bytes after the end + // of the first MPEG Header. So it's position 36 (0x24). + return 0x24; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg/VBRIHeader.cs.meta b/Scripts/TaglibSharp/Mpeg/VBRIHeader.cs.meta new file mode 100644 index 0000000..eebc192 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/VBRIHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 294f3abeffca1d37292a55c005b22d72 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg/VideoHeader.cs b/Scripts/TaglibSharp/Mpeg/VideoHeader.cs new file mode 100644 index 0000000..c693c29 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/VideoHeader.cs @@ -0,0 +1,183 @@ +// +// VideoHeader.cs: Provides information about an MPEG video stream. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg +{ + /// <summary> + /// This structure implements <see cref="IVideoCodec" /> and provides + /// information about an MPEG video stream. + /// </summary> + public struct VideoHeader : IVideoCodec + { + #region Private Static Fields + + /// <summary> + /// Contains frame rate values. + /// </summary> + static readonly double[] frame_rates = new double[9] { + 0, 24000d/1001d, 24, 25, 30000d/1001d, 30, 50, + 60000d/1001d, 60 + }; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the index in <see cref="frame_rates" /> of the + /// video frame rate. + /// </summary> + readonly int frame_rate_index; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="VideoHeader" /> by reading it from a specified + /// location in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value indicating the position in + /// <paramref name="file" /> at which the header begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// Insufficient data could be read for the header. + /// </exception> + public VideoHeader (TagLib.File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Seek (position); + ByteVector data = file.ReadBlock (7); + + if (data.Count < 7) + throw new CorruptFileException ("Insufficient data in header."); + + VideoWidth = data.Mid (0, 2).ToUShort () >> 4; + VideoHeight = data.Mid (1, 2).ToUShort () & 0x0FFF; + frame_rate_index = data[3] & 0x0F; + VideoBitrate = (int)((data.Mid (4, 3).ToUInt () >> 6) & 0x3FFFF); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="TimeSpan.Zero" />. + /// </value> + public TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Video" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Video; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { return "MPEG Video"; } + } + + /// <summary> + /// Gets the width of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// video represented by the current instance. + /// </value> + public int VideoWidth { get; private set; } + + /// <summary> + /// Gets the height of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// video represented by the current instance. + /// </value> + public int VideoHeight { get; private set; } + + /// <summary> + /// Gets the frame rate of the video represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> value containing the frame rate + /// of the video represented by the current instance. + /// </value> + public double VideoFrameRate { + get { + return frame_rate_index < 9 ? frame_rates[frame_rate_index] : 0; + } + } + + /// <summary> + /// Gets the bitrate of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// video represented by the current instance. + /// </value> + public int VideoBitrate { get; private set; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg/VideoHeader.cs.meta b/Scripts/TaglibSharp/Mpeg/VideoHeader.cs.meta new file mode 100644 index 0000000..a48c071 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/VideoHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c5c4123d394b96d2e92c98c84f0f7ba3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg/XingHeader.cs b/Scripts/TaglibSharp/Mpeg/XingHeader.cs new file mode 100644 index 0000000..044b63b --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/XingHeader.cs @@ -0,0 +1,192 @@ +// +// XingHeader.cs: Provides information about a variable bitrate MPEG audio +// stream. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// xingheader.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 by Ismael Orenstein (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg +{ + /// <summary> + /// This structure provides information about a variable bitrate MPEG + /// audio stream. + /// </summary> + public struct XingHeader + { + + #region Public Fields + + /// <summary> + /// Contains te Xing identifier. + /// </summary> + /// <value> + /// "Xing" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "Xing"; + + /// <summary> + /// An empty and unset Xing header. + /// </summary> + public static readonly XingHeader Unknown = new XingHeader (0, 0); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="XingHeader" /> with a specified frame count and + /// size. + /// </summary> + /// <param name="frame"> + /// A <see cref="uint" /> value specifying the frame count of + /// the audio represented by the new instance. + /// </param> + /// <param name="size"> + /// A <see cref="uint" /> value specifying the stream size of + /// the audio represented by the new instance. + /// </param> + XingHeader (uint frame, uint size) + { + TotalFrames = frame; + TotalSize = size; + Present = false; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="XingHeader" /> by reading its raw contents. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// Xing header. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not start with <see + /// cref="FileIdentifier" />. + /// </exception> + public XingHeader (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + // Check to see if a valid Xing header is available. + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Not a valid Xing header"); + + int position = 8; + + if ((data[7] & 0x01) != 0) { + TotalFrames = data.Mid (position, 4).ToUInt (); + position += 4; + } else + TotalFrames = 0; + + if ((data[7] & 0x02) != 0) { + TotalSize = data.Mid (position, 4).ToUInt (); + position += 4; + } else + TotalSize = 0; + + Present = true; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the total number of frames in the file, as indicated + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// frames in the file, or <c>0</c> if not specified. + /// </value> + public uint TotalFrames { get; private set; } + + /// <summary> + /// Gets the total size of the file, as indicated by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the total size of + /// the file, or <c>0</c> if not specified. + /// </value> + public uint TotalSize { get; private set; } + + /// <summary> + /// Gets whether or not a physical Xing header is present in + /// the file. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance represents a physical Xing header. + /// </value> + public bool Present { get; private set; } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Gets the offset at which a Xing header would appear in an + /// MPEG audio packet based on the version and channel mode. + /// </summary> + /// <param name="version"> + /// A <see cref="Version" /> value specifying the version of + /// the MPEG audio packet. + /// </param> + /// <param name="channelMode"> + /// A <see cref="ChannelMode" /> value specifying the channel + /// mode of the MPEG audio packet. + /// </param> + /// <returns> + /// A <see cref="int" /> value indicating the offset in an + /// MPEG audio packet at which the Xing header would appear. + /// </returns> + public static int XingHeaderOffset (Version version, ChannelMode channelMode) + { + bool single_channel = channelMode == ChannelMode.SingleChannel; + + if (version == Version.Version1) + return single_channel ? 0x15 : 0x24; + else + return single_channel ? 0x0D : 0x15; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg/XingHeader.cs.meta b/Scripts/TaglibSharp/Mpeg/XingHeader.cs.meta new file mode 100644 index 0000000..eb083a4 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg/XingHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2581d23e885e083849a5fd14bc23a64c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4.meta b/Scripts/TaglibSharp/Mpeg4.meta new file mode 100644 index 0000000..13663b2 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: c9d4e0f405d462bca93a090792b39f5e +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/AppleTag.cs b/Scripts/TaglibSharp/Mpeg4/AppleTag.cs new file mode 100644 index 0000000..020aab1 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/AppleTag.cs @@ -0,0 +1,1850 @@ +// +// AppleTag.cs: Provides support for processing Apple "ilst" tags. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.Globalization; +using System.Linq; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="TagLib.Tag" /> to provide support + /// for processing Apple "ilst" tags. + /// </summary> + public class AppleTag : Tag, IEnumerable<Box> + { + #region Private Fields + + /// <summary> + /// Contains the ISO meta box in which that tag will be + /// stored. + /// </summary> + readonly IsoMetaBox meta_box; + + /// <summary> + /// Contains the ILST box which holds all the values. + /// </summary> + readonly AppleItemListBox ilst_box; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleTag" /> for a specified ISO user data box. + /// </summary> + /// <param name="box"> + /// A <see cref="IsoUserDataBox" /> from which the tag is to + /// be read. + /// </param> + public AppleTag (IsoUserDataBox box) + { + if (box == null) + throw new ArgumentNullException (nameof (box)); + + meta_box = box.GetChild (BoxType.Meta) as IsoMetaBox; + if (meta_box == null) { + meta_box = new IsoMetaBox ("mdir", null); + box.AddChild (meta_box); + } + + ilst_box = meta_box.GetChild (BoxType.Ilst) + as AppleItemListBox; + + if (ilst_box == null) { + ilst_box = new AppleItemListBox (); + meta_box.AddChild (ilst_box); + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets and sets whether or not the album described by the + /// current instance is a compilation. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// album described by the current instance is a compilation. + /// </value> + /// <remarks> + /// This property is implemented using the "cpil" data box. + /// </remarks> + public bool IsCompilation { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Cpil)) + return box.Data.ToUInt () != 0; + + return false; + } + set { + SetData (BoxType.Cpil, new ByteVector ( + (byte)(value ? 1 : 0)), + (uint)AppleDataBox.FlagType.ForTempo); + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets all data boxes that match any of the provided types. + /// </summary> + /// <param name="types"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating a list + /// of box types to match. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// matching boxes. + /// </returns> + public IEnumerable<AppleDataBox> DataBoxes (IEnumerable<ByteVector> types) + { + // Check each box to see if the match any of the + // provided types. If a match is found, loop through the + // children and add any data box. + foreach (Box box in ilst_box.Children) + foreach (ByteVector v in types) { + if (FixId (v) != box.BoxType) + continue; + foreach (Box data_box in box.Children) { + if (data_box is AppleDataBox adb) + yield return adb; + } + } + } + + /// <summary> + /// Gets all data boxes that match any of the provided types. + /// </summary> + /// <param name="types"> + /// A <see cref="T:ByteVector[]" /> containing list of box + /// types to match. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// matching boxes. + /// </returns> + public IEnumerable<AppleDataBox> DataBoxes (params ByteVector[] types) + { + return DataBoxes (types as IEnumerable<ByteVector>); + } + + /// <summary> + /// Gets all custom data boxes that match the specified mean + /// and name pair. + /// </summary> + /// <param name="mean"> + /// A <see cref="string" /> object containing the "mean" to + /// match. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object containing the name to + /// match. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// matching boxes. + /// </returns> + public IEnumerable<AppleDataBox> DataBoxes (string mean, string name) + { + // These children will have a box type of "----" + foreach (Box box in ilst_box.Children) { + if (box.BoxType != BoxType.DASH) + continue; + + // Get the mean and name boxes, make sure + // they're legit, and make sure that they match + // what we want. Then loop through and add all + // the data box children to our output. + var mean_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Mean); + var name_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Name); + + if (mean_box == null || name_box == null || + mean_box.Text != mean || + name_box.Text != name) + continue; + + foreach (Box data_box in box.Children) { + if (data_box is AppleDataBox adb) + yield return adb; + } + } + } + + /// <summary> + /// Gets all text values contained in a specified box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to match. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing text from all + /// matching boxes. + /// </returns> + public string[] GetText (ByteVector type) + { + var result = new List<string> (); + foreach (AppleDataBox box in DataBoxes (type)) { + if (box.Text == null) + continue; + + foreach (string text in box.Text.Split (';')) + result.Add (text.Trim ()); + } + + return result.ToArray (); + } + + /// <summary> + /// Sets the data for a specified box type to a collection of + /// boxes. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the type to + /// add to the new instance. + /// </param> + /// <param name="boxes"> + /// A <see cref="T:AppleDataBox[]" /> containing boxes to add + /// for the specified type. + /// </param> + public void SetData (ByteVector type, AppleDataBox[] boxes) + { + // Fix the type. + type = FixId (type); + + bool added = false; + + foreach (Box box in ilst_box.Children) + if (type == box.BoxType) { + + // Clear the box's children. + box.ClearChildren (); + + // If we've already added new childen, + // continue. + if (added) + continue; + + added = true; + + // Add the children. + foreach (AppleDataBox b in boxes) + box.AddChild (b); + } + + if (added) + return; + + Box box2 = new AppleAnnotationBox (type); + ilst_box.AddChild (box2); + + foreach (AppleDataBox b in boxes) + box2.AddChild (b); + } + + /// <summary> + /// Sets the data for a specified box type using values from + /// a <see cref="ByteVectorCollection" /> object. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the type to + /// add to the new instance. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVectorCollection" /> object containing + /// data to add for the specified type. + /// </param> + /// <param name="flags"> + /// A <see cref="uint" /> value containing flags to use for + /// the added boxes. + /// </param> + public void SetData (ByteVector type, ByteVectorCollection data, uint flags) + { + if (data == null || data.Count == 0) { + ClearData (type); + return; + } + + var boxes = new AppleDataBox[data.Count]; + for (int i = 0; i < data.Count; i++) + boxes[i] = new AppleDataBox (data[i], flags); + + SetData (type, boxes); + } + + /// <summary> + /// Sets the data for a specified box type using a single + /// <see cref="ByteVector" /> object. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the type to + /// add to the new instance. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing data to add + /// for the specified type. + /// </param> + /// <param name="flags"> + /// A <see cref="uint" /> value containing flags to use for + /// the added box. + /// </param> + public void SetData (ByteVector type, ByteVector data, uint flags) + { + if (data == null || data.Count == 0) + ClearData (type); + else + SetData (type, new ByteVectorCollection (data), flags); + } + + /// <summary> + /// Sets the text for a specified box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the type to + /// add to the new instance. + /// </param> + /// <param name="text"> + /// A <see cref="T:string[]" /> containing text to store. + /// </param> + public void SetText (ByteVector type, string[] text) + { + // Remove empty data and return. + if (text == null) { + ilst_box.RemoveChild (FixId (type)); + return; + } + + SetText (type, string.Join ("; ", text)); + } + + /// <summary> + /// Sets the text for a specified box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the type to + /// add to the new instance. + /// </param> + /// <param name="text"> + /// A <see cref="string" /> object containing text to store. + /// </param> + public void SetText (ByteVector type, string text) + { + // Remove empty data and return. + if (string.IsNullOrEmpty (text)) { + ilst_box.RemoveChild (FixId (type)); + return; + } + + var l = new ByteVectorCollection { + ByteVector.FromString (text, StringType.UTF8) + }; + SetData (type, l, (uint)AppleDataBox.FlagType.ContainsText); + } + + /// <summary> + /// Clears all data for a specified box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the type of + /// box to remove from the current instance. + /// </param> + public void ClearData (ByteVector type) + { + ilst_box.RemoveChild (FixId (type)); + } + + /// <summary> + /// Detaches the internal "ilst" box from its parent element. + /// </summary> + public void DetachIlst () + { + meta_box.RemoveChild (ilst_box); + } + + /// <summary> + /// Gets the text string from a specific data box in a Dash (----) atom + /// </summary> + /// <param name="meanstring">String specifying text from mean box</param> + /// <param name="namestring">String specifying text from name box</param> + /// <returns>Text string from data box</returns> + public string GetDashBox (string meanstring, string namestring) + { + List<AppleDataBox> data_boxes = GetDashAtoms (meanstring, namestring); + if (data_boxes != null) { + return data_boxes[0].Text; + } else { + return null; + } + } + + /// <summary> + /// Gets the text strings from a specific data boxes in Dash (----) atoms + /// </summary> + /// <param name="meanstring">String specifying text from mean box</param> + /// <param name="namestring">String specifying text from name box</param> + /// <returns>Text string from data box</returns> + public string[] GetDashBoxes (string meanstring, string namestring) + { + List<AppleDataBox> data_boxes = GetDashAtoms (meanstring, namestring); + if (data_boxes != null) { + string[] box_text = new string[data_boxes.Count]; + for (int i = 0; i < data_boxes.Count; i++) + box_text[i] = data_boxes[i].Text; + return box_text; + } else { + return null; + } + } + + /// <summary> + /// Sets a specific strings in Dash (----) atom. This method updates + /// and existing atom, or creates a new one. If an empty datastring is + /// specified, the Dash box and its children are removed. + /// </summary> + /// <param name="meanstring">String specifying text for mean box</param> + /// <param name="namestring">String specifying text for name box</param> + /// <param name="datastring">String specifying text for data box</param> + public void SetDashBox (string meanstring, string namestring, string datastring) + { + AppleDataBox data_box = GetDashAtom (meanstring, namestring); + + // If we did find a data_box and we have an empty datastring we should + // remove the entire dash box. + if (data_box != null && string.IsNullOrEmpty (datastring)) { + AppleAnnotationBox dash_box = GetParentDashBox (meanstring, namestring); + dash_box.ClearChildren (); + ilst_box.RemoveChild (dash_box); + return; + } + + if (data_box != null) { + data_box.Text = datastring; + } else { + //Create the new boxes, should use 1 for text as a flag + var amean_box = new AppleAdditionalInfoBox (BoxType.Mean, 0, 1); + var aname_box = new AppleAdditionalInfoBox (BoxType.Name, 0, 1); + var adata_box = new AppleDataBox (BoxType.Data, 1); + amean_box.Text = meanstring; + aname_box.Text = namestring; + adata_box.Text = datastring; + var whole_box = new AppleAnnotationBox (BoxType.DASH); + whole_box.AddChild (amean_box); + whole_box.AddChild (aname_box); + whole_box.AddChild (adata_box); + ilst_box.AddChild (whole_box); + } + } + + /// <summary> + /// Sets specific strings in Dash (----) atom. This method updates + /// existing atoms, or creates new one. If an empty datastring is + /// specified, the Dash boxes and its children are removed. + /// </summary> + /// <param name="meanstring">String specifying text for mean box</param> + /// <param name="namestring">String specifying text for name box</param> + /// <param name="datastring">String values specifying text for data boxes</param> + public void SetDashBoxes (string meanstring, string namestring, string[] datastring) + { + List<AppleDataBox> data_boxes = GetDashAtoms (meanstring, namestring); + + // If we did find a data_box and we have an empty datastring we should + // remove the entire dash box. + if (data_boxes != null && string.IsNullOrEmpty (datastring[0])) { + AppleAnnotationBox dash_box = GetParentDashBox (meanstring, namestring); + dash_box.ClearChildren (); + ilst_box.RemoveChild (dash_box); + return; + } + + if (data_boxes != null && data_boxes.Count == datastring.Length) { + for (int i = 0; i < data_boxes.Count; i++) + data_boxes[i].Text = datastring[i]; + } else { + // Remove all Boxes + AppleAnnotationBox dash_box = GetParentDashBox (meanstring, namestring); + if (dash_box != null) { + dash_box.ClearChildren (); + ilst_box.RemoveChild (dash_box); + } + + var whole_box = new AppleAnnotationBox (BoxType.DASH); + foreach (var text in datastring) + { + //Create the new boxes, should use 1 for text as a flag + var amean_box = new AppleAdditionalInfoBox (BoxType.Mean, 0, 1); + var aname_box = new AppleAdditionalInfoBox (BoxType.Name, 0, 1); + var adata_box = new AppleDataBox (BoxType.Data, 1); + amean_box.Text = meanstring; + aname_box.Text = namestring; + adata_box.Text = text; + whole_box.AddChild (amean_box); + whole_box.AddChild (aname_box); + whole_box.AddChild (adata_box); + ilst_box.AddChild (whole_box); + } + } + } + + /// <summary> + /// Gets the AppleDataBox that corresponds to the specified mean and name values. + /// </summary> + /// <param name="meanstring">String specifying text for mean box</param> + /// <param name="namestring">String specifying text for name box</param> + /// <returns>Existing AppleDataBox or null if one does not exist</returns> + AppleDataBox GetDashAtom (string meanstring, string namestring) + { + foreach (Box box in ilst_box.Children) { + if (box.BoxType != BoxType.DASH) + continue; + + // Get the mean and name boxes, make sure + // they're legit, check the Text fields for + // a match. If we have a match return + // the AppleDatabox containing the data + + var mean_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Mean); + var name_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Name); + + if (mean_box == null || name_box == null || + mean_box.Text != meanstring || + !name_box.Text.Equals (namestring, StringComparison.OrdinalIgnoreCase)) { + continue; + } else { + return (AppleDataBox)box.GetChild (BoxType.Data); + } + } + // If we haven't returned the found box yet, there isn't one, return null + return null; + } + + /// <summary> + /// Gets the AppleDataBox that corresponds to the specified mean and name values. + /// </summary> + /// <param name="meanstring">String specifying text for mean box</param> + /// <param name="namestring">String specifying text for name box</param> + /// <returns>Existing AppleDataBox or null if one does not exist</returns> + List<AppleDataBox> GetDashAtoms (string meanstring, string namestring) + { + foreach (Box box in ilst_box.Children) { + if (box.BoxType != BoxType.DASH) + continue; + + // Get the mean and name boxes, make sure + // they're legit, check the Text fields for + // a match. If we have a match return + // the AppleDatabox containing the data + + var mean_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Mean); + var name_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Name); + + if (mean_box == null || name_box == null || + mean_box.Text != meanstring || + !name_box.Text.Equals (namestring, StringComparison.OrdinalIgnoreCase)) { + continue; + } else { + return box.GetChildren (BoxType.Data).Cast<AppleDataBox>().ToList (); + } + } + // If we haven't returned the found box yet, there isn't one, return null + return null; + } + + /// <summary> + /// Returns the Parent Dash box object for a given mean/name combination + /// </summary> + /// <param name="meanstring">String specifying text for mean box</param> + /// <param name="namestring">String specifying text for name box</param> + /// <returns>AppleAnnotationBox object that is the parent for the mean/name combination</returns> + AppleAnnotationBox GetParentDashBox (string meanstring, string namestring) + { + foreach (Box box in ilst_box.Children) { + if (box.BoxType != BoxType.DASH) + continue; + + // Get the mean and name boxes, make sure + // they're legit, check the Text fields for + // a match. If we have a match return + // the AppleAnnotationBox that is the Parent + + var mean_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Mean); + var name_box = (AppleAdditionalInfoBox)box.GetChild (BoxType.Name); + + if (mean_box == null || name_box == null || + mean_box.Text != meanstring || + name_box.Text != namestring) { + continue; + } else { + return (AppleAnnotationBox)box; + } + } + // If we haven't returned the found box yet, there isn't one, return null + return null; + } + #endregion + + + + #region Internal Methods + + /// <summary> + /// Converts the provided ID into a readonly ID and fixes a + /// 3 byte ID. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing an ID to + /// fix. + /// </param> + /// <returns> + /// A fixed <see cref="ReadOnlyByteVector" /> or <see + /// langword="null" /> if the ID could not be fixed. + /// </returns> + internal static ReadOnlyByteVector FixId (ByteVector id) + { + if (id.Count == 4) { + var roid = id as ReadOnlyByteVector; + if (roid != null) + return roid; + + return new ReadOnlyByteVector (id); + } + + if (id.Count == 3) + return new ReadOnlyByteVector (0xa9, id[0], id[1], id[2]); + + return null; + } + + #endregion + + + + #region IEnumerable<Box> + + /// <summary> + /// Gets an enumerator for enumerating through the tag's data + /// boxes. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the tag's data boxes. + /// </returns> + public IEnumerator<Box> GetEnumerator () + { + return ilst_box.Children.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return ilst_box.Children.GetEnumerator (); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Apple" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Apple; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@nam" data box. + /// </remarks> + public override string Title { + get { + string[] text = GetText (BoxType.Nam); + return text.Length == 0 ? null : text[0]; + } + set { + SetText (BoxType.Nam, value); + } + } + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Subt" data box. + /// Should be: ----:com.apple.iTunes:SUBTITLE + /// </remarks> + public override string Subtitle { + get { + string[] text = GetText (BoxType.Subt); + return text.Length == 0 ? null : text[0]; + } + set { + SetText (BoxType.Subt, value); + } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "Desc" data box. + /// </remarks> + public override string Description { + get { + string[] text = GetText (BoxType.Desc); + return text.Length == 0 ? null : text[0]; + } + set { + SetText (BoxType.Desc, value); + } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the "@ART" data box. + /// </remarks> + public override string[] Performers { + get { return GetText (BoxType.Art); } + set { SetText (BoxType.Art, value); } + } + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// This property is implemented using the "role" data box. + /// </remarks> + public override string[] PerformersRole { + get { + string[] ret = GetText (BoxType.Role); + if (ret == null) return ret; + + // Reformat '/' to ';' + for (int i = 0; i < ret.Length; i++) { + ret[i] = ret[i].Replace ('/', ';').Trim (); + } + return ret; + } + set { + string[] ret = value; + if (ret != null) { + // Reformat ';' to '/' + for (int i = 0; i < ret.Length; i++) { + ret[i] = ret[i].Replace (';', '/'); + } + } + SetText (BoxType.Role, value); + } + } + + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "aART" data box. + /// </remarks> + public override string[] AlbumArtists { + get { return GetText (BoxType.Aart); } + set { SetText (BoxType.Aart, value); } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@wrt" data box. + /// </remarks> + public override string[] Composers { + get { return GetText (BoxType.Wrt); } + set { SetText (BoxType.Wrt, value); } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@alb" data box. + /// </remarks> + public override string Album { + get { + string[] text = GetText (BoxType.Alb); + return text.Length == 0 ? null : text[0]; + } + set { SetText (BoxType.Alb, value); } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@cmt" data box. + /// </remarks> + public override string Comment { + get { + string[] text = GetText (BoxType.Cmt); + return text.Length == 0 ? null : text[0]; + } + set { SetText (BoxType.Cmt, value); } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@gen" and "gnre" + /// data boxes. + /// </remarks> + public override string[] Genres { + get { + string[] text = GetText (BoxType.Gen); + if (text.Length > 0) + return text; + + foreach (AppleDataBox box in DataBoxes (BoxType.Gnre)) { + if (box.Flags != (int)AppleDataBox + .FlagType.ContainsData) + continue; + + // iTunes stores genre's in the GNRE box + // as (ID3# + 1). + + ushort index = box.Data.ToUShort (true); + if (index == 0) continue; + + string str = TagLib.Genres + .IndexToAudio ((byte)(index - 1)); + + if (str == null) + continue; + + text = new[] { str }; + break; + } + + return text; + } + set { + ClearData (BoxType.Gnre); + SetText (BoxType.Gen, value); + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@day" data box. + /// </remarks> + public override uint Year { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Day)) + if (box.Text != null && (uint.TryParse ( + box.Text, out var value) || + uint.TryParse ( + box.Text.Length > 4 ? + box.Text.Substring (0, 4) + : box.Text, out value))) + return value; + + return 0; + } + set { + if (value == 0) + ClearData (BoxType.Day); + else + SetText (BoxType.Day, value.ToString ( + CultureInfo.InvariantCulture)); + } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "trkn" data box. + /// </remarks> + public override uint Track { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Trkn)) + if (box.Flags == (int)AppleDataBox.FlagType.ContainsData && box.Data.Count >= 4) + return box.Data.Mid (2, 2).ToUShort (); + + return 0; + } + set { + uint count = TrackCount; + if (value == 0 && count == 0) { + ClearData (BoxType.Trkn); + return; + } + + var v = ByteVector.FromUShort (0); + v.Add (ByteVector.FromUShort ((ushort)value)); + v.Add (ByteVector.FromUShort ((ushort)count)); + v.Add (ByteVector.FromUShort (0)); + + SetData (BoxType.Trkn, v, (int) + AppleDataBox.FlagType.ContainsData); + } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "trkn" data box. + /// </remarks> + public override uint TrackCount { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Trkn)) + if (box.Flags == (int) + AppleDataBox.FlagType.ContainsData && + box.Data.Count >= 6) + return box.Data.Mid (4, 2).ToUShort (); + + return 0; + } + set { + uint track = Track; + if (value == 0 && track == 0) { + ClearData (BoxType.Trkn); + return; + } + + var v = ByteVector.FromUShort (0); + v.Add (ByteVector.FromUShort ((ushort)track)); + v.Add (ByteVector.FromUShort ((ushort)value)); + v.Add (ByteVector.FromUShort (0)); + SetData (BoxType.Trkn, v, (int) + AppleDataBox.FlagType.ContainsData); + } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// This property is implemented using the "disk" data box. + /// </remarks> + public override uint Disc { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Disk)) + if (box.Flags == (int) + AppleDataBox.FlagType.ContainsData && + box.Data.Count >= 4) + return box.Data.Mid (2, 2).ToUShort (); + + return 0; + } + set { + uint count = DiscCount; + if (value == 0 && count == 0) { + ClearData (BoxType.Disk); + return; + } + + var v = ByteVector.FromUShort (0); + v.Add (ByteVector.FromUShort ((ushort)value)); + v.Add (ByteVector.FromUShort ((ushort)count)); + v.Add (ByteVector.FromUShort (0)); + + SetData (BoxType.Disk, v, (int) + AppleDataBox.FlagType.ContainsData); + } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "disk" data box. + /// </remarks> + public override uint DiscCount { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Disk)) + if (box.Flags == (int) + AppleDataBox.FlagType.ContainsData && + box.Data.Count >= 6) + return box.Data.Mid (4, 2).ToUShort (); + + return 0; + } + set { + uint disc = Disc; + if (value == 0 && disc == 0) { + ClearData (BoxType.Disk); + return; + } + + var v = ByteVector.FromUShort (0); + v.Add (ByteVector.FromUShort ((ushort)disc)); + v.Add (ByteVector.FromUShort ((ushort)value)); + v.Add (ByteVector.FromUShort (0)); + SetData (BoxType.Disk, v, (int) + AppleDataBox.FlagType.ContainsData); + } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@lyr" data box. + /// </remarks> + public override string Lyrics { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Lyr)) + return box.Text; + return null; + } + set { + SetText (BoxType.Lyr, value); + } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "@grp" data box. + /// </remarks> + public override string Grouping { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Grp)) + return box.Text; + + return null; + } + set { SetText (BoxType.Grp, value); } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "tmpo" data box. + /// </remarks> + public override uint BeatsPerMinute { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Tmpo)) + if (box.Flags == (uint) + AppleDataBox.FlagType.ForTempo) + return box.Data.ToUInt (); + + return 0; + } + set { + if (value == 0) { + ClearData (BoxType.Tmpo); + return; + } + + SetData (BoxType.Tmpo, + ByteVector.FromUShort ((ushort)value), + (uint)AppleDataBox.FlagType.ForTempo); + } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "cond" data box. + /// </remarks> + public override string Conductor { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Cond)) + return box.Text; + + return null; + } + set { SetText (BoxType.Cond, value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "cprt" data box. + /// </remarks> + public override string Copyright { + get { + foreach (AppleDataBox box in DataBoxes (BoxType.Cprt)) + return box.Text; + + return null; + } + set { SetText (BoxType.Cprt, value); } + } + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "dtag" data box. + /// </remarks> + public override DateTime? DateTagged { + get { + string[] text = GetText (BoxType.Dtag); + string value = text.Length == 0 ? null : text[0]; + if (value != null) { + if (DateTime.TryParseExact (value, "yyyy-MM-dd HH:mm:ss", null, DateTimeStyles.None, out var date)) { + return date; + } + } + return null; + } + set { + string date = null; + if (value != null) { + date = $"{value:yyyy-MM-dd HH:mm:ss}"; + } + SetText (BoxType.Dtag, date); + } + } + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "soaa" + /// Box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// http://code.google.com/p/mp4v2/wiki/iTunesMetadata + /// </remarks> + public override string[] AlbumArtistsSort { + get { return GetText (BoxType.Soaa); } + set { SetText (BoxType.Soaa, value); } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "soar" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// http://code.google.com/p/mp4v2/wiki/iTunesMetadata + /// </remarks> + public override string[] PerformersSort { + get { return GetText (BoxType.Soar); } + set { SetText (BoxType.Soar, value); } + } + + /// <summary> + /// Gets and sets the sort names of the Composer credited + /// in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the Composers in the media described by the current instance, + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "soar" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// http://code.google.com/p/mp4v2/wiki/iTunesMetadata + /// </remarks> + public override string[] ComposersSort { + get { return GetText (BoxType.Soco); } + set { SetText (BoxType.Soco, value); } + } + + /// <summary> + /// Gets and sets the sort names of the Album Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names for + /// the Album Title in the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "soal" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// http://code.google.com/p/mp4v2/wiki/iTunesMetadata + /// </remarks> + public override string AlbumSort { + get { + string[] text = GetText (BoxType.Soal); + return text.Length == 0 ? null : text[0]; + } + set { SetText (BoxType.Soal, value); } + } + + /// <summary> + /// Gets and sets the sort names of the Track Title in the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names for + /// the Track Title in the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "sonm" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// http://code.google.com/p/mp4v2/wiki/iTunesMetadata + /// </remarks> + public override string TitleSort { + get { + string[] text = GetText (BoxType.Sonm); + return text.Length == 0 ? null : text[0]; + } + set { SetText (BoxType.Sonm, value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ArtistID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ArtistID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzArtistId { + get { + string[] artistIds = GetDashBoxes ("com.apple.iTunes", "MusicBrainz Artist Id"); + return artistIds == null ? null : string.Join ("/", artistIds); + } + set { + string[] artistIds = value.Split ('/'); + SetDashBoxes ("com.apple.iTunes", "MusicBrainz Artist Id", artistIds); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseGroupID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseGroupID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseGroupId { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Release Group Id"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Release Group Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseId { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Album Id"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Album Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseArtistID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseArtistID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseArtistId { + get { + string[] releaseArtistIds = GetDashBoxes ("com.apple.iTunes", "MusicBrainz Album Artist Id"); + return releaseArtistIds == null ? null : string.Join ("/", releaseArtistIds); + } + set { + string[] releaseArtistIds = value.Split ('/'); + SetDashBoxes ("com.apple.iTunes", "MusicBrainz Album Artist Id", releaseArtistIds); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz TrackID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// TrackID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzTrackId { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Track Id"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Track Id", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz DiscID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// DiscID for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzDiscId { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Disc Id"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Disc Id", value); } + } + + /// <summary> + /// Gets and sets the MusicIP PUID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIP Puid + /// for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicIpId { + get { return GetDashBox ("com.apple.iTunes", "MusicIP PUID"); } + set { SetDashBox ("com.apple.iTunes", "MusicIP PUID", value); } + } + + /// <summary> + /// Gets and sets the AmazonID + /// </summary> + /// <value> + /// A <see cref="string" /> containing the AmazonID + /// for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string AmazonId { + get { return GetDashBox ("com.apple.iTunes", "ASIN"); } + set { SetDashBox ("com.apple.iTunes", "ASIN", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseStatus + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseStatus for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseStatus { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Album Status"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Album Status", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz ReleaseType + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseType for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseType { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Album Type"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Album Type", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseCountry for the media described by the current + /// instance, or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string MusicBrainzReleaseCountry { + get { return GetDashBox ("com.apple.iTunes", "MusicBrainz Album Release Country"); } + set { SetDashBox ("com.apple.iTunes", "MusicBrainz Album Release Country", value); } + } + + /// <summary> + /// Gets and sets the ReplayGain Track Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Track Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override double ReplayGainTrackGain { + get { + string text = GetDashBox ("com.apple.iTunes", "REPLAYGAIN_TRACK_GAIN"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + string text = value.ToString ("0.00 dB", + CultureInfo.InvariantCulture); + SetDashBox ("com.apple.iTunes", "REPLAYGAIN_TRACK_GAIN", text); + } + } + + /// <summary> + /// Gets and sets the ReplayGain Peak Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Peak Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override double ReplayGainTrackPeak { + get { + string text; + + if ((text = GetDashBox ("com.apple.iTunes", "REPLAYGAIN_TRACK_PEAK")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetDashBox ("com.apple.iTunes", "REPLAYGAIN_TRACK_PEAK", text); + } + } + + /// <summary> + /// Gets and sets the ReplayGain Album Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Album Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override double ReplayGainAlbumGain { + get { + string text = GetDashBox ("com.apple.iTunes", "REPLAYGAIN_ALBUM_GAIN"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + string text = value.ToString ("0.00 dB", + CultureInfo.InvariantCulture); + SetDashBox ("com.apple.iTunes", "REPLAYGAIN_ALBUM_GAIN", text); + } + } + + /// <summary> + /// Gets and sets the ReplayGain Album Peak Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Album Peak Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override double ReplayGainAlbumPeak { + get { + string text; + + if ((text = GetDashBox ("com.apple.iTunes", "REPLAYGAIN_ALBUM_PEAK")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetDashBox ("com.apple.iTunes", "REPLAYGAIN_ALBUM_PEAK", text); + } + } + + /// <summary> + /// Gets and sets the InitialKey + /// </summary> + /// <value> + /// A <see cref="string" /> containing the InitialKey + /// for the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override string InitialKey { + get { return GetDashBox ("com.apple.iTunes", "initialkey"); } + set { SetDashBox ("com.apple.iTunes", "initialkey", value); } + } + + /// <summary> + /// Gets and sets the ISRC + /// </summary> + /// <value> + /// A <see cref="string" /> containing the ISRC + /// for the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override string ISRC { + get { return GetDashBox ("com.apple.iTunes", "ISRC"); } + set { SetDashBox ("com.apple.iTunes", "ISRC", value); } + } + + /// <summary> + /// Gets and sets the Publisher + /// </summary> + /// <value> + /// A <see cref="string" /> containing the Publisher + /// for the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override string Publisher { + get { return GetDashBox ("com.apple.iTunes", "publisher"); } + set { SetDashBox ("com.apple.iTunes", "publisher", value); } + } + + /// <summary> + /// Gets and sets the Remixer + /// </summary> + /// <value> + /// A <see cref="string" /> containing the Remixer + /// for the media described by the current instance, + /// or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "dash"/"----" box type. + /// </remarks> + public override string RemixedBy { + get { return GetDashBox ("com.apple.iTunes", "REMIXEDBY"); } + set { SetDashBox ("com.apple.iTunes", "REMIXEDBY", value); } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// This property is implemented using the "covr" data box. + /// </remarks> + public override IPicture[] Pictures { + get { + var l = new List<Picture> (); + + foreach (AppleDataBox box in DataBoxes (BoxType.Covr)) { + var p = new Picture (box.Data); + l.Add (p); + } + + return l.ToArray (); + } + set { + if (value == null || value.Length == 0) { + ClearData (BoxType.Covr); + return; + } + + var boxes = + new AppleDataBox[value.Length]; + for (int i = 0; i < value.Length; i++) { + uint type = (uint) + AppleDataBox.FlagType.ContainsData; + + if (value[i].MimeType == "image/jpeg") + type = (uint) + AppleDataBox.FlagType.ContainsJpegData; + else if (value[i].MimeType == "image/png") + type = (uint) + AppleDataBox.FlagType.ContainsPngData; + else if (value[i].MimeType == "image/x-windows-bmp") + type = (uint) + AppleDataBox.FlagType.ContainsBmpData; + + boxes[i] = new AppleDataBox (value[i].Data, type); + } + + SetData (BoxType.Covr, boxes); + } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { return !ilst_box.HasChildren; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + ilst_box.ClearChildren (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/AppleTag.cs.meta b/Scripts/TaglibSharp/Mpeg4/AppleTag.cs.meta new file mode 100644 index 0000000..0e29bb9 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/AppleTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7a8e6a8de22731125a98a64d230c668f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Box.cs b/Scripts/TaglibSharp/Mpeg4/Box.cs new file mode 100644 index 0000000..b78bd62 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Box.cs @@ -0,0 +1,606 @@ +// +// Box.cs: Provides a generic implementation of a ISO/IEC 14496-12 box. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This abstract class provides a generic implementation of a + /// ISO/IEC 14496-12 box. + /// </summary> + public class Box + { + #region Private Fields + + /// <summary> + /// Contains the box header. + /// </summary> + BoxHeader header; + + /// <summary> + /// Contains the position of the box data. + /// </summary> + readonly long data_position; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Box" /> with a specified header and handler. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object describing the new + /// instance. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance, or <see + /// langword="null" /> if no handler applies. + /// </param> + protected Box (BoxHeader header, IsoHandlerBox handler) + { + this.header = header; + data_position = header.Position + header.HeaderSize; + Handler = handler; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Box" /> with a specified header. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object describing the new + /// instance. + /// </param> + protected Box (BoxHeader header) + : this (header, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Box" /> with a specified box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to use for the new instance. + /// </param> + protected Box (ByteVector type) + : this (new BoxHeader (type)) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the MPEG-4 box type of the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the four + /// byte box type of the current instance. + /// </value> + public virtual ByteVector BoxType { + get { return header.BoxType; } + } + + /// <summary> + /// Gets the total size of the current instance as it last + /// appeared on disk. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the total size of + /// the current instance as it last appeared on disk. + /// </value> + public virtual int Size { + get { return (int)header.TotalBoxSize; } + } + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public virtual ByteVector Data { + get { return null; } + set { } + } + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public virtual IEnumerable<Box> Children { + get { return null; } + } + + /// <summary> + /// Gets the handler box that applies to the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the current instance, or <see + /// langword="null" /> if no handler applies. + /// </value> + public IsoHandlerBox Handler { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance, including its children, to + /// a new <see cref="ByteVector" /> object. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + return Render (new ByteVector ()); + } + + /// <summary> + /// Gets a child box from the current instance by finding + /// a matching box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to match. + /// </param> + /// <returns> + /// A <see cref="Box" /> object containing the matched box, + /// or <see langword="null" /> if no matching box was found. + /// </returns> + public Box GetChild (ByteVector type) + { + if (Children == null) + return null; + + foreach (Box box in Children) + if (box.BoxType == type) + return box; + + return null; + } + + /// <summary> + /// Gets all child boxes from the current instance by finding + /// a matching box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to match. + /// </param> + /// <returns> + /// A List of <see cref="Box" /> objects containing the matched box, + /// or <see langword="null" /> if no matching boxes was found. + /// </returns> + public List<Box> GetChildren (ByteVector type) + { + if (Children == null) + return null; + + List<Box> boxes = new List<Box> (); + foreach (Box box in Children) + if (box.BoxType == type) + boxes.Add (box); + + if (boxes.Count > 0) + return boxes; + + return null; + } + + /* + /// <summary> + /// Gets a child box from the current instance by finding + /// a matching object type. + /// </summary> + /// <param name="type"> + /// A <see cref="System.Type" /> object containing the object + /// type to match. + /// </param> + /// <returns> + /// A <see cref="Box" /> object containing the matched box, + /// or <see langword="null" /> if no matching box was found. + /// </returns> + public Box GetChild (System.Type type) + { + if (Children == null) + return null; + + foreach (Box box in Children) + if (box.GetType () == type) + return box; + + return null; + } + */ + + /// <summary> + /// Gets a child box from the current instance by finding + /// a matching box type, searching recursively. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to match. + /// </param> + /// <returns> + /// A <see cref="Box" /> object containing the matched box, + /// or <see langword="null" /> if no matching box was found. + /// </returns> + public Box GetChildRecursively (ByteVector type) + { + if (Children == null) + return null; + + foreach (Box box in Children) + if (box.BoxType == type) + return box; + + foreach (Box box in Children) { + Box child_box = box.GetChildRecursively (type); + if (child_box != null) + return child_box; + } + + return null; + } + + /* + /// <summary> + /// Gets a child box from the current instance by finding + /// a matching object type, searching recursively. + /// </summary> + /// <param name="type"> + /// A <see cref="System.Type" /> object containing the object + /// type to match. + /// </param> + /// <returns> + /// A <see cref="Box" /> object containing the matched box, + /// or <see langword="null" /> if no matching box was found. + /// </returns> + public Box GetChildRecursively (System.Type type) + { + if (Children == null) + return null; + + foreach (Box box in Children) + if (box.GetType () == type) + return box; + + foreach (Box box in Children) { + Box child_box = box.GetChildRecursively (type); + if (child_box != null) + return child_box; + } + + return null; + } + */ + + /// <summary> + /// Removes all children with a specified box type from the + /// current instance. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to remove. + /// </param> + public void RemoveChild (ByteVector type) + { + if (!(Children is ICollection<Box> children)) + return; + + foreach (Box b in new List<Box> (children)) + if (b.BoxType == type) + children.Remove (b); + } + + /* + /// <summary> + /// Removes all children with a specified box type from the + /// current instance. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the box + /// type to remove. + /// </param> + public void RemoveChild (System.Type type) + { + ICollection<Box> children = Children as ICollection<Box>; + + if (children == null) + return; + + foreach (Box b in new List<Box> (children)) + if (b.GetType () == type) + children.Remove (b); + } + */ + + /// <summary> + /// Removes a specified box from the current instance. + /// </summary> + /// <param name="box"> + /// A <see cref="Box" /> object to remove from the current + /// instance. + /// </param> + public void RemoveChild (Box box) + { + if (Children is ICollection<Box> children) + children.Remove (box); + } + + /// <summary> + /// Adds a specified box to the current instance. + /// </summary> + /// <param name="box"> + /// A <see cref="Box" /> object to add to the current + /// instance. + /// </param> + public void AddChild (Box box) + { + if (Children is ICollection<Box> children) + children.Add (box); + } + + /// <summary> + /// Removes all children from the current instance. + /// </summary> + public void ClearChildren () + { + if (Children is ICollection<Box> children) + children.Clear (); + } + + /// <summary> + /// Gets whether or not the current instance has children. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance has any children. + /// </value> + public bool HasChildren { + get { + return Children is ICollection<Box> children && children.Count > 0; + } + } + + #endregion + + + + #region Protected Properties + + /// <summary> + /// Gets the size of the data contained in the current + /// instance, minux the size of any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the size of + /// the data contained in the current instance. + /// </value> + protected int DataSize { + get { + return (int)(header.DataSize + data_position - + DataPosition); + } + } + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected virtual long DataPosition { + get { return data_position; } + } + + /// <summary> + /// Gets the header of the current instance. + /// </summary> + /// <value> + /// A <see cref="BoxHeader" /> object containing the header + /// of the current instance. + /// </value> + protected BoxHeader Header { + get { return header; } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Loads the children of the current instance from a + /// specified file using the internal data position and size. + /// </summary> + /// <param name="file"> + /// The <see cref="TagLib.File" /> from which the current + /// instance was read and from which to read the children. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// boxes read from the file. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + protected IEnumerable<Box> LoadChildren (TagLib.File file) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + var children = new List<Box> (); + + long position = DataPosition; + long end = position + DataSize; + + header.Box = this; + while (position < end) { + Box child = BoxFactory.CreateBox (file, position, header, Handler, children.Count); + if (child.Size == 0) + break; + + children.Add (child); + position += child.Size; + } + header.Box = null; + + return children; + } + + /// <summary> + /// Loads the data of the current instance from a specified + /// file using the internal data position and size. + /// </summary> + /// <param name="file"> + /// The <see cref="TagLib.File" /> from which the current + /// instance was read and from which to read the data. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the data + /// read from the file. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + protected ByteVector LoadData (TagLib.File file) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Seek (DataPosition); + return file.ReadBlock (DataSize); + } + + /// <summary> + /// Renders the current instance, including its children, to + /// a new <see cref="ByteVector" /> object, preceeding the + /// contents with a specified block of data. + /// </summary> + /// <param name="topData"> + /// A <see cref="ByteVector" /> object containing box + /// specific header data to preceed the content. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + protected virtual ByteVector Render (ByteVector topData) + { + bool free_found = false; + var output = new ByteVector (); + + if (Children != null) + foreach (Box box in Children) + if (box.GetType () == typeof ( + IsoFreeSpaceBox)) + free_found = true; + else + output.Add (box.Render ()); + else if (Data != null) + output.Add (Data); + + // If there was a free, don't take it away, and let meta + // be a special case. + if (free_found || BoxType == Mpeg4.BoxType.Meta) { + long size_difference = DataSize - output.Count; + + // If we have room for free space, add it so we + // don't have to resize the file. + if (header.DataSize != 0 && size_difference >= 8) + output.Add ((new IsoFreeSpaceBox (size_difference)).Render ()); + + // If we're getting bigger, get a lot bigger so + // we might not have to again. + else + output.Add ((new IsoFreeSpaceBox (2048)).Render ()); + } + + // Adjust the header's data size to match the content. + header.DataSize = topData.Count + output.Count; + + // Render the full box. + output.Insert (0, topData); + output.Insert (0, header.Render ()); + + return output; + } + + #endregion + + /* + #region Internal Methods + + /// <summary> + /// Dumps the child tree of the current instance to the + /// console. + /// </summary> + /// <param name="start"> + /// A <see cref="string" /> object to preface each line with. + /// </param> + internal void DumpTree (string start) + { + if (BoxType == BoxType.Data) + Console.WriteLine ("{0}{1} {2}", start, + BoxType.ToString (), + (this as AppleDataBox).Text); + else + Console.WriteLine ("{0}{1}", start, + BoxType.ToString ()); + + if (Children != null) + foreach (Box child in Children) + child.DumpTree (start + " "); + } + + #endregion + */ + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Box.cs.meta b/Scripts/TaglibSharp/Mpeg4/Box.cs.meta new file mode 100644 index 0000000..1c66e4c --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Box.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 94cea67188e625da6aff7fd2abdce53e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/BoxFactory.cs b/Scripts/TaglibSharp/Mpeg4/BoxFactory.cs new file mode 100644 index 0000000..1c952f6 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/BoxFactory.cs @@ -0,0 +1,251 @@ +// +// BoxFactory.cs: Provides support for reading boxes from a file. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This static class provides support for reading boxes from a file. + /// </summary> + public static class BoxFactory + { + /// <summary> + /// Creates a box by reading it from a file given its header, + /// parent header, handler, and index in its parent. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// to read from. + /// </param> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// of the box to create. + /// </param> + /// <param name="parent"> + /// A <see cref="BoxHeader" /> object containing the header + /// of the parent box. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new box. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// new box in its parent. + /// </param> + /// <returns> + /// A newly created <see cref="Box" /> object. + /// </returns> + static Box CreateBox (TagLib.File file, + BoxHeader header, + BoxHeader parent, + IsoHandlerBox handler, + int index) + { + // The first few children of an "stsd" are sample + // entries. + if (parent.BoxType == BoxType.Stsd && + parent.Box is IsoSampleDescriptionBox && + index < (parent.Box as IsoSampleDescriptionBox).EntryCount) { + if (handler != null && handler.HandlerType == BoxType.Soun) + return new IsoAudioSampleEntry (header, file, handler); + + if (handler != null && handler.HandlerType == BoxType.Vide) + return new IsoVisualSampleEntry (header, file, handler); + + if (handler != null && handler.HandlerType == BoxType.Alis) { + if (header.BoxType == BoxType.Text) + return new TextBox (header, file, handler); + + if (header.BoxType == BoxType.Url) + return new UrlBox (header, file, handler); + // This could be anything, so just parse it + return new UnknownBox (header, file, handler); + } + + return new IsoSampleEntry (header, file, handler); + } + + // Standard items... + ByteVector type = header.BoxType; + + if (type == BoxType.Mvhd) + return new IsoMovieHeaderBox (header, file, handler); + else if (type == BoxType.Stbl) + return new IsoSampleTableBox (header, file, handler); + else if (type == BoxType.Stsd) + return new IsoSampleDescriptionBox (header, file, handler); + else if (type == BoxType.Stco) + return new IsoChunkOffsetBox (header, file, handler); + else if (type == BoxType.Co64) + return new IsoChunkLargeOffsetBox (header, file, handler); + else if (type == BoxType.Hdlr) + return new IsoHandlerBox (header, file, handler); + else if (type == BoxType.Udta) + return new IsoUserDataBox (header, file, handler); + else if (type == BoxType.Meta) + return new IsoMetaBox (header, file, handler); + else if (type == BoxType.Ilst) + return new AppleItemListBox (header, file, handler); + else if (type == BoxType.Data) + return new AppleDataBox (header, file, handler); + else if (type == BoxType.Esds) + return new AppleElementaryStreamDescriptor (header, file, handler); + else if (type == BoxType.Free || type == BoxType.Skip) + return new IsoFreeSpaceBox (header, file, handler); + else if (type == BoxType.Mean || type == BoxType.Name) + return new AppleAdditionalInfoBox (header, file, handler); + + // If we still don't have a tag, and we're inside an + // ItemListBox, load the box as an AnnotationBox + // (Apple tag item). + if (parent.BoxType == BoxType.Ilst) + return new AppleAnnotationBox (header, file, handler); + + // Nothing good. Go generic. + return new UnknownBox (header, file, handler); + } + + /// <summary> + /// Creates a box by reading it from a file given its + /// position in the file, parent header, handler, and index + /// in its parent. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// to read from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying at what seek + /// position in <paramref name="file" /> to start reading. + /// </param> + /// <param name="parent"> + /// A <see cref="BoxHeader" /> object containing the header + /// of the parent box. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new box. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// new box in its parent. + /// </param> + /// <returns> + /// A newly created <see cref="Box" /> object. + /// </returns> + internal static Box CreateBox (TagLib.File file, long position, BoxHeader parent, IsoHandlerBox handler, int index) + { + BoxHeader header = new BoxHeader (file, position); + return CreateBox (file, header, parent, handler, index); + } + + /// <summary> + /// Creates a box by reading it from a file given its + /// position in the file and handler. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// to read from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying at what seek + /// position in <paramref name="file" /> to start reading. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new box. + /// </param> + /// <returns> + /// A newly created <see cref="Box" /> object. + /// </returns> + public static Box CreateBox (TagLib.File file, long position, IsoHandlerBox handler) + { + return CreateBox (file, position, BoxHeader.Empty, handler, -1); + } + + /// <summary> + /// Creates a box by reading it from a file given its + /// position in the file. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// to read from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifying at what seek + /// position in <paramref name="file" /> to start reading. + /// </param> + /// <returns> + /// A newly created <see cref="Box" /> object. + /// </returns> + public static Box CreateBox (TagLib.File file, long position) + { + return CreateBox (file, position, null); + } + + /// <summary> + /// Creates a box by reading it from a file given its header + /// and handler. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// to read from. + /// </param> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// of the box to create. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new box. + /// </param> + /// <returns> + /// A newly created <see cref="Box" /> object. + /// </returns> + public static Box CreateBox (TagLib.File file, BoxHeader header, IsoHandlerBox handler) + { + return CreateBox (file, header, BoxHeader.Empty, + handler, -1); + } + + /// <summary> + /// Creates a box by reading it from a file given its header + /// and handler. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// to read from. + /// </param> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// of the box to create. + /// </param> + /// <returns> + /// A newly created <see cref="Box" /> object. + /// </returns> + public static Box CreateBox (TagLib.File file, BoxHeader header) + { + return CreateBox (file, header, null); + } + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/BoxFactory.cs.meta b/Scripts/TaglibSharp/Mpeg4/BoxFactory.cs.meta new file mode 100644 index 0000000..f6951a9 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/BoxFactory.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7591bce13aac7742e9d3c970f3557929 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/BoxHeader.cs b/Scripts/TaglibSharp/Mpeg4/BoxHeader.cs new file mode 100644 index 0000000..1a9beef --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/BoxHeader.cs @@ -0,0 +1,402 @@ +// +// BoxHeader.cs: Provides support for reading and writing headers for ISO/IEC +// 14496-12 boxes. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This structure provides support for reading and writing headers + /// for ISO/IEC 14496-12 boxes. + /// </summary> + public struct BoxHeader + { + #region Private Fields + + /// <summary> + /// Contains the box size. + /// </summary> + ulong box_size; + + /// <summary> + /// Contains the header size. + /// </summary> + uint header_size; + + /// <summary> + /// Contains the position of the header. + /// </summary> + readonly long position; + + /// <summary> + /// Indicated that the header was read from a file. + /// </summary> + readonly bool from_disk; + + #endregion + + + + #region Public Fields + + /// <summary> + /// An empty box header. + /// </summary> + public static readonly BoxHeader Empty = new BoxHeader ("xxxx"); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BoxHeader" /> by reading it from a specified seek + /// position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the new + /// instance from. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specifiying the seek position + /// in <paramref name="file" /> at which to start reading. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// There isn't enough data in the file to read the complete + /// header. + /// </exception> + public BoxHeader (TagLib.File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + Box = null; + from_disk = true; + this.position = position; + file.Seek (position); + + ByteVector data = file.ReadBlock (32); + int offset = 0; + + if (data.Count < 8 + offset) + throw new CorruptFileException ("Not enough data in box header."); + + header_size = 8; + box_size = data.Mid (offset, 4).ToUInt (); + BoxType = data.Mid (offset + 4, 4); + + // If the size is 1, that just tells us we have a + // massive ULONG size waiting for us in the next 8 + // bytes. + if (box_size == 1) { + if (data.Count < 8 + offset) + throw new CorruptFileException ("Not enough data in box header."); + + header_size += 8; + offset += 8; + box_size = data.Mid (offset, 8).ToULong (); + } + + // UUID has a special header with 16 extra bytes. + if (BoxType == Mpeg4.BoxType.Uuid) { + if (data.Count < 16 + offset) + throw new CorruptFileException ("Not enough data in box header."); + + header_size += 16; + ExtendedType = data.Mid (offset, 16); + } else + ExtendedType = null; + + if (box_size > (ulong)(file.Length - position)) { + throw new CorruptFileException ( + $"Box header specified a size of {box_size} bytes but only {file.Length - position} bytes left in the file"); + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BoxHeader" /> with a specified box type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the four + /// byte box type. + /// </param> + /// <remarks> + /// <see cref="BoxHeader(ByteVector,ByteVector)" /> must be + /// used to create a header of type "<c>uuid</c>". + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="type" /> is <see langword="null" /> or is + /// equal to "<c>uuid</c>". + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="type" /> isn't exactly 4 bytes long. + /// </exception> + public BoxHeader (ByteVector type) : this (type, null) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BoxHeader" /> with a specified box type and + /// optionally extended type. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the four + /// byte box type. + /// </param> + /// <param name="extendedType"> + /// A <see cref="ByteVector" /> object containing the four + /// byte box type. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="type" /> is <see langword="null" /> - or - + /// <paramref name="type" /> is equal to "<c>uuid</c>" and + /// <paramref name="extendedType" /> is <see langword="null" + /// />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="type" /> isn't exactly 4 bytes long - or + /// - <paramref name="type" /> isn't "<c>uuid</c>" but + /// <paramref name="extendedType" /> isn't <see + /// langword="null" /> - or - paramref name="type" /> is + /// "<c>uuid</c>" but <paramref name="extendedType" /> isn't + /// exactly 16 bytes long. + /// </exception> + public BoxHeader (ByteVector type, ByteVector extendedType) + { + position = -1; + Box = null; + from_disk = false; + BoxType = type; + + if (type == null) + throw new ArgumentNullException (nameof (type)); + + if (type.Count != 4) + throw new ArgumentException ("Box type must be 4 bytes in length.", nameof (type)); + + box_size = header_size = 8; + + if (type != "uuid") { + if (extendedType != null) + throw new ArgumentException ("Extended type only permitted for 'uuid'.", nameof (extendedType)); + + ExtendedType = extendedType; + return; + } + + if (extendedType == null) + throw new ArgumentNullException (nameof (extendedType)); + + if (extendedType.Count != 16) + throw new ArgumentException ( + "Extended type must be 16 bytes in length.", + nameof (extendedType)); + + box_size = header_size = 24; + ExtendedType = extendedType; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the type of box represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the 4 byte + /// box type. + /// </value> + public ByteVector BoxType { get; private set; } + + /// <summary> + /// Gets the extended type of the box represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the 16 byte + /// extended type, or <see langword="null" /> if <see + /// cref="BoxType" /> is not "<c>uuid</c>". + /// </value> + public ByteVector ExtendedType { get; private set; } + + /// <summary> + /// Gets the size of the header represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the size of the + /// header represented by the current instance. + /// </value> + public long HeaderSize { + get { return header_size; } + } + + /// <summary> + /// Gets and sets the size of the data in the box described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the size of the + /// data in the box described by the current instance. + /// </value> + public long DataSize { + get { return (long)(box_size - header_size); } + set { box_size = (ulong)value + header_size; } + } + + /// <summary> + /// Gets the offset of the box data from the position of the + /// header. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the offset of the + /// box data from the position of the header. + /// </value> + [Obsolete ("Use HeaderSize")] + public long DataOffset { + get { return header_size; } + } + + /// <summary> + /// Gets the total size of the box described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the total size of + /// the box described by the current instance. + /// </value> + public long TotalBoxSize { + get { return (long)box_size; } + } + + /// <summary> + /// Gets the position box represented by the current instance + /// in the file it comes from. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position box + /// represented by the current instance in the file it comes + /// from. + /// </value> + public long Position { + get { return from_disk ? position : -1; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Overwrites the header on disk, updating it to include a + /// change in the size of the box. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the box originates. + /// </param> + /// <param name="sizeChange"> + /// A <see cref="long" /> value indicating the change in the + /// size of the box described by the current instance. + /// </param> + /// <returns> + /// The size change encountered by the box that parents the + /// box described the the current instance, equal to the + /// size change of the box plus any size change that should + /// happen in the header. + /// </returns> + public long Overwrite (TagLib.File file, long sizeChange) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (!from_disk) + throw new InvalidOperationException ("Cannot overwrite headers not on disk."); + + long old_header_size = HeaderSize; + DataSize += sizeChange; + file.Insert (Render (), position, old_header_size); + return sizeChange + HeaderSize - old_header_size; + } + + /// <summary> + /// Renders the header represented by the current instance. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + // Enlarge for size if necessary. + if ((header_size == 8 || header_size == 24) && box_size > uint.MaxValue) { + header_size += 8; + box_size += 8; + } + + // Add the box size and type to the output. + ByteVector output = ByteVector.FromUInt ( + (header_size == 8 || header_size == 24) ? + (uint)box_size : 1); + output.Add (BoxType); + + // If the box size is 16 or 32, we must have more a + // large header to append. + if (header_size == 16 || header_size == 32) + output.Add (ByteVector.FromULong (box_size)); + + // The only reason for such a big size is an extended + // type. Extend!!! + if (header_size >= 24) + output.Add (ExtendedType); + + return output; + } + + #endregion + + + + #region Internal Properties + + /// <summary> + /// Gets and sets the box represented by the current instance + /// as a means of temporary storage for internal uses. + /// </summary> + internal Box Box { get; set; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/BoxHeader.cs.meta b/Scripts/TaglibSharp/Mpeg4/BoxHeader.cs.meta new file mode 100644 index 0000000..02e9d9d --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/BoxHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b97e0d4d07d086e4ea9bef8a36f38e08 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/BoxTypes.cs b/Scripts/TaglibSharp/Mpeg4/BoxTypes.cs new file mode 100644 index 0000000..bcc73b2 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/BoxTypes.cs @@ -0,0 +1,103 @@ +// +// BoxTypes.cs: Contains common box names. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// <see cref="BoxType" /> provides references to different box types + /// used by the library. + /// </summary> + /// <remarks> + /// <para>This class is used to severely reduce the number of times + /// these types are created in <see cref="AppleTag" />, greatly + /// improving the speed at which warm files are read.</para> + /// <para>The reason it is marked as internal is because I'm not sure + /// I like the way the fields are named, and it is really + /// unneccessary for external uses. While the library may use + /// <c>DataBoxes (BoxType.Gen, BoxType.Gnre);</c>, an external user + /// could use <c>tag.DataBoxes ("gen", "gnre");</c> with the same + /// result.</para> + /// <see url="https://picard.musicbrainz.org/docs/mappings/"/> + /// </remarks> + static class BoxType + { + public static readonly ReadOnlyByteVector Aart = "aART"; + public static readonly ReadOnlyByteVector Alb = AppleTag.FixId ("alb"); + public static readonly ReadOnlyByteVector Art = AppleTag.FixId ("ART"); + public static readonly ReadOnlyByteVector Cmt = AppleTag.FixId ("cmt"); + public static readonly ReadOnlyByteVector Cond = "cond"; + public static readonly ReadOnlyByteVector Covr = "covr"; + public static readonly ReadOnlyByteVector Co64 = "co64"; + public static readonly ReadOnlyByteVector Cpil = "cpil"; + public static readonly ReadOnlyByteVector Cprt = "cprt"; + public static readonly ReadOnlyByteVector Data = "data"; + public static readonly ReadOnlyByteVector Day = AppleTag.FixId ("day"); + public static readonly ReadOnlyByteVector Desc = "desc"; + public static readonly ReadOnlyByteVector Disk = "disk"; + public static readonly ReadOnlyByteVector Dtag = "dtag"; + public static readonly ReadOnlyByteVector Esds = "esds"; + public static readonly ReadOnlyByteVector Ilst = "ilst"; + public static readonly ReadOnlyByteVector Free = "free"; + public static readonly ReadOnlyByteVector Gen = AppleTag.FixId ("gen"); + public static readonly ReadOnlyByteVector Gnre = "gnre"; + public static readonly ReadOnlyByteVector Grp = AppleTag.FixId ("grp"); + public static readonly ReadOnlyByteVector Hdlr = "hdlr"; + public static readonly ReadOnlyByteVector Lyr = AppleTag.FixId ("lyr"); + public static readonly ReadOnlyByteVector Mdat = "mdat"; + public static readonly ReadOnlyByteVector Mdia = "mdia"; + public static readonly ReadOnlyByteVector Meta = "meta"; + public static readonly ReadOnlyByteVector Mean = "mean"; + public static readonly ReadOnlyByteVector Minf = "minf"; + public static readonly ReadOnlyByteVector Moov = "moov"; + public static readonly ReadOnlyByteVector Mvhd = "mvhd"; + public static readonly ReadOnlyByteVector Nam = AppleTag.FixId ("nam"); + public static readonly ReadOnlyByteVector Name = "name"; + public static readonly ReadOnlyByteVector Role = "role"; + public static readonly ReadOnlyByteVector Skip = "skip"; + public static readonly ReadOnlyByteVector Soaa = "soaa"; // Album Artist Sort + public static readonly ReadOnlyByteVector Soar = "soar"; // Performer Sort + public static readonly ReadOnlyByteVector Soco = "soco"; // Composer Sort + public static readonly ReadOnlyByteVector Sonm = "sonm"; // Track Title Sort + public static readonly ReadOnlyByteVector Soal = "soal"; // Album Title Sort + public static readonly ReadOnlyByteVector Stbl = "stbl"; + public static readonly ReadOnlyByteVector Stco = "stco"; + public static readonly ReadOnlyByteVector Stsd = "stsd"; + public static readonly ReadOnlyByteVector Subt = "Subt"; + public static readonly ReadOnlyByteVector Text = "text"; + public static readonly ReadOnlyByteVector Tmpo = "tmpo"; + public static readonly ReadOnlyByteVector Trak = "trak"; + public static readonly ReadOnlyByteVector Trkn = "trkn"; + public static readonly ReadOnlyByteVector Udta = "udta"; + public static readonly ReadOnlyByteVector Url = AppleTag.FixId ("url"); + public static readonly ReadOnlyByteVector Uuid = "uuid"; + public static readonly ReadOnlyByteVector Wrt = AppleTag.FixId ("wrt"); + public static readonly ReadOnlyByteVector DASH = "----"; + + // Handler types. + public static readonly ReadOnlyByteVector Soun = "soun"; + public static readonly ReadOnlyByteVector Vide = "vide"; + + // Another handler type, found in wild in audio file ripped using iTunes + public static readonly ReadOnlyByteVector Alis = "alis"; + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/BoxTypes.cs.meta b/Scripts/TaglibSharp/Mpeg4/BoxTypes.cs.meta new file mode 100644 index 0000000..e56eb26 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/BoxTypes.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: adcf753dd486a5dd18b8630838fa4e14 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes.meta b/Scripts/TaglibSharp/Mpeg4/Boxes.meta new file mode 100644 index 0000000..aa9e8f5 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: c3d7613a8f16e0d90b1b09f05ae96ba1 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAdditionalInfoBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAdditionalInfoBox.cs new file mode 100644 index 0000000..c88d9a5 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAdditionalInfoBox.cs @@ -0,0 +1,119 @@ +// +// AppleAdditionalInfoBox.cs: Provides an implementation of an Apple +// AdditionalInfoBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of an Apple AdditionalInfoBox. + /// </summary> + public class AppleAdditionalInfoBox : FullBox + { + #region Private Fields + + /// <summary> + /// Contains the box data. + /// </summary> + ByteVector data; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleAdditionalInfoBox" /> with a provided header + /// and handler by reading the contents from a specified + /// file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public AppleAdditionalInfoBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + // We do not care what is in this custom data section + // see: https://developer.apple.com/library/mac/#documentation/QuickTime/QTFF/QTFFChap2/qtff2.html + Data = file.ReadBlock (DataSize > 0 ? DataSize : 0); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleAdditionalInfoBox" /> using specified header, version and flags + /// </summary> + /// <param name="header">defines the header data</param> + /// <param name="version"></param> + /// <param name="flags"></param> + public AppleAdditionalInfoBox (ByteVector header, byte version, uint flags) : base (header, version, flags) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public override ByteVector Data { + get { return data; } + set { data = value ?? new ByteVector (); } + } + + /// <summary> + /// Gets and sets the text contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the text + /// contained in the current instance. + /// </value> + public string Text { + get { return Data.ToString (StringType.Latin1).TrimStart ('\0'); } + set { Data = ByteVector.FromString (value, StringType.Latin1); } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAdditionalInfoBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAdditionalInfoBox.cs.meta new file mode 100644 index 0000000..cddb8e9 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAdditionalInfoBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 25ff95a004e56b4e79c632e60c49ec0c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAnnotationBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAnnotationBox.cs new file mode 100644 index 0000000..f252187 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAnnotationBox.cs @@ -0,0 +1,98 @@ +// +// AppleAnnotationBox.cs: Provides an implementation of an Apple AnnotationBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of an Apple AnnotationBox. + /// </summary> + public class AppleAnnotationBox : Box + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleAnnotationBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public AppleAnnotationBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + Children = LoadChildren (file); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleAnnotationBox" /> of specified type with no + /// children. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing a 4-byte + /// box type. + /// </param> + public AppleAnnotationBox (ByteVector type) + : base (type) + { + Children = new List<Box> (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { get; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAnnotationBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAnnotationBox.cs.meta new file mode 100644 index 0000000..0502af4 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleAnnotationBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4e048a50f4a5ab35bb7cc862e7f30529 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleDataBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleDataBox.cs new file mode 100644 index 0000000..a6f9a22 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleDataBox.cs @@ -0,0 +1,212 @@ +// +// AppleDataBox.cs: Provides an implementation of an Apple DataBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of an Apple DataBox. + /// </summary> + public class AppleDataBox : FullBox + { + #region Enums + + /// <summary> + /// Specifies the type of data contained in a box. + /// </summary> + public enum FlagType + { + /// <summary> + /// The box contains UTF-8 text. + /// </summary> + ContainsText = 0x01, + + /// <summary> + /// The box contains binary data. + /// </summary> + ContainsData = 0x00, + + /// <summary> + /// The box contains data for a tempo box. + /// </summary> + ForTempo = 0x15, + + /// <summary> + /// The box contains a raw JPEG image. + /// </summary> + ContainsJpegData = 0x0D, + + /// <summary> + /// The box contains a raw PNG image. + /// </summary> + ContainsPngData = 0x0E, + + /// <summary> + /// The box contains a raw BMP image. + /// </summary> + ContainsBmpData = 0x1B + + } + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the box data. + /// </summary> + ByteVector data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleDataBox" /> with a provided header and handler + /// by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public AppleDataBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + Data = LoadData (file); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleDataBox" /> with specified data and flags. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the data to + /// store in the new instance. + /// </param> + /// <param name="flags"> + /// A <see cref="uint" /> value containing flags to use for + /// the new instance. + /// </param> + public AppleDataBox (ByteVector data, uint flags) + : base ("data", 0, flags) + { + Data = data; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected override long DataPosition { + get { return base.DataPosition + 4; } + } + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public override ByteVector Data { + get { return data; } + set { data = value ?? new ByteVector (); } + } + + /// <summary> + /// Gets and sets the text contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the text + /// contained in the current instance, or <see + /// langword="null" /> if the box is not flagged as + /// containing text. + /// </value> + public string Text { + get { + return ((Flags & (int)FlagType.ContainsText) != 0) ? Data.ToString (StringType.UTF8) : null; + } + set { + Flags = (int)FlagType.ContainsText; + Data = ByteVector.FromString (value, StringType.UTF8); + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Renders the current instance, including its children, to + /// a new <see cref="ByteVector" /> object, preceeding the + /// contents with a specified block of data. + /// </summary> + /// <param name="topData"> + /// A <see cref="ByteVector" /> object containing box + /// specific header data to preceed the content. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + protected override ByteVector Render (ByteVector topData) + { + var output = new ByteVector (4) { + topData + }; + return base.Render (output); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleDataBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleDataBox.cs.meta new file mode 100644 index 0000000..c9db684 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleDataBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 0b2e8b5da62b154548412a411227a170 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleElementaryStreamDescriptor.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleElementaryStreamDescriptor.cs new file mode 100644 index 0000000..6ddfa0f --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleElementaryStreamDescriptor.cs @@ -0,0 +1,435 @@ +// +// AppleElementaryStreamDescriptor.cs: Provides an implementation of an Apple +// ItemListBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// RBoy1 +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of an Apple ElementaryStreamDescriptor. + /// </summary> + /// <remarks> + /// This box may appear as a child of a <see + /// cref="IsoAudioSampleEntry" /> and provided further information + /// about an audio stream. + /// </remarks> + public class AppleElementaryStreamDescriptor : FullBox + { + #region Private Fields + + /// <summary> + /// Descriptor Tags + /// </summary> + enum DescriptorTag + { + Forbidden_00 = 0, + ObjectDescrTag = 1, + InitialObjectDescrTag = 2, + ES_DescrTag = 3, + DecoderConfigDescrTag = 4, + DecSpecificInfoTag = 5, + SLConfigDescrTag = 6, + ContentIdentDescrTag = 7, + SupplContentIdentDescrTag = 8, + IPI_DescrPointerTag = 9, + IPMP_DescrPointerTag = 10, + IPMP_DescrTag = 11, + QoS_DescrTag = 12, + RegistrationDescrTag = 13, + ES_ID_IncTag = 14, + ES_ID_RefTag = 15, + MP4_IOD_Tag = 16, + MP4_OD_Tag = 17, + IPL_DescrPointerRefTag = 18, + ExtensionProfileLevelDescrTag = 19, + profileLevelIndicationIndexDescrTag = 20, + ReservedForFutureISOUse_15_TO_3F = 21, + ContentClassificationDescrTag = 64, + KeyWordDescrTag = 65, + RatingDescrTag = 66, + LanguageDescrTag = 67, + ShortTextualDescrTag = 68, + ExpandedTextualDescrTag = 69, + ContentCreatorNameDescrTag = 70, + ContentCreationDateDescrTag = 71, + OCICreatorNameDescrTag = 72, + OCICreationDateDescrTag = 73, + SmpteCameraPositionDescrTag = 74, + SegmentDescrTag = 75, + MediaTimeDescrTag = 76, + ReservedForFutureISOUseOCI = 77, + IPMP_ToolsListDescrTag = 96, + IPMP_ToolTag = 97, + M4MuxTimingDescrTag = 98, + M4MuxCodeTableDescrTag = 99, + ExtSLConfigDescrTag = 100, + M4MuxBufferSizeDescrTag = 101, + M4MuxIdentDescrTag = 102, + DependencyPointerTag = 103, + DependencyMarkerTag = 104, + M4MuxChannelDescrTag = 105, + ReservedForFutureISO_6A_TO_BF = 106, + UserPrivate = 192, + Forbidden_FF = 255, + } + + /// <summary> + /// the ES_ID of another elementary stream on which this elementary stream depends + /// </summary> + ushort dependsOn_ES_ID; + + /// <summary> + /// Indicates that a dependsOn_ES_ID will follow + /// </summary> + readonly bool stream_dependence_flag; + + /// <summary> + /// OCR Stream Flag + /// </summary> + readonly bool ocr_stream_flag; + + /// <summary> + /// OCR ES_ID + /// </summary> + ushort OCR_ES_Id; + + /// <summary> + /// Indicates that a URLstring will follow + /// </summary> + readonly bool URL_flag; + + /// <summary> + /// Length of URL String + /// </summary> + readonly byte URLlength; + + /// <summary> + /// URL String of URLlength, contains a URL that shall point to the location of an SL-packetized stream by name + /// </summary> + string URLstring; + + /// <summary> + /// Indicates that this stream is used for upstream information + /// </summary> + bool upStream; + + /// <summary> + /// Contains the maximum bitrate. + /// </summary> + readonly uint max_bitrate; + + /// <summary> + /// Contains the average bitrate. + /// </summary> + readonly uint average_bitrate; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleElementaryStreamDescriptor" /> with a provided + /// header and handler by reading the contents from a + /// specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// Valid data could not be read. + /// </exception> + public AppleElementaryStreamDescriptor (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + /* ES_Descriptor Specifications + * Section 7.2.6.5 http://ecee.colorado.edu/~ecen5653/ecen5653/papers/ISO%2014496-1%202004.PDF + */ + + ByteVector box_data = file.ReadBlock (DataSize); + DecoderConfig = new ByteVector (); + int offset = 0; + + // Elementary Stream Descriptor Tag + if ((DescriptorTag)box_data[offset++] != DescriptorTag.ES_DescrTag) + throw new CorruptFileException ("Invalid Elementary Stream Descriptor, missing tag."); + + // We have a descriptor tag. Check that the remainder of the tag is at least [Base (3 bytes) + DecoderConfigDescriptor (15 bytes) + SLConfigDescriptor (3 bytes) + OtherDescriptors] bytes long + uint es_length = ReadLength (box_data, ref offset); + uint min_es_length = 3 + 15 + 3; // Base minimum length + if (es_length < min_es_length) + throw new CorruptFileException ("Insufficient data present."); + + StreamId = box_data.Mid (offset, 2).ToUShort (); + offset += 2; // Done with ES_ID + + stream_dependence_flag = ((byte)((box_data[offset] >> 7) & 0x1) == 0x1 ? true : false); // 1st bit + URL_flag = ((byte)((box_data[offset] >> 6) & 0x1) == 0x1 ? true : false); // 2nd bit + ocr_stream_flag = ((byte)((box_data[offset] >> 5) & 0x1) == 0x1 ? true : false); // 3rd bit + StreamPriority = (byte)(box_data[offset++] & 0x1F); // Last 5 bits and we're done with this byte + + if (stream_dependence_flag) { + min_es_length += 2; // We need 2 more bytes + if (es_length < min_es_length) + throw new CorruptFileException ("Insufficient data present."); + + dependsOn_ES_ID = box_data.Mid (offset, 2).ToUShort (); + offset += 2; // Done with stream dependence + } + + if (URL_flag) { + min_es_length += 2; // We need 1 more byte + if (es_length < min_es_length) + throw new CorruptFileException ("Insufficient data present."); + + URLlength = box_data[offset++]; // URL Length + min_es_length += URLlength; // We need URLength more bytes + if (es_length < min_es_length) + throw new CorruptFileException ("Insufficient data present."); + + URLstring = box_data.Mid (offset, URLlength).ToString (); // URL name + offset += URLlength; // Done with URL name + } + + if (ocr_stream_flag) { + min_es_length += 2; // We need 2 more bytes + if (es_length < min_es_length) + throw new CorruptFileException ("Insufficient data present."); + + OCR_ES_Id = box_data.Mid (offset, 2).ToUShort (); + offset += 2; // Done with OCR + } + + while (offset < DataSize) // Loop through all trailing Descriptors Tags + { + DescriptorTag tag = (DescriptorTag)box_data[offset++]; + switch (tag) { + case DescriptorTag.DecoderConfigDescrTag: // DecoderConfigDescriptor + { + // Check that the remainder of the tag is at least 13 bytes long (13 + DecoderSpecificInfo[] + profileLevelIndicationIndexDescriptor[]) + if (ReadLength (box_data, ref offset) < 13) + throw new CorruptFileException ("Could not read data. Too small."); + + // Read a lot of good info. + ObjectTypeId = box_data[offset++]; + + StreamType = (byte)(box_data[offset] >> 2); // First 6 bits + upStream = ((byte)((box_data[offset++] >> 1) & 0x1) == 0x1 ? true : false); // 7th bit and we're done with the stream bits + + BufferSizeDB = box_data.Mid (offset, 3).ToUInt (); + offset += 3; // Done with bufferSizeDB + + max_bitrate = box_data.Mid (offset, 4).ToUInt (); + offset += 4; // Done with maxBitrate + + average_bitrate = box_data.Mid (offset, 4).ToUInt (); + offset += 4; // Done with avgBitrate + + // If there's a DecoderSpecificInfo[] array at the end it'll pick it up in the while loop + } + break; + + case DescriptorTag.DecSpecificInfoTag: // DecoderSpecificInfo + { + // The rest of the info is decoder specific. + uint length = ReadLength (box_data, ref offset); + + DecoderConfig = box_data.Mid (offset, (int)length); + offset += (int)length; // We're done with the config + } + break; + + + case DescriptorTag.SLConfigDescrTag: // SLConfigDescriptor + { + // The rest of the info is SL specific. + uint length = ReadLength (box_data, ref offset); + + offset += (int)length; // Skip the rest of the descriptor as reported in the length so we can move onto the next one + } + break; + + case DescriptorTag.Forbidden_00: + case DescriptorTag.Forbidden_FF: + throw new CorruptFileException ("Invalid Descriptor tag."); + + default: { + /* TODO: Should we handle other optional descriptor tags? + * ExtensionDescriptor extDescr[0 .. 255]; + LanguageDescriptor langDescr[0 .. 1]; + IPI_DescPointer ipiPtr[0 .. 1]; + IP_IdentificationDataSet ipIDS[0 .. 1]; + QoS_Descriptor qosDescr[0 .. 1]; + */ + uint length = ReadLength (box_data, ref offset); // Every descriptor starts with a length + + offset += (int)length; // Skip the rest of the descriptor as reported in the length so we can move onto the next one + break; + } + } + } + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the ID of the stream described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the ID of the + /// stream described by the current instance. + /// </value> + public ushort StreamId { get; } + + /// <summary> + /// Gets the priority of the stream described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value containing the priority of + /// the stream described by the current instance. + /// </value> + public byte StreamPriority { get; } + + /// <summary> + /// Gets the object type ID of the stream described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value containing the object type ID + /// of the stream described by the current instance. + /// </value> + public byte ObjectTypeId { get; } + + /// <summary> + /// Gets the type the stream described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value containing the type the + /// stream described by the current instance. + /// </value> + public byte StreamType { get; } + + /// <summary> + /// Gets the buffer size DB value the stream described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the buffer size DB + /// value the stream described by the current instance. + /// </value> + public uint BufferSizeDB { get; } + + /// <summary> + /// Gets the maximum bitrate the stream described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the maximum + /// bitrate the stream described by the current instance. + /// </value> + public uint MaximumBitrate { get { return max_bitrate / 1000; } } + + /// <summary> + /// Gets the maximum average the stream described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the average + /// bitrate the stream described by the current instance. + /// </value> + public uint AverageBitrate { get { return average_bitrate / 1000; } } + + /// <summary> + /// Gets the decoder config data of stream described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the decoder + /// config data of the stream described by the current + /// instance. + /// </value> + public ByteVector DecoderConfig { get; } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads a section length and updates the offset to the end + /// of of the length block. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object to read from. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value reference specifying the + /// offset at which to read. This value gets updated to the + /// position following the size data. + /// </param> + /// <returns> + /// A <see cref="uint" /> value containing the length that + /// was read. + /// </returns> + static uint ReadLength (ByteVector data, ref int offset) + { + byte b; + int end = offset + 4; + uint length = 0; + + do { + b = data[offset++]; + length = (uint)(length << 7) | (uint)(b & 0x7f); + } while ((b & 0x80) != 0 && offset <= end); // The Length could be between 1 and 4 bytes for each descriptor + + return length; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleElementaryStreamDescriptor.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleElementaryStreamDescriptor.cs.meta new file mode 100644 index 0000000..ae00e79 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleElementaryStreamDescriptor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 01db5a51c2f9ebccb80b8b8c7c857ec1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleItemListBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleItemListBox.cs new file mode 100644 index 0000000..b6b22dc --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleItemListBox.cs @@ -0,0 +1,92 @@ +// +// AppleItemListBox.cs: Provides an implementation of an Apple ItemListBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of an Apple ItemListBox. + /// </summary> + public class AppleItemListBox : Box + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleItemListBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public AppleItemListBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + Children = LoadChildren (file); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AppleItemListBox" /> with no children. + /// </summary> + public AppleItemListBox () : base ("ilst") + { + Children = new List<Box> (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { get; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/AppleItemListBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleItemListBox.cs.meta new file mode 100644 index 0000000..514a3c8 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/AppleItemListBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 67b229427379dec19804cd115530bd73 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/FullBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/FullBox.cs new file mode 100644 index 0000000..b88e5d8 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/FullBox.cs @@ -0,0 +1,203 @@ +// +// FullBox.cs: Provides an implementation of a ISO/IEC 14496-12 FullBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of a ISO/IEC 14496-12 FullBox. + /// </summary> + public abstract class FullBox : Box + { + #region Private Fields + + /// <summary> + /// Contains the box version. + /// </summary> + byte version; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="FullBox" /> with a provided header and handler by + /// reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + protected FullBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Seek (base.DataPosition); + ByteVector header_data = file.ReadBlock (4); + version = header_data[0]; + Flags = header_data.Mid (1, 3).ToUInt (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="FullBox" /> with a provided header, version, and + /// flags. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the version of the + /// new instance. + /// </param> + /// <param name="flags"> + /// A <see cref="byte" /> value containing the flags for the + /// new instance. + /// </param> + protected FullBox (BoxHeader header, byte version, uint flags) + : base (header) + { + this.version = version; + Flags = flags; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="FullBox" /> with a provided header, version, and + /// flags. + /// </summary> + /// <param name="type"> + /// A <see cref="ByteVector" /> object containing the four + /// byte box type. + /// </param> + /// <param name="version"> + /// A <see cref="byte" /> value containing the version of the + /// new instance. + /// </param> + /// <param name="flags"> + /// A <see cref="byte" /> value containing the flags for the + /// new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="type" /> is <see langword="null" /> of + /// equal to "<c>uuid</c>". + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="type" /> isn't exactly 4 bytes long. + /// </exception> + protected FullBox (ByteVector type, byte version, uint flags) + : this (new BoxHeader (type), version, flags) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected override long DataPosition { + get { return base.DataPosition + 4; } + } + + /// <summary> + /// Gets and sets the version number of the current instance. + /// </summary> + /// <value> + /// A <see cref="byte" /> value containing the version + /// number of the current instance. + /// </value> + public uint Version { + get { return version; } + set { version = (byte)value; } + } + + /// <summary> + /// Gets and sets the flags that apply to the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the flags that + /// apply to the current instance. + /// </value> + public uint Flags { get; set; } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Renders the current instance, including its children, to + /// a new <see cref="ByteVector" /> object, preceeding the + /// contents with a specified block of data. + /// </summary> + /// <param name="topData"> + /// A <see cref="ByteVector" /> object containing box + /// specific header data to preceed the content. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + protected override ByteVector Render (ByteVector topData) + { + var output = new ByteVector (version) { + ByteVector.FromUInt (Flags).Mid (1, 3), + topData + }; + + return base.Render (output); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/FullBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/FullBox.cs.meta new file mode 100644 index 0000000..b408a57 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/FullBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 34757a28f0c3382fe90faa1055a948ee +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoAudioSampleEntry.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoAudioSampleEntry.cs new file mode 100644 index 0000000..d8f71c3 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoAudioSampleEntry.cs @@ -0,0 +1,231 @@ +// +// IsoAudioSampleEntry.cs: Provides an implementation of a ISO/IEC 14496-12 +// AudioSampleEntry and support for reading MPEG-4 video properties. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Globalization; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="IsoSampleEntry" /> and implements + /// <see cref="IAudioCodec" /> to provide an implementation of a + /// ISO/IEC 14496-12 AudioSampleEntry and support for reading MPEG-4 + /// video properties. + /// </summary> + public class IsoAudioSampleEntry : IsoSampleEntry, IAudioCodec + { + #region Private Fields + + /// <summary> + /// Contains the channel count. + /// </summary> + readonly ushort channel_count; + + /// <summary> + /// Contains the sample size. + /// </summary> + readonly ushort sample_size; + + /// <summary> + /// Contains the sample rate. + /// </summary> + readonly uint sample_rate; + + /// <summary> + /// Contains the children of the box. + /// </summary> + readonly IEnumerable<Box> children; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoVisualSampleEntry" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoAudioSampleEntry (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Seek (base.DataPosition + 8); + channel_count = file.ReadBlock (2).ToUShort (); + sample_size = file.ReadBlock (2).ToUShort (); + file.Seek (base.DataPosition + 16); + sample_rate = file.ReadBlock (4).ToUInt (); + children = LoadChildren (file); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected override long DataPosition { + get { return base.DataPosition + 20; } + } + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { + get { return children; } + } + + #endregion + + + + #region IAudioCodec Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="TimeSpan.Zero" />. + /// </value> + public TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Video" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + return string.Format (CultureInfo.InvariantCulture, "MPEG-4 Audio ({0})", BoxType); + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + // If we don't have an stream descriptor, we + // don't know what's what. + if (!(GetChildRecursively ("esds") is AppleElementaryStreamDescriptor esds)) + return 0; + + // Return from the elementary stream descriptor. + return (int)esds.AverageBitrate; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)(sample_rate >> 16); } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return channel_count; } + } + + /// <summary> + /// Gets the sample size of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample size of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleSize { + get { return sample_size; } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoAudioSampleEntry.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoAudioSampleEntry.cs.meta new file mode 100644 index 0000000..73f546e --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoAudioSampleEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 985d1265608f9adbda1c1dbe038bd412 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkLargeOffsetBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkLargeOffsetBox.cs new file mode 100644 index 0000000..464e533 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkLargeOffsetBox.cs @@ -0,0 +1,169 @@ +// +// IsoChunkLargeOffsetBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// ChunkLargeOffsetBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of a ISO/IEC 14496-12 ChunkLargeOffsetBox. + /// </summary> + /// <remarks> + /// <see cref="IsoChunkOffsetBox" /> and <see + /// cref="IsoChunkLargeOffsetBox" /> contain offsets of media data + /// within the file. As such, if the file changes by even one byte, + /// these values are devalidatated and the box will have to be + /// overwritten to maintain playability. + /// </remarks> + public class IsoChunkLargeOffsetBox : FullBox + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoChunkLargeOffsetBox" /> with a provided header + /// and handler by reading the contents from a specified + /// file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + public IsoChunkLargeOffsetBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + ByteVector box_data = file.ReadBlock (DataSize); + + Offsets = new ulong[(int) + box_data.Mid (0, 4).ToUInt ()]; + + for (int i = 0; i < Offsets.Length; i++) + Offsets[i] = box_data.Mid (4 + i * 8, 8).ToULong (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public override ByteVector Data { + get { + ByteVector output = ByteVector.FromUInt ((uint)Offsets.Length); + for (int i = 0; i < Offsets.Length; i++) + output.Add (ByteVector.FromULong (Offsets[i])); + + return output; + } + } + + /// <summary> + /// Gets the offset table contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:ulong[]" /> containing the offset table + /// contained in the current instance. + /// </value> + public ulong[] Offsets { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Overwrites the existing box in the file after updating + /// the table for a size change. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file to which + /// the current instance belongs and wo which modifications + /// must be applied. + /// </param> + /// <param name="sizeDifference"> + /// A <see cref="long" /> value containing the size + /// change that occurred in the file. + /// </param> + /// <param name="after"> + /// A <see cref="long" /> value containing the position in + /// the file after which offsets will be invalidated. If an + /// offset is before this point, it won't be updated. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <see param="file" /> is <see langword="null" />. + /// </exception> + public void Overwrite (File file, long sizeDifference, long after) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Insert (Render (sizeDifference, after), Header.Position, Size); + } + + /// <summary> + /// Renders the current instance after updating the table for + /// a size change. + /// </summary> + /// <param name="sizeDifference"> + /// A <see cref="long" /> value containing the size + /// change that occurred in the file. + /// </param> + /// <param name="after"> + /// A <see cref="long" /> value containing the position in + /// the file after which offsets will be invalidated. If an + /// offset is before this point, it won't be updated. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the file. + /// </returns> + public ByteVector Render (long sizeDifference, long after) + { + for (int i = 0; i < Offsets.Length; i++) + if (Offsets[i] >= (ulong)after) + Offsets[i] = (ulong)((long)Offsets[i] + sizeDifference); + + return Render (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkLargeOffsetBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkLargeOffsetBox.cs.meta new file mode 100644 index 0000000..19f1881 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkLargeOffsetBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d0ca89970f2030b84926ebeebcbce72a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkOffsetBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkOffsetBox.cs new file mode 100644 index 0000000..5df8e51 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkOffsetBox.cs @@ -0,0 +1,168 @@ +// +// IsoChunkOffsetBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// ChunkOffsetBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of a ISO/IEC 14496-12 ChunkOffsetBox. + /// </summary> + /// <remarks> + /// <see cref="IsoChunkOffsetBox" /> and <see + /// cref="IsoChunkLargeOffsetBox" /> contain offsets of media data + /// within the file. As such, if the file changes by even one byte, + /// these values are devalidatated and the box will have to be + /// overwritten to maintain playability. + /// </remarks> + public class IsoChunkOffsetBox : FullBox + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoChunkOffsetBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + public IsoChunkOffsetBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + ByteVector box_data = file.ReadBlock (DataSize); + + Offsets = new uint[(int)box_data.Mid (0, 4).ToUInt ()]; + + for (int i = 0; i < Offsets.Length; i++) + Offsets[i] = box_data.Mid (4 + i * 4, 4).ToUInt (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public override ByteVector Data { + get { + ByteVector output = ByteVector.FromUInt ((uint)Offsets.Length); + for (int i = 0; i < Offsets.Length; i++) + output.Add (ByteVector.FromUInt (Offsets[i])); + + return output; + } + } + + /// <summary> + /// Gets the offset table contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:uint[]" /> containing the offset table + /// contained in the current instance. + /// </value> + public uint[] Offsets { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Overwrites the existing box in the file after updating + /// the table for a size change. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file to which + /// the current instance belongs and wo which modifications + /// must be applied. + /// </param> + /// <param name="sizeDifference"> + /// A <see cref="long" /> value containing the size + /// change that occurred in the file. + /// </param> + /// <param name="after"> + /// A <see cref="long" /> value containing the position in + /// the file after which offsets will be invalidated. If an + /// offset is before this point, it won't be updated. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <see param="file" /> is <see langword="null" />. + /// </exception> + public void Overwrite (File file, long sizeDifference, long after) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Insert (Render (sizeDifference, after), Header.Position, Size); + } + + /// <summary> + /// Renders the current instance after updating the table for + /// a size change. + /// </summary> + /// <param name="sizeDifference"> + /// A <see cref="long" /> value containing the size + /// change that occurred in the file. + /// </param> + /// <param name="after"> + /// A <see cref="long" /> value containing the position in + /// the file after which offsets will be invalidated. If an + /// offset is before this point, it won't be updated. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the file. + /// </returns> + public ByteVector Render (long sizeDifference, long after) + { + for (int i = 0; i < Offsets.Length; i++) + if (Offsets[i] >= (uint)after) + Offsets[i] = (uint) + (Offsets[i] + sizeDifference); + + return Render (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkOffsetBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkOffsetBox.cs.meta new file mode 100644 index 0000000..7931d5c --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoChunkOffsetBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d43ea3e18f67dbd899b0e0090caaa74c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoFreeSpaceBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoFreeSpaceBox.cs new file mode 100644 index 0000000..7eb5f3e --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoFreeSpaceBox.cs @@ -0,0 +1,116 @@ +// +// IsoFreeSpaceBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// FreeSpaceBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of a ISO/IEC 14496-12 FreeSpaceBox. + /// </summary> + public class IsoFreeSpaceBox : Box + { + #region Private Fields + + /// <summary> + /// Contains the size of the padding. + /// </summary> + long padding; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoMetaBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + public IsoFreeSpaceBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + padding = DataSize; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoFreeSpaceBox" /> to occupy a specified number of + /// bytes. + /// </summary> + /// <param name="padding"> + /// A <see cref="long" /> value specifying the number of + /// bytes the new instance should occupy when rendered. + /// </param> + public IsoFreeSpaceBox (long padding) : base ("free") + { + PaddingSize = padding; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the data + /// contained in the current instance. + /// </value> + public override ByteVector Data { + get { return new ByteVector ((int)padding); } + set { padding = (value != null) ? value.Count : 0; } + } + + /// <summary> + /// Gets and sets the size the current instance will occupy + /// when rendered. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the size the + /// current instance will occupy when rendered. + /// </value> + public long PaddingSize { + get { return padding + 8; } + set { padding = value - 8; } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoFreeSpaceBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoFreeSpaceBox.cs.meta new file mode 100644 index 0000000..f8d02cf --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoFreeSpaceBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 989139d0574affb60983d4b835fa07a9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoHandlerBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoHandlerBox.cs new file mode 100644 index 0000000..c51deec --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoHandlerBox.cs @@ -0,0 +1,155 @@ +// +// IsoHandlerBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// HandlerBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of a ISO/IEC 14496-12 FullBox. + /// </summary> + public class IsoHandlerBox : FullBox + { + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoHandlerBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoHandlerBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Seek (DataPosition + 4); + ByteVector box_data = file.ReadBlock (DataSize - 4); + HandlerType = box_data.Mid (0, 4); + + int end = box_data.Find ((byte)0, 16); + if (end < 16) + end = box_data.Count; + Name = end > 16 ? box_data.ToString (StringType.UTF8, 16, end - 16) : string.Empty; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoHandlerBox" /> with a specified type and name. + /// </summary> + /// <param name="handlerType"> + /// A <see cref="ByteVector" /> object specifying a 4 byte + /// handler type. + /// </param> + /// <param name="name"> + /// A <see cref="string" /> object specifying the handler + /// name. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="handlerType" /> is <see langword="null" + /// />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="handlerType" /> is less than 4 bytes + /// long. + /// </exception> + public IsoHandlerBox (ByteVector handlerType, string name) + : base ("hdlr", 0, 0) + { + if (handlerType == null) + throw new ArgumentNullException (nameof (handlerType)); + + if (handlerType.Count < 4) + throw new ArgumentException ("The handler type must be four bytes long.", + nameof (handlerType)); + + HandlerType = handlerType.Mid (0, 4); + Name = name; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the data contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the data contained in the current + /// instance. + /// </value> + public override ByteVector Data { + get { + var output = new ByteVector (4) { + HandlerType, + new ByteVector (12), + ByteVector.FromString (Name, + StringType.UTF8), + new ByteVector (2) + }; + return output; + } + } + + /// <summary> + /// Gets the handler type of the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the + /// handler type of the current instance. + /// </value> + public ByteVector HandlerType { get; private set; } + + /// <summary> + /// Gets the name of the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the name of the + /// current instance. + /// </value> + public string Name { get; private set; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoHandlerBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoHandlerBox.cs.meta new file mode 100644 index 0000000..1575812 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoHandlerBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5c2babf0b4360f99d974d9b7a8578846 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMetaBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMetaBox.cs new file mode 100644 index 0000000..df7cfa5 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMetaBox.cs @@ -0,0 +1,113 @@ +// +// IsoMetaBox.cs: Provides an implementation of a ISO/IEC 14496-12 MetaBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of a ISO/IEC 14496-12 MetaBox. + /// </summary> + public class IsoMetaBox : FullBox + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoMetaBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoMetaBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + Children = LoadChildren (file); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoMetaBox" /> with a specified handler. + /// </summary> + /// <param name="handlerType"> + /// A <see cref="ByteVector" /> object specifying a 4 byte + /// handler type. + /// </param> + /// <param name="handlerName"> + /// A <see cref="string" /> object specifying the handler + /// name. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="handlerType" /> is <see langword="null" + /// />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="handlerType" /> is less than 4 bytes + /// long. + /// </exception> + public IsoMetaBox (ByteVector handlerType, string handlerName) + : base ("meta", 0, 0) + { + if (handlerType == null) + throw new ArgumentNullException (nameof (handlerType)); + + if (handlerType.Count < 4) + throw new ArgumentException ("The handler type must be four bytes long.", nameof (handlerType)); + + Children = new List<Box> (); + AddChild (new IsoHandlerBox (handlerType, handlerName)); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { get; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMetaBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMetaBox.cs.meta new file mode 100644 index 0000000..3bedca9 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMetaBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 44fce7ebbf90e84a8931eb530441db21 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMovieHeaderBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMovieHeaderBox.cs new file mode 100644 index 0000000..2c131c2 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMovieHeaderBox.cs @@ -0,0 +1,238 @@ +// +// IsoMovieHeaderBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// MovieHeaderBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of a ISO/IEC 14496-12 MovieHeaderBox. + /// </summary> + public class IsoMovieHeaderBox : FullBox + { + #region Private Fields + + /// <summary> + /// Contains the creation time of the movie. + /// </summary> + readonly ulong creation_time; + + /// <summary> + /// Contains the modification time of the movie. + /// </summary> + readonly ulong modification_time; + + /// <summary> + /// Contains the timescale. + /// </summary> + readonly uint timescale; + + /// <summary> + /// Contains the duration. + /// </summary> + readonly ulong duration; + + /// <summary> + /// Contains the rate. + /// </summary> + readonly uint rate; + + /// <summary> + /// Contains the volume. + /// </summary> + readonly ushort volume; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoMovieHeaderBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoMovieHeaderBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + int bytes_remaining = DataSize; + ByteVector data; + + if (Version == 1) { + // Read version one (large integers). + data = file.ReadBlock (Math.Min (28, + bytes_remaining)); + if (data.Count >= 8) + creation_time = data.Mid (0, + 8).ToULong (); + if (data.Count >= 16) + modification_time = data.Mid (8, + 8).ToULong (); + if (data.Count >= 20) + timescale = data.Mid (16, 4).ToUInt (); + if (data.Count >= 28) + duration = data.Mid (20, 8).ToULong (); + bytes_remaining -= 28; + } else { + // Read version zero (normal integers). + data = file.ReadBlock (Math.Min (16, + bytes_remaining)); + if (data.Count >= 4) + creation_time = data.Mid (0, + 4).ToUInt (); + if (data.Count >= 8) + modification_time = data.Mid (4, + 4).ToUInt (); + if (data.Count >= 12) + timescale = data.Mid (8, 4).ToUInt (); + if (data.Count >= 16) + duration = data.Mid (12, 4).ToUInt (); + bytes_remaining -= 16; + } + + data = file.ReadBlock (Math.Min (6, bytes_remaining)); + if (data.Count >= 4) + rate = data.Mid (0, 4).ToUInt (); + if (data.Count >= 6) + volume = data.Mid (4, 2).ToUShort (); + file.Seek (file.Tell + 70); + bytes_remaining -= 76; + + data = file.ReadBlock (Math.Min (4, + bytes_remaining)); + + if (data.Count >= 4) + NextTrackId = data.Mid (0, 4).ToUInt (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the creation time of movie represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="DateTime" /> value containing the creation + /// time of the movie represented by the current instance. + /// </value> + public DateTime CreationTime { + get { + return new DateTime (1904, 1, 1, 0, 0, + 0).AddTicks ((long)(10000000 * creation_time)); + } + } + + /// <summary> + /// Gets the modification time of movie represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="DateTime" /> value containing the + /// modification time of the movie represented by the current + /// instance. + /// </value> + public DateTime ModificationTime { + get { + return new DateTime (1904, 1, 1, 0, 0, + 0).AddTicks ((long)(10000000 * modification_time)); + } + } + + /// <summary> + /// Gets the duration of the movie represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> value containing the duration + /// of the movie represented by the current instance. + /// </value> + public TimeSpan Duration { + get { + // The length is the number of ticks divided by + // ticks per second. + return TimeSpan.FromSeconds (duration / (double)timescale); + } + } + + /// <summary> + /// Gets the playback rate of the movie represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> value containing the playback + /// rate of the movie represented by the current instance. + /// </value> + public double Rate { + get { return rate / ((double)0x10000); } + } + + /// <summary> + /// Gets the playback volume of the movie represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> value containing the playback + /// volume of the movie represented by the current instance. + /// </value> + public double Volume { + get { return volume / ((double)0x100); } + } + + /// <summary> + /// Gets the ID of the next track in the movie represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the ID of the next + /// track in the movie represented by the current instance. + /// </value> + public uint NextTrackId { get; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMovieHeaderBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMovieHeaderBox.cs.meta new file mode 100644 index 0000000..31cff80 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoMovieHeaderBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: cbdf1fa58c6e4ee8f90050b4ba200e1b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleDescriptionBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleDescriptionBox.cs new file mode 100644 index 0000000..4dc0854 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleDescriptionBox.cs @@ -0,0 +1,109 @@ +// +// IsoSampleDescriptionBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// SampleDescriptionBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="FullBox" /> to provide an + /// implementation of a ISO/IEC 14496-12 SampleDescriptionBox. + /// </summary> + public class IsoSampleDescriptionBox : FullBox + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoSampleDescriptionBox" /> with a provided header + /// and handler by reading the contents from a specified + /// file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoSampleDescriptionBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, file, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + EntryCount = file.ReadBlock (4).ToUInt (); + Children = LoadChildren (file); + } + + #endregion + + + #region Public Properties + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected override long DataPosition { + get { return base.DataPosition + 4; } + } + + /// <summary> + /// Gets the number of boxes at the begining of the children + /// that will be stored as <see cref="IsoAudioSampleEntry" /> + /// of <see cref="IsoVisualSampleEntry" /> objects, depending + /// on the handler. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// children that will appear as sample entries. + /// </value> + public uint EntryCount { get; } + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { get; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleDescriptionBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleDescriptionBox.cs.meta new file mode 100644 index 0000000..e9d7aca --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleDescriptionBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 63519246ddd625dc09d803ea727347f1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleEntry.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleEntry.cs new file mode 100644 index 0000000..20a77a6 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleEntry.cs @@ -0,0 +1,96 @@ +// +// IsoSampleEntry.cs: Provides an implementation of a ISO/IEC 14496-12 +// SampleEntry. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of a ISO/IEC 14496-12 SampleEntry. + /// </summary> + public class IsoSampleEntry : Box + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoSampleEntry" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoSampleEntry (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Seek (base.DataPosition + 6); + DataReferenceIndex = file.ReadBlock (2).ToUShort (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected override long DataPosition { + get { return base.DataPosition + 8; } + } + + /// <summary> + /// Gets the data reference index of the current instance. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the data + /// reference index of the current instance. + /// </value> + public ushort DataReferenceIndex { get; private set; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleEntry.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleEntry.cs.meta new file mode 100644 index 0000000..c1e5257 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a5118d3397eaabd6396f8c7420c3bb9f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleTableBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleTableBox.cs new file mode 100644 index 0000000..3db8b07 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleTableBox.cs @@ -0,0 +1,90 @@ +// +// IsoSampleTableBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// SampleTableBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of a ISO/IEC 14496-12 SampleTableBox. + /// </summary> + public class IsoSampleTableBox : Box + { + #region Private Fields + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoSampleTableBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoSampleTableBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + Children = LoadChildren (file); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { get; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleTableBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleTableBox.cs.meta new file mode 100644 index 0000000..1c21308 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoSampleTableBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ea0ba1a02fe1b62b2881512be697e629 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoUserDataBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoUserDataBox.cs new file mode 100644 index 0000000..5e53a57 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoUserDataBox.cs @@ -0,0 +1,105 @@ +// +// IsoUserDataBox.cs: Provides an implementation of a ISO/IEC 14496-12 +// UserDataBox. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide an + /// implementation of a ISO/IEC 14496-12 UserDataBox. + /// </summary> + public class IsoUserDataBox : Box + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoUserDataBox" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoUserDataBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + Children = LoadChildren (file); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoUserDataBox" /> with no children. + /// </summary> + public IsoUserDataBox () : base ("udta") + { + Children = new List<Box> (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object enumerating the + /// children of the current instance. + /// </value> + public override IEnumerable<Box> Children { get; } + + /// <summary> + /// Gets the box headers for the current "<c>udta</c>" box and + /// all parent boxes up to the top of the file. + /// </summary> + /// <value> + /// A <see cref="T:BoxHeader[]" /> containing the headers for + /// the current "<c>udta</c>" box and its parent boxes up to + /// the top of the file, in the order they appear, or <see + /// langword="null" /> if none is present. + /// </value> + public BoxHeader[] ParentTree { get; set; } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoUserDataBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoUserDataBox.cs.meta new file mode 100644 index 0000000..e909875 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoUserDataBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d443e2d449f2857a5b6e79db0ad53dc5 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoVisualSampleEntry.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoVisualSampleEntry.cs new file mode 100644 index 0000000..da8a43d --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoVisualSampleEntry.cs @@ -0,0 +1,196 @@ +// +// IsoVisualSampleEntry.cs: Provides an implementation of a ISO/IEC 14496-12 +// VisualSampleEntry and support for reading MPEG-4 video properties. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Globalization; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="IsoSampleEntry" /> and implements + /// <see cref="IVideoCodec" /> to provide an implementation of a + /// ISO/IEC 14496-12 VisualSampleEntry and support for reading MPEG-4 + /// video properties. + /// </summary> + public class IsoVisualSampleEntry : IsoSampleEntry, IVideoCodec + { + #region Private Fields + + /// <summary> + /// Contains the width of the visual. + /// </summary> + readonly ushort width; + + /// <summary> + /// Contains the height of the visual. + /// </summary> + readonly ushort height; + + /* + /// <summary> + /// Contains the children of the box. + /// </summary> + private BoxList children; + */ + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="IsoVisualSampleEntry" /> with a provided header and + /// handler by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public IsoVisualSampleEntry (BoxHeader header, TagLib.File file, + IsoHandlerBox handler) + : base (header, file, handler) + { + file.Seek (base.DataPosition + 16); + width = file.ReadBlock (2).ToUShort (); + height = file.ReadBlock (2).ToUShort (); + + /* + TODO: What are the children anyway? + children = LoadChildren (file); + */ + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the position of the data contained in the current + /// instance, after any box specific headers. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the position of + /// the data contained in the current instance. + /// </value> + protected override long DataPosition { + get { return base.DataPosition + 62; } + } + + /* + /// <summary> + /// Gets the children of the current instance. + /// </summary> + /// <value> + /// A <see cref="IEnumerable{T}" /> object enumerating the + /// children of the current instance. + /// </value> + public override BoxList Children { + get {return children;} + } + */ + + #endregion + + + + #region IVideoCodec Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="TimeSpan.Zero" />. + /// </value> + public TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Video" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Video; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + return string.Format (CultureInfo.InvariantCulture, "MPEG-4 Video ({0})", BoxType); + } + } + + /// <summary> + /// Gets the width of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> containing the width of the video + /// represented by the current instance. + /// </value> + public int VideoWidth { + get { return width; } + } + + /// <summary> + /// Gets the height of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> containing the height of the video + /// represented by the current instance. + /// </value> + public int VideoHeight { + get { return height; } + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/IsoVisualSampleEntry.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoVisualSampleEntry.cs.meta new file mode 100644 index 0000000..0ca3508 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/IsoVisualSampleEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b2683606c312126038bc7840ea8af72c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/TextBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/TextBox.cs new file mode 100644 index 0000000..6eab691 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/TextBox.cs @@ -0,0 +1,96 @@ +// +// TextBox.cs +// +// Author: +// Alan McGovern <alan.mcgovern@gmail.com> +// +// Copyright (c) 2012 Alan McGovern +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License as +// published by the Free Software Foundation; either version 2.1 of the +// License, or (at your option) any later version. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA +using System; +using TagLib.Mpeg4; + +namespace TagLib +{ + /// <summary> + /// Represent an MP4 text box + /// </summary> + public class TextBox : Box + { + #region Private Fields + + /// <summary> + /// Contains the box's data. + /// </summary> + ByteVector data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownBox" /> with a provided header and handler + /// by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public TextBox (BoxHeader header, File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + data = LoadData (file); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the box data contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the box + /// data contained in the current instance. + /// </value> + public override ByteVector Data { + get { return data; } + set { data = value; } + } + + #endregion + } +} + diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/TextBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/TextBox.cs.meta new file mode 100644 index 0000000..4574f6f --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/TextBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 41c315eb322c671bd9ed59b891d2094b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/UnknownBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/UnknownBox.cs new file mode 100644 index 0000000..ef0262f --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/UnknownBox.cs @@ -0,0 +1,96 @@ +// +// UnknownBox.cs: Provides a simple implementation of a box of unknown type. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="Box" /> to provide a simple + /// implementation of a box of unknown type. + /// </summary> + public class UnknownBox : Box + { + #region Private Fields + + /// <summary> + /// Contains the box's data. + /// </summary> + ByteVector data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownBox" /> with a provided header and handler + /// by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public UnknownBox (BoxHeader header, TagLib.File file, IsoHandlerBox handler) : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + data = file.ReadBlock (DataSize > 0 ? DataSize : 0); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the box data contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the box + /// data contained in the current instance. + /// </value> + public override ByteVector Data { + get { return data; } + set { data = value; } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/UnknownBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/UnknownBox.cs.meta new file mode 100644 index 0000000..4613d8f --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/UnknownBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3061613889bb6748db8f631a7e1fbf49 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/UrlBox.cs b/Scripts/TaglibSharp/Mpeg4/Boxes/UrlBox.cs new file mode 100644 index 0000000..d84e198 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/UrlBox.cs @@ -0,0 +1,96 @@ +// +// UrlBox.cs +// +// Author: +// Alan McGovern <alan.mcgovern@gmail.com> +// +// Copyright (c) 2012 Alan McGovern +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License as +// published by the Free Software Foundation; either version 2.1 of the +// License, or (at your option) any later version. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA +using System; +using TagLib.Mpeg4; + +namespace TagLib +{ + /// <summary> + /// Represent a MP4 URL box + /// </summary> + public class UrlBox : Box + { + #region Private Fields + + /// <summary> + /// Contains the box's data. + /// </summary> + ByteVector data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnknownBox" /> with a provided header and handler + /// by reading the contents from a specified file. + /// </summary> + /// <param name="header"> + /// A <see cref="BoxHeader" /> object containing the header + /// to use for the new instance. + /// </param> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to read the contents + /// of the box from. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object containing the + /// handler that applies to the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + public UrlBox (BoxHeader header, File file, IsoHandlerBox handler) + : base (header, handler) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + data = LoadData (file); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the box data contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the box + /// data contained in the current instance. + /// </value> + public override ByteVector Data { + get { return data; } + set { data = value; } + } + + #endregion + } +} + diff --git a/Scripts/TaglibSharp/Mpeg4/Boxes/UrlBox.cs.meta b/Scripts/TaglibSharp/Mpeg4/Boxes/UrlBox.cs.meta new file mode 100644 index 0000000..5702663 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/Boxes/UrlBox.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 57b4e67ab7e85f6988b741084a6db2bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/File.cs b/Scripts/TaglibSharp/Mpeg4/File.cs new file mode 100644 index 0000000..2778d0a --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/File.cs @@ -0,0 +1,455 @@ +// +// File.cs: Provides tagging and properties support for MPEG-4 files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Linq; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide tagging + /// and properties support for MPEG-4 files. + /// </summary> + [SupportedMimeType ("taglib/m4a", "m4a")] + [SupportedMimeType ("taglib/m4b", "m4b")] + [SupportedMimeType ("taglib/m4v", "m4v")] + [SupportedMimeType ("taglib/m4p", "m4p")] + [SupportedMimeType ("taglib/mp4", "mp4")] + [SupportedMimeType ("audio/mp4")] + [SupportedMimeType ("audio/x-m4a")] + [SupportedMimeType ("video/mp4")] + [SupportedMimeType ("video/x-m4v")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the Apple tag. + /// </summary> + AppleTag apple_tag; + + /// <summary> + /// Contains the combined tag. + /// </summary> + /// <remarks> + /// TODO: Add support for ID3v2 tags. + /// </remarks> + CombinedTag tag; + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + /// <summary> + /// Get the UDTA Boxes + /// </summary> + protected List<IsoUserDataBox> UdtaBoxes { get; } = new List<IsoUserDataBox> (); + + #endregion + + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + if (UdtaBoxes.Count == 0) { + var udtaBox = new IsoUserDataBox (); + UdtaBoxes.Add (udtaBox); + } + + // Try to get into write mode. + Mode = AccessMode.Write; + try { + var parser = new FileParser (this); + parser.ParseBoxHeaders (); + + InvariantStartPosition = parser.MdatStartPosition; + InvariantEndPosition = parser.MdatEndPosition; + + long size_change = 0; + long write_position = 0; + + // To avoid rewriting udta blocks which might not have been modified, + // the code here will work correctly if: + // 1. There is a single udta for the entire file + // - OR - + // 2. There are multiple utdtas, but only 1 of them contains the Apple ILST box. + // We should be OK in the vast majority of cases + IsoUserDataBox udtaBox = FindAppleTagUdta (); + if (null == udtaBox) + udtaBox = new IsoUserDataBox (); + ByteVector tag_data = udtaBox.Render (); + + // If we don't have a "udta" box to overwrite... + if (udtaBox.ParentTree == null || + udtaBox.ParentTree.Length == 0) { + + // Stick the box at the end of the moov box. + BoxHeader moov_header = parser.MoovTree[parser.MoovTree.Length - 1]; + size_change = tag_data.Count; + write_position = moov_header.Position + moov_header.TotalBoxSize; + Insert (tag_data, write_position, 0); + + // Overwrite the parent box sizes. + for (int i = parser.MoovTree.Length - 1; i >= 0; i--) + size_change = parser.MoovTree[i].Overwrite (this, size_change); + } else { + // Overwrite the old box. + BoxHeader udta_header = udtaBox.ParentTree[udtaBox.ParentTree.Length - 1]; + size_change = tag_data.Count - udta_header.TotalBoxSize; + write_position = udta_header.Position; + Insert (tag_data, write_position, udta_header.TotalBoxSize); + + // Overwrite the parent box sizes. + for (int i = udtaBox.ParentTree.Length - 2; i >= 0; i--) + size_change = udtaBox.ParentTree[i].Overwrite (this, size_change); + } + + // If we've had a size change, we may need to adjust + // chunk offsets. + if (size_change != 0) { + // We may have moved the offset boxes, so we + // need to reread. + parser.ParseChunkOffsets (); + InvariantStartPosition = parser.MdatStartPosition; + InvariantEndPosition = parser.MdatEndPosition; + + foreach (Box box in parser.ChunkOffsetBoxes) { + if (box is IsoChunkLargeOffsetBox co64) { + co64.Overwrite (this, size_change, write_position); + continue; + } + + if (box is IsoChunkOffsetBox stco) { + stco.Overwrite (this, size_change, write_position); + continue; + } + } + } + + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// At the time of this writing, only <see cref="AppleTag" /> + /// is supported. All other tag types will be ignored. + /// </remarks> + public override Tag GetTag (TagTypes type, bool create) + { + if (type == TagTypes.Apple) { + if (apple_tag == null && create) { + IsoUserDataBox udtaBox = FindAppleTagUdta (); + if (null == udtaBox) { + udtaBox = new IsoUserDataBox (); + } + apple_tag = new AppleTag (udtaBox); + tag.SetTags (apple_tag); + } + + return apple_tag; + } + + return null; + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if ((types & TagTypes.Apple) != TagTypes.Apple || apple_tag == null) + return; + + apple_tag.DetachIlst (); + apple_tag = null; + tag.SetTags (); + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads the file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + // TODO: Support Id3v2 boxes!!! + tag = new CombinedTag (); + Mode = AccessMode.Read; + try { + var parser = new FileParser (this); + + if ((propertiesStyle & ReadStyle.Average) == 0) + parser.ParseTag (); + else + parser.ParseTagAndProperties (); + + InvariantStartPosition = parser.MdatStartPosition; + InvariantEndPosition = parser.MdatEndPosition; + + UdtaBoxes.AddRange (parser.UserDataBoxes); + + // Ensure our collection contains at least a single empty box + if (UdtaBoxes.Count == 0) { + var dummy = new IsoUserDataBox (); + UdtaBoxes.Add (dummy); + } + + // Check if a udta with ILST actually exists + if (IsAppleTagUdtaPresent ()) + TagTypesOnDisk |= TagTypes.Apple; //There is an udta present with ILST info + + // Find the udta box with the Apple Tag ILST + IsoUserDataBox udtaBox = FindAppleTagUdta (); + if (null == udtaBox) { + udtaBox = new IsoUserDataBox (); + } + apple_tag = new AppleTag (udtaBox); + tag.SetTags (apple_tag); + + // If we're not reading properties, we're done. + if ((propertiesStyle & ReadStyle.Average) == 0) { + Mode = AccessMode.Closed; + return; + } + + // Get the movie header box. + var mvhd_box = parser.MovieHeaderBox; + if (mvhd_box == null) { + Mode = AccessMode.Closed; + throw new CorruptFileException ("mvhd box not found."); + } + + var audio_sample_entry = parser.AudioSampleEntry; + var visual_sample_entry = parser.VisualSampleEntry; + + // Read the properties. + properties = new Properties (mvhd_box.Duration, audio_sample_entry, visual_sample_entry); + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Find the udta box within our collection that contains the Apple ILST data. + /// </summary> + /// <remarks> + /// If there is a single udta in a file, we return that. + /// If there are multiple udtas, we search for the one that contains the ILST box. + /// </remarks> + IsoUserDataBox FindAppleTagUdta () + { + if (UdtaBoxes.Count == 1) + return UdtaBoxes[0]; //Single udta - just return it + + // multiple udta : pick out the shallowest node which has an ILst tag + var udtaBox = UdtaBoxes + .Where (box => box.GetChildRecursively (BoxType.Ilst) != null) + .OrderBy (box => box.ParentTree.Length) + .FirstOrDefault (); + + return udtaBox; + } + + /// <summary> + /// Returns true if there is a udta with ILST present in our collection + /// </summary> + bool IsAppleTagUdtaPresent () + { + foreach (var udtaBox in UdtaBoxes) { + if (udtaBox.GetChild (BoxType.Meta) != null && udtaBox.GetChild (BoxType.Meta).GetChild (BoxType.Ilst) != null) + return true; + } + + return false; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/File.cs.meta b/Scripts/TaglibSharp/Mpeg4/File.cs.meta new file mode 100644 index 0000000..9760acc --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 94a393d23a72f232488c3771e55ef837 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Mpeg4/FileParser.cs b/Scripts/TaglibSharp/Mpeg4/FileParser.cs new file mode 100644 index 0000000..81e94ac --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/FileParser.cs @@ -0,0 +1,606 @@ +// +// FileParser.cs: Provides methods for reading important information from an +// MPEG-4 file. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2006-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Mpeg4 +{ + /// <summary> + /// This class provides methods for reading important information + /// from an MPEG-4 file. + /// </summary> + public class FileParser + { + #region Private Fields + + /// <summary> + /// Contains the file to read from. + /// </summary> + readonly TagLib.File file; + + /// <summary> + /// Contains the first header found in the file. + /// </summary> + readonly BoxHeader first_header; + + /// <summary> + /// Contains the ISO movie header box. + /// </summary> + IsoMovieHeaderBox mvhd_box; + + /// <summary> + /// Contains the ISO user data boxes. + /// </summary> + readonly List<IsoUserDataBox> udta_boxes = new List<IsoUserDataBox> (); + + /// <summary> + /// Contains the box headers from the top of the file to the + /// "moov" box. + /// </summary> + BoxHeader[] moov_tree; + + /// <summary> + /// Contains the box headers from the top of the file to the + /// "udta" box. + /// </summary> + BoxHeader[] udta_tree; + + /// <summary> + /// Contains the "stco" boxes found in the file. + /// </summary> + readonly List<Box> stco_boxes = new List<Box> (); + + /// <summary> + /// Contains the "stsd" boxes found in the file. + /// </summary> + readonly List<Box> stsd_boxes = new List<Box> (); + + /// <summary> + /// Contains the position at which the "mdat" box starts. + /// </summary> + long mdat_start = -1; + + /// <summary> + /// Contains the position at which the "mdat" box ends. + /// </summary> + long mdat_end = -1; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="FileParser" /> for a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object to perform operations + /// on. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="file" /> does not start with a + /// "<c>ftyp</c>" box. + /// </exception> + public FileParser (TagLib.File file) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + this.file = file; + first_header = new BoxHeader (file, 0); + + if (first_header.BoxType != "ftyp") + throw new CorruptFileException ("File does not start with 'ftyp' box."); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the movie header box read by the current instance. + /// </summary> + /// <value> + /// A <see cref="IsoMovieHeaderBox" /> object read by the + /// current instance, or <see langword="null" /> if not found. + /// </value> + /// <remarks> + /// This value will only be set by calling <see + /// cref="ParseTagAndProperties()" />. + /// </remarks> + public IsoMovieHeaderBox MovieHeaderBox { + get { return mvhd_box; } + } + + /// <summary> + /// Gets all user data boxes read by the current instance. + /// </summary> + /// <value> + /// A <see cref="IsoUserDataBox" /> array read by the + /// current instance. + /// </value> + /// <remarks> + /// This value will only be set by calling <see + /// cref="ParseTag()" /> and <see + /// cref="ParseTagAndProperties()" />. + /// </remarks> + public IsoUserDataBox[] UserDataBoxes { + get { return udta_boxes.ToArray (); } + } + + /// <summary> + /// Get the User Data Box + /// </summary> + public IsoUserDataBox UserDataBox { + get { return UserDataBoxes.Length == 0 ? null : UserDataBoxes[0]; } + } + + /// <summary> + /// Gets the audio sample entry read by the current instance. + /// </summary> + /// <value> + /// A <see cref="IsoAudioSampleEntry" /> object read by the + /// current instance, or <see langword="null" /> if not found. + /// </value> + /// <remarks> + /// This value will only be set by calling <see + /// cref="ParseTagAndProperties()" />. + /// </remarks> + public IsoAudioSampleEntry AudioSampleEntry { + get { + foreach (IsoSampleDescriptionBox box in stsd_boxes) + foreach (Box sub in box.Children) { + if (sub is IsoAudioSampleEntry entry) + return entry; + } + return null; + } + } + + /// <summary> + /// Gets the visual sample entry read by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="IsoVisualSampleEntry" /> object read by the + /// current instance, or <see langword="null" /> if not found. + /// </value> + /// <remarks> + /// This value will only be set by calling <see + /// cref="ParseTagAndProperties()" />. + /// </remarks> + public IsoVisualSampleEntry VisualSampleEntry { + get { + foreach (IsoSampleDescriptionBox box in stsd_boxes) + foreach (Box sub in box.Children) { + if (sub is IsoVisualSampleEntry entry) + return entry; + } + return null; + } + } + + /// <summary> + /// Gets the box headers for the first "<c>moov</c>" box and + /// all parent boxes up to the top of the file as read by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:BoxHeader[]" /> containing the headers for + /// the first "<c>moov</c>" box and its parent boxes up to + /// the top of the file, in the order they appear, or <see + /// langword="null" /> if none is present. + /// </value> + /// <remarks> + /// This value is useful for overwriting box headers, and is + /// only be set by calling <see cref="ParseBoxHeaders()" />. + /// </remarks> + public BoxHeader[] MoovTree { + get { return moov_tree; } + } + + /// <summary> + /// Gets the box headers for the first "<c>udta</c>" box and + /// all parent boxes up to the top of the file as read by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:BoxHeader[]" /> containing the headers for + /// the first "<c>udta</c>" box and its parent boxes up to + /// the top of the file, in the order they appear, or <see + /// langword="null" /> if none is present. + /// </value> + /// <remarks> + /// This value is useful for overwriting box headers, and is + /// only be set by calling <see cref="ParseBoxHeaders()" />. + /// </remarks> + public BoxHeader[] UdtaTree { + get { return udta_tree; } + } + + /// <summary> + /// Gets all chunk offset boxes read by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:Box[]" /> containing all chunk offset boxes + /// read by the current instance. + /// </value> + /// <remarks> + /// These boxes contain offset information for media data in + /// the current instance and can be devalidated by size + /// change operations, in which case they need to be + /// corrected. This value will only be set by calling <see + /// cref="ParseChunkOffsets()" />. + /// </remarks> + public Box[] ChunkOffsetBoxes { + get { return stco_boxes.ToArray (); } + } + + /// <summary> + /// Gets the position at which the "<c>mdat</c>" box starts. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the seek position + /// at which the "<c>mdat</c>" box starts. + /// </value> + /// <remarks> + /// The "<c>mdat</c>" box contains the media data for the + /// file and is used for estimating the invariant data + /// portion of the file. + /// </remarks> + public long MdatStartPosition { + get { return mdat_start; } + } + + /// <summary> + /// Gets the position at which the "<c>mdat</c>" box ends. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the seek position + /// at which the "<c>mdat</c>" box ends. + /// </value> + /// <remarks> + /// The "<c>mdat</c>" box contains the media data for the + /// file and is used for estimating the invariant data + /// portion of the file. + /// </remarks> + public long MdatEndPosition { + get { return mdat_end; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Parses the file referenced by the current instance, + /// searching for box headers that will be useful in saving + /// the file. + /// </summary> + public void ParseBoxHeaders () + { + try { + ResetFields (); + ParseBoxHeaders (first_header.TotalBoxSize, file.Length, null); + } catch (CorruptFileException e) { + file.MarkAsCorrupt (e.Message); + } + } + + /// <summary> + /// Parses the file referenced by the current instance, + /// searching for tags. + /// </summary> + public void ParseTag () + { + try { + ResetFields (); + ParseTag (first_header.TotalBoxSize, file.Length, null); + } catch (CorruptFileException e) { + file.MarkAsCorrupt (e.Message); + } + } + + /// <summary> + /// Parses the file referenced by the current instance, + /// searching for tags and properties. + /// </summary> + public void ParseTagAndProperties () + { + try { + ResetFields (); + ParseTagAndProperties (first_header.TotalBoxSize, file.Length, null, null); + } catch (CorruptFileException e) { + file.MarkAsCorrupt (e.Message); + } + } + + /// <summary> + /// Parses the file referenced by the current instance, + /// searching for chunk offset boxes. + /// </summary> + public void ParseChunkOffsets () + { + try { + ResetFields (); + ParseChunkOffsets (first_header.TotalBoxSize, file.Length); + } catch (CorruptFileException e) { + file.MarkAsCorrupt (e.Message); + } + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Parses boxes for a specified range, looking for headers. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value specifying the seek position + /// at which to start reading. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value specifying the seek position + /// at which to stop reading. + /// </param> + /// <param name="parents"> + /// A <see cref="T:System.Collections.Generic.List`1" /> object containing all the parent + /// handlers that apply to the range. + /// </param> + void ParseBoxHeaders (long start, long end, List<BoxHeader> parents) + { + BoxHeader header; + + for (long position = start; position < end; position += header.TotalBoxSize) { + header = new BoxHeader (file, position); + + if (moov_tree == null && header.BoxType == BoxType.Moov) { + List<BoxHeader> new_parents = AddParent (parents, header); + moov_tree = new_parents.ToArray (); + ParseBoxHeaders (header.HeaderSize + position, header.TotalBoxSize + position, new_parents); + } else if (header.BoxType == BoxType.Mdia || + header.BoxType == BoxType.Minf || + header.BoxType == BoxType.Stbl || + header.BoxType == BoxType.Trak) { + ParseBoxHeaders (header.HeaderSize + position, header.TotalBoxSize + position, AddParent (parents, header)); + } else if (udta_tree == null && + header.BoxType == BoxType.Udta) { + // For compatibility, we still store the tree to the first udta + // block. The proper way to get this info is from the individual + // IsoUserDataBox.ParentTree member. + udta_tree = AddParent (parents, header).ToArray (); + } else if (header.BoxType == BoxType.Mdat) { + mdat_start = position; + mdat_end = position + header.TotalBoxSize; + } + + if (header.TotalBoxSize == 0) + break; + } + } + + /// <summary> + /// Parses boxes for a specified range, looking for tags. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value specifying the seek position + /// at which to start reading. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value specifying the seek position + /// at which to stop reading. + /// </param> + /// <param name="parents"> + /// A <see cref="T:List" /> of <see cref="BoxHeader" /> parents. + /// </param> + void ParseTag (long start, long end, List<BoxHeader> parents) + { + BoxHeader header; + + for (long position = start; position < end; position += header.TotalBoxSize) { + header = new BoxHeader (file, position); + + if (header.BoxType == BoxType.Moov) { + ParseTag (header.HeaderSize + position, header.TotalBoxSize + position, AddParent (parents, header)); + } else if (header.BoxType == BoxType.Mdia || + header.BoxType == BoxType.Minf || + header.BoxType == BoxType.Stbl || + header.BoxType == BoxType.Trak) { + ParseTag (header.HeaderSize + position, header.TotalBoxSize + position, AddParent (parents, header)); + } else if (header.BoxType == BoxType.Udta) { + var udtaBox = BoxFactory.CreateBox (file, header) as IsoUserDataBox; + + // Since we can have multiple udta boxes, save the parent for each one + List<BoxHeader> new_parents = AddParent (parents, header); + udtaBox.ParentTree = new_parents.ToArray (); + + udta_boxes.Add (udtaBox); + } else if (header.BoxType == BoxType.Mdat) { + mdat_start = position; + mdat_end = position + header.TotalBoxSize; + } + + if (header.TotalBoxSize == 0) + break; + } + } + + /// <summary> + /// Parses boxes for a specified range, looking for tags and + /// properties. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value specifying the seek position + /// at which to start reading. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value specifying the seek position + /// at which to stop reading. + /// </param> + /// <param name="handler"> + /// A <see cref="IsoHandlerBox" /> object that applied to the + /// range being searched. + /// </param> + /// <param name="parents"> + /// A <see cref="T:List" /> of <see cref="BoxHeader" /> parents. + /// </param> + void ParseTagAndProperties (long start, long end, IsoHandlerBox handler, List<BoxHeader> parents) + { + BoxHeader header; + + for (long position = start; position < end; position += header.TotalBoxSize) { + header = new BoxHeader (file, position); + ByteVector type = header.BoxType; + + if (type == BoxType.Moov) { + ParseTagAndProperties (header.HeaderSize + position, header.TotalBoxSize + position, handler, AddParent (parents, header)); + } else if (type == BoxType.Mdia || + type == BoxType.Minf || + type == BoxType.Stbl || + type == BoxType.Trak) { + ParseTagAndProperties (header.HeaderSize + position, header.TotalBoxSize + position, handler, AddParent (parents, header)); + } else if (type == BoxType.Stsd) { + stsd_boxes.Add (BoxFactory.CreateBox (file, header, handler)); + } else if (type == BoxType.Hdlr) { + handler = BoxFactory.CreateBox (file, header, handler) as IsoHandlerBox; + } else if (mvhd_box == null && + type == BoxType.Mvhd) { + mvhd_box = BoxFactory.CreateBox (file, header, handler) as IsoMovieHeaderBox; + } else if (type == BoxType.Udta) { + var udtaBox = BoxFactory.CreateBox (file, header, handler) as IsoUserDataBox; + + // Since we can have multiple udta boxes, save the parent for each one + List<BoxHeader> new_parents = AddParent (parents, header); + udtaBox.ParentTree = new_parents.ToArray (); + + udta_boxes.Add (udtaBox); + } else if (type == BoxType.Mdat) { + mdat_start = position; + mdat_end = position + header.TotalBoxSize; + } + + if (header.TotalBoxSize == 0) + break; + } + } + + /// <summary> + /// Parses boxes for a specified range, looking for chunk + /// offset boxes. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value specifying the seek position + /// at which to start reading. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value specifying the seek position + /// at which to stop reading. + /// </param> + void ParseChunkOffsets (long start, long end) + { + BoxHeader header; + + for (long position = start; position < end; position += header.TotalBoxSize) { + header = new BoxHeader (file, position); + + if (header.BoxType == BoxType.Moov) { + ParseChunkOffsets (header.HeaderSize + position, header.TotalBoxSize + position); + } else if (header.BoxType == BoxType.Moov || + header.BoxType == BoxType.Mdia || + header.BoxType == BoxType.Minf || + header.BoxType == BoxType.Stbl || + header.BoxType == BoxType.Trak) { + ParseChunkOffsets (header.HeaderSize + position, header.TotalBoxSize + position); + } else if (header.BoxType == BoxType.Stco || + header.BoxType == BoxType.Co64) { + stco_boxes.Add (BoxFactory.CreateBox (file, header)); + } else if (header.BoxType == BoxType.Mdat) { + mdat_start = position; + mdat_end = position + header.TotalBoxSize; + } + + if (header.TotalBoxSize == 0) + break; + } + } + + /// <summary> + /// Resets all internal fields. + /// </summary> + void ResetFields () + { + mvhd_box = null; + udta_boxes.Clear (); + moov_tree = null; + udta_tree = null; + stco_boxes.Clear (); + stsd_boxes.Clear (); + mdat_start = -1; + mdat_end = -1; + } + + #endregion + + #region Private Static Methods + + /// <summary> + /// Adds a parent to the end of an existing list of parents. + /// </summary> + /// <param name="parents"> + /// A <see cref="T:System.Collections.Generic.List`1" /> object containing an existing + /// list of parents. + /// </param> + /// <param name="current"> + /// A <see cref="BoxHeader" /> object to add to the list. + /// </param> + /// <returns> + /// A new <see cref="T:System.Collections.Generic.List`1" /> object containing the list + /// of parents, including the added header. + /// </returns> + static List<BoxHeader> AddParent (List<BoxHeader> parents, + BoxHeader current) + { + var boxes = new List<BoxHeader> (); + if (parents != null) + boxes.AddRange (parents); + boxes.Add (current); + return boxes; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Mpeg4/FileParser.cs.meta b/Scripts/TaglibSharp/Mpeg4/FileParser.cs.meta new file mode 100644 index 0000000..ee76d42 --- /dev/null +++ b/Scripts/TaglibSharp/Mpeg4/FileParser.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4127087987d48cdcdab867448633fd84 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/NonContainer.meta b/Scripts/TaglibSharp/NonContainer.meta new file mode 100644 index 0000000..ed48c42 --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 5b8fb5cdbcdc7735baf0ca3a58c29521 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/NonContainer/EndTag.cs b/Scripts/TaglibSharp/NonContainer/EndTag.cs new file mode 100644 index 0000000..3c8de4b --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/EndTag.cs @@ -0,0 +1,363 @@ +// +// EndTag.cs: Provides support for accessing and modifying a collection of tags +// appearing at the end of a file. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +using System; + +namespace TagLib.NonContainer +{ + /// <summary> + /// This class extends <see cref="CombinedTag" />, providing support + /// for accessing and modifying a collection of tags appearing at the + /// end of a file. + /// </summary> + /// <remarks> + /// <para>This class is used by <see cref="TagLib.NonContainer.File" + /// /> to read all the tags appearing at the end of the file but + /// could be used by other classes. It currently supports ID3v1, + /// ID3v2, and APE tags.</para> + /// </remarks> + public class EndTag : CombinedTag + { + #region Private Fields + + /// <summary> + /// Contains the file to operate on. + /// </summary> + readonly TagLib.File file; + + /// <summary> + /// Contains the number of bytes that must be read to + /// hold all applicable indicators. + /// </summary> + static readonly int read_size = (int)Math.Max (Math.Max (Ape.Footer.Size, Id3v2.Footer.Size), Id3v1.Tag.Size); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="EndTag" /> for a specified <see cref="TagLib.File" + /// />. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object on which the new + /// instance will perform its operations. + /// </param> + /// <remarks> + /// Constructing a new instance does not automatically read + /// the contents from the disk. <see cref="Read" /> must be + /// called to read the tags. + /// </remarks> + public EndTag (TagLib.File file) + { + this.file = file; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the total size of the tags located at the end of the + /// file by reading from the file. + /// </summary> + public long TotalSize { + get { + long start = file.Length; + + while (ReadTagInfo (ref start) != TagTypes.None) + ; + + return file.Length - start; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads the tags stored at the end of the file into the + /// current instance. + /// </summary> + /// <returns> + /// A <see cref="long" /> value indicating the seek position + /// in the file at which the read tags begin. This also + /// marks the seek position at which the media ends. + /// </returns> + public long Read (ReadStyle style) + { + TagLib.Tag tag; + ClearTags (); + long start = file.Length; + + while ((tag = ReadTag (ref start, style)) != null) + InsertTag (0, tag); + + return start; + } + + /// <summary> + /// Renders the tags contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// physical representation of the tags stored in the current + /// instance. + /// </returns> + /// <remarks> + /// The tags are rendered in the order that they are stored + /// in the current instance. + /// </remarks> + public ByteVector Render () + { + ByteVector data = new ByteVector (); + foreach (TagLib.Tag t in Tags) { + if (t is Ape.Tag tag) + data.Add (tag.Render ()); + else if (t is Id3v2.Tag tag1) + data.Add (tag1.Render ()); + else if (t is Id3v1.Tag tag2) + data.Add (tag2.Render ()); + } + + return data; + } + + /// <summary> + /// Writes the tags contained in the current instance to the + /// end of the file that created it, overwriting the existing + /// tags. + /// </summary> + /// <returns> + /// A <see cref="long" /> value indicating the seek position + /// in the file at which the written tags begin. This also + /// marks the seek position at which the media ends. + /// </returns> + public long Write () + { + long total_size = TotalSize; + ByteVector data = Render (); + file.Insert (data, file.Length - total_size, total_size); + return file.Length - data.Count; + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public void RemoveTags (TagTypes types) + { + for (int i = Tags.Length - 1; i >= 0; i--) { + var tag = Tags[i]; + if (types == TagTypes.AllTags || (tag.TagTypes & types) == tag.TagTypes) { + RemoveTag (tag); + } + } + } + + /// <summary> + /// Adds a tag of a specified type to the current instance, + /// optionally copying values from an existing type. + /// </summary> + /// <param name="type"> + /// A <see cref="TagTypes" /> value specifying the type of + /// tag to add to the current instance. At the time of this + /// writing, this is limited to <see cref="TagTypes.Ape" />, + /// <see cref="TagTypes.Id3v1" />, and <see + /// cref="TagTypes.Id3v2" />. + /// </param> + /// <param name="copy"> + /// A <see cref="TagLib.Tag" /> to copy values from using + /// <see cref="TagLib.Tag.CopyTo" />, or <see + /// langword="null" /> if no tag is to be copied. + /// </param> + /// <returns> + /// The <see cref="TagLib.Tag" /> object added to the current + /// instance, or <see langword="null" /> if it couldn't be + /// created. + /// </returns> + /// <remarks> + /// ID3v2 tags are added at the end of the current instance, + /// while other tags are added to the beginning. + /// </remarks> + public TagLib.Tag AddTag (TagTypes type, TagLib.Tag copy) + { + TagLib.Tag tag = null; + + if (type == TagTypes.Id3v1) { + tag = new TagLib.Id3v1.Tag (); + } else if (type == TagTypes.Id3v2) { + Id3v2.Tag tag32 = new Id3v2.Tag { + Version = 4 + }; + tag32.Flags |= Id3v2.HeaderFlags.FooterPresent; + tag = tag32; + } else if (type == TagTypes.Ape) { + tag = new TagLib.Ape.Tag (); + } + + if (tag != null) { + copy?.CopyTo (tag, true); + + if (type == TagTypes.Id3v1) + AddTag (tag); + else + InsertTag (0, tag); + } + + return tag; + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads a tag ending at a specified position and moves the + /// cursor to its start position. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value reference specifying at what + /// position the potential tag ends at. If a tag is found, + /// this value will be updated to the position at which the + /// found tag starts. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <returns> + /// A <see cref="TagLib.Tag" /> object representing the tag + /// found at the specified position, or <see langword="null" + /// /> if no tag was found. + /// </returns> + TagLib.Tag ReadTag (ref long end, ReadStyle style) + { + long start = end; + TagTypes type = ReadTagInfo (ref start); + TagLib.Tag tag = null; + + try { + switch (type) { + case TagTypes.Ape: + tag = new TagLib.Ape.Tag (file, end - Ape.Footer.Size); + break; + case TagTypes.Id3v2: + tag = new TagLib.Id3v2.Tag (file, start, style); + break; + case TagTypes.Id3v1: + tag = new TagLib.Id3v1.Tag (file, start); + break; + } + + end = start; + } catch (CorruptFileException) { + } + + return tag; + } + + /// <summary> + /// Looks for a tag ending at a specified position and moves + /// the cursor to its start position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying at what + /// position the potential tag ends. If a tag is found, + /// this value will be updated to the position at which the + /// found tag starts. + /// </param> + /// <returns> + /// A <see cref="TagLib.TagTypes" /> value specifying the + /// type of tag found at the specified position, or <see + /// cref="TagTypes.None" /> if no tag was found. + /// </returns> + TagTypes ReadTagInfo (ref long position) + { + if (position - read_size < 0) + return TagTypes.None; + + file.Seek (position - read_size); + ByteVector data = file.ReadBlock (read_size); + + try { + int offset = (int)(data.Count - Ape.Footer.Size); + if (data.ContainsAt (Ape.Footer.FileIdentifier, offset)) { + Ape.Footer footer = new Ape.Footer (data.Mid (offset)); + + // If the complete tag size is zero or + // the tag is a header, this indicates + // some sort of corruption. + if (footer.CompleteTagSize == 0 || + (footer.Flags & Ape.FooterFlags.IsHeader) != 0) + return TagTypes.None; + + position -= footer.CompleteTagSize; + return TagTypes.Ape; + } + + offset = (int)(data.Count - Id3v2.Footer.Size); + if (data.ContainsAt (Id3v2.Footer.FileIdentifier, + offset)) { + var footer = new Id3v2.Footer (data.Mid (offset)); + + position -= footer.CompleteTagSize; + return TagTypes.Id3v2; + } + + if (data.StartsWith (Id3v1.Tag.FileIdentifier)) { + position -= Id3v1.Tag.Size; + return TagTypes.Id3v1; + } + } catch (CorruptFileException) { + } + + return TagTypes.None; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/NonContainer/EndTag.cs.meta b/Scripts/TaglibSharp/NonContainer/EndTag.cs.meta new file mode 100644 index 0000000..16ab8c2 --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/EndTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b20e4c11d4e603cf7b5f02f321bc6c4e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/NonContainer/File.cs b/Scripts/TaglibSharp/NonContainer/File.cs new file mode 100644 index 0000000..483b2c6 --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/File.cs @@ -0,0 +1,398 @@ +// +// File.cs: Provides tagging and properties for files that contain an +// indeterminite number of tags at their beginning or end. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +using System; + +namespace TagLib.NonContainer +{ + /// <summary> + /// This abstract class extends <see cref="TagLib.File" /> to provide + /// tagging and properties for files that contain an indeterminite + /// number of tags at their beginning or end. + /// </summary> + /// <remarks> + /// <para>When extending this class, <see cref="ReadStart" />, <see + /// cref="ReadEnd" />, and <see cref="ReadProperties" /> should be + /// overrided methods that read the format specific information from + /// the file.</para> + /// <para>The file is read upon construction in the following + /// manner:</para> + /// <list type="number"> + /// <item><term>The file is opened for reading.</term></item> + /// <item><term>The tags at the start of the file are + /// read.</term></item> + /// <item><term><see cref="ReadStart" /> is called.</term></item> + /// <item><term>The tags at the end of the file are + /// read.</term></item> + /// <item><term><see cref="ReadEnd" /> is called.</term></item> + /// <item><term>If reading with a style other than <see + /// cref="ReadStyle.None" />, <see cref="ReadProperties" /> is + /// called.</term></item> + /// <item><term>The file is closed.</term></item> + /// </list> + /// </remarks> + public abstract class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the tags. + /// </summary> + Tag tag; + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + protected File (string path, ReadStyle propertiesStyle) + : base (path) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + protected File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override TagLib.Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + Mode = AccessMode.Write; + try { + tag.Write (out var start, out var end); + InvariantStartPosition = start; + InvariantEndPosition = end; + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + tag.RemoveTags (types); + } + + #endregion + + + + #region Protected Properties + + /// <summary> + /// Gets the collection of tags appearing at the start of the + /// file. + /// </summary> + /// <value> + /// A <see cref="TagLib.NonContainer.StartTag" /> storing the + /// tags for the start of the file. + /// </value> + protected StartTag StartTag { + get { return tag.StartTag; } + } + + /// <summary> + /// Gets the collection of tags appearing at the end of the + /// file. + /// </summary> + /// <value> + /// A <see cref="TagLib.NonContainer.EndTag" /> storing the + /// tags for the end of the file. + /// </value> + protected EndTag EndTag { + get { return tag.EndTag; } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <remarks> + /// This method is called by the constructor immediately + /// after the tags at the start of the file have been read + /// and as such (so the internal seek mechanism is close to + /// the start). It should be used for reading any content + /// specific information, such as an audio header from the + /// start of the file. + /// </remarks> + protected virtual void ReadStart (long start, ReadStyle propertiesStyle) + { + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <remarks> + /// This method is called by the constructor immediately + /// after the tags at the end of the file have been read + /// and as such (so the internal seek mechanism is close to + /// the end). It should be used for reading any content + /// specific information, such as an audio header from the + /// end of the file. + /// </remarks> + protected virtual void ReadEnd (long end, ReadStyle propertiesStyle) + { + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + /// <remarks> + /// This method is called ONLY IF the file is constructed + /// with a read style other than <see cref="ReadStyle.None" + /// />, and as such MUST NOT return <see langword="null" />. + /// It is guaranteed that <see cref="ReadStart" /> and <see + /// cref="ReadEnd" /> will have been called first and this + /// method should be strictly used to perform final + /// processing on already read data. + /// </remarks> + protected abstract Properties ReadProperties (long start, long end, ReadStyle propertiesStyle); + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads the file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + tag = new Tag (this); + + // Read the tags and property data at the beginning of + // the file. + InvariantStartPosition = tag.ReadStart (propertiesStyle); + TagTypesOnDisk |= StartTag.TagTypes; + ReadStart (InvariantStartPosition, propertiesStyle); + + // Read the tags and property data at the end of the + // file. + InvariantEndPosition = + (InvariantStartPosition == Length) ? + Length : tag.ReadEnd (propertiesStyle); + TagTypesOnDisk |= EndTag.TagTypes; + ReadEnd (InvariantEndPosition, propertiesStyle); + + // Read the audio properties. + properties = (propertiesStyle & ReadStyle.Average) != 0 ? + ReadProperties (InvariantStartPosition, + InvariantEndPosition, propertiesStyle) : + null; + } finally { + Mode = AccessMode.Closed; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/NonContainer/File.cs.meta b/Scripts/TaglibSharp/NonContainer/File.cs.meta new file mode 100644 index 0000000..f8a5821 --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 91aa532d414f80daf872bb59170f7f74 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/NonContainer/StartTag.cs b/Scripts/TaglibSharp/NonContainer/StartTag.cs new file mode 100644 index 0000000..cf09ed9 --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/StartTag.cs @@ -0,0 +1,328 @@ +// +// StartTag.cs: Provides support for accessing and modifying a collection of +// tags appearing at the start of a file. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +using System; + +namespace TagLib.NonContainer +{ + /// <summary> + /// This class extends <see cref="CombinedTag" />, providing support + /// for accessing and modifying a collection of tags appearing at the + /// start of a file. + /// </summary> + /// <remarks> + /// <para>This class is used by <see cref="TagLib.NonContainer.File" + /// /> to read all the tags appearing at the start of the file but + /// could be used by other classes. It currently supports ID3v2 + /// and APE tags.</para> + /// </remarks> + public class StartTag : CombinedTag + { + #region Private Fields + + /// <summary> + /// Contains the file to operate on. + /// </summary> + readonly TagLib.File file; + + /// <summary> + /// Contains the number of bytes that must be read to + /// hold all applicable indicators. + /// </summary> + readonly int read_size = (int)Math.Max (Ape.Footer.Size, Id3v2.Header.Size); + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StartTag" /> for a specified <see + /// cref="TagLib.File" />. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object on which the new + /// instance will perform its operations. + /// </param> + /// <remarks> + /// Constructing a new instance does not automatically read + /// the contents from the disk. <see cref="Read" /> must be + /// called to read the tags. + /// </remarks> + public StartTag (TagLib.File file) + { + this.file = file; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the total size of the tags located at the end of the + /// file by reading from the file. + /// </summary> + public long TotalSize { + get { + long size = 0; + + while (ReadTagInfo (ref size) != TagTypes.None) + ; + + return size; + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads the tags stored at the start of the file into the + /// current instance. + /// </summary> + /// <returns> + /// A <see cref="long" /> value indicating the seek position + /// in the file at which the read tags end. This also + /// marks the seek position at which the media begins. + /// </returns> + public long Read (ReadStyle style) + { + TagLib.Tag tag; + ClearTags (); + long end = 0; + + while ((tag = ReadTag (ref end, style)) != null) + AddTag (tag); + + return end; + } + + /// <summary> + /// Renders the tags contained in the current instance. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// physical representation of the tags stored in the current + /// instance. + /// </returns> + /// <remarks> + /// The tags are rendered in the order that they are stored + /// in the current instance. + /// </remarks> + public ByteVector Render () + { + ByteVector data = new ByteVector (); + foreach (TagLib.Tag t in Tags) { + if (t is Ape.Tag) + data.Add ((t as TagLib.Ape.Tag).Render ()); + else if (t is Id3v2.Tag) + data.Add ((t as TagLib.Id3v2.Tag).Render ()); + } + + return data; + } + + /// <summary> + /// Writes the tags contained in the current instance to the + /// beginning of the file that created it, overwriting the + /// existing tags. + /// </summary> + /// <returns> + /// A <see cref="long" /> value indicating the seek position + /// in the file at which the written tags end. This also + /// marks the seek position at which the media begins. + /// </returns> + public long Write () + { + ByteVector data = Render (); + file.Insert (data, 0, TotalSize); + return data.Count; + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public void RemoveTags (TagTypes types) + { + for (int i = Tags.Length - 1; i >= 0; i--) { + var tag = Tags[i]; + if (types == TagTypes.AllTags || (tag.TagTypes & types) == tag.TagTypes) { + RemoveTag (tag); + } + } + } + + /// <summary> + /// Adds a tag of a specified type to the current instance, + /// optionally copying values from an existing type. + /// </summary> + /// <param name="type"> + /// A <see cref="TagTypes" /> value specifying the type of + /// tag to add to the current instance. At the time of this + /// writing, this is limited to <see cref="TagTypes.Ape" /> + /// and <see cref="TagTypes.Id3v2" />. + /// </param> + /// <param name="copy"> + /// A <see cref="TagLib.Tag" /> to copy values from using + /// <see cref="TagLib.Tag.CopyTo" />, or <see + /// langword="null" /> if no tag is to be copied. + /// </param> + /// <returns> + /// The <see cref="TagLib.Tag" /> object added to the current + /// instance, or <see langword="null" /> if it couldn't be + /// created. + /// </returns> + /// <remarks> + /// ID3v2 tags are added at the end of the current instance, + /// while other tags are added to the beginning. + /// </remarks> + public TagLib.Tag AddTag (TagTypes type, TagLib.Tag copy) + { + TagLib.Tag tag = null; + + if (type == TagTypes.Id3v2) { + tag = new TagLib.Id3v2.Tag (); + } else if (type == TagTypes.Ape) { + tag = new TagLib.Ape.Tag (); + ((Ape.Tag) tag).HeaderPresent = true; + } + + if (tag != null) { + copy?.CopyTo (tag, true); + + AddTag (tag); + } + + return tag; + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads a tag starting at a specified position and moves the + /// cursor to its start position. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value reference specifying at what + /// position the potential tag starts. If a tag is found, + /// this value will be updated to the position at which the + /// found tag ends. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <returns> + /// A <see cref="TagLib.Tag" /> object representing the tag + /// found at the specified position, or <see langword="null" + /// /> if no tag was found. + /// </returns> + TagLib.Tag ReadTag (ref long start, ReadStyle style) + { + long end = start; + TagTypes type = ReadTagInfo (ref end); + TagLib.Tag tag = null; + + switch (type) { + case TagTypes.Ape: + tag = new TagLib.Ape.Tag (file, start); + break; + case TagTypes.Id3v2: + tag = new TagLib.Id3v2.Tag (file, start, style); + break; + } + + start = end; + return tag; + } + + /// <summary> + /// Looks for a tag starting at a specified position and moves + /// the cursor to its start position. + /// </summary> + /// <param name="position"> + /// A <see cref="long" /> value reference specifying at what + /// position the potential tag starts. If a tag is found, + /// this value will be updated to the position at which the + /// found tag ends. + /// </param> + /// <returns> + /// A <see cref="TagLib.TagTypes" /> value specifying the + /// type of tag found at the specified position, or <see + /// cref="TagTypes.None" /> if no tag was found. + /// </returns> + TagTypes ReadTagInfo (ref long position) + { + file.Seek (position); + ByteVector data = file.ReadBlock (read_size); + + try { + if (data.StartsWith (Ape.Footer.FileIdentifier)) { + Ape.Footer footer = + new Ape.Footer (data); + + position += footer.CompleteTagSize; + return TagTypes.Ape; + } + + if (data.StartsWith (Id3v2.Header.FileIdentifier)) { + Id3v2.Header header = + new Id3v2.Header (data); + + position += header.CompleteTagSize; + return TagTypes.Id3v2; + } + } catch (CorruptFileException) { + } + + return TagTypes.None; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/NonContainer/StartTag.cs.meta b/Scripts/TaglibSharp/NonContainer/StartTag.cs.meta new file mode 100644 index 0000000..678bde0 --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/StartTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4fffde839a40fa2dca6c46e99e9d8e66 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/NonContainer/Tag.cs b/Scripts/TaglibSharp/NonContainer/Tag.cs new file mode 100644 index 0000000..1fc035f --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/Tag.cs @@ -0,0 +1,246 @@ +// +// Tag.cs: Combines StartTag and EndTag in such a way as their children appear +// as its children. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +using System.Collections.Generic; + +namespace TagLib.NonContainer +{ + /// <summary> + /// This class extends <see cref="CombinedTag" />, combining <see + /// cref="StartTag" /> and <see cref="EndTag" /> in such a way as + /// their children appear as its children. + /// </summary> + public class Tag : CombinedTag + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Tag" /> for a specified <see cref="TagLib.File" />. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object on which the new + /// instance will perform its operations. + /// </param> + /// <remarks> + /// Constructing a new instance does not automatically read + /// the contents from the disk. <see cref="Read" /> must be + /// called to read the tags. + /// </remarks> + public Tag (File file) + { + StartTag = new StartTag (file); + EndTag = new EndTag (file); + AddTag (StartTag); + AddTag (EndTag); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the collection of tags appearing at the start of the + /// file. + /// </summary> + /// <value> + /// A <see cref="TagLib.NonContainer.StartTag" /> storing the + /// tags for the start of the file. + /// </value> + public StartTag StartTag { get; private set; } + + /// <summary> + /// Gets the collection of tags appearing at the end of the + /// file. + /// </summary> + /// <value> + /// A <see cref="TagLib.NonContainer.EndTag" /> storing the + /// tags for the end of the file. + /// </value> + public EndTag EndTag { get; private set; } + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> + /// containing the tag types contained in the current + /// instance. + /// </value> + public override TagTypes TagTypes { + get { return StartTag.TagTypes | EndTag.TagTypes; } + } + + /// <summary> + /// Gets the tags combined in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:TagLib.Tag[]" /> containing the tags combined in + /// the current instance. + /// </value> + /// <remarks> + /// This contains the combined children of <see + /// cref="Tag.StartTag" /> and <see cref="Tag.EndTag" />. + /// </remarks> + public override TagLib.Tag[] Tags { + get { + List<TagLib.Tag> tags = new List<TagLib.Tag> (); + tags.AddRange (StartTag.Tags); + tags.AddRange (EndTag.Tags); + return tags.ToArray (); + } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public TagLib.Tag GetTag (TagTypes type) + { + foreach (TagLib.Tag t in Tags) { + if (type == TagTypes.Id3v1 && t is Id3v1.Tag) + return t; + + if (type == TagTypes.Id3v2 && t is Id3v2.Tag) + return t; + + if (type == TagTypes.Ape && t is Ape.Tag) + return t; + } + + return null; + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public void RemoveTags (TagTypes types) + { + StartTag.RemoveTags (types); + EndTag.RemoveTags (types); + } + + /// <summary> + /// Reads the tags at the start and end of the file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value reference which will be set + /// to contain the seek position in the file at which the + /// tags at the start end. This also marks the seek position + /// at which the media begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value reference which will be set + /// to contain the seek position in the file at which the + /// tags at the end begin. This also marks the seek position + /// at which the media ends. + /// </param> + public void Read (out long start, out long end) + { + start = ReadStart (ReadStyle.None); + end = ReadEnd (ReadStyle.None); + } + + /// <summary> + /// Reads the tags stored at the start of the file into the + /// current instance. + /// </summary> + /// <returns> + /// A <see cref="long" /> value indicating the seek position + /// in the file at which the read tags end. This also + /// marks the seek position at which the media begins. + /// </returns> + public long ReadStart (ReadStyle style) + { + return StartTag.Read (style); + } + + /// <summary> + /// Reads the tags stored at the end of the file into the + /// current instance. + /// </summary> + /// <returns> + /// A <see cref="long" /> value indicating the seek position + /// in the file at which the read tags begin. This also + /// marks the seek position at which the media ends. + /// </returns> + public long ReadEnd (ReadStyle style) + { + return EndTag.Read (style); + } + + /// <summary> + /// Writes the tags to the start and end of the file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value reference which will be set + /// to contain the new seek position in the file at which the + /// tags at the start end. This also marks the seek position + /// at which the media begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value reference which will be set + /// to contain the new seek position in the file at which the + /// tags at the end begin. This also marks the seek position + /// at which the media ends. + /// </param> + public void Write (out long start, out long end) + { + start = StartTag.Write (); + end = EndTag.Write (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/NonContainer/Tag.cs.meta b/Scripts/TaglibSharp/NonContainer/Tag.cs.meta new file mode 100644 index 0000000..feff32c --- /dev/null +++ b/Scripts/TaglibSharp/NonContainer/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: f989da13f485d8b94b8b06320aa07630 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg.meta b/Scripts/TaglibSharp/Ogg.meta new file mode 100644 index 0000000..c7d05e0 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 333035e56976defa78fce698046e762b +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Bitstream.cs b/Scripts/TaglibSharp/Ogg/Bitstream.cs new file mode 100644 index 0000000..a4b9f57 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Bitstream.cs @@ -0,0 +1,209 @@ +// +// Bitstream.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ogg +{ + /// <summary> + /// This class accepts a sequence of pages belonging to a single + /// logical bitstream, processes them, and extracts the tagging and + /// media information. + /// </summary> + public class Bitstream + { + #region Private Fields + + /// <summary> + /// Contains the last packet of the previous page in case it + /// is continued in the next frame. + /// </summary> + ByteVector previous_packet; + + /// <summary> + /// Contains the index of the next packet to be processed. + /// </summary> + int packet_index; + + /// <summary> + /// Contains the absolute granular position of the first + /// page. + /// </summary> + readonly long first_absolute_granular_position; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Bitstream" /> capable of processing a specified + /// page. + /// </summary> + /// <param name="page"> + /// The first <see cref="Page" /> object of the stream to be + /// processed by the new instance. + /// </param> + /// <remarks> + /// The constructor only sets the new instance up to read the + /// packet, but doesn't actually read it. + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="page" /> is <see langword="null" />. + /// </exception> + /// <exception cref="UnsupportedFormatException"> + /// No registered codec capable of processing <paramref + /// name="page" /> could be found. + /// </exception> + public Bitstream (Page page) + { + if (page == null) + throw new ArgumentNullException (nameof (page)); + + // Assume that the first packet is completely enclosed. + // This should be sufficient for codec recognition. + Codec = Codec.GetCodec (page.Packets[0]); + + first_absolute_granular_position = page.Header.AbsoluteGranularPosition; + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads the next logical page in the stream. + /// </summary> + /// <param name="page"> + /// The next logical <see cref="Page" /> object in the + /// stream. + /// </param> + /// <returns> + /// <see langword="true" /> if the codec has read all the + /// necessary packets for the stream and does not need to be + /// called again, typically once the Xiph comment has been + /// found. Otherwise <see langword="false" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="page" /> is <see langword="null" />. + /// </exception> + public bool ReadPage (Page page) + { + if (page == null) + throw new ArgumentNullException (nameof (page)); + + ByteVector[] packets = page.Packets; + + for (int i = 0; i < packets.Length; i++) { + + ByteVector packet = packets[i]; + + // If we're at the first packet of the page, and + // we're continuing an old packet, combine the + // old with the new. + if (i == 0 && (page.Header.Flags & + PageFlags.FirstPacketContinued) != 0 && + previous_packet != null) { + previous_packet.Add (packet); + packet = previous_packet; + } + + previous_packet = null; + + if (i == packets.Length - 1 && !page.Header.LastPacketComplete) { + // If we're at the last packet of the + // page and it's continued on the next page, store it. + previous_packet = new ByteVector (packet); + } else if (ReadPacket (packet)) { + // Otherwise, we need to process it. + return true; + } + } + + return false; + } + + /// <summary> + /// Gets the duration of the stream represented by the + /// current instance. + /// </summary> + /// <param name="lastAbsoluteGranularPosition"> + /// A <see cref="long" /> value containing the absolute + /// granular position of the last page in the bitstream. + /// </param> + /// <returns> + /// A <see cref="TimeSpan" /> object containing the duration + /// of the stream represented by the current instance. + /// </returns> + public TimeSpan GetDuration (long lastAbsoluteGranularPosition) + { + return Codec.GetDuration (first_absolute_granular_position, lastAbsoluteGranularPosition); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the codec object used to interpret the stream + /// represented by the current instance. + /// </summary> + /// <value> + /// The <see cref="Codec" /> object used by the current + /// instance. + /// </value> + public Codec Codec { get; private set; } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Sents a packet to the codec processor to read it. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing the next + /// packet in the stream. + /// </param> + /// <returns> + /// <see langword="true" /> if the codec has read all the + /// necessary packets for the stream and does not need to be + /// called again, typically once the Xiph comment has been + /// found. Otherwise <see langword="false" />. + /// </returns> + bool ReadPacket (ByteVector packet) + { + return Codec.ReadPacket (packet, packet_index++); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/Bitstream.cs.meta b/Scripts/TaglibSharp/Ogg/Bitstream.cs.meta new file mode 100644 index 0000000..621ba69 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Bitstream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4a12be478792ef0b798d11f431269c2c +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Codec.cs b/Scripts/TaglibSharp/Ogg/Codec.cs new file mode 100644 index 0000000..0fcae60 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codec.cs @@ -0,0 +1,288 @@ +// +// Codec.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Ogg +{ + /// <summary> + /// This abstract class implements <see cref="ICodec" /> to provide + /// support for processing packets from an Ogg logical bitstream. + /// </summary> + /// <remarks> + /// Unsupported Ogg codecs can be added by creating child classes and + /// registering them using <see cref="AddCodecProvider" />. + /// </remarks> + /// <seealso cref="CodecProvider" /> + /// <seealso cref="AddCodecProvider" /> + public abstract class Codec : ICodec + { + #region Public Delegates + + /// <summary> + /// Represents a method capable of checking an Ogg header + /// packet to see it is matches a given codec. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing an Ogg + /// header packet. + /// </param> + /// <returns> + /// A <see cref="Codec" /> object capable of processing the + /// stream from which the packet was generated; otherwise + /// <see langword="null" />. + /// </returns> + /// <remarks> + /// <para>In order to add support for a new Ogg codec in + /// TagLib#, a derivative class of <see cref="Codec" /> needs + /// to be created. The class then needs to be added to the + /// codec detection system by creating a <see + /// cref="CodecProvider" /> and registering it with <see + /// cref="AddCodecProvider"/>.</para> + /// <para>A method implementing <see cref="CodecProvider" /> + /// should read <paramref name="packet" /> to determine if + /// it's subclass can handle the data. If it can, it should + /// return a new instance of that class, but in no way act + /// upon the data. If the class cannot be used to read the + /// packet, <see langref="null" /> indicates to the system + /// that it needs to try anther codec provider.</para> + /// </remarks> + /// <example> + /// <para>The following example would check for a Speex + /// packet and return a Speex codec:</para> + /// <code lang="C++"> + /// Codec.AddCodecProvider (delegate (ByteVector packet) { + /// return packet.StartsWith ("Speex ") ? new MySpeexCodec () : null; + /// }); + /// </code> + /// </example> + public delegate Codec CodecProvider (ByteVector packet); + + #endregion + + + + #region Private Static Fields + + /// <summary> + /// Contains registered codec providers. + /// </summary> + static readonly List<CodecProvider> providers = new List<CodecProvider> (); + + #endregion + + + + #region Private Static Methods + + /// <summary> + /// Determines the correct codec to use for a stream header + /// packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing the first + /// packet of an Ogg logical bitstream. + /// </param> + /// <returns> + /// A <see cref="Codec" /> object capable of handling + /// <paramref name="packet" /> and subsequent packets from + /// the same stream. + /// </returns> + /// <exception cref="UnsupportedFormatException"> + /// No registered codec capable of processing <paramref + /// name="packet" /> could be found. + /// </exception> + /// <remarks> + /// This method will first use <see cref="CodecProvider" /> + /// delegates registered with <see cref="AddCodecProvider" /> + /// and then attempt to use the built-in codecs. + /// </remarks> + public static Codec GetCodec (ByteVector packet) + { + Codec c = null; + + foreach (CodecProvider p in providers) { + c = p (packet); + if (c != null) return c; + } + + c = Codecs.Vorbis.FromPacket (packet); + if (c != null) + return c; + + c = Codecs.Theora.FromPacket (packet); + if (c != null) + return c; + + c = Codecs.Opus.FromPacket (packet); + if (c != null) + return c; + + throw new UnsupportedFormatException ("Unknown codec."); + } + + /// <summary> + /// Adds a codec + /// </summary> + /// <param name="provider"> + /// A <see cref="CodecProvider"/> + /// </param> + /// <remarks> + /// A <see cref="CodecProvider" /> delegate is used to add + /// support for new <see cref="Codec" /> subclasses in <see + /// cref="GetCodec" />. + /// </remarks> + /// <seealso cref="CodecProvider" /> + public static void AddCodecProvider (CodecProvider provider) + { + providers.Insert (0, provider); + } + + #endregion + + + + #region Private Properties + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public abstract string Description { get; } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="MediaTypes" /> containing + /// the types of media represented by the current instance. + /// </value> + public abstract MediaTypes MediaTypes { get; } + + /// <summary> + /// Gets the raw Xiph comment data contained in the codec. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing a raw Xiph + /// comment or <see langword="null"/> if none was found. + /// </value> + public abstract ByteVector CommentData { get; } + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="TimeSpan.Zero" />. + /// </value> + /// <remarks> + /// In order to determine the duration of an Ogg stream, the + /// first and last granular positions will be passed to <see + /// cref="GetDuration" />. + /// </remarks> + public TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads a Ogg packet that has been encountered in the + /// stream. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a packet to + /// be read by the current instance. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// packet in the stream. + /// </param> + /// <returns> + /// <see langword="true" /> if the codec has read all the + /// necessary packets for the stream and does not need to be + /// called again, typically once the Xiph comment has been + /// found. Otherwise <see langword="false" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packet" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="index" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The data does not conform to the specificiation for the + /// codec represented by the current instance. + /// </exception> + public abstract bool ReadPacket (ByteVector packet, int index); + + /// <summary> + /// Computes the duration of the stream using the first and + /// last granular positions of the stream. + /// </summary> + /// <param name="firstGranularPosition"> + /// A <see cref="long" /> value containing the first granular + /// position of the stream. + /// </param> + /// <param name="lastGranularPosition"> + /// A <see cref="long" /> value containing the last granular + /// position of the stream. + /// </param> + /// <returns> + /// A <see cref="TimeSpan" /> value containing the duration + /// of the stream. + /// </returns> + public abstract TimeSpan GetDuration (long firstGranularPosition, long lastGranularPosition); + + /// <summary> + /// Replaces the comment packet in a collection of packets + /// with the rendered version of a Xiph comment or inserts a + /// comment packet if the stream lacks one. + /// </summary> + /// <param name="packets"> + /// A <see cref="ByteVectorCollection" /> object containing + /// a collection of packets. + /// </param> + /// <param name="comment"> + /// A <see cref="XiphComment" /> object to store the rendered + /// version of in <paramref name="packets" />. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packets" /> or <paramref name="comment" + /// /> is <see langword="null" />. + /// </exception> + public abstract void SetCommentPacket (ByteVectorCollection packets, XiphComment comment); + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/Codec.cs.meta b/Scripts/TaglibSharp/Ogg/Codec.cs.meta new file mode 100644 index 0000000..f490d69 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fed920fee9cd6fea7ba74ef626454b6e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Codecs.meta b/Scripts/TaglibSharp/Ogg/Codecs.meta new file mode 100644 index 0000000..597e62e --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: eb042ad18bd78a508b883d944a2d08d0 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Codecs/Opus.cs b/Scripts/TaglibSharp/Ogg/Codecs/Opus.cs new file mode 100644 index 0000000..a4717cc --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs/Opus.cs @@ -0,0 +1,374 @@ +// +// Opus.cs: +// +// Author: +// Les De Ridder (les@lesderid.net) +// +// Copyright (C) 2007 Brian Nickel +// Copyright (C) 2015 Les De Ridder +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ogg.Codecs +{ + /// <summary> + /// This class extends <see cref="Codec" /> and implements <see + /// cref="IAudioCodec" /> to provide support for processing Ogg + /// Opus bitstreams. + /// </summary> + public class Opus : Codec, IAudioCodec + { + #region Private Static Fields + + /// <summary> + /// Contains the file identifier. + /// </summary> + static readonly ByteVector magic_signature_base = "Opus"; + + static readonly ByteVector magic_signature_header = "OpusHead"; + static readonly ByteVector magic_signature_comment = "OpusTags"; + static readonly int magic_signature_length = 8; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the header packet. + /// </summary> + HeaderPacket header; + + /// <summary> + /// Contains the comment data. + /// </summary> + ByteVector comment_data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Opus" />. + /// </summary> + Opus () + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads a Ogg packet that has been encountered in the + /// stream. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a packet to + /// be read by the current instance. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// packet in the stream. + /// </param> + /// <returns> + /// <see langword="true" /> if the codec has read all the + /// necessary packets for the stream and does not need to be + /// called again, typically once the Xiph comment has been + /// found. Otherwise <see langword="false" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packet" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="index" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The data does not conform to the specificiation for the + /// codec represented by the current instance. + /// </exception> + public override bool ReadPacket (ByteVector packet, int index) + { + if (packet == null) + throw new ArgumentNullException (nameof (packet)); + + if (index < 0) + throw new ArgumentOutOfRangeException (nameof (index), "index must be at least zero."); + + ByteVector signature = MagicSignature (packet); + if (signature != magic_signature_header && index == 0) + throw new CorruptFileException ("Stream does not begin with opus header."); + + if (comment_data == null) { + if (signature == magic_signature_header) + header = new HeaderPacket (packet); + else if (signature == magic_signature_comment) + comment_data = packet.Mid (magic_signature_length); + else + return true; + } + + return comment_data != null; + } + + /// <summary> + /// Computes the duration of the stream using the first and + /// last granular positions of the stream. + /// </summary> + /// <param name="firstGranularPosition"> + /// A <see cref="long" /> value containing the first granular + /// position of the stream. + /// </param> + /// <param name="lastGranularPosition"> + /// A <see cref="long" /> value containing the last granular + /// position of the stream. + /// </param> + /// <returns> + /// A <see cref="TimeSpan" /> value containing the duration + /// of the stream. + /// </returns> + public override TimeSpan GetDuration (long firstGranularPosition, long lastGranularPosition) + { + return TimeSpan.FromSeconds ((lastGranularPosition - firstGranularPosition - 2 * header.pre_skip) / (double)48000); + } + + /// <summary> + /// Replaces the comment packet in a collection of packets + /// with the rendered version of a Xiph comment or inserts a + /// comment packet if the stream lacks one. + /// </summary> + /// <param name="packets"> + /// A <see cref="ByteVectorCollection" /> object containing + /// a collection of packets. + /// </param> + /// <param name="comment"> + /// A <see cref="XiphComment" /> object to store the rendered + /// version of in <paramref name="packets" />. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packets" /> or <paramref name="comment" + /// /> is <see langword="null" />. + /// </exception> + public override void SetCommentPacket (ByteVectorCollection packets, XiphComment comment) + { + if (packets == null) + throw new ArgumentNullException (nameof (packets)); + + if (comment == null) + throw new ArgumentNullException (nameof (comment)); + + ByteVector data = new ByteVector (); + data.Add (magic_signature_comment); + data.Add (comment.Render (true)); + if (packets.Count > 1 && MagicSignature (packets[1]) == magic_signature_comment) + packets[1] = data; + else + packets.Insert (1, data); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + /// <remarks> + /// Always returns zero, since bitrate is variable and no + /// information is stored in the Ogg header (unlike e.g. Vorbis). + /// </remarks> + public int AudioBitrate { + get { return 0; } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the original + /// sample rate of the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)header.input_sample_rate; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return (int)header.channel_count; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public override MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets the raw Xiph comment data contained in the codec. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing a raw Xiph + /// comment or <see langword="null"/> if none was found. + /// </value> + public override ByteVector CommentData { + get { return comment_data; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { + get { + return $"Opus Version {header.opus_version} Audio"; + } + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Implements the <see cref="T:CodecProvider" /> delegate to + /// provide support for recognizing a Opus stream from the + /// header packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing the stream + /// header packet. + /// </param> + /// <returns> + /// A <see cref="Codec"/> object containing a codec capable + /// of parsing the stream of <see langref="null" /> if the + /// stream is not a Opus stream. + /// </returns> + public static Codec FromPacket (ByteVector packet) + { + return (MagicSignature (packet) == magic_signature_header) ? new Opus () : null; + } + + #endregion + + + + #region Private Static Methods + + /// <summary> + /// Gets the magic signature for a specified Opus packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a Opus + /// packet. + /// </param> + /// <returns> + /// A <see cref="ByteVector" /> value containing the magic + /// signature or null if the packet is invalid. + /// </returns> + static ByteVector MagicSignature (ByteVector packet) + { + if (packet.Count < magic_signature_length) + return null; + + for (int i = 0; i < magic_signature_base.Count; i++) + if (packet[i] != magic_signature_base[i]) + return null; + + return packet.Mid (0, magic_signature_length); + } + + #endregion + + /// <summary> + /// This structure represents a Opus header packet. + /// </summary> + struct HeaderPacket + { + public uint opus_version; + public uint channel_count; + public uint pre_skip; + public uint input_sample_rate; + public uint output_gain; + public uint channel_map; + public uint stream_count; + public uint two_channel_stream_count; + public uint[] channel_mappings; + + public HeaderPacket (ByteVector data) + { + opus_version = data[8]; + channel_count = data[9]; + pre_skip = data.Mid (10, 2).ToUInt (false); + input_sample_rate = data.Mid (12, 4).ToUInt (false); + output_gain = data.Mid (16, 2).ToUInt (false); + channel_map = data[18]; + + if (channel_map == 0) { + stream_count = 1; + two_channel_stream_count = channel_count - 1; + + channel_mappings = new uint[channel_count]; + channel_mappings[0] = 0; + if (channel_count == 2) { + channel_mappings[1] = 1; + } + } else { + stream_count = data[19]; + two_channel_stream_count = data[20]; + + channel_mappings = new uint[channel_count]; + for (int i = 0; i < channel_count; i++) { + channel_mappings[i] = data[21 + i]; + } + } + } + } + } +} diff --git a/Scripts/TaglibSharp/Ogg/Codecs/Opus.cs.meta b/Scripts/TaglibSharp/Ogg/Codecs/Opus.cs.meta new file mode 100644 index 0000000..3f9052f --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs/Opus.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a14c8220a5c3b244faae861945f167a9 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Codecs/Theora.cs b/Scripts/TaglibSharp/Ogg/Codecs/Theora.cs new file mode 100644 index 0000000..6e1e37a --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs/Theora.cs @@ -0,0 +1,371 @@ +// +// Theora.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ogg.Codecs +{ + /// <summary> + /// This class extends <see cref="Codec" /> and implements <see + /// cref="IVideoCodec" /> to provide support for processing Ogg + /// Theora bitstreams. + /// </summary> + public class Theora : Codec, IVideoCodec + { + #region Private Static Fields + + /// <summary> + /// Contains the file identifier. + /// </summary> + static readonly ByteVector id = "theora"; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the header packet. + /// </summary> + HeaderPacket header; + + /// <summary> + /// Contains the comment data. + /// </summary> + ByteVector comment_data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Theora" />. + /// </summary> + Theora () + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads a Ogg packet that has been encountered in the + /// stream. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a packet to + /// be read by the current instance. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// packet in the stream. + /// </param> + /// <returns> + /// <see langword="true" /> if the codec has read all the + /// necessary packets for the stream and does not need to be + /// called again, typically once the Xiph comment has been + /// found. Otherwise <see langword="false" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packet" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="index" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The data does not conform to the specificiation for the + /// codec represented by the current instance. + /// </exception> + public override bool ReadPacket (ByteVector packet, int index) + { + if (packet == null) + throw new ArgumentNullException (nameof (packet)); + + if (index < 0) + throw new ArgumentOutOfRangeException (nameof (index), "index must be at least zero."); + + int type = PacketType (packet); + if (type != 0x80 && index == 0) + throw new CorruptFileException ("Stream does not begin with theora header."); + + if (comment_data == null) { + if (type == 0x80) + header = new HeaderPacket (packet); + else if (type == 0x81) + comment_data = packet.Mid (7); + else + return true; + } + + return comment_data != null; + } + + /// <summary> + /// Computes the duration of the stream using the first and + /// last granular positions of the stream. + /// </summary> + /// <param name="firstGranularPosition"> + /// A <see cref="long" /> value containing the first granular + /// position of the stream. + /// </param> + /// <param name="lastGranularPosition"> + /// A <see cref="long" /> value containing the last granular + /// position of the stream. + /// </param> + /// <returns> + /// A <see cref="TimeSpan" /> value containing the duration + /// of the stream. + /// </returns> + public override TimeSpan GetDuration (long firstGranularPosition, long lastGranularPosition) + { + return TimeSpan.FromSeconds ( + header.GranuleTime (lastGranularPosition) - + header.GranuleTime (firstGranularPosition)); + } + + /// <summary> + /// Replaces the comment packet in a collection of packets + /// with the rendered version of a Xiph comment or inserts a + /// comment packet if the stream lacks one. + /// </summary> + /// <param name="packets"> + /// A <see cref="ByteVectorCollection" /> object containing + /// a collection of packets. + /// </param> + /// <param name="comment"> + /// A <see cref="XiphComment" /> object to store the rendered + /// version of in <paramref name="packets" />. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packets" /> or <paramref name="comment" + /// /> is <see langword="null" />. + /// </exception> + public override void SetCommentPacket (ByteVectorCollection packets, XiphComment comment) + { + if (packets == null) + throw new ArgumentNullException (nameof (packets)); + + if (comment == null) + throw new ArgumentNullException (nameof (comment)); + + ByteVector data = new ByteVector ((byte)0x81); + data.Add (id); + data.Add (comment.Render (true)); + + if (packets.Count > 1 && PacketType (packets[1]) == 0x81) + packets[1] = data; + else + packets.Insert (1, data); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the width of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// video represented by the current instance. + /// </value> + public int VideoWidth { + get { return header.width; } + } + + /// <summary> + /// Gets the height of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// video represented by the current instance. + /// </value> + public int VideoHeight { + get { return header.height; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Video" />. + /// </value> + public override MediaTypes MediaTypes { + get { return MediaTypes.Video; } + } + + /// <summary> + /// Gets the raw Xiph comment data contained in the codec. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing a raw Xiph + /// comment or <see langword="null"/> if none was found. + /// </value> + public override ByteVector CommentData { + get { return comment_data; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { + get { + return $"Theora Version {header.major_version}.{header.minor_version} Video"; + } + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Implements the <see cref="T:CodecProvider" /> delegate to + /// provide support for recognizing a Theora stream from the + /// header packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing the stream + /// header packet. + /// </param> + /// <returns> + /// A <see cref="Codec"/> object containing a codec capable + /// of parsing the stream of <see langref="null" /> if the + /// stream is not a Theora stream. + /// </returns> + public static Codec FromPacket (ByteVector packet) + { + return (PacketType (packet) == 0x80) ? new Theora () : null; + } + + #endregion + + + + #region Private Static Methods + + /// <summary> + /// Gets the packet type for a specified Theora packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a Theora + /// packet. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the packet type or + /// -1 if the packet is invalid. + /// </returns> + static int PacketType (ByteVector packet) + { + if (packet.Count <= id.Count || packet[0] < 0x80) + return -1; + + for (int i = 0; i < id.Count; i++) + if (packet[i + 1] != id[i]) + return -1; + + return packet[0]; + } + + #endregion + + /// <summary> + /// This structure represents a Theora header packet. + /// </summary> + struct HeaderPacket + { + public byte major_version; + public byte minor_version; + public byte revision_version; + public int width; + public int height; + public int fps_numerator; + public int fps_denominator; + public int keyframe_granule_shift; + + public HeaderPacket (ByteVector data) + { + major_version = data[7]; + minor_version = data[8]; + revision_version = data[9]; + // width = data.Mid (10, 2).ToShort () << 4; + // height = data.Mid (12, 2).ToShort () << 4; + width = (int)data.Mid (14, 3).ToUInt (); // Frame Width. + height = (int)data.Mid (17, 3).ToUInt (); // Frame Height. + // Offset X. + // Offset Y. + fps_numerator = (int)data.Mid (22, 4).ToUInt (); + fps_denominator = (int)data.Mid (26, 4).ToUInt (); + // Aspect Numerator. + // Aspect Denominator. + // Colorspace. + // Target bitrate. + ushort last_bits = data.Mid (40, 2).ToUShort (); + keyframe_granule_shift = (last_bits >> 5) & 0x1F; + } + + /// <summary> + /// Converts an absolute granular position into a + /// seconds. + /// </summary> + /// <param name="granularPosition"> + /// A <see cref="long" /> value containing the + /// absolute granular position. + /// </param> + /// <returns> + /// A <see cref="double" /> value containing the time + /// at <paramref name="granularPosition" /> in + /// seconds.</returns> + /// <remarks> + /// Many thanks to the good people at + /// irc://irc.freenode.net#theora for making this + /// code a reality. + /// </remarks> + public double GranuleTime (long granularPosition) + { + long iframe = granularPosition >> keyframe_granule_shift; + long pframe = granularPosition - (iframe << keyframe_granule_shift); + + return (iframe + pframe) * (fps_denominator / (double)fps_numerator); + } + } + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Ogg/Codecs/Theora.cs.meta b/Scripts/TaglibSharp/Ogg/Codecs/Theora.cs.meta new file mode 100644 index 0000000..e122922 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs/Theora.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4101a3ed56e2ee3c5ad91051eeca7af3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Codecs/Vorbis.cs b/Scripts/TaglibSharp/Ogg/Codecs/Vorbis.cs new file mode 100644 index 0000000..917f9cb --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs/Vorbis.cs @@ -0,0 +1,346 @@ +// +// Vorbis.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Ogg.Codecs +{ + /// <summary> + /// This class extends <see cref="Codec" /> and implements <see + /// cref="IAudioCodec" /> to provide support for processing Ogg + /// Vorbis bitstreams. + /// </summary> + public class Vorbis : Codec, IAudioCodec + { + #region Private Static Fields + + /// <summary> + /// Contains the file identifier. + /// </summary> + static readonly ByteVector id = "vorbis"; + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the header packet. + /// </summary> + HeaderPacket header; + + /// <summary> + /// Contains the comment data. + /// </summary> + ByteVector comment_data; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Vorbis" />. + /// </summary> + Vorbis () + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Reads a Ogg packet that has been encountered in the + /// stream. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a packet to + /// be read by the current instance. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// packet in the stream. + /// </param> + /// <returns> + /// <see langword="true" /> if the codec has read all the + /// necessary packets for the stream and does not need to be + /// called again, typically once the Xiph comment has been + /// found. Otherwise <see langword="false" />. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packet" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="index" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The data does not conform to the specificiation for the + /// codec represented by the current instance. + /// </exception> + public override bool ReadPacket (ByteVector packet, int index) + { + if (packet == null) + throw new ArgumentNullException (nameof (packet)); + + if (index < 0) + throw new ArgumentOutOfRangeException (nameof (index), "index must be at least zero."); + + int type = PacketType (packet); + if (type != 1 && index == 0) + throw new CorruptFileException ("Stream does not begin with vorbis header."); + + if (comment_data == null) { + if (type == 1) + header = new HeaderPacket (packet); + else if (type == 3) + comment_data = packet.Mid (7); + else + return true; + } + + return comment_data != null; + } + + /// <summary> + /// Computes the duration of the stream using the first and + /// last granular positions of the stream. + /// </summary> + /// <param name="firstGranularPosition"> + /// A <see cref="long" /> value containing the first granular + /// position of the stream. + /// </param> + /// <param name="lastGranularPosition"> + /// A <see cref="long" /> value containing the last granular + /// position of the stream. + /// </param> + /// <returns> + /// A <see cref="TimeSpan" /> value containing the duration + /// of the stream. + /// </returns> + public override TimeSpan GetDuration (long firstGranularPosition, long lastGranularPosition) + { + return header.sample_rate == 0 ? TimeSpan.Zero : + TimeSpan.FromSeconds ((lastGranularPosition - firstGranularPosition) / (double)header.sample_rate); + } + + /// <summary> + /// Replaces the comment packet in a collection of packets + /// with the rendered version of a Xiph comment or inserts a + /// comment packet if the stream lacks one. + /// </summary> + /// <param name="packets"> + /// A <see cref="ByteVectorCollection" /> object containing + /// a collection of packets. + /// </param> + /// <param name="comment"> + /// A <see cref="XiphComment" /> object to store the rendered + /// version of in <paramref name="packets" />. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packets" /> or <paramref name="comment" + /// /> is <see langword="null" />. + /// </exception> + public override void SetCommentPacket (ByteVectorCollection packets, XiphComment comment) + { + if (packets == null) + throw new ArgumentNullException (nameof (packets)); + + if (comment == null) + throw new ArgumentNullException (nameof (comment)); + + ByteVector data = new ByteVector ((byte)0x03); + data.Add (id); + data.Add (comment.Render (true)); + if (packets.Count > 1 && PacketType (packets[1]) == 0x03) + packets[1] = data; + else + packets.Insert (1, data); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + return (int)(header.bitrate_nominal / 1000f + 0.5); + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)header.sample_rate; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return (int)header.channels; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public override MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets the raw Xiph comment data contained in the codec. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing a raw Xiph + /// comment or <see langword="null"/> if none was found. + /// </value> + public override ByteVector CommentData { + get { return comment_data; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { + get { + return $"Vorbis Version {header.vorbis_version} Audio"; + } + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Implements the <see cref="T:CodecProvider" /> delegate to + /// provide support for recognizing a Vorbis stream from the + /// header packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing the stream + /// header packet. + /// </param> + /// <returns> + /// A <see cref="Codec"/> object containing a codec capable + /// of parsing the stream of <see langref="null" /> if the + /// stream is not a Vorbis stream. + /// </returns> + public static Codec FromPacket (ByteVector packet) + { + return (PacketType (packet) == 1) ? new Vorbis () : null; + } + + #endregion + + + + #region Private Static Methods + + /// <summary> + /// Gets the packet type for a specified Vorbis packet. + /// </summary> + /// <param name="packet"> + /// A <see cref="ByteVector" /> object containing a Vorbis + /// packet. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the packet type or + /// -1 if the packet is invalid. + /// </returns> + static int PacketType (ByteVector packet) + { + if (packet.Count <= id.Count) + return -1; + + for (int i = 0; i < id.Count; i++) + if (packet[i + 1] != id[i]) + return -1; + + return packet[0]; + } + + #endregion + + /// <summary> + /// This structure represents a Vorbis header packet. + /// </summary> + struct HeaderPacket + { + public uint sample_rate; + public uint channels; + public uint vorbis_version; + public uint bitrate_maximum; + public uint bitrate_nominal; + public uint bitrate_minimum; + + public HeaderPacket (ByteVector data) + { + vorbis_version = data.Mid (7, 4).ToUInt (false); + channels = data[11]; + sample_rate = data.Mid (12, 4).ToUInt (false); + bitrate_maximum = data.Mid (16, 4).ToUInt (false); + bitrate_nominal = data.Mid (20, 4).ToUInt (false); + bitrate_minimum = data.Mid (24, 4).ToUInt (false); + } + } + } +} diff --git a/Scripts/TaglibSharp/Ogg/Codecs/Vorbis.cs.meta b/Scripts/TaglibSharp/Ogg/Codecs/Vorbis.cs.meta new file mode 100644 index 0000000..2e79bb3 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Codecs/Vorbis.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: eb1a3113ffc3c33888579ca93ea7b089 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/File.cs b/Scripts/TaglibSharp/Ogg/File.cs new file mode 100644 index 0000000..4cdc48f --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/File.cs @@ -0,0 +1,422 @@ +// +// File.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// oggfile.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Ogg +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide tagging + /// and properties support for Ogg files. + /// </summary> + [SupportedMimeType ("taglib/ogg", "ogg")] + [SupportedMimeType ("taglib/oga", "oga")] + [SupportedMimeType ("taglib/ogv", "ogv")] + [SupportedMimeType ("taglib/opus", "opus")] + [SupportedMimeType ("application/ogg")] + [SupportedMimeType ("application/x-ogg")] + [SupportedMimeType ("audio/vorbis")] + [SupportedMimeType ("audio/x-vorbis")] + [SupportedMimeType ("audio/x-vorbis+ogg")] + [SupportedMimeType ("audio/ogg")] + [SupportedMimeType ("audio/x-ogg")] + [SupportedMimeType ("video/ogg")] + [SupportedMimeType ("video/x-ogm+ogg")] + [SupportedMimeType ("video/x-theora+ogg")] + [SupportedMimeType ("video/x-theora")] + [SupportedMimeType ("audio/opus")] + [SupportedMimeType ("audio/x-opus")] + [SupportedMimeType ("audio/x-opus+ogg")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains the tags for the file. + /// </summary> + readonly GroupedComment tag; + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Mode = AccessMode.Read; + try { + tag = new GroupedComment (); + Read (propertiesStyle); + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + var pages = new List<Page> (); + var streams = ReadStreams (pages, out var end); + var paginators = new Dictionary<uint, Paginator> (); + var new_pages = new List<List<Page>> (); + var shifts = new Dictionary<uint, int> (); + + foreach (var page in pages) { + uint id = page.Header.StreamSerialNumber; + if (!paginators.ContainsKey (id)) + paginators.Add (id, new Paginator (streams[id].Codec)); + + paginators[id].AddPage (page); + } + + foreach (uint id in paginators.Keys) { + paginators[id].SetComment (tag.GetComment (id)); + new_pages.Add (new List<Page> (paginators[id].Paginate (out var shift))); + shifts.Add (id, shift); + } + + var output = new ByteVector (); + bool empty; + do { + empty = true; + foreach (var stream_pages in new_pages) { + if (stream_pages.Count == 0) + continue; + + output.Add (stream_pages[0].Render ()); + stream_pages.RemoveAt (0); + + if (stream_pages.Count != 0) + empty = false; + } + } while (!empty); + + Insert (output, 0, end); + InvariantStartPosition = output.Count; + InvariantEndPosition = Length; + + TagTypesOnDisk = TagTypes; + + Page.OverwriteSequenceNumbers (this, output.Count, shifts); + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if ((types & TagTypes.Xiph) != TagTypes.None) + tag.Clear (); + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, bool create) + { + if (type == TagTypes.Xiph) + foreach (var comment in tag.Comments) + return comment; + + return null; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads the file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + var streams = ReadStreams (null, out var end); + var codecs = new List<ICodec> (); + InvariantStartPosition = end; + InvariantEndPosition = Length; + + foreach (uint id in streams.Keys) { + tag.AddComment (id, streams[id].Codec.CommentData); + codecs.Add (streams[id].Codec); + } + + if ((propertiesStyle & ReadStyle.Average) == 0) + return; + + var last_header = LastPageHeader; + + var duration = streams[last_header.StreamSerialNumber].GetDuration (last_header.AbsoluteGranularPosition); + properties = new Properties (duration, codecs); + } + + /// <summary> + /// Reads the file until all streams have finished their + /// property and tagging data. + /// </summary> + /// <param name="pages"> + /// A <see cref="T:System.Collections.Generic.List`1"/> + /// object to be filled with <see cref="Page" /> objects as + /// they are read, or <see langword="null"/> if the pages + /// are not to be stored. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value reference to be updated to + /// the postion of the first page not read by the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="T:System.Collections.Generic.Dictionary`2" + /// /> object containing stream serial numbers as the keys + /// <see cref="Bitstream" /> objects as the values. + /// </returns> + Dictionary<uint, Bitstream> ReadStreams (List<Page> pages, out long end) + { + var streams = new Dictionary<uint, Bitstream> (); + var active_streams = new List<Bitstream> (); + + long position = 0; + + do { + Bitstream stream = null; + var page = new Page (this, position); + + if ((page.Header.Flags & PageFlags.FirstPageOfStream) != 0) { + stream = new Bitstream (page); + streams.Add (page.Header.StreamSerialNumber, stream); + active_streams.Add (stream); + } + + if (stream == null) + stream = streams[page.Header.StreamSerialNumber]; + + if (active_streams.Contains (stream) && stream.ReadPage (page)) + active_streams.Remove (stream); + + pages?.Add (page); + + position += page.Size; + } while (active_streams.Count > 0); + + end = position; + + return streams; + } + + #endregion + + + + #region Private Properties + + /// <summary> + /// Gets the last page header in the file. + /// </summary> + /// <value> + /// A <see cref="PageHeader" /> object containing the last + /// page header in the file. + /// </value> + /// <remarks> + /// The last page header is used to determine the last + /// absolute granular position of a stream so the duration + /// can be calculated. + /// </remarks> + PageHeader LastPageHeader { + get { + long last_page_header_offset = RFind ("OggS"); + + if (last_page_header_offset < 0) + throw new CorruptFileException ("Could not find last header."); + + return new PageHeader (this, last_page_header_offset); + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/File.cs.meta b/Scripts/TaglibSharp/Ogg/File.cs.meta new file mode 100644 index 0000000..76dfe5c --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d0629b431af30065c9564b78babcba44 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/GroupedComment.cs b/Scripts/TaglibSharp/Ogg/GroupedComment.cs new file mode 100644 index 0000000..80f2a90 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/GroupedComment.cs @@ -0,0 +1,1487 @@ +// +// GroupedComment.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Ogg +{ + /// <summary> + /// This class combines a collection of <see cref="XiphComment"/> + /// objects so that properties can be read from each but are only set + /// to the first comment of the file. + /// </summary> + public class GroupedComment : Tag + { + #region Private Fields + + /// <summary> + /// Contains a mapping between stream serial numbers and + /// comments. + /// </summary> + readonly Dictionary<uint, XiphComment> comment_hash; + + /// <summary> + /// Contains comments in the order they are added. + /// </summary> + readonly List<XiphComment> tags; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="GroupedComment" /> with now contents. + /// </summary> + public GroupedComment () + { + comment_hash = new Dictionary<uint, XiphComment> (); + tags = new List<XiphComment> (); + } + + /// <summary> + /// Gets an enumeration of the comments in the current + /// instance, in the order they were added. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" + /// /> object enumerating through the <see cref="XiphComment" + /// /> objects contained in the current instance. + /// </value> + public IEnumerable<XiphComment> Comments { + get { return tags; } + } + + /// <summary> + /// Gets a comment in the current instance for a specified + /// stream. + /// </summary> + /// <param name="streamSerialNumber"> + /// A <see cref="uint" /> value containing the serial number + /// of the stream of the comment to get. + /// </param> + /// <returns> + /// A <see cref="XiphComment"/> with the matching serial + /// number. + /// </returns> + public XiphComment GetComment (uint streamSerialNumber) + { + return comment_hash[streamSerialNumber]; + } + + /// <summary> + /// Adds a Xiph comment to the current instance. + /// </summary> + /// <param name="streamSerialNumber"> + /// A <see cref="uint" /> value containing the serial number + /// of the stream containing the comment. + /// </param> + /// <param name="comment"> + /// A <see cref="XiphComment" /> object to add to the current + /// instance. + /// </param> + public void AddComment (uint streamSerialNumber, XiphComment comment) + { + comment_hash.Add (streamSerialNumber, comment); + tags.Add (comment); + } + + /// <summary> + /// Adds a Xiph comment to the current instance. + /// </summary> + /// <param name="streamSerialNumber"> + /// A <see cref="uint" /> value containing the serial number + /// of the stream containing the comment. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing the raw Xiph + /// comment to add to the current instance. + /// </param> + public void AddComment (uint streamSerialNumber, ByteVector data) + { + AddComment (streamSerialNumber, new XiphComment (data)); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> + /// containing the tag types contained in the current + /// instance. + /// </value> + /// <remarks> + /// This value contains a bitwise combined value from all the + /// child tags. + /// </remarks> + /// <seealso cref="Tag.TagTypes" /> + public override TagTypes TagTypes { + get { + TagTypes types = TagTypes.None; + foreach (XiphComment tag in tags) + if (tag != null) + types |= tag.TagTypes; + + return types; + } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Title" /> + public override string Title { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Title; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Title = value; } + } + + /// <summary> + /// Gets and sets the sort names for the individual track title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name + /// for the track title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.TitleSort" /> + public override string TitleSort { + get { + foreach (XiphComment tag in tags) { + if (tag == null) + continue; + + string value = tag.TitleSort; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].TitleSort = value; } + } + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Subtitle" /> + public override string Subtitle { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Subtitle; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Subtitle = value; } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Description" /> + public override string Description { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Description; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Description = value; } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Performers" /> + public override string[] Performers { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.Performers; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].Performers = value; } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.PerformersSort" /> + public override string[] PerformersSort { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.PerformersSort; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].PerformersSort = value; } + } + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.PerformersRole" /> + public override string[] PerformersRole { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.PerformersRole; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].PerformersRole = value; } + } + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.AlbumArtists" /> + public override string[] AlbumArtists { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.AlbumArtists; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].AlbumArtists = value; } + } + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.AlbumArtistsSort" /> + public override string[] AlbumArtistsSort { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.AlbumArtistsSort; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + + set { if (tags.Count > 0) tags[0].AlbumArtistsSort = value; } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Composers" /> + public override string[] Composers { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.Composers; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].Composers = value; } + } + + /// <summary> + /// Gets and sets the sort names for the composer of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the composer of the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.ComposersSort" /> + public override string[] ComposersSort { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.ComposersSort; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].ComposersSort = value; } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Album" /> + public override string Album { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Album; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Album = value; } + } + + /// <summary> + /// Gets and sets the sort names for the album title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names + /// for the album title of the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.AlbumSort" /> + public override string AlbumSort { + get { + foreach (XiphComment tag in tags) { + string value = tag?.AlbumSort; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].AlbumSort = value; } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Comment" /> + public override string Comment { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Comment; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Comment = value; } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> array containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Genres" /> + public override string[] Genres { + get { + foreach (XiphComment tag in tags) { + string[] value = tag?.Genres; + + if (value != null && value.Length > 0) + return value; + } + + return new string[] { }; + } + set { if (tags.Count > 0) tags[0].Genres = value; } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Year" /> + public override uint Year { + get { + foreach (XiphComment tag in tags) + if (tag != null && tag.Year != 0) + return tag.Year; + + return 0; + } + set { if (tags.Count > 0) tags[0].Year = value; } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Track" /> + public override uint Track { + get { + foreach (XiphComment tag in tags) + if (tag != null && tag.Track != 0) + return tag.Track; + + return 0; + } + set { if (tags.Count > 0) tags[0].Track = value; } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.TrackCount" /> + public override uint TrackCount { + get { + foreach (XiphComment tag in tags) + if (tag != null && tag.TrackCount != 0) + return tag.TrackCount; + + return 0; + } + set { if (tags.Count > 0) tags[0].TrackCount = value; } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Disc" /> + public override uint Disc { + get { + foreach (XiphComment tag in tags) + if (tag != null && tag.Disc != 0) + return tag.Disc; + + return 0; + } + set { if (tags.Count > 0) tags[0].Disc = value; } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.DiscCount" /> + public override uint DiscCount { + get { + foreach (XiphComment tag in tags) + if (tag != null && tag.DiscCount != 0) + return tag.DiscCount; + + return 0; + } + set { if (tags.Count > 0) tags[0].DiscCount = value; } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Lyrics" /> + public override string Lyrics { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Lyrics; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Lyrics = value; } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Grouping" /> + public override string Grouping { + get { + foreach (XiphComment tag in tags) { + if (tag == null) + continue; + + string value = tag.Grouping; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Grouping = value; } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-zero value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.BeatsPerMinute" /> + public override uint BeatsPerMinute { + get { + foreach (XiphComment tag in tags) + if (tag != null && tag.BeatsPerMinute != 0) + return tag.BeatsPerMinute; + + return 0; + } + + set { if (tags.Count > 0) tags[0].BeatsPerMinute = value; } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Conductor" /> + public override string Conductor { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Conductor; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Conductor = value; } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Copyright" /> + public override string Copyright { + get { + foreach (XiphComment tag in tags) { + string value = tag?.Copyright; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].Copyright = value; } + } + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-<see + /// langword="null" /> value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.DateTagged" /> + public override DateTime? DateTagged { + get { + foreach (XiphComment tag in tags) { + DateTime? value = tag?.DateTagged; + + if (value != null) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].DateTagged = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ArtistID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzArtistId" /> + public override string MusicBrainzArtistId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzArtistId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzArtistId = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseGroupID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseGroupId" /> + public override string MusicBrainzReleaseGroupId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzReleaseGroupId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzReleaseGroupId = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseId" /> + public override string MusicBrainzReleaseId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzReleaseId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzReleaseId = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// ReleaseArtistID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseArtistId" /> + public override string MusicBrainzReleaseArtistId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzReleaseArtistId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzReleaseArtistId = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// TrackID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzTrackId" /> + public override string MusicBrainzTrackId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzTrackId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzTrackId = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// DiscID for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzDiscId" /> + public override string MusicBrainzDiscId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzDiscId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzDiscId = value; } + } + + /// <summary> + /// Gets and sets the MusicIP PUID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIP PUID + /// for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicIpId" /> + public override string MusicIpId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicIpId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicIpId = value; } + } + + /// <summary> + /// Gets and sets the Amazon ID. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the Amazon ID + /// for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.AmazonId" /> + public override string AmazonId { + get { + foreach (XiphComment tag in tags) { + string value = tag?.AmazonId; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].AmazonId = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Status. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// Release Status for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseStatus" /> + public override string MusicBrainzReleaseStatus { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzReleaseStatus; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzReleaseStatus = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// Release Type for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseType" /> + public override string MusicBrainzReleaseType { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzReleaseType; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzReleaseType = value; } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz + /// Release Country for the media described by the + /// current instance or null if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.MusicBrainzReleaseCountry" /> + public override string MusicBrainzReleaseCountry { + get { + foreach (XiphComment tag in tags) { + string value = tag?.MusicBrainzReleaseCountry; + + if (!string.IsNullOrEmpty (value)) + return value; + } + + return null; + } + set { if (tags.Count > 0) tags[0].MusicBrainzReleaseCountry = value; } + } + + /// <summary> + /// Gets and sets the ReplayGain Track Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Track Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainTrackGain" /> + public override double ReplayGainTrackGain { + get { + foreach (XiphComment tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainTrackGain; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + set { if (tags.Count > 0) tags[0].ReplayGainTrackGain = value; } + } + + /// <summary> + /// Gets and sets the ReplayGain Peak Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Peak Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainTrackPeak" /> + public override double ReplayGainTrackPeak { + get { + foreach (XiphComment tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainTrackPeak; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + set { if (tags.Count > 0) tags[0].ReplayGainTrackPeak = value; } + } + + /// <summary> + /// Gets and sets the ReplayGain Album Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Album Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainAlbumGain" /> + public override double ReplayGainAlbumGain { + get { + foreach (XiphComment tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainAlbumGain; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + set { if (tags.Count > 0) tags[0].ReplayGainAlbumGain = value; } + } + + /// <summary> + /// Gets and sets the ReplayGain Album Peak Value of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="double" /> containing the ReplayGain Album Peak Value of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child tags are looped + /// through in order and the first non-<see langword="null" /> + /// and non-empty value is returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.ReplayGainAlbumPeak" /> + public override double ReplayGainAlbumPeak { + get { + foreach (XiphComment tag in tags) { + if (tag == null) + continue; + + double value = tag.ReplayGainAlbumPeak; + + if (!double.IsNaN (value)) + return value; + } + + return double.NaN; + } + set { if (tags.Count > 0) tags[0].ReplayGainAlbumPeak = value; } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// <para>When getting the value, the child comments are + /// looped through in order and the first non-empty value is + /// returned.</para> + /// <para>When setting the value, it is stored in the first + /// comment.</para> + /// </remarks> + /// <seealso cref="Tag.Pictures" /> + public override IPicture[] Pictures { + get { + IPicture[] output = new IPicture[0]; + foreach (XiphComment tag in tags) + if (tag != null && output.Length == 0) + output = tag.Pictures; + + return output; + } + set { if (tags.Count > 0) tags[0].Pictures = value; } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if all the comments tags are + /// empty; otherwise <see langword="false" />. + /// </value> + /// <seealso cref="Tag.IsEmpty" /> + public override bool IsEmpty { + get { + foreach (XiphComment tag in tags) + if (!tag.IsEmpty) + return false; + + return true; + } + } + + /// <summary> + /// Clears all of the child tags. + /// </summary> + public override void Clear () + { + foreach (XiphComment tag in tags) + tag.Clear (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/GroupedComment.cs.meta b/Scripts/TaglibSharp/Ogg/GroupedComment.cs.meta new file mode 100644 index 0000000..f0697f4 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/GroupedComment.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d740fd9b0d9d57ee78bdbcac627a720d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Page.cs b/Scripts/TaglibSharp/Ogg/Page.cs new file mode 100644 index 0000000..cb0f3f4 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Page.cs @@ -0,0 +1,290 @@ +// +// PageHeader.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// oggpage.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Ogg +{ + /// <summary> + /// This class provides a representation of an Ogg page. + /// </summary> + public class Page + { + #region Private Properties + + /// <summary> + /// Contains the packets. + /// </summary> + readonly ByteVectorCollection packets; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="Page" /> with a specified header and no packets. + /// </summary> + /// <param name="header"> + /// A <see cref="PageHeader"/> object to use as the header of + /// the new instance. + /// </param> + protected Page (PageHeader header) + { + Header = header; + packets = new ByteVectorCollection (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Page" /> by reading a raw Ogg page from a specified + /// position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The Ogg identifier could not be found at the correct + /// location. + /// </exception> + public Page (File file, long position) + : this (new PageHeader (file, position)) + { + file.Seek (position + Header.Size); + + foreach (int packet_size in Header.PacketSizes) + packets.Add (file.ReadBlock (packet_size)); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Page" /> with a specified header and packets. + /// </summary> + /// <param name="packets"> + /// A <see cref="ByteVectorCollection" /> object containing + /// packets to use for the new instance. + /// </param> + /// <param name="header"> + /// A <see cref="PageHeader"/> object to use as the header of + /// the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="packets" /> is <see langword="null" />. + /// </exception> + public Page (ByteVectorCollection packets, PageHeader header) + : this (header) + { + if (packets == null) + throw new ArgumentNullException (nameof (packets)); + + this.packets = new ByteVectorCollection (packets); + + List<int> packet_sizes = new List<int> (); + + // Build a page from the list of packets. + foreach (ByteVector v in packets) + packet_sizes.Add (v.Count); + + header.PacketSizes = packet_sizes.ToArray (); + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw Ogg page. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + ByteVector data = Header.Render (); + + foreach (ByteVector v in packets) + data.Add (v); + + // Compute and set the checksum for the Ogg page. The + // checksum is taken over the entire page with the 4 + // bytes reserved for the checksum zeroed and then + // inserted in bytes 22-25 of the page header. + + ByteVector checksum = ByteVector.FromUInt ( + data.Checksum, false); + + for (int i = 0; i < 4; i++) + data[i + 22] = checksum[i]; + + return data; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the header of the current instance. + /// </summary> + /// <value> + /// A <see cref="PageHeader" /> object that applies to the + /// current instance. + /// </value> + public PageHeader Header { get; private set; } + + /// <summary> + /// Gets the packets contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:ByteVector[]" /> containing the packets + /// contained in the current instance. + /// </value> + public ByteVector[] Packets { + get { return packets.ToArray (); } + } + + /// <summary> + /// Gets the total size of the current instance as it + /// appeared on disk. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the size of the + /// page, including the header, as it appeared on disk. + /// </value> + public uint Size { + get { return Header.Size + Header.DataSize; } + } + + #endregion + + + + #region Public Static Methods + + /// <summary> + /// Overwrites all page headers in a file starting at a + /// specified position, shifting the page sequence numbers + /// a set amount. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file to + /// update. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// start updating. + /// </param> + /// <param name="shiftTable"> + /// A <see cref="T:System.Collections.Generic.IDictionary`2" + /// /> object where the key is the serial number of the + /// stream to update and the value is the amount to offset + /// the page sequence numbers in the stream. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> or <paramref name="shiftTable" + /// /> is <see langword="null" />. + /// </exception> + /// <remarks> + /// When the number of pages in a stream changes, all + /// subsequent pages in the stream need to have their page + /// sequence number update in order to remain valid. + /// Additionally, when the page sequence number changes, the + /// page needs to have its checksum recomputed. This makes + /// for a costly recalculation if large comment data is + /// added. + /// </remarks> + public static void OverwriteSequenceNumbers (File file, long position, IDictionary<uint, int> shiftTable) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (shiftTable == null) + throw new ArgumentNullException (nameof (shiftTable)); + + // Check to see if there are no changes to be made. + bool done = true; + foreach (var pair in shiftTable) + if (pair.Value != 0) { + done = false; + break; + } + + // If the file is fine, quit. + if (done) + return; + + while (position < file.Length - 27) { + PageHeader header = new PageHeader (file, position); + int size = (int)(header.Size + header.DataSize); + + if (shiftTable.ContainsKey (header.StreamSerialNumber) + && shiftTable[header.StreamSerialNumber] != 0) { + file.Seek (position); + ByteVector page_data = file.ReadBlock (size); + + ByteVector new_data = ByteVector.FromUInt ( + (uint)(header.PageSequenceNumber + + shiftTable[header.StreamSerialNumber]), + false); + + for (int i = 18; i < 22; i++) + page_data[i] = new_data[i - 18]; + for (int i = 22; i < 26; i++) + page_data[i] = 0; + + new_data.Add (ByteVector.FromUInt ( + page_data.Checksum, false)); + file.Seek (position + 18); + file.WriteBlock (new_data); + } + position += size; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/Page.cs.meta b/Scripts/TaglibSharp/Ogg/Page.cs.meta new file mode 100644 index 0000000..d26e0a3 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Page.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3bdaa91990d5161d185b4e54c843718a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/PageHeader.cs b/Scripts/TaglibSharp/Ogg/PageHeader.cs new file mode 100644 index 0000000..0226c88 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/PageHeader.cs @@ -0,0 +1,522 @@ +// +// PageHeader.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// oggpageheader.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Ogg +{ + /// <summary> + /// Indicates the special properties of a <see cref="Page" />. + /// </summary> + [Flags] + public enum PageFlags : byte + { + /// <summary> + /// The page is a normal page. + /// </summary> + None = 0, + + /// <summary> + /// The first packet of the page is continued from the + /// previous page. + /// </summary> + FirstPacketContinued = 1, + + /// <summary> + /// The page is the first page of the stream. + /// </summary> + FirstPageOfStream = 2, + + /// <summary> + /// The page is the last page of the stream. + /// </summary> + LastPageOfStream = 4 + } + + /// <summary> + /// This structure provides a representation of an Ogg page header. + /// </summary> + public struct PageHeader + { + #region Private Propertis + + /// <summary> + /// Contains the sizes of the packets contained in the + /// current instance. + /// </summary> + readonly List<int> packet_sizes; + + /// <summary> + /// Contains the OGG version. + /// </summary> + readonly byte version; + + /// <summary> + /// Contains the page absolute granular postion. + /// </summary> + readonly ulong absolute_granular_position; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PageHeader" /> with a given serial number, page + /// number, and flags. + /// </summary> + /// <param name="streamSerialNumber"> + /// A <see cref="uint" /> value containing the serial number + /// for the stream containing the page described by the new + /// instance. + /// </param> + /// <param name="pageNumber"> + /// A <see cref="uint" /> value containing the index of the + /// page described by the new instance in the stream. + /// </param> + /// <param name="flags"> + /// A <see cref="PageFlags" /> object containing the flags + /// that apply to the page described by the new instance. + /// </param> + public PageHeader (uint streamSerialNumber, uint pageNumber, PageFlags flags) + { + version = 0; + Flags = flags; + absolute_granular_position = 0; + StreamSerialNumber = streamSerialNumber; + PageSequenceNumber = pageNumber; + Size = 0; + DataSize = 0; + packet_sizes = new List<int> (); + LastPacketComplete = false; + + if (pageNumber == 0 && (flags & PageFlags.FirstPacketContinued) == 0) + Flags |= PageFlags.FirstPageOfStream; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PageHeader" /> by reading a raw Ogg page header + /// from a specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file from + /// which the contents of the new instance are to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The Ogg identifier could not be found at the correct + /// location. + /// </exception> + public PageHeader (File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (position < 0 || position > file.Length - 27) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + + // An Ogg page header is at least 27 bytes, so we'll go + // ahead and read that much and then get the rest when + // we're ready for it. + + ByteVector data = file.ReadBlock (27); + if (data.Count < 27 || !data.StartsWith ("OggS")) + throw new CorruptFileException ("Error reading page header"); + + version = data[4]; + Flags = (PageFlags)data[5]; + absolute_granular_position = data.Mid (6, 8).ToULong (false); + StreamSerialNumber = data.Mid (14, 4).ToUInt (false); + PageSequenceNumber = data.Mid (18, 4).ToUInt (false); + + // Byte number 27 is the number of page segments, which + // is the only variable length portion of the page + // header. After reading the number of page segments + // we'll then read in the coresponding data for this + // count. + int page_segment_count = data[26]; + ByteVector page_segments = file.ReadBlock (page_segment_count); + + // Another sanity check. + if (page_segment_count < 1 || page_segments.Count != page_segment_count) + throw new CorruptFileException ("Incorrect number of page segments"); + + // The base size of an Ogg page 27 bytes plus the number + // of lacing values. + Size = (uint)(27 + page_segment_count); + packet_sizes = new List<int> (); + + int packet_size = 0; + DataSize = 0; + + for (int i = 0; i < page_segment_count; i++) { + DataSize += page_segments[i]; + packet_size += page_segments[i]; + + if (page_segments[i] < 255) { + packet_sizes.Add (packet_size); + packet_size = 0; + } + } + + if (packet_size > 0) + packet_sizes.Add (packet_size); + + LastPacketComplete = page_segments[page_segment_count - 1] < 255; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PageHeader" /> by copying the values from another + /// instance, offsetting the page number and applying new + /// flags. + /// </summary> + /// <param name="original"> + /// A <see cref="PageHeader"/> object to copy the values + /// from. + /// </param> + /// <param name="offset"> + /// A <see cref="uint"/> value specifying how much to offset + /// the page sequence number in the new instance. + /// </param> + /// <param name="flags"> + /// A <see cref="PageFlags"/> value specifying the flags to + /// use in the new instance. + /// </param> + public PageHeader (PageHeader original, uint offset, PageFlags flags) + { + version = original.version; + Flags = flags; + absolute_granular_position = original.absolute_granular_position; + StreamSerialNumber = original.StreamSerialNumber; + PageSequenceNumber = original.PageSequenceNumber + offset; + Size = original.Size; + DataSize = original.DataSize; + packet_sizes = new List<int> (); + LastPacketComplete = false; + + if (PageSequenceNumber == 0 && (flags & PageFlags.FirstPacketContinued) == 0) + Flags |= PageFlags.FirstPageOfStream; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the sizes for the packets in the page + /// described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:int[]" /> containing the packet sizes. + /// </value> + public int[] PacketSizes { + get { return packet_sizes.ToArray (); } + set { + packet_sizes.Clear (); + packet_sizes.AddRange (value); + } + } + + /// <summary> + /// Indicates whether the final packet is continued on the next page + /// </summary> + /// <value> + /// true if the final packet is complete and not continued on the next page + /// </value> + public bool LastPacketComplete { get; private set; } + + /// <summary> + /// Gets the flags for the page described by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="PageFlags" /> value containing the page + /// flags. + /// </value> + public PageFlags Flags { get; private set; } + + /// <summary> + /// Gets the absolute granular position of the page described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="long" /> value containing the absolute + /// granular position of the page. + /// </value> + public long AbsoluteGranularPosition { + get { return (long)absolute_granular_position; } + } + + /// <summary> + /// Gets the sequence number of the page described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the sequence + /// number of the page. + /// </value> + public uint PageSequenceNumber { get; private set; } + + /// <summary> + /// Gets the serial number of stream that the page described + /// by the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the stream serial + /// number. + /// </value> + public uint StreamSerialNumber { get; private set; } + + /// <summary> + /// Gets the size of the header as it appeared on disk. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the header size. + /// </value> + public uint Size { get; private set; } + + /// <summary> + /// Gets the size of the data portion of the page described + /// by the current instance as it appeared on disk. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the data size. + /// </value> + public uint DataSize { get; private set; } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw Ogg page header. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered version of the current instance. + /// </returns> + public ByteVector Render () + { + ByteVector data = new ByteVector { + "OggS", + version, // stream structure version + (byte)Flags, + ByteVector.FromULong ( + absolute_granular_position, false), + ByteVector.FromUInt ( + StreamSerialNumber, false), + ByteVector.FromUInt ( + PageSequenceNumber, false), + new ByteVector (4, 0) // checksum, to be filled in later. + }; + ByteVector page_segments = LacingValues; + data.Add ((byte)page_segments.Count); + data.Add (page_segments); + + return data; + } + + #endregion + + + + #region Private Properties + + /// <summary> + /// Gets the rendered lacing values for the current instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the + /// rendered lacing values. + /// </value> + ByteVector LacingValues { + get { + ByteVector data = new ByteVector (); + + int[] sizes = PacketSizes; + + for (int i = 0; i < sizes.Length; i++) { + // The size of a packet in an Ogg page + // is indicated by a series of "lacing + // values" where the sum of the values + // is the packet size in bytes. Each of + // these values is a byte. A value of + // less than 255 (0xff) indicates the + // end of the packet. + + int quot = sizes[i] / 255; + int rem = sizes[i] % 255; + + for (int j = 0; j < quot; j++) + data.Add (255); + + if (i < sizes.Length - 1 || + (packet_sizes[i] % 255) != 0) + data.Add ((byte)rem); + } + + return data; + } + } + + #endregion + + + + #region IEquatable + + /// <summary> + /// Generates a hash code for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value containing the hash code for + /// the current instance. + /// </returns> + public override int GetHashCode () { + unchecked { + return (int)(LacingValues.GetHashCode () ^ + version ^ (int)Flags ^ + (int)absolute_granular_position ^ + StreamSerialNumber ^ + PageSequenceNumber ^ Size ^ + DataSize); + } + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another object. + /// </summary> + /// <param name="other"> + /// A <see cref="object" /> to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public override bool Equals (object other) + { + if (!(other is PageHeader)) + return false; + + return Equals ((PageHeader)other); + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another instance of <see cref="PageHeader" />. + /// </summary> + /// <param name="other"> + /// A <see cref="PageHeader" /> object to compare to the + /// current instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public bool Equals (PageHeader other) + { + return packet_sizes == other.packet_sizes && + version == other.version && + Flags == other.Flags && + absolute_granular_position == + other.absolute_granular_position && + StreamSerialNumber == + other.StreamSerialNumber && + PageSequenceNumber == + other.PageSequenceNumber && + Size == other.Size && + DataSize == other.DataSize; + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="PageHeader" /> are equal to eachother. + /// </summary> + /// <param name="first"> + /// A <see cref="PageHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="PageHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// equal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator == (PageHeader first, PageHeader second) + { + return first.Equals (second); + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="PageHeader" /> differ. + /// </summary> + /// <param name="first"> + /// A <see cref="PageHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="PageHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// unequal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator != (PageHeader first, PageHeader second) + { + return !first.Equals (second); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/PageHeader.cs.meta b/Scripts/TaglibSharp/Ogg/PageHeader.cs.meta new file mode 100644 index 0000000..afa56c0 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/PageHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 803e4ace08266f732819ed7516c7c764 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/Paginator.cs b/Scripts/TaglibSharp/Ogg/Paginator.cs new file mode 100644 index 0000000..6683b7b --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Paginator.cs @@ -0,0 +1,269 @@ +// +// Paginator.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// oggpage.cpp from TagLib +// +// Copyright (C) 2006-2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Ogg +{ + /// <summary> + /// This class accepts a sequence of pages for a single Ogg stream, + /// accepts changes, and produces a new sequence of pages to write to + /// disk. + /// </summary> + public class Paginator + { + #region Private Fields + + /// <summary> + /// Contains the packets to paginate. + /// </summary> + readonly ByteVectorCollection packets = + new ByteVectorCollection (); + + /// <summary> + /// Contains the first page header. + /// </summary> + PageHeader? first_page_header; + + /// <summary> + /// Contains the codec to use. + /// </summary> + readonly Codec codec; + + /// <summary> + /// contains the number of pages read. + /// </summary> + int pages_read; + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Paginator" /> for a given <see cref="Codec" /> + /// object. + /// </summary> + /// <param name="codec"> + /// A <see cref="Codec"/> object to use when processing + /// packets. + /// </param> + public Paginator (Codec codec) + { + this.codec = codec; + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Adds the next page to the current instance. + /// </summary> + /// <param name="page"> + /// The next <see cref="Page" /> object found in the stream. + /// </param> + public void AddPage (Page page) + { + pages_read++; + + if (first_page_header == null) + first_page_header = page.Header; + + if (page.Packets.Length == 0) + return; + + ByteVector[] page_packets = page.Packets; + + for (int i = 0; i < page_packets.Length; i++) { + if ((page.Header.Flags & PageFlags.FirstPacketContinued) != 0 && i == 0 && packets.Count > 0) + packets[packets.Count - 1].Add (page_packets[0]); + else + packets.Add (page_packets[i]); + } + } + + /// <summary> + /// Stores a Xiph comment in the codec-specific comment + /// packet. + /// </summary> + /// <param name="comment"> + /// A <see cref="XiphComment" /> object to store in the + /// comment packet. + /// </param> + public void SetComment (XiphComment comment) + { + codec.SetCommentPacket (packets, comment); + } + + /// <summary> + /// Repaginates the pages passed into the current instance to + /// handle changes made to the Xiph comment. + /// </summary> + /// <returns> + /// A <see cref="T:Page[]" /> containing the new page + /// collection. + /// </returns> + [Obsolete ("Use Paginator.Paginate(out int)")] + public Page[] Paginate () + { + return Paginate (out var dummy); + } + + /// <summary> + /// Repaginates the pages passed into the current instance to + /// handle changes made to the Xiph comment. + /// </summary> + /// <param name="change"> + /// A <see cref="int" /> value reference containing the + /// the difference between the number of pages returned and + /// the number of pages that were added to the class. + /// </param> + /// <returns> + /// A <see cref="T:Page[]" /> containing the new page + /// collection. + /// </returns> + public Page[] Paginate (out int change) + { + // Ogg Pagination: Welcome to sucksville! + // If you don't understand this, you're not alone. + // It is confusing as Hell. + + // TODO: Document this method, in the mean time, there + // is always http://xiph.org/ogg/doc/framing.html + + if (pages_read == 0) { + change = 0; + return new Page[0]; + } + + int count = pages_read; + ByteVectorCollection packets = new ByteVectorCollection (this.packets); + PageHeader first_header = (PageHeader)first_page_header; + List<Page> pages = new List<Page> (); + uint index = 0; + bool bos = first_header.PageSequenceNumber == 0; + + if (bos) { + pages.Add (new Page (new ByteVectorCollection (packets[0]), first_header)); + index++; + packets.RemoveAt (0); + count--; + } + + int lacing_per_page = 0xfc; + if (count > 0) { + int total_lacing_bytes = 0; + + for (int i = 0; i < packets.Count; i++) + total_lacing_bytes += GetLacingValueLength (packets, i); + + lacing_per_page = Math.Min (total_lacing_bytes / count + 1, lacing_per_page); + } + + int lacing_bytes_used = 0; + ByteVectorCollection page_packets = new ByteVectorCollection (); + bool first_packet_continued = false; + + while (packets.Count > 0) { + int packet_bytes = GetLacingValueLength (packets, 0); + int remaining = lacing_per_page - lacing_bytes_used; + bool whole_packet = packet_bytes <= remaining; + if (whole_packet) { + page_packets.Add (packets[0]); + lacing_bytes_used += packet_bytes; + packets.RemoveAt (0); + } else { + page_packets.Add (packets[0].Mid (0, remaining * 0xff)); + packets[0] = packets[0].Mid (remaining * 0xff); + lacing_bytes_used += remaining; + } + + if (lacing_bytes_used == lacing_per_page) { + pages.Add (new Page (page_packets, + new PageHeader (first_header, + index, first_packet_continued ? + PageFlags.FirstPacketContinued : + PageFlags.None))); + page_packets = new ByteVectorCollection (); + lacing_bytes_used = 0; + index++; + count--; + first_packet_continued = !whole_packet; + } + } + + if (page_packets.Count > 0) { + pages.Add (new Page (page_packets, + new PageHeader ( + first_header.StreamSerialNumber, + index, first_packet_continued ? + PageFlags.FirstPacketContinued : + PageFlags.None))); + index++; + count--; + } + change = -count; + return pages.ToArray (); + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Gets the number of lacing value bytes that would be + /// required for a given packet. + /// </summary> + /// <param name="packets"> + /// A <see cref="ByteVectorCollection" /> object containing + /// the packet. + /// </param> + /// <param name="index"> + /// A <see cref="int" /> value containing the index of the + /// packet to compute. + /// </param> + /// <returns> + /// A <see cref="int" /> value containing the number of bytes + /// needed to store the length. + /// </returns> + static int GetLacingValueLength (ByteVectorCollection packets, int index) + { + int size = packets[index].Count; + return size / 0xff + ((index + 1 < packets.Count || + size % 0xff > 0) ? 1 : 0); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/Paginator.cs.meta b/Scripts/TaglibSharp/Ogg/Paginator.cs.meta new file mode 100644 index 0000000..7a0e7f7 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/Paginator.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 50b6b0d864afd6908ae2a9aaee0d0af0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Ogg/XiphComment.cs b/Scripts/TaglibSharp/Ogg/XiphComment.cs new file mode 100644 index 0000000..dd1f98e --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/XiphComment.cs @@ -0,0 +1,1693 @@ +// +// XiphComment.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// xiphcomment.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections; +using System.Collections.Generic; +using System.Globalization; +using System.Linq; + +namespace TagLib.Ogg +{ + /// <summary> + /// This class extends <see cref="TagLib.Tag" /> and implements <see + /// cref="T:System.Collections.Generic.IEnumerable`1" /> to provide + /// support for reading and writing Xiph comments. + /// </summary> + public class XiphComment : Tag, IEnumerable<string> + { + #region Private Fields + + /// <summary> + /// Contains the comment fields. + /// </summary> + readonly Dictionary<string, string[]> field_list = new Dictionary<string, string[]> (); + + /// <summary> + /// Contains the vendor ID. + /// </summary> + string vendor_id; + + /// <summary> + /// Saves BeatsPerMinute tag as either "Tempo" or "BPM" + /// based on which was last read. + /// </summary> + static bool SaveBeatsPerMinuteAsTempo = true; + + /// <summary> + /// Picture instances parsed from the fields. + /// </summary> + IPicture[] pictures; + + /// <summary> + /// true if the picture fields in <see cref="field_list" /> + /// should be updated from the <see cref="pictures"/> array. + /// </summary> + bool picture_fields_dirty; + + /// <summary> + /// Name of picture fields as defined in the norm. + /// </summary> + static readonly string[] PICTURE_FIELDS = { "COVERART", "METADATA_BLOCK_PICTURE" }; + + /// <summary> + /// Cached empty pictures array. + /// </summary> + static readonly IPicture[] EMPTY_PICTURES = new IPicture[0]; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="XiphComment" /> with no contents. + /// </summary> + public XiphComment () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="XiphComment" /> by reading the contents of a raw + /// Xiph Comment from a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing a raw Xiph + /// comment. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public XiphComment (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Parse (data); + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets the field data for a given field identifier. + /// </summary> + /// <param name="key"> + /// A <see cref="string"/> object containing the field + /// identifier. + /// </param> + /// <returns> + /// A <see cref="T:string[]"/> containing the field data or an + /// empty array if the field was not found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public string[] GetField (string key) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + key = key.ToUpper (CultureInfo.InvariantCulture); + + EnsurePictureFieldsClean (key); + + if (!field_list.ContainsKey (key)) + return new string[0]; + + return (string[])field_list[key].Clone (); + } + + /// <summary> + /// Gets the first field for a given field identifier. + /// </summary> + /// <param name="key"> + /// A <see cref="string"/> object containing the field + /// identifier. + /// </param> + /// <returns> + /// A <see cref="string"/> containing the field data or <see + /// langword="null" /> if the field was not found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public string GetFirstField (string key) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + EnsurePictureFieldsClean (key); + + string[] values = GetField (key); + return (values.Length > 0) ? values[0] : null; + } + + /// <summary> + /// Sets the contents of a specified field to a number. + /// </summary> + /// <param name="key"> + /// A <see cref="string"/> object containing the field + /// identifier. + /// </param> + /// <param name="number"> + /// A <see cref="uint" /> value to set the field to. + /// </param> + /// <param name="format"> + /// A <see cref="string" /> value representing the format + /// to be used to repreesent the <paramref name="number"/>. + /// Default: simple decimal number ("0"). + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void SetField (string key, uint number, string format = "0") + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + if (number == 0) + RemoveField (key); + else + SetField (key, number.ToString ( + format, + CultureInfo.InvariantCulture)); + } + + /// <summary> + /// Sets the contents of a specified field to the contents of + /// a <see cref="T:string[]" />. + /// </summary> + /// <param name="key"> + /// A <see cref="string"/> object containing the field + /// identifier. + /// </param> + /// <param name="values"> + /// A <see cref="T:string[]"/> containing the values to store + /// in the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void SetField (string key, params string[] values) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + key = key.ToUpper (CultureInfo.InvariantCulture); + + if (values == null || values.Length == 0) { + RemoveField (key); + return; + } + + List<string> result = new List<string> (); + foreach (string text in values) + if (text != null && text.Trim ().Length != 0) + result.Add (text); + + if (result.Count == 0) + RemoveField (key); + else if (field_list.ContainsKey (key)) + field_list[key] = result.ToArray (); + else + field_list.Add (key, result.ToArray ()); + + // Update picture state if this field name is a picture field + ResetPicturesState (key); + } + + /// <summary> + /// Removes a field and all its values from the current + /// instance. + /// </summary> + /// <param name="key"> + /// A <see cref="string"/> object containing the field + /// identifier. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="key" /> is <see langword="null" />. + /// </exception> + public void RemoveField (string key) + { + if (key == null) + throw new ArgumentNullException (nameof (key)); + + key = key.ToUpper (CultureInfo.InvariantCulture); + + field_list.Remove (key); + + // Update picture state if this field name is a picture field + ResetPicturesState (key); + } + + /// <summary> + /// Renders the current instance as a raw Xiph comment, + /// optionally adding a framing bit. + /// </summary> + /// <param name="addFramingBit"> + /// If <see langword="true" />, a framing bit will be added to + /// the end of the content. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + public ByteVector Render (bool addFramingBit) + { + ByteVector data = new ByteVector (); + + // Before storing the fields, ensure the pictures array has + // been stored to the field list + if (picture_fields_dirty) + StorePictures (); + + // Add the vendor ID length and the vendor ID. It's + // important to use the length of the data(String::UTF8) + // rather than the lenght of the the string since this + // is UTF8 text and there may be more characters in the + // data than in the UTF16 string. + + ByteVector vendor_data = ByteVector.FromString ( + vendor_id, StringType.UTF8); + + data.Add (ByteVector.FromUInt ((uint)vendor_data.Count, false)); + data.Add (vendor_data); + + // Add the number of fields. + + data.Add (ByteVector.FromUInt (FieldCount, false)); + + foreach (KeyValuePair<string, string[]> entry in field_list) { + // And now iterate over the values of the + // current list. + + foreach (string value in entry.Value) { + ByteVector field_data = ByteVector.FromString (entry.Key, StringType.UTF8); + field_data.Add ((byte)'='); + field_data.Add (ByteVector.FromString (value, StringType.UTF8)); + + data.Add (ByteVector.FromUInt ((uint)field_data.Count, false)); + data.Add (field_data); + } + } + + // Append the "framing bit". + if (addFramingBit) + data.Add (1); + + return data; + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the number of fields contained in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// fields in the current instance. + /// </value> + public uint FieldCount { + get { + uint count = 0; + foreach (string[] values in field_list.Values) + count += (uint)values.Length; + + // If the pictures array is loaded and not in sync + // with the underlying fields, adjust the field count + if (pictures != null && picture_fields_dirty) { + foreach (string fieldName in PICTURE_FIELDS) { + if (field_list.TryGetValue (fieldName, out var fieldValue)) { + count -= (uint)fieldValue.Length; + } + } + + count += (uint)pictures.Length; + } + + return count; + } + } + + /// <summary> + /// Gets the vendor ID for the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the vendor ID + /// for current instance. + /// </value> + public string VendorId { + get { return vendor_id; } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Populates and initializes a new instance of <see + /// cref="XiphComment" /> by reading the contents of a raw + /// Xiph Comment from a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing a raw Xiph + /// comment. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + protected void Parse (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + // Reset picture state before parsing + picture_fields_dirty = false; + pictures = null; + + // The first thing in the comment data is the vendor ID + // length, followed by a UTF8 string with the vendor ID. + int pos = 0; + int vendor_length = (int)data.Mid (pos, 4).ToUInt (false); + pos += 4; + + vendor_id = data.ToString (StringType.UTF8, pos, vendor_length); + pos += vendor_length; + + // Next the number of fields in the comment vector. + + int comment_fields = (int)data.Mid (pos, 4).ToUInt (false); + pos += 4; + + for (int i = 0; i < comment_fields; i++) { + // Each comment field is in the format + // "KEY=value" in a UTF8 string and has 4 bytes + // before the text starts that gives the length. + + int comment_length = (int)data.Mid (pos, 4).ToUInt (false); + pos += 4; + + string comment = data.ToString (StringType.UTF8, pos, comment_length); + pos += comment_length; + + int comment_separator_position = comment.IndexOf ('='); + + if (comment_separator_position < 0) + continue; + + string key = comment.Substring (0, comment_separator_position) + .ToUpper (CultureInfo.InvariantCulture); + + string value = comment.Substring (comment_separator_position + 1); + + if (field_list.TryGetValue (key, out var values)) { + Array.Resize<string> (ref values, values.Length + 1); + values[values.Length - 1] = value; + field_list[key] = values; + } else { + SetField (key, value); + } + } + } + + #endregion + + + + + #region Private methods + + /// <summary> + /// If needed, update the pictures field from the value of the + /// pictures array. + /// </summary> + /// <param name="fieldName"> + /// Name of the field being queried by the user. + /// If the field name is not a picture field name, no update will take place. + /// </param> + void EnsurePictureFieldsClean (string fieldName) + { + if (IsPictureField (fieldName) && picture_fields_dirty) + StorePictures (); + } + + /// <summary> + /// Parses the pictures from the COVERART and METADATA_BLOCK_PICTURE + /// fields contained in the <see cref="field_list" /> variable. + /// </summary> + void ParsePictures () + { + string[] coverArtStrings = GetField ("COVERART"), + blockPictureStrings = GetField ("METADATA_BLOCK_PICTURE"); + + IPicture[] pictures = new IPicture[coverArtStrings.Length + blockPictureStrings.Length]; + + // Read old-format COVERART + for (int i = 0; i < coverArtStrings.Length; i++) { + ByteVector data = new ByteVector (Convert.FromBase64String (coverArtStrings[i])); + pictures[i] = new Picture (data); + } + + // Read new-format METADATA_BLOCK_PICTURE + for (int i = 0; i < blockPictureStrings.Length; i++) { + ByteVector data = new ByteVector (Convert.FromBase64String (blockPictureStrings[i])); + pictures[i + coverArtStrings.Length] = new Flac.Picture (data); + } + + this.pictures = pictures; + // Pictures array loaded from picture field, reset dirty flag + picture_fields_dirty = false; + } + + /// <summary> + /// Stores the pictures in the pictures array in the + /// METADATA_BLOCK_PICTURE field. Conversion to Flac.Picture is done + /// as needed. + /// </summary> + void StorePictures () + { + // Remove all picture fields + foreach (string pictureField in PICTURE_FIELDS) + field_list.Remove (pictureField); + + // Store the pictures array in METADATA_BLOCK_PICTURE + if (pictures != null && pictures.Length > 0) { + string[] flacPictures = new string[pictures.Length]; + + for (int i = 0; i < pictures.Length; ++i) { + flacPictures[i] = Convert.ToBase64String (new Flac.Picture (pictures[i]).Render ().Data); + } + + field_list.Add ("METADATA_BLOCK_PICTURE", flacPictures); + } + + // The picture fields are now up to date with the pictures array + picture_fields_dirty = false; + } + + /// <summary> + /// If the given parameter represents a Xiph field containing + /// picture information, clear the currently parsed pictures + /// array, so it will be loaded from the field value again + /// when the Pictures property is accessed. + /// </summary> + /// <param name="key">Name of the Xiph field being changed</param> + void ResetPicturesState (string key) + { + if (IsPictureField (key)) { + picture_fields_dirty = false; + pictures = null; + } + } + + /// <summary> + /// Returns a value indicating if a field name is a picture field. + /// </summary> + /// <param name="fieldName">Name of the field</param> + /// <returns> + /// true if the field represents a field that contains picture art data, + /// false otherwise. + /// </returns> + static bool IsPictureField (string fieldName) + { + foreach (string pictureFieldName in PICTURE_FIELDS) + if (string.Equals (fieldName, pictureFieldName)) + return true; + return false; + } + + #endregion + + #region IEnumerable + + /// <summary> + /// Gets an enumerator for enumerating through the the field + /// identifiers. + /// </summary> + /// <returns> + /// A <see cref="T:System.Collections.IEnumerator`1" /> for + /// enumerating through the field identifiers. + /// </returns> + public IEnumerator<string> GetEnumerator () + { + return field_list.Keys.GetEnumerator (); + } + + IEnumerator IEnumerable.GetEnumerator () + { + return field_list.Keys.GetEnumerator (); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Xiph" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Xiph; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TITLE" field. + /// </remarks> + public override string Title { + get { return GetFirstField ("TITLE"); } + set { SetField ("TITLE", value); } + } + + /// <summary> + /// Gets and sets the sort names for the Track Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Track Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TITLESORT" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string TitleSort { + get { return GetFirstField ("TITLESORT"); } + set { SetField ("TITLESORT", value); } + } + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field gives a nice/short precision to + /// the title, which is typically below the title on the + /// front cover of a media. + /// For example, for "Back to the future", this would be + /// "It's About Time". + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "SUBTITLE" + /// non-standard field. + /// </remarks> + public override string Subtitle { + get { return GetFirstField ("SUBTITLE"); } + set { SetField ("SUBTITLE", value); } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "DESCRIPTION" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string Description { + get { return GetFirstField ("DESCRIPTION"); } + set { SetField ("DESCRIPTION", value); } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the "ARTIST" field. + /// </remarks> + public override string[] Performers { + get { return GetField ("ARTIST"); } + set { SetField ("ARTIST", value); } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ARTISTSORT" field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string[] PerformersSort { + get { return GetField ("ARTISTSORT"); } + set { SetField ("ARTISTSORT", value); } + } + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// <para> This is typically usefull for movies, although the + /// instrument played by each artist in a music may be of + /// relevance. + /// </para> + /// <para>It is highly important to match each role to the + /// performers. This means that a role may be <see + /// langword="null"/> to keep the match between a + /// Performers[i] and PerformersRole[i]. + /// </para> + /// </remarks> + /// <remarks> + /// This property is implemented using the "ARTISTROLE" + /// non-standard field. + /// </remarks> + public override string[] PerformersRole { + get { return GetField ("ARTISTROLE"); } + set { SetField ("ARTISTROLE", value); } + } + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ALBUMARTIST" + /// field. + /// </remarks> + public override string[] AlbumArtists { + get { + // First try to get AlbumArtist, if that comment is not present try: + // ENSEMBLE: set by TAG & RENAME + // ALBUM ARTIST: set by The GodFather + string[] value = GetField ("ALBUMARTIST"); + if (value != null && value.Length > 0) + return value; + + value = GetField ("ALBUM ARTIST"); + if (value != null && value.Length > 0) + return value; + + return GetField ("ENSEMBLE"); + } + set { SetField ("ALBUMARTIST", value); } + } + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ALBUMARTISTSORT" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string[] AlbumArtistsSort { + get { return GetField ("ALBUMARTISTSORT"); } + set { SetField ("ALBUMARTISTSORT", value); } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMPOSER" field. + /// </remarks> + public override string[] Composers { + get { return GetField ("COMPOSER"); } + set { SetField ("COMPOSER", value); } + } + + /// <summary> + /// Gets and sets the sort names for the composers of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the composer of the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMPOSERSORT" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string[] ComposersSort { + get { return GetField ("COMPOSERSORT"); } + set { SetField ("COMPOSERSORT", value); } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ALBUM" field. + /// </remarks> + public override string Album { + get { return GetFirstField ("ALBUM"); } + set { SetField ("ALBUM", value); } + } + + /// <summary> + /// Gets and sets the sort names for the Album Title of + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort name of + /// the Album Title of the media described by the current + /// instance or null if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ALBUMSORT" + /// field. + /// http://musicbrainz.org/doc/PicardTagMapping + /// </remarks> + public override string AlbumSort { + get { return GetFirstField ("ALBUMSORT"); } + set { SetField ("ALBUMSORT", value); } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMMENT" field. + /// </remarks> + public override string Comment { + get { return GetFirstField ("COMMENT"); } + set { SetField ("COMMENT", value); } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "GENRE" field. + /// </remarks> + public override string[] Genres { + get { return GetField ("GENRE"); } + set { SetField ("GENRE", value); } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "DATE" field. If a + /// value greater than 9999 is set, this property will be + /// cleared. + /// </remarks> + public override uint Year { + get { + string text = GetFirstField ("DATE"); + return (text != null && uint.TryParse ( + text.Length > 4 ? text.Substring (0, 4) + : text, out var value)) ? value : 0; + } + set { SetField ("DATE", value); } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TRACKNUMER" + /// field. + /// </remarks> + public override uint Track { + get { + string text = GetFirstField ("TRACKNUMBER"); + string[] values; + + if (text != null && (values = text.Split ('/')) + .Length > 0 && uint.TryParse ( + values[0], out var value)) + return value; + + return 0; + } + set { + SetField ("TRACKTOTAL", TrackCount); + SetField ("TRACKNUMBER", value, "00"); + } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TRACKTOTAL" field + /// but is capable of reading from "TRACKNUMBER" if the total + /// is stored in {track}/{count} format. + /// </remarks> + public override uint TrackCount { + get { + string text; + string[] values; + + if ((text = GetFirstField ("TRACKTOTAL")) != + null && uint.TryParse (text, out var value)) + return value; + + if ((text = GetFirstField ("TRACKNUMBER")) != + null && (values = text.Split ('/')) + .Length > 1 && uint.TryParse ( + values[1], out value)) + return value; + + return 0; + } + set { SetField ("TRACKTOTAL", value); } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// containing the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// This property is implemented using the "DISCNUMBER" + /// field. + /// </remarks> + public override uint Disc { + get { + string text = GetFirstField ("DISCNUMBER"); + string[] values; + + if (text != null && (values = text.Split ('/')) + .Length > 0 && uint.TryParse ( + values[0], out var value)) + return value; + + return 0; + } + set { + SetField ("DISCTOTAL", DiscCount); + SetField ("DISCNUMBER", value); + } + } + + /// <summary> + /// Gets and sets the number of discs in the boxed set + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs in + /// the boxed set containing the media represented by the + /// current instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "DISCTOTAL" field + /// but is capable of reading from "DISCNUMBER" if the total + /// is stored in {disc}/{count} format. + /// </remarks> + public override uint DiscCount { + get { + string text; + string[] values; + + if ((text = GetFirstField ("DISCTOTAL")) != null + && uint.TryParse (text, out var value)) + return value; + + if ((text = GetFirstField ("DISCNUMBER")) != + null && (values = text.Split ('/')) + .Length > 1 && uint.TryParse ( + values[1], out value)) + return value; + + return 0; + } + set { SetField ("DISCTOTAL", value); } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "LYRICS" field. + /// </remarks> + public override string Lyrics { + get { return GetFirstField ("LYRICS"); } + set { SetField ("LYRICS", value); } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "GROUPING" field. + /// </remarks> + public override string Grouping { + get { return GetFirstField ("GROUPING"); } + set { SetField ("GROUPING", value); } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "TEMPO" field. + /// Since there is no official definition, this property is + /// also implemented using the "BPM" field. + /// </remarks> + public override uint BeatsPerMinute { + get { + SaveBeatsPerMinuteAsTempo = true; + string text = GetFirstField ("TEMPO"); + + if (string.IsNullOrEmpty (text)) { + text = GetFirstField ("BPM"); + + if (!string.IsNullOrEmpty (text)) { + SaveBeatsPerMinuteAsTempo = false; + } + } + + return (text != null && + double.TryParse (text, NumberStyles.AllowDecimalPoint, NumberFormatInfo.InvariantInfo, out var value) && + value > 0) ? (uint)Math.Round (value) : 0; + } + set { + if (SaveBeatsPerMinuteAsTempo) + SetField ("TEMPO", value); + else + SetField ("BPM", value); + } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "CONDUCTOR" field. + /// </remarks> + public override string Conductor { + get { return GetFirstField ("CONDUCTOR"); } + set { SetField ("CONDUCTOR", value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "COPYRIGHT" field. + /// </remarks> + public override string Copyright { + get { return GetFirstField ("COPYRIGHT"); } + set { SetField ("COPYRIGHT", value); } + } + + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "DATETAGGED" + /// non-standard field. It used the the ISO 8601 standard: + /// YYYY-MM-DDTHH:MM:SS + /// <see url="https://wiki.xiph.org/VorbisComment#Date_and_time"/> + /// </remarks> + public override DateTime? DateTagged { + get { + string value = GetFirstField ("DATETAGGED"); + if (value != null) { + value = value.Replace ('T', ' '); + if (DateTime.TryParseExact (value, "yyyy-MM-dd HH:mm:ss", null, DateTimeStyles.None, out var date)) { + return date; + } + } + return null; + } + set { + string date = null; + if (value != null) { + date = $"{value:yyyy-MM-dd HH:mm:ss}"; + date = date.Replace (' ', 'T'); + } + SetField ("DATETAGGED", date); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ArtistID for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ARTISTID" field. + /// </remarks> + public override string MusicBrainzArtistId { + get { + string[] artistIds = GetField ("MUSICBRAINZ_ARTISTID"); + return artistIds.Length == 0 ? null : string.Join ("/", artistIds); + } + set { + string[] artistIds = value.Split ('/'); + SetField ("MUSICBRAINZ_ARTISTID", artistIds); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseGroupID for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_RELEASEGROUPID" field. + /// </remarks> + public override string MusicBrainzReleaseGroupId { + get { return GetFirstField ("MUSICBRAINZ_RELEASEGROUPID"); } + set { SetField ("MUSICBRAINZ_RELEASEGROUPID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseID for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMID" field. + /// </remarks> + public override string MusicBrainzReleaseId { + get { return GetFirstField ("MUSICBRAINZ_ALBUMID"); } + set { SetField ("MUSICBRAINZ_ALBUMID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseArtistID for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMARTISTID" field. + /// </remarks> + public override string MusicBrainzReleaseArtistId { + get { + string[] releaseArtistIds = GetField ("MUSICBRAINZ_ALBUMARTISTID"); + return releaseArtistIds.Length == 0 ? null : string.Join ("/", releaseArtistIds); + } + set { + string[] releaseArtistIds = value.Split ('/'); + SetField ("MUSICBRAINZ_ALBUMARTISTID", releaseArtistIds); + } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// TrackID for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_TRACKID" field. + /// </remarks> + public override string MusicBrainzTrackId { + get { return GetFirstField ("MUSICBRAINZ_TRACKID"); } + set { SetField ("MUSICBRAINZ_TRACKID", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// DiscID for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_DISCID" field. + /// </remarks> + public override string MusicBrainzDiscId { + get { return GetFirstField ("MUSICBRAINZ_DISCID"); } + set { SetField ("MUSICBRAINZ_DISCID", value); } + } + + /// <summary> + /// Gets and sets the MusicIP PUID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicIP PUID + /// for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICIP_PUID" field. + /// </remarks> + public override string MusicIpId { + get { return GetFirstField ("MUSICIP_PUID"); } + set { SetField ("MUSICIP_PUID", value); } + } + + /// <summary> + /// Gets and sets the Amazon ID for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the AmazonID + /// for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "ASIN" field. + /// </remarks> + public override string AmazonId { + get { return GetFirstField ("ASIN"); } + set { SetField ("ASIN", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Status for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseStatus for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMSTATUS" field. + /// </remarks> + public override string MusicBrainzReleaseStatus { + get { return GetFirstField ("MUSICBRAINZ_ALBUMSTATUS"); } + set { SetField ("MUSICBRAINZ_ALBUMSTATUS", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseType for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "MUSICBRAINZ_ALBUMTYPE" field. + /// </remarks> + public override string MusicBrainzReleaseType { + get { return GetFirstField ("MUSICBRAINZ_ALBUMTYPE"); } + set { SetField ("MUSICBRAINZ_ALBUMTYPE", value); } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the MusicBrainz + /// ReleaseCountry for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "RELEASECOUNTRY" field. + /// </remarks> + public override string MusicBrainzReleaseCountry { + get { return GetFirstField ("RELEASECOUNTRY"); } + set { SetField ("RELEASECOUNTRY", value); } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// <para>This property is implemented using the COVERART + /// field.</para> + /// </remarks> + public override IPicture[] Pictures { + get { + // Load pictures on demand from the fields + if (pictures == null) { + ParsePictures (); + } + + return pictures; + } + set { + if (value == null) { + // Set pictures to a 0-length array to prevent + // re-parsing by the getter on the next access + pictures = EMPTY_PICTURES; + } else { + pictures = value; + } + + // The pictures fields are not up to date with the pictures array anymore + picture_fields_dirty = true; + } + } + + /// <summary> + /// Gets and sets whether or not the album described by the + /// current instance is a compilation. + /// </summary> + /// <value> + /// A <see cref="bool" /> value indicating whether or not the + /// album described by the current instance is a compilation. + /// </value> + /// <remarks> + /// This property is implemented using the "COMPILATION" field. + /// </remarks> + public bool IsCompilation { + get { + string text; + + if ((text = GetFirstField ("COMPILATION")) != + null && int.TryParse (text, out var value)) { + return value == 1; + } + return false; + } + set { + if (value) { + SetField ("COMPILATION", "1"); + } else { + RemoveField ("COMPILATION"); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain track gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the track gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_TRACK_GAIN" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainTrackGain { + get { + string text = GetFirstField ("REPLAYGAIN_TRACK_GAIN"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveField ("REPLAYGAIN_TRACK_GAIN"); + } else { + string text = value.ToString ("0.00 dB", CultureInfo.InvariantCulture); + SetField ("REPLAYGAIN_TRACK_GAIN", text); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain track peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the track peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_TRACK_PEAK" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainTrackPeak { + get { + string text; + + if ((text = GetFirstField ("REPLAYGAIN_TRACK_PEAK")) != + null && double.TryParse (text, NumberStyles.Float, CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveField ("REPLAYGAIN_TRACK_PEAK"); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetField ("REPLAYGAIN_TRACK_PEAK", text); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the album gain as + /// per the ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_ALBUM_GAIN" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainAlbumGain { + get { + string text = GetFirstField ("REPLAYGAIN_ALBUM_GAIN"); + + if (text == null) { + return double.NaN; + } + if (text.ToLower (CultureInfo.InvariantCulture).EndsWith ("db")) { + text = text.Substring (0, text.Length - 2).Trim (); + } + + if (double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveField ("REPLAYGAIN_ALBUM_GAIN"); + } else { + string text = value.ToString ("0.00 dB", CultureInfo.InvariantCulture); + SetField ("REPLAYGAIN_ALBUM_GAIN", text); + } + } + } + + /// <summary> + /// Gets and sets the ReplayGain album peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the album peak as per the + /// ReplayGain specification. + /// </value> + /// <remarks> + /// This property is implemented using the + /// "REPLAYGAIN_ALBUM_PEAK" field. Set the value to double.NaN + /// to clear the field. + /// </remarks> + public override double ReplayGainAlbumPeak { + get { + string text; + + if ((text = GetFirstField ("REPLAYGAIN_ALBUM_PEAK")) != + null && double.TryParse (text, NumberStyles.Float, + CultureInfo.InvariantCulture, out var value)) { + return value; + } + return double.NaN; + } + set { + if (double.IsNaN (value)) { + RemoveField ("REPLAYGAIN_ALBUM_PEAK"); + } else { + string text = value.ToString ("0.000000", CultureInfo.InvariantCulture); + SetField ("REPLAYGAIN_ALBUM_PEAK", text); + } + } + } + + /// <summary> + /// Gets and sets the initial key of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the initial key of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "INITIALKEY" field. + /// </remarks> + public override string InitialKey { + get { return GetFirstField ("INITIALKEY"); } + set { SetField ("INITIALKEY", value); } + } + + /// <summary> + /// Gets and sets the remixer of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the remixer of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "REMIXEDBY" field. + /// </remarks> + public override string RemixedBy { + get { return GetFirstField ("REMIXEDBY"); } + set { SetField ("REMIXEDBY", value); } + } + + /// <summary> + /// Gets and sets the publisher of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the publisher of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "ORGANIZATION" field. + /// </remarks> + public override string Publisher { + get { return GetFirstField ("ORGANIZATION"); } + set { SetField ("ORGANIZATION", value); } + } + + /// <summary> + /// Gets and sets the ISRC (International Standard Recording Code) of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the ISRC of the song. + /// </value> + /// <remarks> + /// This property is implemented using the "ISRC" field. + /// </remarks> + public override string ISRC { + get { return GetFirstField ("ISRC"); } + set { SetField ("ISRC", value); } + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { return FieldCount == 0; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + field_list.Clear (); + + // clear pictures + pictures = new IPicture[0]; + picture_fields_dirty = false; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Ogg/XiphComment.cs.meta b/Scripts/TaglibSharp/Ogg/XiphComment.cs.meta new file mode 100644 index 0000000..fa8edf5 --- /dev/null +++ b/Scripts/TaglibSharp/Ogg/XiphComment.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c51c529d4ffacffbd893864ce06a64dc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Picture.cs b/Scripts/TaglibSharp/Picture.cs new file mode 100644 index 0000000..e504555 --- /dev/null +++ b/Scripts/TaglibSharp/Picture.cs @@ -0,0 +1,629 @@ +// +// Picture.cs: Provides IPicture and Picture. +// +// Author: +// Aaron Bockover (abockover@novell.com) +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// attachedpictureframe.cpp from TagLib +// +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2007 Brian Nickel +// Copyright (C) 2004 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib +{ + /// <summary> + /// Specifies the type of content appearing in the picture. + /// </summary> + public enum PictureType + { + /// <summary> + /// The picture is of a type other than those specified. + /// </summary> + Other = 0x00, + + /// <summary> + /// The picture is a 32x32 PNG image that should be used when + /// displaying the file in a browser. + /// </summary> + FileIcon = 0x01, + + /// <summary> + /// The picture is of an icon different from <see + /// cref="FileIcon" />. + /// </summary> + OtherFileIcon = 0x02, + + /// <summary> + /// The picture is of the front cover of the album. + /// </summary> + FrontCover = 0x03, + + /// <summary> + /// The picture is of the back cover of the album. + /// </summary> + BackCover = 0x04, + + /// <summary> + /// The picture is of a leaflet page including with the + /// album. + /// </summary> + LeafletPage = 0x05, + + /// <summary> + /// The picture is of the album or disc itself. + /// </summary> + Media = 0x06, + // Image from the album itself + + /// <summary> + /// The picture is of the lead artist or soloist. + /// </summary> + LeadArtist = 0x07, + + /// <summary> + /// The picture is of the artist or performer. + /// </summary> + Artist = 0x08, + + /// <summary> + /// The picture is of the conductor. + /// </summary> + Conductor = 0x09, + + /// <summary> + /// The picture is of the band or orchestra. + /// </summary> + Band = 0x0A, + + /// <summary> + /// The picture is of the composer. + /// </summary> + Composer = 0x0B, + + /// <summary> + /// The picture is of the lyricist or text writer. + /// </summary> + Lyricist = 0x0C, + + /// <summary> + /// The picture is of the recording location or studio. + /// </summary> + RecordingLocation = 0x0D, + + /// <summary> + /// The picture is one taken during the track's recording. + /// </summary> + DuringRecording = 0x0E, + + /// <summary> + /// The picture is one taken during the track's performance. + /// </summary> + DuringPerformance = 0x0F, + + /// <summary> + /// The picture is a capture from a movie screen. + /// </summary> + MovieScreenCapture = 0x10, + + /// <summary> + /// The picture is of a large, colored fish. + /// </summary> + ColoredFish = 0x11, + + /// <summary> + /// The picture is an illustration related to the track. + /// </summary> + Illustration = 0x12, + + /// <summary> + /// The picture contains the logo of the band or performer. + /// </summary> + BandLogo = 0x13, + + /// <summary> + /// The picture is the logo of the publisher or record + /// company. + /// </summary> + PublisherLogo = 0x14, + + + /// <summary> + /// In fact, this is not a Picture, but another file-type. + /// </summary> + NotAPicture = 0xff + + } + + /// <summary> + /// This interface provides generic information about a picture, + /// including its contents, as used by various formats. + /// </summary> + public interface IPicture + { + /// <summary> + /// Gets and sets the mime-type of the picture data + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the mime-type + /// of the picture data stored in the current instance. + /// </value> + string MimeType { get; set; } + + /// <summary> + /// Gets and sets the type of content visible in the picture + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="PictureType" /> containing the type of + /// content visible in the picture stored in the current + /// instance. + /// </value> + PictureType Type { get; set; } + + + + /// <summary> + /// Gets and sets a filename of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the filename, + /// with its extension, of the picture stored in the current + /// instance. + /// </value> + string Filename { get; set; } + + + /// <summary> + /// Gets and sets a description of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the picture stored in the current instance. + /// </value> + string Description { get; set; } + + /// <summary> + /// Gets and sets the picture data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the picture + /// data stored in the current instance. + /// </value> + ByteVector Data { get; set; } + } + + /// <summary> + /// This class implements <see cref="IPicture" /> and provides + /// mechanisms for loading pictures from files. + /// </summary> + public class Picture : IPicture + { + + #region Constants + + /// <summary> + /// Look-Up-Table associating a file-extension to + /// a Mime-Type + /// </summary> + static readonly string[] lutExtensionMime = new[] { + "aac", "audio/aac", // AAC audio file + "abw", "application/x-abiword", // AbiWord document + "arc", "application/octet-stream", // Archive document (multiple files embedded) + "avi", "video/x-msvideo", // AVI: Audio Video Interleave + "azw", "application/vnd.amazon.ebook", // Amazon Kindle eBook format + "bin", "application/octet-stream", // Any kind of binary data + "bmp", "image/bmp", // BMP image data + "bmp", "image/x-windows-bmp", // BMP image data + "bm", "image/bmp", // BMP image data + "bz", "application/x-bzip", // BZip archive + "bz2", "application/x-bzip2", // BZip2 archive + "csh", "application/x-csh", // C-Shell script + "css", "text/css", // Cascading Style Sheets (CSS) + "csv", "text/csv", // Comma-separated values (CSV) + "doc", "application/msword", // Microsoft Word + "eot", "application/vnd.ms-fontobject", // MS Embedded OpenType fonts + "epub", "application/epub+zip", // Electronic publication (EPUB) + "gif", "image/gif", // Graphics Interchange Format (GIF) + "htm", "text/html", // HyperText Markup Language (HTML)text / html + "html", "text/html", // HyperText Markup Language (HTML)text / html + "ico", "image/x-icon", // Icon format + "ics", "text/calendar", // iCalendar format + "jar", "application/java-archive", // Java Archive (JAR) + "jpg", "image/jpeg", // JPEG images + "jpeg", "image/jpeg", // JPEG images + "js", "application/javascript", // JavaScript (ECMAScript) + "json", "application/json", // JSON format + "mid", "audio/midi", // Musical Instrument Digital Interface (MIDI) + "midi", "audio/midi", // Musical Instrument Digital Interface (MIDI) + "mp3", "audio/mpeg", + "mp1", "audio/mpeg", + "mp2", "audio/mpeg", + "mpg", "video/mpeg", + "mpeg", "video/mpeg", // MPEG Video + "m4a", "audio/mp4", + "mp4", "video/mp4", + "m4v", "video/mp4", + "mpkg", "application/vnd.apple.installer+xml", // Apple Installer Package + "odp", "application/vnd.oasis.opendocument.presentation", // OpenDocuemnt presentation document + "ods", "application/vnd.oasis.opendocument.spreadsheet", // OpenDocuemnt spreadsheet document + "odt", "application/vnd.oasis.opendocument.text", // OpenDocument text document + "oga", "audio/ogg", // OGG audio + "ogg", "audio/ogg", + "ogx", "application/ogg", // OGG + "ogv", "video/ogg", + "otf", "font/otf", // OpenType font + "png", "image/png", // Portable Network Graphics + "pdf", "application/pdf", // Adobe Portable Document Format (PDF) + "ppt", "application/vnd.ms-powerpoint", // Microsoft PowerPoint + "rar", "application/x-rar-compressed", // RAR archive + "rtf", "application/rtf", // Rich Text Format (RTF) + "sh", "application/x-sh", // Bourne shell script + "svg", "image/svg+xml", // Scalable Vector Graphics (SVG) + "swf", "application/x-shockwave-flash", // Small web format (SWF) or Adobe Flash document + "tar", "application/x-tar", // Tape Archive (TAR) + "tif", "image/tiff", // Tagged Image File Format(TIFF) + "tiff", "image/tiff", // Tagged Image File Format(TIFF) + "ts", "video/vnd.dlna.mpeg-tts", // Typescript file + "ttf", "font/ttf", // TrueType Font + "vsd", "application/vnd.visio", // Microsoft Visio + "wav", "audio/x-wav", // Waveform Audio Format + "weba", "audio/webm", // WEBM audio + "webm", "video/webm", // WEBM video + "webp", "image/webp", // WEBP image + "woff", "font/woff", // Web Open Font Format (WOFF) + "woff2", "font/woff2", // Web Open Font Format (WOFF) + "xhtml", "application/xhtml+xml", // XHTML + "xls", "application/vnd.ms", // excel application + "xlsx", "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet", // excel 2007 application + "xml", "application/xml", // XML + "xul", "application/vnd.mozilla.xul+xml", // XUL + "zip", "application/zip", // ZIP archive + "3gp", "video/3gpp", // 3GPP audio/video container + "3g2", "video/3gpp2", // 3GPP2 audio/video container + "7z", "application/x-7z-compressed", // 7-zip archive + }; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> with no data or values. + /// </summary> + public Picture () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> by reading in the contents of a + /// specified file. + /// </summary> + /// <param name="path"> + /// A <see cref="string"/> object containing the path of the + /// file to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public Picture (string path) + { + if (path == null) + throw new ArgumentNullException (nameof (path)); + + Data = ByteVector.FromPath (path); + Filename = System.IO.Path.GetFileName (path); + Description = Filename; + MimeType = GetMimeFromExtension (Filename); + Type = MimeType.StartsWith ("image/") ? PictureType.FrontCover : PictureType.NotAPicture; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> by reading in the contents of a + /// specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="File.IFileAbstraction"/> object containing + /// abstraction of the file to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public Picture (File.IFileAbstraction abstraction) + { + if (abstraction == null) + throw new ArgumentNullException (nameof (abstraction)); + + Data = ByteVector.FromFile (abstraction); + Filename = abstraction.Name; + Description = abstraction.Name; + + if (!string.IsNullOrEmpty (Filename) && Filename.Contains (".")) { + MimeType = GetMimeFromExtension (Filename); + Type = MimeType.StartsWith ("image/") ? PictureType.FrontCover : PictureType.NotAPicture; + } else { + string ext = GetExtensionFromData (Data); + MimeType = GetMimeFromExtension (ext); + if (ext != null) { + Type = PictureType.FrontCover; + Filename = Description = "cover" + ext; + } else { + Type = PictureType.NotAPicture; + Filename = "UnknownType"; + } + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> by using the contents of a <see + /// cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing picture data + /// to use. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public Picture (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Data = new ByteVector (data); + string ext = GetExtensionFromData (data); + MimeType = GetMimeFromExtension (ext); + if (ext != null) { + Type = PictureType.FrontCover; + Filename = Description = "cover" + ext; + } else { + Type = PictureType.NotAPicture; + Filename = "UnknownType"; + } + } + + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Picture" /> by doing a shallow copy of <see + /// cref="IPicture" />. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture"/> object containing picture data + /// to convert to an Picture. + /// </param> + public Picture (IPicture picture) + { + MimeType = picture.MimeType; + Type = picture.Type; + Filename = picture.Filename; + Description = picture.Description; + Data = picture.Data; + } + + #endregion + + + #region Legacy Factory methods + + /// <summary> + /// Creates a new <see cref="Picture" />, populating it with + /// the contents of a file. + /// </summary> + /// <param name="filename"> + /// A <see cref="string" /> object containing the path to a + /// file to read the picture from. + /// </param> + /// <returns> + /// A new <see cref="Picture" /> object containing the + /// contents of the file and with a mime-type guessed from + /// the file's contents. + /// </returns> + [Obsolete ("Use Picture(string filename) constructor instead.")] + public static Picture CreateFromPath (string filename) + { + return new Picture (filename); + } + + /// <summary> + /// Creates a new <see cref="Picture" />, populating it with + /// the contents of a file. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="File.IFileAbstraction" /> object containing + /// the file abstraction to read the picture from. + /// </param> + /// <returns> + /// A new <see cref="Picture" /> object containing the + /// contents of the file and with a mime-type guessed from + /// the file's contents. + /// </returns> + [Obsolete ("Use Picture(File.IFileAbstraction abstraction) constructor instead.")] + public static Picture CreateFromFile (File.IFileAbstraction abstraction) + { + return new Picture (abstraction); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets and sets the mime-type of the picture data + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the mime-type + /// of the picture data stored in the current instance. + /// </value> + public string MimeType { get; set; } + + /// <summary> + /// Gets and sets the type of content visible in the picture + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="PictureType" /> containing the type of + /// content visible in the picture stored in the current + /// instance. + /// </value> + public PictureType Type { get; set; } + + /// <summary> + /// Gets and sets a filename of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a fielname, with + /// extension, of the picture stored in the current instance. + /// </value> + public string Filename { get; set; } + + /// <summary> + /// Gets and sets a description of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the picture stored in the current instance. + /// </value> + public string Description { get; set; } + + /// <summary> + /// Gets and sets the picture data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the picture + /// data stored in the current instance. + /// </value> + public ByteVector Data { get; set; } + + #endregion + + + + #region Public static Methods (class functions) + + /// <summary> + /// Retrieve a mime type from raw file data by reading + /// the first few bytes of the file. + /// Less accurate than <see cref="GetExtensionFromMime"/>. + /// </summary> + /// <param name="data"> + /// file name with extension, or just extension of a file + /// </param> + /// <returns>File-extension as <see cref="string"/>, or null if + /// not identified</returns> + public static string GetExtensionFromData (ByteVector data) + { + string ext = null; + + // No picture, unless it is corrupted, can fit in a file of less than 4 bytes + if (data.Count >= 4) { + if (data[1] == 'P' && data[2] == 'N' && data[3] == 'G') { + ext = ".png"; + } else if (data[0] == 'G' && data[1] == 'I' && data[2] == 'F') { + ext = ".gif"; + } else if (data[0] == 'B' && data[1] == 'M') { + ext = ".bmp"; + } else if (data[0] == 0xFF && data[1] == 0xD8 && data[data.Count - 2] == 0xFF && data[data.Count - 1] == 0xD9) { + ext = ".jpg"; + } + + } + + return ext; + } + + /// <summary> + /// Gets the file-extension that fits a mime-type. + /// More accurate than <see cref="GetExtensionFromData"/>. + /// </summary> + /// <param name="mime"> + /// Mime-type as <see cref="string"/>. + /// </param> + /// <returns>File-extension as <see cref="string"/>, or null if + /// not identified</returns> + public static string GetExtensionFromMime (string mime) + { + // Default + string ext = null; + + for (int i = 1; i < lutExtensionMime.Length; i += 2) { + if (lutExtensionMime[i] == mime) { + ext = lutExtensionMime[i - 1]; + break; + } + } + + return ext; + } + + + /// <summary> + /// Gets the mime type of from a file-name (it's extensions). + /// If the format cannot be identified, it assumed to be a Binary file. + /// </summary> + /// <param name="name"> + /// file name with extension, or just extension of a file + /// </param> + /// <returns>Mime-type as <see cref="string"/></returns> + public static string GetMimeFromExtension (string name) + { + // Default + string mime_type = "application/octet-stream"; + + // Get extension from Filename + if (string.IsNullOrEmpty (name)) return mime_type; + var ext = System.IO.Path.GetExtension (name); + if (string.IsNullOrEmpty (ext)) + ext = name; + else + ext = ext.Substring (1); + + ext = ext.ToLower (); + + for (int i = 0; i < lutExtensionMime.Length; i += 2) { + if (lutExtensionMime[i] == ext) { + mime_type = lutExtensionMime[i + 1]; + break; + } + } + + return mime_type; + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Picture.cs.meta b/Scripts/TaglibSharp/Picture.cs.meta new file mode 100644 index 0000000..34cab56 --- /dev/null +++ b/Scripts/TaglibSharp/Picture.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: bd1be9a337a374067a1c465e39d7aed1 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/PictureLazy.cs b/Scripts/TaglibSharp/PictureLazy.cs new file mode 100644 index 0000000..f787c33 --- /dev/null +++ b/Scripts/TaglibSharp/PictureLazy.cs @@ -0,0 +1,377 @@ +// +// PictureLazy.cs: +// +// Author: +// Sebastien Mouy <starwer@laposte.net> +// +// Copyright (C) 2018 Starwer +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.IO; + +namespace TagLib +{ + + /// <summary> + /// This class implements <see cref="IPicture" /> and provides + /// mechanisms for loading pictures from files. + /// Contrary to <see cref="Picture" />, a reference to a file + /// where the picture is located can be given and the picture + /// is lazily loaded from the file, meaning that it will be + /// read from the file only when needed. This saves time and + /// memory if the picture loading is not required. + /// </summary> + public class PictureLazy : IPicture, ILazy + { + #region Private Fields + + /// <summary> + /// Contains the mime-type. + /// </summary> + string mime_type; + + /// <summary> + /// Contains the content type. + /// </summary> + PictureType type; + + /// <summary> + /// Contains the filename. + /// </summary> + string filename; + + /// <summary> + /// Contains the picture data. + /// </summary> + ByteVector data; + + + /// <summary> + /// Stream where the picture is located + /// </summary> + File.IFileAbstraction file; + + /// <summary> + /// Offset from where the picture start in the <see cref="file"/> + /// </summary> + readonly long stream_offset; + + /// <summary> + /// Size of the picture in the <see cref="file"/> (-1 = until end of Stream) + /// </summary> + readonly long stream_size = -1; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PictureLazy" /> with no data or values. + /// </summary> + public PictureLazy () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PictureLazy" /> from a file. + /// The content will be lazily loaded. + /// </summary> + /// <param name="path"> + /// A <see cref="string"/> object containing the path of the + /// file to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public PictureLazy (string path) + { + if (path == null) + throw new ArgumentNullException (nameof (path)); + + file = new File.LocalFileAbstraction (path); + + filename = Path.GetFileName (path); + Description = filename; + mime_type = Picture.GetMimeFromExtension (filename); + type = mime_type.StartsWith ("image/") ? PictureType.FrontCover : PictureType.NotAPicture; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PictureLazy" /> from a file abstraction. + /// The content will be lazily loaded. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="File.IFileAbstraction"/> object containing + /// abstraction of the file to read. + /// </param> + /// <param name="offset"> + /// The position in bytes where the picture is located in the + /// <see cref="File.IFileAbstraction"/>. + /// </param> + /// <param name="size"> + /// The size in bytes of the picture in the + /// <see cref="File.IFileAbstraction"/> (default: read all). + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public PictureLazy (File.IFileAbstraction abstraction, long offset = 0, long size = -1) + { + if (abstraction == null) + throw new ArgumentNullException (nameof (abstraction)); + + + file = abstraction; + stream_offset = offset; + stream_size = size; + + filename = abstraction.Name; + Description = abstraction.Name; + + if (!string.IsNullOrEmpty (filename) && filename.Contains (".")) { + mime_type = Picture.GetMimeFromExtension (filename); + type = mime_type.StartsWith ("image/") ? PictureType.FrontCover : PictureType.NotAPicture; + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PictureLazy" /> by using the contents of a <see + /// cref="ByteVector" /> object. + /// The content will not be lazily loaded. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> object containing picture data + /// to use. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + public PictureLazy (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Data = new ByteVector (data); + string ext = Picture.GetExtensionFromData (data); + MimeType = Picture.GetMimeFromExtension (ext); + + if (ext != null) { + type = PictureType.FrontCover; + filename = Description = "cover" + ext; + } else { + type = PictureType.NotAPicture; + filename = "UnknownType"; + } + } + + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="PictureLazy" /> by doing a shallow copy of <see + /// cref="IPicture" />. + /// The content will not be lazily loaded. + /// </summary> + /// <param name="picture"> + /// A <see cref="IPicture"/> object containing picture data + /// to convert to an Picture. + /// </param> + public PictureLazy (IPicture picture) + { + mime_type = picture.MimeType; + type = picture.Type; + filename = picture.Filename; + Description = picture.Description; + data = picture.Data; + } + + + + #endregion + + + #region Public Methods + + /// <summary> + /// Load the picture data from the file, + /// if not done yet. + /// </summary> + public void Load () + { + // Already loaded ? + if (data != null) return; + + + // Load the picture from the stream + + Stream stream = null; + + try { + if (stream_size == 0) { + data = new ByteVector (); + } else if (stream_size > 0) { + stream = file.ReadStream; + stream.Seek (stream_offset, SeekOrigin.Begin); + + int count = 0, read = 0, needed = (int)stream_size; + byte[] buffer = new byte[needed]; + + do { + count = stream.Read (buffer, read, needed); + + read += count; + needed -= count; + } while (needed > 0 && count != 0); + + data = new ByteVector (buffer, read); + } else { + stream = file.ReadStream; + stream.Seek (stream_offset, SeekOrigin.Begin); + + data = ByteVector.FromStream (stream); + } + + } finally { + // Free the resources + if (stream != null && file != null) { + file.CloseStream (stream); + } + + file = null; + } + + // Retrieve remaining properties from data (if required) + + if (mime_type == null) { + string ext = Picture.GetExtensionFromData (data); + MimeType = Picture.GetMimeFromExtension (ext); + if (ext != null) { + type = PictureType.FrontCover; + if (filename == null) + filename = Description = "cover" + ext; + } else { + type = PictureType.NotAPicture; + if (filename == null) + filename = "UnknownType"; + } + } + } + + #endregion + + + #region Public Properties + + /// <summary> + /// Gets and sets the mime-type of the picture data + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the mime-type + /// of the picture data stored in the current instance. + /// </value> + public string MimeType { + get { + if (mime_type == null) + Load (); + return mime_type; + } + set { mime_type = value; } + } + + /// <summary> + /// Gets and sets the type of content visible in the picture + /// stored in the current instance. + /// </summary> + /// <value> + /// A <see cref="PictureType" /> containing the type of + /// content visible in the picture stored in the current + /// instance. + /// </value> + public PictureType Type { + get { + if (type == PictureType.Other && mime_type == null) + Load (); + return type; + } + set { type = value; } + } + + /// <summary> + /// Gets and sets a filename of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a fielname, with + /// extension, of the picture stored in the current instance. + /// </value> + public string Filename { + get { + if (filename == null) + Load (); + return filename; + } + set { filename = value; } + } + + /// <summary> + /// Gets and sets a description of the picture stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the picture stored in the current instance. + /// </value> + public string Description { get; set; } + + /// <summary> + /// Gets and sets the picture data stored in the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="ByteVector" /> object containing the picture + /// data stored in the current instance. + /// </value> + public ByteVector Data { + get { + if (data == null) + Load (); + return data; + } + set { data = value; } + } + + + /// <summary> + /// Gets an indication whether the picture is loaded. + /// </summary> + public bool IsLoaded { + get { + return data != null; + } + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/PictureLazy.cs.meta b/Scripts/TaglibSharp/PictureLazy.cs.meta new file mode 100644 index 0000000..e44e6af --- /dev/null +++ b/Scripts/TaglibSharp/PictureLazy.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c970532db0b28fb8aa8a058461248160 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Png.meta b/Scripts/TaglibSharp/Png.meta new file mode 100644 index 0000000..fa50e7a --- /dev/null +++ b/Scripts/TaglibSharp/Png.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: eacab6c7b507186399d9f5bf698739f3 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Png/Codec.cs b/Scripts/TaglibSharp/Png/Codec.cs new file mode 100644 index 0000000..28936b3 --- /dev/null +++ b/Scripts/TaglibSharp/Png/Codec.cs @@ -0,0 +1,60 @@ +// +// Codec.cs: +// +// Author: +// Mike Gemuende (mike@gemuende.be) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Png +{ + + /// <summary> + /// A Png photo codec. Contains basic photo details. + /// </summary> + public class Codec : Image.Codec + { + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { get { return "PNG File"; } } + + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height) + : base (width, height) { } + } +} diff --git a/Scripts/TaglibSharp/Png/Codec.cs.meta b/Scripts/TaglibSharp/Png/Codec.cs.meta new file mode 100644 index 0000000..db1649a --- /dev/null +++ b/Scripts/TaglibSharp/Png/Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 61dacbe123502832e83e23426d871c08 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Png/File.cs b/Scripts/TaglibSharp/Png/File.cs new file mode 100644 index 0000000..fcbf79d --- /dev/null +++ b/Scripts/TaglibSharp/Png/File.cs @@ -0,0 +1,957 @@ +// +// File.cs: Provides tagging for PNG files +// +// Author: +// Mike Gemuende (mike@gemuende.be) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.IO; +using System.IO.Compression; + +using TagLib.Image; +using TagLib.Xmp; +using System.Text; + +namespace TagLib.Png +{ + + /// <summary> + /// This class extends <see cref="TagLib.Image.ImageBlockFile" /> to provide tagging + /// for PNG image files. + /// </summary> + /// <remarks> + /// This implementation is based on http://www.w3.org/TR/PNG + /// </remarks> + [SupportedMimeType ("taglib/png", "png")] + [SupportedMimeType ("image/png")] + public class File : ImageBlockFile + { + + #region GIF specific constants + + /// <summary> + /// The PNG Header every png file starts with. + /// </summary> + readonly byte[] HEADER = new byte[] { 137, 80, 78, 71, 13, 10, 26, 10 }; + + /// <summary> + /// byte sequence to indicate a IHDR Chunk + /// </summary> + readonly byte[] IHDR_CHUNK_TYPE = new byte[] { 73, 72, 68, 82 }; + + /// <summary> + /// byte sequence to indicate a IEND Chunk + /// </summary> + readonly byte[] IEND_CHUNK_TYPE = new byte[] { 73, 69, 78, 68 }; + + /// <summary> + /// byte sequence to indicate a iTXt Chunk + /// </summary> + readonly byte[] iTXt_CHUNK_TYPE = new byte[] { 105, 84, 88, 116 }; + + /// <summary> + /// byte sequence to indicate a tEXt Chunk + /// </summary> + readonly byte[] tEXt_CHUNK_TYPE = new byte[] { 116, 69, 88, 116 }; + + /// <summary> + /// byte sequence to indicate a zTXt Chunk + /// </summary> + readonly byte[] zTXt_CHUNK_TYPE = new byte[] { 122, 84, 88, 116 }; + + /// <summary> + /// header of a iTXt which contains XMP data. + /// </summary> + readonly byte[] XMP_CHUNK_HEADER = new byte[] { + // Keyword ("XML:com.adobe.xmp") + 0x58, 0x4D, 0x4C, 0x3A, 0x63, 0x6F, 0x6D, 0x2E, 0x61, 0x64, 0x6F, 0x62, 0x65, 0x2E, 0x78, 0x6D, 0x70, + + // Null Separator + 0x00, + + // Compression Flag + 0x00, + + // Compression Method + 0x00, + + // Language Tag Null Separator + 0x00, + + // Translated Keyword Null Separator + 0x00 + }; + + #endregion + + #region private fields + + /// <summary> + /// The height of the image + /// </summary> + int height; + + /// <summary> + /// The width of the image + /// </summary> + int width; + + /// <summary> + /// The Properties of the image + /// </summary> + Properties properties; + + #endregion + + private class RawProfile + { + public RawProfile () + { + Data = new List<string> (); + } + + public string Name { get; set; } + + public string LengthText { get; set; } + + public List<string> Data { get; set; } + + public override string ToString () + { + return "\n" + Name + "\n" + LengthText + "\n" + string.Join ("\n", Data.ToArray ()); + } + } + + #region public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + SaveMetadata (); + + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + #endregion + + #region private methods + + /// <summary> + /// Reads the information from file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + ImageTag = new CombinedImageTag (TagTypes.XMP | TagTypes.Png); + + ValidateHeader (); + ReadMetadata (); + + TagTypesOnDisk = TagTypes; + + if ((propertiesStyle & ReadStyle.Average) != 0) + properties = ExtractProperties (); + + } finally { + Mode = AccessMode.Closed; + } + } + + + /// <summary> + /// Validates the header of a PNG file. Therfore, the current position to + /// read must be the start of the file. + /// </summary> + void ValidateHeader () + { + ByteVector data = ReadBlock (8); + + if (data.Count != 8) + throw new CorruptFileException ("Unexpected end of header"); + + if (!data.Equals (new ByteVector (HEADER))) + throw new CorruptFileException ("PNG Header was expected"); + } + + + /// <summary> + /// Reads the length of data of a chunk from the current position + /// </summary> + /// <returns> + /// A <see cref="System.Int32"/> with the length of data. + /// </returns> + /// <remarks> + /// The length is stored in a 4-byte unsigned integer in the file, + /// but due to the PNG specification this value does not exceed + /// 2^31-1 and can therfore be safely returned as an signed integer. + /// This prevents unsafe casts for using the length as parameter + /// for other methods. + /// </remarks> + int ReadChunkLength () + { + ByteVector data = ReadBlock (4); + + if (data.Count != 4) + throw new CorruptFileException ("Unexpected end of Chunk Length"); + + uint length = data.ToUInt (true); + + if (length > int.MaxValue) + throw new CorruptFileException ("PNG limits the Chunk Length to 2^31-1"); + + return (int)length; + } + + + /// <summary> + /// Reads the type of a chunk from the current position. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with 4 bytes containing the type of + /// the Chunk. + /// </returns> + ByteVector ReadChunkType () + { + ByteVector data = ReadBlock (4); + + if (data.Count != 4) + throw new CorruptFileException ("Unexpected end of Chunk Type"); + + return data; + } + + + /// <summary> + /// Reads the CRC value for a chunk from the current position. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with 4 bytes with the CRC value. + /// </returns> + ByteVector ReadCRC () + { + ByteVector data = ReadBlock (4); + + if (data.Count != 4) + throw new CorruptFileException ("Unexpected end of CRC"); + + return data; + } + + + /// <summary> + /// Reads the whole Chunk data starting from the current position. + /// </summary> + /// <param name="data_length"> + /// A <see cref="System.Int32"/> with the length of the Chunk Data. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the Chunk Data which is read. + /// </returns> + ByteVector ReadChunkData (int data_length) + { + ByteVector data = ReadBlock (data_length); + + if (data.Count != data_length) + throw new CorruptFileException ($"Chunk Data of Length {data_length} expected"); + + return data; + } + + + /// <summary> + /// Reads a null terminated string from the given data from given position. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> with teh data to read the string from + /// </param> + /// <param name="start_index"> + /// A <see cref="System.Int32"/> with the index to start reading + /// </param> + /// <param name="terminator_index"> + /// A <see cref="System.Int32"/> with the index of the null byte + /// </param> + /// <returns> + /// A <see cref="System.String"/> with the read string. The null byte + /// is not included. + /// </returns> + string ReadTerminatedString (ByteVector data, int start_index, out int terminator_index) + { + if (start_index >= data.Count) + throw new CorruptFileException ("Unexpected End of Data"); + + terminator_index = data.Find ("\0", start_index); + + if (terminator_index < 0) + throw new CorruptFileException ("Cannot find string terminator"); + + return data.Mid (start_index, terminator_index - start_index).ToString (); + } + + + /// <summary> + /// Reads a null terminated keyword from he given data from given position. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> with teh data to read the string from + /// </param> + /// <param name="start_index"> + /// A <see cref="System.Int32"/> with the index to start reading + /// </param> + /// <param name="terminator_index"> + /// A <see cref="System.Int32"/> with the index of the null byte + /// </param> + /// <returns> + /// A <see cref="System.String"/> with the read keyword. The null byte + /// is not included. + /// </returns> + string ReadKeyword (ByteVector data, int start_index, out int terminator_index) + { + string keyword = ReadTerminatedString (data, start_index, out terminator_index); + + if (string.IsNullOrEmpty (keyword)) + throw new CorruptFileException ("Keyword cannot be empty"); + + return keyword; + } + + + /// <summary> + /// Skips the Chunk Data and CRC Data. The read position must be at the + /// beginning of the Chunk data. + /// </summary> + /// <param name="data_size"> + /// A <see cref="System.Int32"/> with the length of the chunk data read + /// before. + /// </param> + void SkipChunkData (int data_size) + { + long position = Tell; + + if (position + data_size >= Length) + throw new CorruptFileException ($"Chunk Data of Length {data_size} expected"); + + Seek (Tell + data_size); + ReadCRC (); + } + + + /// <summary> + /// Reads the whole metadata from file. The current position must be set to + /// the first Chunk which is contained in the file. + /// </summary> + void ReadMetadata () + { + int data_length = ReadChunkLength (); + ByteVector type = ReadChunkType (); + + // File should start with a header chunk + if (!type.StartsWith (IHDR_CHUNK_TYPE)) + throw new CorruptFileException ($"IHDR Chunk was expected, but Chunk {type} was found"); + + ReadIHDRChunk (data_length); + + // Read all following chunks + while (true) { + + data_length = ReadChunkLength (); + type = ReadChunkType (); + + if (type.StartsWith (IEND_CHUNK_TYPE)) + return; + else if (type.StartsWith (iTXt_CHUNK_TYPE)) + ReadiTXtChunk (data_length); + else if (type.StartsWith (tEXt_CHUNK_TYPE)) + ReadtEXtChunk (data_length); + else if (type.StartsWith (zTXt_CHUNK_TYPE)) + ReadzTXtChunk (data_length); + else + SkipChunkData (data_length); + + } + } + + + /// <summary> + /// Reads the IHDR Chunk from file and extracts some image information + /// like width and height. The current position must be set to the start + /// of the Chunk Data. + /// </summary> + /// <param name="data_length"> + /// A <see cref="System.Int32"/> with the length of the Chunk Data. + /// </param> + void ReadIHDRChunk (int data_length) + { + // IHDR Chunk + // + // 4 Bytes Width + // 4 Bytes Height + // 1 Byte Bit depth + // 1 Byte Colour type + // 1 Byte Compression method + // 1 Byte Filter method + // 1 Byte Interlace method + // + // Followed by 4 Bytes CRC data + + if (data_length != 13) + throw new CorruptFileException ("IHDR chunk data length must be 13"); + + ByteVector data = ReadChunkData (data_length); + + CheckCRC (IHDR_CHUNK_TYPE, data, ReadCRC ()); + + // The PNG specification limits the size of 4-byte unsigned integers to 2^31-1. + // That allows us to safely cast them to an signed integer. + uint width = data.Mid (0, 4).ToUInt (true); + uint height = data.Mid (4, 4).ToUInt (true); + + if (width > int.MaxValue || height > int.MaxValue) + throw new CorruptFileException ("PNG limits width and heigth to 2^31-1"); + + this.width = (int)width; + this.height = (int)height; + } + + + /// <summary> + /// Reads an iTXt Chunk from file. The current position must be set + /// to the start of the Chunk Data. Such a Chunk may contain XMP data + /// or translated keywords. + /// </summary> + /// <param name="data_length"> + /// A <see cref="System.Int32"/> with the length of the Chunk Data. + /// </param> + void ReadiTXtChunk (int data_length) + { + long position = Tell; + + // iTXt Chunk + // + // N Bytes Keyword + // 1 Byte Null Separator + // 1 Byte Compression Flag (0 for uncompressed data) + // 1 Byte Compression Method + // N Bytes Language Tag + // 1 Byte Null Separator + // N Bytes Translated Keyword + // 1 Byte Null Terminator + // N Bytes Txt + // + // Followed by 4 Bytes CRC data + + ByteVector data = ReadChunkData (data_length); + + CheckCRC (iTXt_CHUNK_TYPE, data, ReadCRC ()); + + // handle XMP, which has a fixed header + if (data.StartsWith (XMP_CHUNK_HEADER)) { + ImageTag.AddTag (new XmpTag (data.Mid (XMP_CHUNK_HEADER.Length).ToString (StringType.UTF8), this)); + + AddMetadataBlock (position - 8, data_length + 8 + 4); + + return; + } + + string keyword = ReadKeyword (data, 0, out var terminator_index); + + if (terminator_index + 2 >= data_length) + throw new CorruptFileException ("Compression Flag and Compression Method byte expected"); + + byte compression_flag = data[terminator_index + 1]; + byte compression_method = data[terminator_index + 2]; + + //string language = ReadTerminatedString (data, terminator_index + 3, out terminator_index); + //string translated_keyword = ReadTerminatedString (data, terminator_index + 1, out terminator_index); + + ByteVector txt_data = data.Mid (terminator_index + 1); + + if (compression_flag != 0x00) { + txt_data = Decompress (compression_method, txt_data); + + // ignore unknown compression methods + if (txt_data == null) + return; + } + + string value = txt_data.ToString (); + var png_tag = GetTag (TagTypes.Png, true) as PngTag; + + if (png_tag.GetKeyword (keyword) == null) + png_tag.SetKeyword (keyword, value); + + AddMetadataBlock (position - 8, data_length + 8 + 4); + } + + + /// <summary> + /// Reads an tEXt Chunk from file. The current position must be set + /// to the start of the Chunk Data. Such a Chunk contains plain + /// keywords. + /// </summary> + /// <param name="data_length"> + /// A <see cref="System.Int32"/> with the length of the Chunk Data. + /// </param> + void ReadtEXtChunk (int data_length) + { + long position = Tell; + + // tEXt Chunk + // + // N Bytes Keyword + // 1 Byte Null Separator + // N Bytes Txt + // + // Followed by 4 Bytes CRC data + + ByteVector data = ReadChunkData (data_length); + + CheckCRC (tEXt_CHUNK_TYPE, data, ReadCRC ()); + + string keyword = ReadKeyword (data, 0, out var keyword_terminator); + + string value = data.Mid (keyword_terminator + 1).ToString (); + + var png_tag = GetTag (TagTypes.Png, true) as PngTag; + + if (png_tag.GetKeyword (keyword) == null) + png_tag.SetKeyword (keyword, value); + + AddMetadataBlock (position - 8, data_length + 8 + 4); + } + + private static RawProfile ProcessRawProfile (string value) + { + // ImageMagick formats 'raw profiles' as + // '\n<name>\n<length>(%8lu)\n<hex payload>\n'. + var parts = value.Split (new[] { '\n' }); + if (parts.Length < 4) + return null; + var profile = new RawProfile (); + profile.Name = parts [1]; + profile.LengthText = parts [2]; + + for (int i = 3; i < parts.Length; i++) { + var buffer = new Byte[parts [i].Length]; + int iBuffer = 0; + for (int j = 0; j < parts [i].Length - 1; j += 2) { + var subString = parts [i].Substring (j, 2); + buffer [iBuffer++] = Convert.ToByte (subString, 16); + } + // raw profile data often has many trailing nulls in most lines, which must be removed + // for XML processing as XMP data. Are there other raw profiles that need them? + profile.Data.Add (Encoding.UTF8.GetString (buffer).Trim (new char[] {'\0'})); + } + return profile; + } + + /// <summary> + /// Reads an zTXt Chunk from file. The current position must be set + /// to the start of the Chunk Data. Such a Chunk contains compressed + /// keywords. + /// </summary> + /// <param name="data_length"> + /// A <see cref="System.Int32"/> with the length of the Chunk Data. + /// </param> + /// <remarks> + /// The Chunk may also contain compressed Exif data which is written + /// by other tools. But, since the PNG specification does not support + /// Exif data, we ignore it here. + /// </remarks> + void ReadzTXtChunk (int data_length) + { + long position = Tell; + + // zTXt Chunk + // + // N Bytes Keyword + // 1 Byte Null Separator + // 1 Byte Compression Method + // N Bytes Txt + // + // Followed by 4 Bytes CRC data + + ByteVector data = ReadChunkData (data_length); + + CheckCRC (zTXt_CHUNK_TYPE, data, ReadCRC ()); + + string keyword = ReadKeyword (data, 0, out var terminator_index); + + if (terminator_index + 1 >= data_length) + throw new CorruptFileException ("Compression Method byte expected"); + + byte compression_method = data[terminator_index + 1]; + + ByteVector plain_data = Decompress (compression_method, data.Mid (terminator_index + 2)); + + // ignore unknown compression methods + if (plain_data == null) + return; + + string value = plain_data.ToString (); + RawProfile rawProfile = null; + if (keyword.StartsWith ("Raw profile type")) { + rawProfile = ProcessRawProfile (value); + value = rawProfile.ToString (); + } + + // handle XMP, which has a fixed header + if (keyword == "xmp" || rawProfile != null && string.Compare (rawProfile.Name, "xmp", StringComparison.InvariantCultureIgnoreCase) == 0) { + ImageTag.AddTag (new XmpTag (string.Join("", rawProfile.Data.ToArray()), this)); + } else { + var png_tag = GetTag (TagTypes.Png, true) as PngTag; + + if (png_tag.GetKeyword (keyword) == null) + png_tag.SetKeyword (keyword, value); + } + AddMetadataBlock (position - 8, data_length + 8 + 4); + } + + + /// <summary> + /// Save the metadata to file. + /// </summary> + void SaveMetadata () + { + var metadata_chunks = new ByteVector { + RenderXMPChunk (), + RenderKeywordChunks () + }; + + // Metadata is stored after the PNG header and the IDHR chunk. + SaveMetadata (metadata_chunks, HEADER.Length + 13 + 4 + 4 + 4); + } + + + /// <summary> + /// Creates a Chunk containing the XMP data. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the XMP data chunk + /// or <see langword="null" /> if no XMP data is contained. + /// </returns> + ByteVector RenderXMPChunk () + { + // Check, if XmpTag is contained + var xmp = ImageTag.Xmp; + if (xmp == null) + return null; + + var chunk = new ByteVector (); + + // render the XMP data itself + ByteVector xmp_data = xmp.Render (); + + // TODO check uint size. + chunk.Add (ByteVector.FromUInt ((uint)xmp_data.Count + (uint)XMP_CHUNK_HEADER.Length)); + chunk.Add (iTXt_CHUNK_TYPE); + chunk.Add (XMP_CHUNK_HEADER); + chunk.Add (xmp_data); + chunk.Add (ComputeCRC (iTXt_CHUNK_TYPE, XMP_CHUNK_HEADER, xmp_data)); + + return chunk; + } + + + /// <summary> + /// Creates a list of Chunks containing the PNG keywords + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> with the list of chunks, or + /// or <see langword="null" /> if no PNG Keywords are contained. + /// </returns> + ByteVector RenderKeywordChunks () + { + // Check, if PngTag is contained + if (!(GetTag (TagTypes.Png, true) is PngTag png_tag)) + return null; + + var chunks = new ByteVector (); + + foreach (KeyValuePair<string, string> keyword in png_tag) { + var data = new ByteVector { + keyword.Key, + "\0", + keyword.Value + }; + + chunks.Add (ByteVector.FromUInt ((uint)data.Count)); + chunks.Add (tEXt_CHUNK_TYPE); + chunks.Add (data); + chunks.Add (ComputeCRC (tEXt_CHUNK_TYPE, data)); + } + + return chunks; + } + + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + Properties ExtractProperties () + { + if (width > 0 && height > 0) + return new Properties (TimeSpan.Zero, new Codec (width, height)); + + return null; + } + + #endregion + + #region Utility Stuff + + + /// <summary> + /// Checks the CRC for a Chunk. + /// </summary> + /// <param name="chunk_type"> + /// A <see cref="ByteVector"/> whith the Chunk type + /// </param> + /// <param name="chunk_data"> + /// A <see cref="ByteVector"/> with the Chunk data. + /// </param> + /// <param name="crc_data"> + /// A <see cref="ByteVector"/> with the read CRC data. + /// </param> + static void CheckCRC (ByteVector chunk_type, ByteVector chunk_data, ByteVector crc_data) + { + ByteVector computed_crc = ComputeCRC (chunk_type, chunk_data); + + if (computed_crc != crc_data) + throw new CorruptFileException ( + $"CRC check failed for {chunk_type} Chunk (expected: 0x{computed_crc.ToUInt ():X4}, read: 0x{crc_data.ToUInt ():X4}"); + } + + + /// <summary> + /// Computes a 32bit CRC for the given data. + /// </summary> + /// <param name="datas"> + /// A <see cref="T:ByteVector[]"/> with data to compute + /// the CRC for. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with 4 bytes (32bit) containing the CRC. + /// </returns> + static ByteVector ComputeCRC (params ByteVector[] datas) + { + uint crc = 0xFFFFFFFF; + + if (crc_table == null) + BuildCRCTable (); + + foreach (var data in datas) { + + foreach (byte b in data) { + crc = crc_table[(crc ^ b) & 0xFF] ^ (crc >> 8); + } + } + + // Invert + return ByteVector.FromUInt (crc ^ 0xFFFFFFFF); + } + + + /// <summary> + /// Table for faster computation of CRC. + /// </summary> + static uint[] crc_table; + + + /// <summary> + /// Initializes the CRC Table. + /// </summary> + static void BuildCRCTable () + { + uint polynom = 0xEDB88320; + + crc_table = new uint[256]; + + for (int i = 0; i < 256; i++) { + + uint c = (uint)i; + for (int k = 0; k < 8; k++) { + if ((c & 0x00000001) != 0x00) + c = polynom ^ (c >> 1); + else + c = c >> 1; + } + crc_table[i] = c; + } + } + + static ByteVector Inflate (ByteVector data) + { + using (var out_stream = new MemoryStream ()) + using (var input = new MemoryStream (data.Data)) { + input.Seek (2, SeekOrigin.Begin); // First 2 bytes are properties deflate does not need (or handle) + using (var zipstream = new DeflateStream (input, CompressionMode.Decompress)) { + //zipstream.CopyTo (out_stream); Cleaner with .NET 4 + byte[] buffer = new byte[1024]; + int written_bytes; + + while ((written_bytes = zipstream.Read (buffer, 0, 1024)) > 0) + out_stream.Write (buffer, 0, written_bytes); + + return new ByteVector (out_stream.ToArray ()); + } + } + } + + + static ByteVector Decompress (byte compression_method, ByteVector compressed_data) + { + // there is currently just one compression method specified + // for PNG. + switch (compression_method) { + case 0: + return Inflate (compressed_data); + default: + return null; + } + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Png/File.cs.meta b/Scripts/TaglibSharp/Png/File.cs.meta new file mode 100644 index 0000000..0c9a77c --- /dev/null +++ b/Scripts/TaglibSharp/Png/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5c1aeeb7f1096784c802febffe0f3607 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Png/PngTag.cs b/Scripts/TaglibSharp/Png/PngTag.cs new file mode 100644 index 0000000..953b299 --- /dev/null +++ b/Scripts/TaglibSharp/Png/PngTag.cs @@ -0,0 +1,302 @@ +// +// PngTag.cs: +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + + +using System; +using System.Collections; +using System.Collections.Generic; + +using TagLib.Image; + + +namespace TagLib.Png +{ + /// <summary> + /// Native Png Keywords + /// </summary> + public class PngTag : ImageTag, IEnumerable + { + + #region defined PNG keywords + + /// <summary> + /// Short (one line) title or caption for image + /// </summary> + public static readonly string TITLE = "Title"; + + /// <summary> + /// Name of image's creator + /// </summary> + public static readonly string AUTHOR = "Author"; + + /// <summary> + /// Description of image (possibly long) + /// </summary> + public static readonly string DESCRIPTION = "Description"; + + /// <summary> + /// Copyright notice + /// </summary> + public static readonly string COPYRIGHT = "Copyright"; + + /// <summary> + /// Time of original image creation + /// </summary> + public static readonly string CREATION_TIME = "Creation Time"; + + /// <summary> + /// Software used to create the image + /// </summary> + public static readonly string SOFTWARE = "Software"; + + /// <summary> + /// Legal disclaimer + /// </summary> + public static readonly string DISCLAIMER = "Disclaimer"; + + /// <summary> + /// Warning of nature of content + /// </summary> + public static readonly string WARNING = "Warning"; + + /// <summary> + /// Device used to create the image + /// </summary> + public static readonly string SOURCE = "Source"; + + /// <summary> + /// Miscellaneous comment + /// </summary> + public static readonly string COMMENT = "Comment"; + + #endregion + + #region Private Fieds + + /// <summary> + /// Store the keywords with their values + /// </summary> + readonly Dictionary<string, string> keyword_store = new Dictionary<string, string> (); + + #endregion + + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + public PngTag () + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets or sets the comment for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the comment of the + /// current instace. + /// </value> + /// <remarks> + /// We use here both keywords Description and Comment of the + /// PNG specification to store the comment. + /// </remarks> + public override string Comment { + get { + string description = GetKeyword (DESCRIPTION); + + if (!string.IsNullOrEmpty (description)) + return description; + + return GetKeyword (COMMENT); + } + set { + SetKeyword (DESCRIPTION, value); + SetKeyword (COMMENT, value); + } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string Title { + get { return GetKeyword (TITLE); } + set { SetKeyword (TITLE, value); } + } + + /// <summary> + /// Gets or sets the creator of the image. + /// </summary> + /// <value> + /// A <see cref="string" /> with the name of the creator. + /// </value> + public override string Creator { + get { return GetKeyword (AUTHOR); } + set { SetKeyword (AUTHOR, value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + public override string Copyright { + get { return GetKeyword (COPYRIGHT); } + set { SetKeyword (COPYRIGHT, value); } + } + + /// <summary> + /// Gets or sets the software the image, the current instance + /// belongs to, was created with. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the name of the + /// software the current instace was created with. + /// </value> + public override string Software { + get { return GetKeyword (SOFTWARE); } + set { SetKeyword (SOFTWARE, value); } + } + + /// <summary> + /// Gets or sets the time when the image, the current instance + /// belongs to, was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time the image was taken. + /// </value> + public override DateTime? DateTime { + get { + string date = GetKeyword (CREATION_TIME); + + if (System.DateTime.TryParse (date, out var ret)) + return ret; + + return null; + } + set { + string date = null; + + if (value != null) { + // Creation Date is stored in RFC 822 for PNG + date = value.Value.ToString ("R"); + } + + SetKeyword (CREATION_TIME, date); + } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Sets a keyword of to the given value. + /// </summary> + /// <param name="keyword"> + /// A <see cref="System.String"/> with the keyword to set. + /// </param> + /// <param name="value"> + /// A <see cref="System.String"/> with the value. + /// </param> + public void SetKeyword (string keyword, string value) + { + if (string.IsNullOrEmpty (keyword)) + throw new ArgumentException ("keyword is null or empty"); + + keyword_store.Remove (keyword); + + if (value != null) { + keyword_store.Add (keyword, value); + } + } + + + /// <summary> + /// Gets a value of a keyword. + /// </summary> + /// <param name="keyword"> + /// A <see cref="System.String"/> with the keyword to get the value for. + /// </param> + /// <returns> + /// A <see cref="System.String"/> with the value or <see langword="null" /> + /// if the keyword is not contained. + /// </returns> + public string GetKeyword (string keyword) + { + + keyword_store.TryGetValue (keyword, out var ret); + + return ret; + } + + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Png" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.Png; } + } + + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + keyword_store.Clear (); + } + + + /// <summary> + /// Returns an enumerator to enumerate all keywords. + /// </summary> + /// <returns> + /// A <see cref="System.Collections.IEnumerator"/> to enumerate + /// the keywords. + /// </returns> + public IEnumerator GetEnumerator () + { + return keyword_store.GetEnumerator (); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Png/PngTag.cs.meta b/Scripts/TaglibSharp/Png/PngTag.cs.meta new file mode 100644 index 0000000..d36bdce --- /dev/null +++ b/Scripts/TaglibSharp/Png/PngTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: fa79d8e79060782859dbee00fe1d56f6 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Properties.cs b/Scripts/TaglibSharp/Properties.cs new file mode 100644 index 0000000..befda88 --- /dev/null +++ b/Scripts/TaglibSharp/Properties.cs @@ -0,0 +1,456 @@ +// +// Properties.cs: This class implements IAudioCodec and IVideoCodec +// and combines codecs to create generic media properties for a file. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// audioproperties.cpp from TagLib +// +// Copyright (C) 2006,2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Text; + +namespace TagLib +{ + /// <summary> + /// This class implements <see cref="IAudioCodec" />, <see + /// cref="IVideoCodec" /> and <see cref="IPhotoCodec" /> + /// and combines codecs to create generic media properties + /// for a file. + /// </summary> + public class Properties : IAudioCodec, IVideoCodec, IPhotoCodec + { + #region Private Fields + + /// <summary> + /// Contains the codecs. + /// </summary> + readonly ICodec[] codecs = new ICodec[0]; + + /// <summary> + /// Contains the duration. + /// </summary> + TimeSpan duration = TimeSpan.Zero; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Properties" /> with no codecs or duration. + /// </summary> + /// <remarks> + /// <para>This constructor is used when media properties are + /// not read.</para> + /// </remarks> + public Properties () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Properties" /> with a specified duration and array + /// of codecs. + /// </summary> + /// <param name="duration"> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media, or <see cref="TimeSpan.Zero" /> if the duration is + /// to be read from the codecs. + /// </param> + /// <param name="codecs"> + /// A <see cref="T:T:ICodec[]" /> containing the codecs to be + /// used in the new instance. + /// </param> + public Properties (TimeSpan duration, params ICodec[] codecs) + { + this.duration = duration; + if (codecs != null) + this.codecs = codecs; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="Properties" /> with a specified duration and + /// enumaration of codecs. + /// </summary> + /// <param name="duration"> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media, or <see cref="TimeSpan.Zero" /> if the duration is + /// to be read from the codecs. + /// </param> + /// <param name="codecs"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object containing the + /// codec to be used in the new instance. + /// </param> + public Properties (TimeSpan duration, IEnumerable<ICodec> codecs) + { + this.duration = duration; + if (codecs != null) + this.codecs = new List<ICodec> (codecs).ToArray (); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the codecs contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object containing the + /// <see cref="ICodec" /> objects contained in the current + /// instance. + /// </value> + public IEnumerable<ICodec> Codecs { + get { return codecs; } + } + + #endregion + + + + #region ICodec + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + /// <remarks> + /// If the duration was set in the constructor, that value is + /// returned. Otherwise, the longest codec duration is used. + /// </remarks> + public TimeSpan Duration { + get { + TimeSpan duration = this.duration; + + if (duration != TimeSpan.Zero) + return duration; + + foreach (ICodec codec in codecs) + if (codec != null && codec.Duration > duration) + duration = codec.Duration; + + return duration; + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="MediaTypes" /> containing + /// the types of media represented by the current instance. + /// </value> + public MediaTypes MediaTypes { + get { + MediaTypes types = MediaTypes.None; + + foreach (ICodec codec in codecs) + if (codec != null) + types |= codec.MediaTypes; + + return types; + } + } + + /// <summary> + /// Gets a string description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + /// <remarks> + /// The value contains the descriptions of the codecs joined + /// by colons. + /// </remarks> + public string Description { + get { + var builder = new StringBuilder (); + foreach (ICodec codec in codecs) { + if (codec == null) + continue; + + if (builder.Length != 0) + builder.Append ("; "); + + builder.Append (codec.Description); + } + return builder.ToString (); + } + } + + #endregion + + + + #region IAudioCodec + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> containing the bitrate of the audio + /// represented by the current instance. + /// </value> + /// <remarks> + /// This value is equal to the first non-zero audio bitrate. + /// </remarks> + public int AudioBitrate { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Audio) == 0) + continue; + + if (codec is IAudioCodec audio && audio.AudioBitrate != 0) + return audio.AudioBitrate; + } + + return 0; + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> containing the sample rate of the + /// audio represented by the current instance. + /// </value> + /// <remarks> + /// This value is equal to the first non-zero audio sample + /// rate. + /// </remarks> + public int AudioSampleRate { + get { + foreach (ICodec codec in codecs) { + if (codec == null || + (codec.MediaTypes & MediaTypes.Audio) == 0) + continue; + + if (codec is IAudioCodec audio && audio.AudioSampleRate != 0) + return audio.AudioSampleRate; + } + + return 0; + } + } + + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + /// <remarks> + /// This value is equal to the first non-zero quantization. + /// </remarks> + public int BitsPerSample { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Audio) == 0) + continue; + + if (codec is ILosslessAudioCodec lossless && lossless.BitsPerSample != 0) + return lossless.BitsPerSample; + } + + return 0; + } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> object containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + /// <remarks> + /// This value is equal to the first non-zero audio channel + /// count. + /// </remarks> + public int AudioChannels { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Audio) == 0) + continue; + + if (codec is IAudioCodec audio && audio.AudioChannels != 0) + return audio.AudioChannels; + } + + return 0; + } + } + + #endregion + + + + #region IVideoCodec + + /// <summary> + /// Gets the width of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> containing the width of the video + /// represented by the current instance. + /// </value> + /// <remarks> + /// This value is equal to the first non-zero video width. + /// </remarks> + public int VideoWidth { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Video) == 0) + continue; + + if (codec is IVideoCodec video && video.VideoWidth != 0) + return video.VideoWidth; + } + + return 0; + } + } + + /// <summary> + /// Gets the height of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> containing the height of the video + /// represented by the current instance. + /// </value> + /// <remarks> + /// This value is equal to the first non-zero video height. + /// </remarks> + public int VideoHeight { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Video) == 0) + continue; + + if (codec is IVideoCodec video && video.VideoHeight != 0) + return video.VideoHeight; + } + + return 0; + } + } + + #endregion + + + + #region IPhotoCodec + + /// <summary> + /// Gets the width of the photo represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// photo represented by the current instance. + /// </value> + public int PhotoWidth { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Photo) == 0) + continue; + + if (codec is IPhotoCodec photo && photo.PhotoWidth != 0) + return photo.PhotoWidth; + } + + return 0; + } + } + + /// <summary> + /// Gets the height of the photo represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// photo represented by the current instance. + /// </value> + public int PhotoHeight { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Photo) == 0) + continue; + + if (codec is IPhotoCodec photo && photo.PhotoHeight != 0) + return photo.PhotoHeight; + } + + return 0; + } + } + + /// <summary> + /// Gets the (format specific) quality indicator of the photo + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value indicating the quality. A value + /// 0 means that there was no quality indicator for the format + /// or the file. + /// </value> + public int PhotoQuality { + get { + foreach (ICodec codec in codecs) { + if (codec == null || (codec.MediaTypes & MediaTypes.Photo) == 0) + continue; + + if (codec is IPhotoCodec photo && photo.PhotoQuality != 0) + return photo.PhotoQuality; + } + + return 0; + } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Properties.cs.meta b/Scripts/TaglibSharp/Properties.cs.meta new file mode 100644 index 0000000..03a34ed --- /dev/null +++ b/Scripts/TaglibSharp/Properties.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 343074d7ca5fa47c58afd32b4cfa693f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/ReadOnlyByteVector.cs b/Scripts/TaglibSharp/ReadOnlyByteVector.cs new file mode 100644 index 0000000..e2c9d61 --- /dev/null +++ b/Scripts/TaglibSharp/ReadOnlyByteVector.cs @@ -0,0 +1,219 @@ +// +// ReadOnlyByteVector.cs: This class extends ByteVector" to provide an +// immutable version. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// Permission is hereby granted, free of charge, to any person obtaining +// a copy of this software and associated documentation files (the +// "Software"), to deal in the Software without restriction, including +// without limitation the rights to use, copy, modify, merge, publish, +// distribute, sublicense, and/or sell copies of the Software, and to +// permit persons to whom the Software is furnished to do so, subject to +// the following conditions: +// +// The above copyright notice and this permission notice shall be +// included in all copies or substantial portions of the Software. +// +// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +// EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +// MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +// NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE +// LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION +// OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION +// WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +// + +namespace TagLib +{ + /// <summary> + /// This class extends <see cref="ByteVector" /> to provide an + /// immutable version. + /// </summary> + public sealed class ReadOnlyByteVector : ByteVector + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ReadOnlyByteVector" /> with no contents. + /// </summary> + public ReadOnlyByteVector () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ReadOnlyByteVector" /> of a specified length filled + /// with bytes of a specified value. + /// </summary> + /// <param name="size"> + /// A <see cref="int" /> specifying the number of bytes to + /// add to the new instance. + /// </param> + /// <param name="value"> + /// A <see cref="byte" /> specifying the value to use for the + /// bytes added to the new instance. + /// </param> + public ReadOnlyByteVector (int size, byte value) + : base (size, value) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ReadOnlyByteVector" /> of a specified length filled + /// with bytes with a value of zero. + /// </summary> + /// <param name="size"> + /// A <see cref="int" /> specifying the number of bytes to + /// add to the new instance. + /// </param> + /// <remarks> + /// <para>To specify the value to fill the new instance with, + /// use <see cref="ReadOnlyByteVector(int,byte)" />.</para> + /// </remarks> + public ReadOnlyByteVector (int size) + : this (size, 0) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ReadOnlyByteVector" /> by copying the contents from + /// another instance. + /// </summary> + /// <param name="vector"> + /// A <see cref="ByteVector" /> object to copy the values + /// from. + /// </param> + public ReadOnlyByteVector (ByteVector vector) + : base (vector) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ReadOnlyByteVector" /> by copying a specified + /// number of bytes from an array. + /// </summary> + /// <param name="data"> + /// A <see cref="T:byte[]" /> to copy values from. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> specifying the number of bytes to + /// copy. + /// </param> + /// <remarks> + /// <para>If copying the entire contents of an array, use + /// <see cref="ReadOnlyByteVector(byte[])" />.</para> + /// </remarks> + public ReadOnlyByteVector (byte[] data, int length) + : base (data, length) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ReadOnlyByteVector" /> by copying the contents of a + /// specified array. + /// </summary> + /// <param name="data"> + /// A <see cref="T:byte[]" /> to copy values from. + /// </param> + /// <remarks> + /// <para>To copy only part of the array, use <see + /// cref="ReadOnlyByteVector(byte[],int)" />.</para> + /// </remarks> + public ReadOnlyByteVector (params byte[] data) + : base (data) + { + } + + #endregion + + + + #region Operators + + /// <summary> + /// Implicitly converts a <see cref="byte" /> to a new + /// <see cref="ReadOnlyByteVector" />. + /// </summary> + /// <param name="value"> + /// A <see cref="byte" /> object to convert. + /// </param> + /// <returns> + /// A <see cref="ReadOnlyByteVector" /> equivalent to + /// <paramref name="value" />. + /// </returns> + public static implicit operator ReadOnlyByteVector (byte value) + { + return new ReadOnlyByteVector (value); + } + + /// <summary> + /// Implicitly converts a <see cref="T:byte[]" /> to a new + /// <see cref="ReadOnlyByteVector" />. + /// </summary> + /// <param name="value"> + /// A <see cref="T:byte[]" /> object to convert. + /// </param> + /// <returns> + /// A <see cref="ReadOnlyByteVector" /> equivalent to + /// <paramref name="value" />. + /// </returns> + public static implicit operator ReadOnlyByteVector (byte[] value) + { + return new ReadOnlyByteVector (value); + } + + /// <summary> + /// Implicitly converts a <see cref="string" /> object to a + /// new <see cref="ReadOnlyByteVector" /> using the UTF-8 + /// encoding. + /// </summary> + /// <param name="value"> + /// A <see cref="string" /> object to convert. + /// </param> + /// <returns> + /// A <see cref="ReadOnlyByteVector" /> equivalent to + /// <paramref name="value" />. + /// </returns> + public static implicit operator ReadOnlyByteVector (string value) + { + return new ReadOnlyByteVector (FromString (value, StringType.UTF8)); + } + + #endregion + + + + #region IList<T> + + /// <summary> + /// Gets whether or not the current instance is read-only. + /// </summary> + /// <value> + /// Always <see langword="true" />. + /// </value> + public override bool IsReadOnly { + get { return true; } + } + + /// <summary> + /// Gets whether or not the current instance is fixed size. + /// </summary> + /// <value> + /// Always <see langword="true" />. + /// </value> + public override bool IsFixedSize { + get { return true; } + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/ReadOnlyByteVector.cs.meta b/Scripts/TaglibSharp/ReadOnlyByteVector.cs.meta new file mode 100644 index 0000000..0dd1f87 --- /dev/null +++ b/Scripts/TaglibSharp/ReadOnlyByteVector.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ee7fe86b60399f62e8eaf4b7ce6c1ed3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff.meta b/Scripts/TaglibSharp/Riff.meta new file mode 100644 index 0000000..3015a63 --- /dev/null +++ b/Scripts/TaglibSharp/Riff.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 937711cfe1aaa961d9f45a0138d30432 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/AviHeaderList.cs b/Scripts/TaglibSharp/Riff/AviHeaderList.cs new file mode 100644 index 0000000..189d9a5 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/AviHeaderList.cs @@ -0,0 +1,287 @@ +// +// AviHeaderList.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib.Riff +{ + /// <summary> + /// This class provides support for reading an AVI header list to + /// extract stream information. + /// </summary> + public class AviHeaderList + { + + /// <summary> + /// Contains the AVI codec information. + /// </summary> + readonly List<ICodec> codecs = new List<ICodec> (); + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AviHeaderList" /> by reading the contents of a raw + /// RIFF list from a specified position in a <see + /// cref="TagLib.File"/>. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the contents of the new instance is to be + /// read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the list. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The list does not contain an AVI header or the AVI header + /// is the wrong length. + /// </exception> + public AviHeaderList (TagLib.File file, long position, int length) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (length < 0) + throw new ArgumentOutOfRangeException (nameof (length)); + + if (position < 0 || position > file.Length - length) + throw new ArgumentOutOfRangeException (nameof (position)); + + List list = new List (file, position, length); + + if (!list.ContainsKey ("avih")) + throw new CorruptFileException ("Avi header not found."); + + ByteVector header_data = list["avih"][0]; + if (header_data.Count != 0x38) + throw new CorruptFileException ("Invalid header length."); + + Header = new AviHeader (header_data, 0); + + foreach (ByteVector list_data in list["LIST"]) { + if (list_data.StartsWith ("strl")) { + AviStream stream = AviStream.ParseStreamList (list_data); + if (stream != null) + codecs.Add (stream.Codec); + } + } + } + + /// <summary> + /// Gets the header for the current instance. + /// </summary> + /// <value> + /// A <see cref="AviHeader" /> object containing the header + /// for the current instance. + /// </value> + public AviHeader Header { get; private set; } + + /// <summary> + /// Gets the codecs contained in the current instance. + /// </summary> + /// <value> + /// A <see cref="T:ICodec[]" /> containing the codecs contained + /// in the current instance. + /// </value> + public ICodec[] Codecs { + get { return codecs.ToArray (); } + } + } + + /// <summary> + /// This structure provides a representation of a Microsoft + /// AviMainHeader structure, minus the first 8 bytes. + /// </summary> + public struct AviHeader + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AviHeader" /> by reading the raw structure from the + /// beginning of a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 40 bytes. + /// </exception> + [Obsolete ("Use AviHeader(ByteVector,int)")] + public AviHeader (ByteVector data) : this (data, 0) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AviStreamHeader" /> by reading the raw structure + /// from a specified position in a <see cref="ByteVector" /> + /// object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the index in + /// <paramref name="data"/> at which the structure begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 40 bytes at + /// <paramref name="offset" />. + /// </exception> + public AviHeader (ByteVector data, int offset) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset)); + + if (offset + 40 > data.Count) + throw new CorruptFileException ("Expected 40 bytes."); + + MicrosecondsPerFrame = data.Mid (offset, 4).ToUInt (false); + MaxBytesPerSecond = data.Mid (offset + 4, 4).ToUInt (false); + Flags = data.Mid (offset + 12, 4).ToUInt (false); + TotalFrames = data.Mid (offset + 16, 4).ToUInt (false); + InitialFrames = data.Mid (offset + 20, 4).ToUInt (false); + Streams = data.Mid (offset + 24, 4).ToUInt (false); + SuggestedBufferSize = data.Mid (offset + 28, 4).ToUInt (false); + Width = data.Mid (offset + 32, 4).ToUInt (false); + Height = data.Mid (offset + 36, 4).ToUInt (false); + } + + /// <summary> + /// Gets the number of microseconds per frame. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying number of + /// microseconds per frame. + /// </value> + public uint MicrosecondsPerFrame { get; private set; } + + /// <summary> + /// Gets the maximum number of bytes per second. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying maximum number of + /// bytes per second. + /// </value> + public uint MaxBytesPerSecond { get; private set; } + + /// <summary> + /// Gets the file flags. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying file flags. + /// </value> + public uint Flags { get; private set; } + + /// <summary> + /// Gets the number of frames in the file. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the number of + /// frames in the file. + /// </value> + public uint TotalFrames { get; private set; } + + /// <summary> + /// Gets how far ahead audio is from video. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying how far ahead + /// audio is from video. + /// </value> + public uint InitialFrames { get; private set; } + + /// <summary> + /// Gets the number of streams in the file. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the number of + /// streams in the file. + /// </value> + public uint Streams { get; private set; } + + /// <summary> + /// Gets the suggested buffer size for the file. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the buffer size. + /// </value> + public uint SuggestedBufferSize { get; private set; } + + /// <summary> + /// Gets the width of the video in the file. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the width of the + /// video. + /// </value> + public uint Width { get; private set; } + + /// <summary> + /// Gets the height of the video in the file. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the height of the + /// video. + /// </value> + public uint Height { get; private set; } + + /// <summary> + /// Gets the duration of the media in the file. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> value containing the duration + /// of the file. + /// </value> + public TimeSpan Duration { + get { + return TimeSpan.FromMilliseconds (TotalFrames * (double)MicrosecondsPerFrame / 1000.0); + } + } + } +} diff --git a/Scripts/TaglibSharp/Riff/AviHeaderList.cs.meta b/Scripts/TaglibSharp/Riff/AviHeaderList.cs.meta new file mode 100644 index 0000000..4ba40c7 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/AviHeaderList.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d6e2f945ab4b69792bad77daa3649ff8 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/AviStream.cs b/Scripts/TaglibSharp/Riff/AviStream.cs new file mode 100644 index 0000000..b9eaf94 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/AviStream.cs @@ -0,0 +1,458 @@ +// +// AviStream.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Riff +{ + /// <summary> + /// This abstract class provides basic support for parsing a raw AVI + /// stream list. + /// </summary> + public abstract class AviStream + { + + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="AviStream" /> with a specified stream header. + /// </summary> + /// <param name="header"> + /// A <see cref="AviStreamHeader"/> object containing the + /// stream's header. + /// </param> + protected AviStream (AviStreamHeader header) + { + Header = header; + } + + /// <summary> + /// Parses a stream list item. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the item's + /// ID. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the item's + /// data. + /// </param> + /// <param name="start"> + /// A <see cref="uint" /> value specifying the index in + /// <paramref name="data" /> at which the item data begins. + /// </param> + /// <param name="length"> + /// A <see cref="uint" /> value specifying the length of the + /// item. + /// </param> + public virtual void ParseItem (ByteVector id, ByteVector data, int start, int length) + { + } + + /// <summary> + /// Gets the stream header. + /// </summary> + /// <value> + /// A <see cref="AviStreamHeader" /> object containing the + /// header information for the stream. + /// </value> + public AviStreamHeader Header { get; private set; } + + /// <summary> + /// Gets the codec information. + /// </summary> + /// <value> + /// A <see cref="ICodec" /> object containing the codec + /// information for the stream. + /// </value> + public ICodec Codec { get; protected set; } + + /// <summary> + /// Parses a raw AVI stream list and returns the stream + /// information. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing raw stream + /// list. + /// </param> + /// <returns> + /// A <see cref="AviStream" /> object containing stream + /// information. + /// </returns> + public static AviStream ParseStreamList (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (!data.StartsWith ("strl")) + return null; + + AviStream stream = null; + int pos = 4; + + while (pos + 8 < data.Count) { + ByteVector id = data.Mid (pos, 4); + int block_length = (int)data.Mid (pos + 4, 4).ToUInt (false); + + if (id == "strh" && stream == null) { + var stream_header = new AviStreamHeader (data, pos + 8); + if (stream_header.Type == "vids") + stream = new AviVideoStream (stream_header); + else if (stream_header.Type == "auds") + stream = new AviAudioStream (stream_header); + } else if (stream != null) { + stream.ParseItem (id, data, pos + 8, block_length); + } + + pos += block_length + 8; + } + + return stream; + } + } + + /// <summary> + /// This class extends <see cref="AviStream" /> to provide support + /// for reading audio stream data. + /// </summary> + public class AviAudioStream : AviStream + { + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="AviAudioStream" /> with a specified stream header. + /// </summary> + /// <param name="header"> + /// A <see cref="AviStreamHeader"/> object containing the + /// stream's header. + /// </param> + public AviAudioStream (AviStreamHeader header) + : base (header) + { + } + + /// <summary> + /// Parses a stream list item. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the item's + /// ID. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the item's + /// data. + /// </param> + /// <param name="start"> + /// A <see cref="uint" /> value specifying the index in + /// <paramref name="data" /> at which the item data begins. + /// </param> + /// <param name="length"> + /// A <see cref="uint" /> value specifying the length of the + /// item. + /// </param> + public override void ParseItem (ByteVector id, ByteVector data, int start, int length) + { + if (id == "strf") + Codec = new WaveFormatEx (data, start); + } + } + + /// <summary> + /// This class extends <see cref="AviStream" /> to provide support + /// for reading video stream data. + /// </summary> + public class AviVideoStream : AviStream + { + /// <summary> + /// Constructs and intializes a new instance of <see + /// cref="AviVideoStream" /> with a specified stream header. + /// </summary> + /// <param name="header"> + /// A <see cref="AviStreamHeader"/> object containing the + /// stream's header. + /// </param> + public AviVideoStream (AviStreamHeader header) + : base (header) + { + } + + /// <summary> + /// Parses a stream list item. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the item's + /// ID. + /// </param> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the item's + /// data. + /// </param> + /// <param name="start"> + /// A <see cref="uint" /> value specifying the index in + /// <paramref name="data" /> at which the item data begins. + /// </param> + /// <param name="length"> + /// A <see cref="uint" /> value specifying the length of the + /// item. + /// </param> + public override void ParseItem (ByteVector id, ByteVector data, int start, int length) + { + if (id == "strf") + Codec = new BitmapInfoHeader (data, start); + } + } + + /// <summary> + /// This structure provides a representation of a Microsoft + /// AviStreamHeader structure, minus the first 8 bytes. + /// </summary> + public struct AviStreamHeader + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AviStreamHeader" /> by reading the raw structure + /// from the beginning of a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 56 bytes. + /// </exception> + [Obsolete ("Use WaveFormatEx(ByteVector,int)")] + public AviStreamHeader (ByteVector data) : this (data, 0) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="AviStreamHeader" /> by reading the raw structure + /// from a specified position in a <see cref="ByteVector" /> + /// object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the index in + /// <paramref name="data"/> at which the structure begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 56 bytes at + /// <paramref name="offset" />. + /// </exception> + public AviStreamHeader (ByteVector data, int offset) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset)); + + if (offset + 56 > data.Count) + throw new CorruptFileException ("Expected 56 bytes."); + + Type = data.Mid (offset, 4); + Handler = data.Mid (offset + 4, 4); + Flags = data.Mid (offset + 8, 4).ToUInt (false); + Priority = data.Mid (offset + 12, 4).ToUInt (false); + InitialFrames = data.Mid (offset + 16, 4).ToUInt (false); + Scale = data.Mid (offset + 20, 4).ToUInt (false); + Rate = data.Mid (offset + 24, 4).ToUInt (false); + Start = data.Mid (offset + 28, 4).ToUInt (false); + Length = data.Mid (offset + 32, 4).ToUInt (false); + SuggestedBufferSize = data.Mid (offset + 36, 4).ToUInt (false); + Quality = data.Mid (offset + 40, 4).ToUInt (false); + SampleSize = data.Mid (offset + 44, 4).ToUInt (false); + Left = data.Mid (offset + 48, 2).ToUShort (false); + Top = data.Mid (offset + 50, 2).ToUShort (false); + Right = data.Mid (offset + 52, 2).ToUShort (false); + Bottom = data.Mid (offset + 54, 2).ToUShort (false); + } + + /// <summary> + /// Gets the stream type. + /// </summary> + /// <value> + /// A four-byte <see cref="ByteVector" /> object specifying + /// stream type. + /// </value> + public ByteVector Type { get; private set; } + + /// <summary> + /// Gets the stream handler (codec) ID. + /// </summary> + /// <value> + /// A four-byte <see cref="ByteVector" /> object specifying + /// stream handler ID. + /// </value> + public ByteVector Handler { get; private set; } + + /// <summary> + /// Gets the stream flags. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying stream flags. + /// </value> + public uint Flags { get; private set; } + + /// <summary> + /// Gets the stream priority. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying stream priority. + /// </value> + public uint Priority { get; private set; } + + /// <summary> + /// Gets how far ahead audio is from video. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying how far ahead + /// audio is from video. + /// </value> + public uint InitialFrames { get; private set; } + + /// <summary> + /// Gets the scale of the stream. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the scale of the + /// stream. + /// </value> + /// <remarks> + /// Dividing <see cref="Rate"/> by <see cref="Scale" /> gives + /// the number of samples per second. + /// </remarks> + public uint Scale { get; private set; } + + /// <summary> + /// Gets the rate of the stream. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the rate of the + /// stream. + /// </value> + /// <remarks> + /// Dividing <see cref="Rate"/> by <see cref="Scale" /> gives + /// the number of samples per second. + /// </remarks> + public uint Rate { get; private set; } + + /// <summary> + /// Gets the start delay of the stream. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the start delay of + /// the stream. + /// </value> + public uint Start { get; private set; } + + /// <summary> + /// Gets the length of the stream. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the length of the + /// stream. + /// </value> + public uint Length { get; private set; } + + /// <summary> + /// Gets the suggested buffer size for the stream. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the buffer size. + /// </value> + public uint SuggestedBufferSize { get; private set; } + + /// <summary> + /// Gets the quality of the stream data. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the quality of the + /// stream data between 0 and 10,000. + /// </value> + public uint Quality { get; private set; } + + /// <summary> + /// Gets the sample size of the stream data. + /// </summary> + /// <value> + /// A <see cref="uint" /> value specifying the sample size. + /// </value> + public uint SampleSize { get; private set; } + + /// <summary> + /// Gets the position at which the left of the video is to + /// be displayed in the rectangle whose width is given in the + /// the file's <see cref="AviHeader"/>. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value specifying the left + /// position. + /// </value> + public ushort Left { get; private set; } + + /// <summary> + /// Gets the position at which the top of the video is to be + /// displayed in the rectangle whose height is given in the + /// the file's <see cref="AviHeader"/>. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value specifying the top + /// position. + /// </value> + public ushort Top { get; private set; } + + /// <summary> + /// Gets the position at which the right of the video is to + /// be displayed in the rectangle whose width is given in the + /// the file's <see cref="AviHeader"/>. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value specifying the right + /// position. + /// </value> + public ushort Right { get; private set; } + + /// <summary> + /// Gets the position at which the bottom of the video is + /// to be displayed in the rectangle whose height is given in + /// the file's <see cref="AviHeader"/>. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value specifying the bottom + /// position. + /// </value> + public ushort Bottom { get; private set; } + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Riff/AviStream.cs.meta b/Scripts/TaglibSharp/Riff/AviStream.cs.meta new file mode 100644 index 0000000..3d5b6f2 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/AviStream.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: eedf8b2276ea9a00a824c1315ce11965 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/BitmapInfoHeader.cs b/Scripts/TaglibSharp/Riff/BitmapInfoHeader.cs new file mode 100644 index 0000000..7ccf30f --- /dev/null +++ b/Scripts/TaglibSharp/Riff/BitmapInfoHeader.cs @@ -0,0 +1,783 @@ +// +// BitmapInfoHeader.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Globalization; + +namespace TagLib.Riff +{ + /// <summary> + /// This structure provides a representation of a Microsoft + /// BitmapInfoHeader structure. + /// </summary> + public struct BitmapInfoHeader : IVideoCodec + { + #region Private Fields + /// <summary> + /// Contains the video width. + /// </summary> + readonly uint width; + + /// <summary> + /// Contains the video height. + /// </summary> + readonly uint height; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BitmapInfoHeader" /> by reading the raw structure + /// from the beginning of a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 40 bytes. + /// </exception> + [Obsolete ("Use BitmapInfoHeader(ByteVector,int)")] + public BitmapInfoHeader (ByteVector data) : this (data, 0) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="BitmapInfoHeader" /> by reading the raw structure + /// from a specified position in a <see cref="ByteVector" /> + /// object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the index in + /// <paramref name="data"/> at which the structure begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 16 bytes at + /// <paramref name="offset" />. + /// </exception> + public BitmapInfoHeader (ByteVector data, int offset) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (offset + 40 > data.Count) + throw new CorruptFileException ("Expected 40 bytes."); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset)); + + HeaderSize = data.Mid (offset + 0, 4).ToUInt (false); + width = data.Mid (offset + 4, 4).ToUInt (false); + height = data.Mid (offset + 8, 4).ToUInt (false); + Planes = data.Mid (offset + 12, 2).ToUShort (false); + BitCount = data.Mid (offset + 14, 2).ToUShort (false); + CompressionId = data.Mid (offset + 16, 4); + ImageSize = data.Mid (offset + 20, 4).ToUInt (false); + XPixelsPerMeter = data.Mid (offset + 24, 4).ToUInt (false); + YPixelsPerMeter = data.Mid (offset + 28, 4).ToUInt (false); + ColorsUsed = data.Mid (offset + 32, 4).ToUInt (false); + ImportantColors = data.Mid (offset + 36, 4).ToUInt (false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the size of the structure in bytes. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// bytes in the structure. + /// </value> + public uint HeaderSize { get; private set; } + + /// <summary> + /// Gets the number of planes in the image. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the number of + /// planes. + /// </value> + public ushort Planes { get; private set; } + + /// <summary> + /// Gets the number of bits per pixel. + /// </summary> + /// <value> + /// A <see cref="ushort" /> value containing the number of + /// bits per pixel, equivalent to the log base 2 of the + /// maximum number of colors. + /// </value> + public ushort BitCount { get; private set; } + + /// <summary> + /// Gets the compression ID for image. + /// </summary> + /// <value> + /// A four-byte <see cref="ByteVector" /> object containing + /// the ID of the compression system (codec) used by the + /// image. + /// </value> + public ByteVector CompressionId { get; private set; } + + /// <summary> + /// Gets the size of the image in bytes. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// bytes in the image. + /// </value> + public uint ImageSize { get; private set; } + + /// <summary> + /// Gets the horizontal resolution of the target device. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// pixels-per-meter in the hoizontal direction for the + /// target device. + /// </value> + public uint XPixelsPerMeter { get; private set; } + + /// <summary> + /// Gets the vertical resolution of the target device. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// pixels-per-meter in the vertical direction for the + /// target device. + /// </value> + public uint YPixelsPerMeter { get; private set; } + + /// <summary> + /// Gets the number of colors in the image. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// colors. + /// </value> + public uint ColorsUsed { get; private set; } + + /// <summary> + /// Gets the number of colors important in displaying the + /// image. + /// </summary> + /// <value> + /// A <see cref="uint" /> value containing the number of + /// important colors. + /// </value> + public uint ImportantColors { get; private set; } + + #endregion + + + + #region IVideoCodec + + /// <summary> + /// Gets the width of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the width of the + /// video represented by the current instance. + /// </value> + public int VideoWidth { + get { return (int)width; } + } + + /// <summary> + /// Gets the height of the video represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the height of the + /// video represented by the current instance. + /// </value> + public int VideoHeight { + get { return (int)height; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Video" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Video; } + } + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="TimeSpan.Zero" />. + /// </value> + public TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + string id = CompressionId.ToString (StringType.UTF8).ToUpper (CultureInfo.InvariantCulture); + + switch (id) { + case "AEMI": + return "Array VideoONE MPEG1-I capture"; + case "ALPH": + return "Ziracom Video"; + case "AMPG": + return "Array VideoONE capture/compression"; + case "ANIM": + return "Intel RDX"; + case "AP41": + return "Microsoft Corporation Video"; + case "AUR2": + return "AuraVision Aura 2 codec"; + case "AURA": + return "AuraVision Aura 1 codec"; + case "AUVX": + return "USH GmbH AUVX video codec"; + case "BT20": + return "Brooktree MediaStream codec"; + case "BTCV": + return "Brooktree composite video codec"; + case "CC12": + return "Intel YUV12 codec"; + case "CDVC": + return "Canopus DV codec"; + case "CGDI": + return "Microsoft CamCorder in Office 97 (screen capture codec)"; + case "CHAM": + return "Winnov Caviara Champagne"; + case "CM10": + return "CyberLink Corporation MediaShow 1.0"; + case "CPLA": + return "Weitek 4:2:0 YUV planar"; + case "CT10": + return "CyberLink Corporation TalkingShow 1.0"; + case "CVID": + return "Cinepak by SuperMac"; + case "CWLT": + return "Microsoft Corporation Video"; + case "CYUV": + return "Creative Labs YUV"; + case "DIV3": + case "MP43": + return "Microsoft MPEG-4 Version 3 Video"; + case "DIV4": + return "Microsoft Corporation Video"; + case "DIVX": + return "DivX Video"; + case "DJPG": + return "Broadway 101 Motion JPEG codec"; + case "DP16": + return "YUV411 with DPCM 6-bit compression"; + case "DP18": + return "YUV411 with DPCM 8-bit compression"; + case "DP26": + return "YUV422 with DPCM 6-bit compression"; + case "DP28": + return "YUV422 with DPCM 8-bit compression"; + case "DP96": + return "YVU9 with DPCM 6-bit compression"; + case "DP98": + return "YVU9 with DPCM 8-bit compression"; + case "DP9L": + return "YVU9 with DPCM 6-bit compression and thinned-out"; + case "DUCK": + return "The Duck Corporation TrueMotion 1.0"; + case "DV25": + return "SMPTE 314M 25Mb/s compressed"; + case "DV50": + return "SMPTE 314M 50Mb/s compressed"; + case "DVE2": + return "DVE-2 videoconferencing codec"; + case "DVH1": + return "DVC Pro HD"; + case "DVHD": + return "DV data as defined in Part 3 of the Specification of Consumer-use Digital VCRs"; + case "DVNM": + return "Matsushita Electric Industrial Co., Ltd. Video"; + case "DVSD": + return "DV data as defined in Part 2 of the Specification of Consumer-use Digital VCRs"; + case "DVSL": + return "DV data as defined in Part 6 of Specification of Consumer-use Digital VCRs"; + case "DVX1": + return "Lucent DVX1000SP video decoder."; + case "DVX2": + return "Lucent DVX2000S video decoder"; + case "DVX3": + return "Lucent DVX3000S video decoder"; + case "DXTC": + return "DirectX texture compression"; + case "DX50": + return "DivX Version 5 Video"; + case "EMWC": + return "EverAd Marquee WMA codec"; + case "ETV1": + case "ETV2": + case "ETVC": + return "eTreppid video codec"; + case "FLJP": + return "Field-encoded motion JPEG with LSI bitstream format"; + case "FRWA": + return "Softlab-Nsk Ltd. Forward alpha"; + case "FRWD": + return "Softlab-Nsk Ltd. Forward JPEG"; + case "FRWT": + return "Softlab-Nsk Ltd. Forward JPEG+alpha"; + case "FVF1": + return "Iterated Systems, Inc. Fractal video frame"; + case "FXT1": + return "3dfx Interactive, Inc. Video"; + case "GWLT": + return "Microsoft Corporation Video"; + case "H260": + case "H261": + case "H262": + case "H263": + case "H264": + case "H265": + case "H266": + case "H267": + case "H268": + case "H269": + return "Intel " + CompressionId.ToString (StringType.UTF8) + " Conferencing codec"; + case "I263": + return "Intel I263"; + case "I420": + return "Intel Indeo 4 codec"; + case "IAN": + return "Intel RDX"; + case "ICLB": + return "InSoft, Inc. CellB videoconferencing codec"; + case "IFO9": + return "Intel intermediate YUV9"; + case "ILVC": + return "Intel layered Video"; + case "ILVR": + return "ITU-T's H.263+ compression standard"; + case "IMAC": + return "Intel hardware motion compensation"; + case "IPDV": + return "IEEE 1394 digital video control and capture board format"; + case "IRAW": + return "Intel YUV uncompressed"; + case "ISME": + return "Intel's next-generation video codec"; + case "IUYV": + return "UYVY interlaced (even, then odd lines)"; + case "IV30": + case "IV31": + case "IV32": + case "IV33": + case "IV34": + case "IV35": + case "IV36": + case "IV37": + case "IV38": + case "IV39": + return "Intel Indeo Video Version 3"; + case "IV40": + case "IV41": + case "IV42": + case "IV43": + case "IV44": + case "IV45": + case "IV46": + case "IV47": + case "IV48": + case "IV49": + return "Intel Indeo Video Version 4"; + case "IV50": + return "Intel Indeo Video Version 5"; + case "IY41": + return "LEAD Technologies, Inc. Y41P interlaced (even, then odd lines)"; + case "IYU1": + return "IEEE 1394 Digital Camera 1.04 Specification: mode 2, 12-bit YUV (4:1:1)"; + case "IYU2": + return "IEEE 1394 Digital Camera 1.04 Specification: mode 2, 24 bit YUV (4:4:4)"; + case "JPEG": + return "Microsoft Corporation Still image JPEG DIB."; + case "LEAD": + return "LEAD Technologies, Inc. Proprietary MCMP compression"; + case "LIA1": + return "Liafail"; + case "LJPG": + return "LEAD Technologies, Inc. Lossless JPEG compression"; + case "LSV0": + return "Infinop Inc. Video"; + case "LSVC": + return "Infinop Lightning Strike constant bit rate video codec"; + case "LSVW": + return "Infinop Lightning Strike multiple bit rate video codec"; + case "M101": + return "Matrox Electronic Systems, Ltd. Uncompressed field-based YUY2"; + case "M4S2": + return "Microsoft ISO MPEG-4 video V1.1"; + case "MJPG": + return "Motion JPEG"; + case "MMES": + return "Matrox MPEG-2 elementary video stream"; + case "MMIF": + return "Matrox MPEG-2 elementary I-frame-only video stream"; + case "MP2A": + return "Media Excel Inc. MPEG-2 audio"; + case "MP2T": + return "Media Excel Inc. MPEG-2 transport"; + case "MP2V": + return "Media Excel Inc. MPEG-2 video"; + case "MP42": + return "Microsoft MPEG-4 video codec V2"; + case "MP4A": + return "Media Excel Inc. MPEG-4 audio"; + case "MP4S": + return "Microsoft ISO MPEG-4 video V1.0"; + case "MP4T": + return "Media Excel Inc. MPEG-4 transport"; + case "MP4V": + return "Media Excel Inc. MPEG-4 video"; + case "MPEG": + return "Chromatic Research, Inc. MPEG-1 video, I frame"; + case "MPG4": + return "Microsoft MPEG-4 Version 1 Video"; + case "MRCA": + return "FAST Multimedia AG Mrcodec"; + case "MRLE": + return "Microsoft Run length encoding"; + case "MSS1": + return "Microsoft screen codec V1"; + case "MSV1": + return "Microsoft video codec V1"; + case "MSVC": + return "Microsoft Video 1"; + case "MV10": + case "MV11": + case "MV12": + case "MV99": + case "MVC1": + case "MVC2": + case "MVC9": + return "Nokia MVC video codec"; + case "NTN1": + return "Nogatech video compression 1"; + case "NY12": + return "Nogatech YUV 12 format"; + case "NYUV": + return "Nogatech YUV 422 format"; + case "PCL2": + return "Pinnacle RL video codec"; + case "PCLE": + return "Pinnacle Studio 400 video codec"; + case "PHMO": + return "IBM Corporation Photomotion"; + case "QPEG": + return "Q-Team QPEG 1.1 format video codec"; + case "RGBT": + return "Computer Concepts Ltd. 32-bit support"; + case "RIVA": + return "NVIDIA Corporation Swizzled texture format"; + case "RLND": + return "Roland Corporation Video"; + case "RT21": + return "Intel Indeo 2.1"; + case "RVX": + return "Intel RDX"; + case "S263": + return "Sorenson Vision H.263"; + case "SCCD": + return "Luminositi SoftCam codec"; + case "SDCC": + return "Sun Digital Camera codec"; + case "SFMC": + return "Crystal Net SFM codec"; + case "SMSC": + case "SMSD": + return "Radius Proprietary"; + case "SPLC": + return "Splash Studios ACM audio codec"; + case "SQZ2": + return "Microsoft VXtreme video codec V2"; + case "STVA": + return "ST CMOS Imager Data (Bayer)"; + case "STVB": + return "ST CMOS Imager Data (Nudged Bayer)"; + case "STVC": + return "ST CMOS Imager Data (Bunched)"; + case "SV10": + return "Sorenson Video R1"; + case "SV3M": + return "Sorenson SV3 module decoder"; + case "TLMS": + case "TLST": + return "TeraLogic motion intraframe codec"; + case "TM20": + return "The Duck Corporation TrueMotion 2.0"; + case "TMIC": + return "TeraLogic motion intraframe codec"; + case "TMOT": + return "TrueMotion video compression algorithm"; + case "TR20": + return "The Duck Corporation TrueMotion RT 2.0"; + case "ULTI": + return "IBM Corporation Ultimotion"; + case "UYVP": + return "Evans & Sutherland YCbCr 4:2:2 extended precision, 10 bits per component (U0Y0V0Y1)"; + case "V261": + return "Lucent VX3000S video codec"; + case "V422": + return "VITEC Multimedia 24-bit YUV 4:2:2 format (CCIR 601)"; + case "V655": + return "VITEC Multimedia 16-bit YUV 4:2:2 format"; + case "VCR1": + return "ATI VCR 1.0"; + case "VCWV": + return "VideoCon wavelet"; + case "VDCT": + return "VITEC Multimedia Video Maker Pro DIB"; + case "VIDS": + return "VITEC Multimedia YUV 4:2:2 CCIR 601 for v422"; + case "VGPX": + return "Alaris VGPixel video"; + case "VIVO": + return "Vivo H.263 video codec"; + case "VIXL": + return "miro Computer Products AG"; + case "VJPG": + return "Video Communication Systems - A JPEG-based compression scheme for RGB bitmaps"; + case "VLV1": + return "VideoLogic Systems VLCAP.DRV"; + case "VQC1": + return "ViewQuest Technologies Inc. 0x31435156"; + case "VQC2": + return "ViewQuest Technologies Inc. 0x32435156"; + case "VQJP": + return "ViewQuest Technologies Inc. VQ630 dual-mode digital camera"; + case "VQS4": + return "ViewQuest Technologies Inc. VQ110 digital video camera"; + case "VX1K": + return "Lucent VX1000S video codec"; + case "VX2K": + return "Lucent VX2000S video codec"; + case "VXSP": + return "Lucent VX1000SP video codec9"; + case "WBVC": + return "Winbond Electronics Corporation W9960"; + case "WINX": + return "Winnov, Inc. Video"; + case "WJPG": + return "Winbond motion JPEG bitstream format"; + case "WMV1": + return "Microsoft Windows Media Video Version 7"; + case "WMV2": + return "Microsoft Windows Media Video Version 8"; + case "WMV3": + return "Microsoft Windows Media Video Version 9"; + case "WNV1": + case "WPY2": + return "Winnov, Inc. Video"; + case "WZCD": + return "CORE Co. Ltd. iScan"; + case "WZDC": + return "CORE Co. Ltd. iSnap"; + case "XJPG": + return "Xirlink JPEG-like compressor"; + case "XLV0": + return "XL video decoder"; + case "XVID": + return "XviD Video"; + case "YC12": + return "Intel YUV12 Video"; + case "YCCK": + return "Uncompressed YCbCr Video with key data"; + case "YU92": + return "Intel YUV Video"; + case "YUV8": + return "Winnov Caviar YUV8 Video"; + case "YUV9": + return "Intel YUV Video"; + case "YUYP": + return "Evans & Sutherland YCbCr 4:2:2 extended precision, 10 bits per component Video"; + case "YUYV": + return "Canopus YUYV Compressor Video"; + case "ZPEG": + return "Metheus Corporation Video Zipper"; + case "ZPG1": + case "ZPG2": + case "ZPG3": + case "ZPG4": + return "VoDeo Solutions Video"; + default: + return string.Format ( + CultureInfo.InvariantCulture, + "Unknown Image ({0})", + CompressionId); + } + } + } + + #endregion + + + + #region IEquatable + + /// <summary> + /// Generates a hash code for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value containing the hash code for + /// the current instance. + /// </returns> + public override int GetHashCode () + { + unchecked { + return (int)(HeaderSize ^ width ^ height ^ Planes ^ + BitCount ^ CompressionId.ToUInt () ^ + ImageSize ^ XPixelsPerMeter ^ + YPixelsPerMeter ^ ColorsUsed ^ + ImportantColors); + } + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another object. + /// </summary> + /// <param name="other"> + /// A <see cref="object" /> to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public override bool Equals (object other) + { + if (!(other is BitmapInfoHeader)) + return false; + + return Equals ((BitmapInfoHeader)other); + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another instance of <see cref="BitmapInfoHeader" />. + /// </summary> + /// <param name="other"> + /// A <see cref="BitmapInfoHeader" /> object to compare to + /// the current instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public bool Equals (BitmapInfoHeader other) + { + return HeaderSize == other.HeaderSize && width == other.width && + height == other.height && Planes == other.Planes && + BitCount == other.BitCount && + CompressionId == other.CompressionId && + ImageSize == other.ImageSize && + XPixelsPerMeter == other.XPixelsPerMeter && + YPixelsPerMeter == other.YPixelsPerMeter && + ColorsUsed == other.ColorsUsed && + ImportantColors == other.ImportantColors; + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="WaveFormatEx" /> are equal to eachother. + /// </summary> + /// <param name="first"> + /// A <see cref="BitmapInfoHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="BitmapInfoHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// equal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator == (BitmapInfoHeader first, BitmapInfoHeader second) + { + return first.Equals (second); + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="BitmapInfoHeader" /> differ. + /// </summary> + /// <param name="first"> + /// A <see cref="BitmapInfoHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="BitmapInfoHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// unequal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator != (BitmapInfoHeader first, BitmapInfoHeader second) + { + return !first.Equals (second); + } + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Riff/BitmapInfoHeader.cs.meta b/Scripts/TaglibSharp/Riff/BitmapInfoHeader.cs.meta new file mode 100644 index 0000000..3738d34 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/BitmapInfoHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 47ec323b1e494beffa5994f0535c0f1d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/DivXTag.cs b/Scripts/TaglibSharp/Riff/DivXTag.cs new file mode 100644 index 0000000..018d19c --- /dev/null +++ b/Scripts/TaglibSharp/Riff/DivXTag.cs @@ -0,0 +1,384 @@ +// +// DivXTag.cs: Provide support for reading and writing DivX tags. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// TagLib.Id3v1.Tag +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Globalization; + +namespace TagLib.Riff +{ + /// <summary> + /// This class extends <see cref="Tag" /> to provide support for + /// reading and writing tags stored in the DivX format. + /// </summary> + public class DivXTag : Tag + { + #region Private Fields + + /// <summary> + /// Contains the title. + /// </summary> + string title; + + /// <summary> + /// Contains the semicolon separated performers. + /// </summary> + string artist; + + /// <summary> + /// Contains the 4 digit year. + /// </summary> + string year; + + /// <summary> + /// Contains a comment on track. + /// </summary> + string comment; + + /// <summary> + /// Contains the genre index. + /// </summary> + string genre; + + /// <summary> + /// Contains the extra 6 bytes at the end of the tag. + /// </summary> + ByteVector extra_data; + + #endregion + + + + + #region Public Static Fields + + /// <summary> + /// The size of a DivX tag. + /// </summary> + public const uint Size = 128; + + /// <summary> + /// The identifier used to recognize a DivX tags. + /// </summary> + /// <value> + /// "DIVXTAG" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "DIVXTAG"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DivXTag" /> with no contents. + /// </summary> + public DivXTag () + { + Clear (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DivXTag" /> by reading the contents from a + /// specified position in a specified file. + /// </summary> + /// <param name="file"> + /// A <see cref="File" /> object containing the file from + /// which the contents of the new instance is to be read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the tag. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The file does not contain the file identifier at the + /// correct offset from the given position. + /// </exception> + public DivXTag (File file, long position) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + file.Mode = TagLib.File.AccessMode.Read; + + if (position < 0 || + position > file.Length - Size) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + + // read the tag -- always 128 bytes + + ByteVector data = file.ReadBlock ((int)Size); + + // some initial sanity checking + + if (!data.EndsWith (FileIdentifier)) + throw new CorruptFileException ("DivX tag data does not end with identifier."); + + Parse (data); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="DivXTag" /> by reading the contents raw tag data + /// stored in a specified <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> containing a raw DivX tag to + /// read into the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// The file does not contain the file identifier at the + /// correct offset from the given position. + /// </exception> + public DivXTag (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (data.Count < Size) + throw new CorruptFileException ("DivX tag data is less than 128 bytes long."); + + if (!data.EndsWith (FileIdentifier)) + throw new CorruptFileException ("DivX tag data does not end with identifier."); + + Parse (data); + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw DivX tag. + /// </summary> + /// <returns> + /// A <see cref="ByteVector" /> object containing the + /// rendered tag. + /// </returns> + public ByteVector Render () + { + var data = new ByteVector { + ByteVector.FromString (title, StringType.Latin1).Resize (32, 0x20), + ByteVector.FromString (artist, StringType.Latin1).Resize (28, 0x20), + ByteVector.FromString (year, StringType.Latin1).Resize (4, 0x20), + ByteVector.FromString (comment, StringType.Latin1).Resize (48, 0x20), + ByteVector.FromString (genre, StringType.Latin1).Resize (3, 0x20), + extra_data, + FileIdentifier + }; + return data; + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Populates the current instance by parsing the contents of + /// a raw DivX tag. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the + /// starting with an DivX tag. + /// </param> + void Parse (ByteVector data) + { + title = data.ToString (StringType.Latin1, 0, 32).Trim (); + artist = data.ToString (StringType.Latin1, 32, 28).Trim (); + year = data.ToString (StringType.Latin1, 60, 4).Trim (); + comment = data.ToString (StringType.Latin1, 64, 48).Trim (); + genre = data.ToString (StringType.Latin1, 112, 3).Trim (); + extra_data = data.Mid (115, 6); + } + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.Id3v1" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.DivX; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 32 bytes of the + /// Latin-1 encoded value will be stored. This may result in + /// lost data. + /// </remarks> + public override string Title { + get { + return string.IsNullOrEmpty (title) ? null : title; + } + set { + title = value != null ? value.Trim () : string.Empty; + } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 28 bytes of the + /// Latin-1 encoded value will be stored, minus a byte for + /// each additionial performer (i.e. two performers will only + /// have 27 bytes and three performers will only have 26 + /// bytes).This may result in lost data. + /// </remarks> + public override string[] Performers { + get { + return string.IsNullOrEmpty (artist) ? new string[0] : artist.Split (';'); + } + set { + artist = value != null ? string.Join (";", value) : string.Empty; + } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// When stored on disk, only the first 48 bytes of the + /// Latin-1 encoded value will be stored. This may result in + /// lost data. + /// </remarks> + public override string Comment { + get { + return string.IsNullOrEmpty (comment) ? null : comment; + } + set { + comment = value != null ? value.Trim () : string.Empty; + } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// Only first genre will be stored and only if it is an + /// exact match for a value appearing in <see + /// cref="TagLib.Genres.Video" />. All other values will + /// result in the property being cleared. + /// </remarks> + public override string[] Genres { + get { + string genre_name = TagLib.Genres.IndexToVideo (genre); + + return (genre_name != null) ? new[] { genre_name } : new string[0]; + } + set { + genre = (value != null && value.Length > 0) ? + TagLib.Genres.VideoToIndex (value[0].Trim ()).ToString (CultureInfo.InvariantCulture) + : string.Empty; + } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// Only values between 1 and 9999 will be stored, all other + /// values will result in the property being zeroed. + /// </remarks> + public override uint Year { + get { + return uint.TryParse (year, NumberStyles.Integer, CultureInfo.InvariantCulture, out var value) ? value : 0; + } + + set { + year = (value > 0 && value < 10000) ? value.ToString (CultureInfo.InvariantCulture) : string.Empty; + } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + title = artist = genre = year = comment = string.Empty; + extra_data = new ByteVector (6); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Riff/DivXTag.cs.meta b/Scripts/TaglibSharp/Riff/DivXTag.cs.meta new file mode 100644 index 0000000..27c588a --- /dev/null +++ b/Scripts/TaglibSharp/Riff/DivXTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 111ed0c7de1644627a867e56300d9623 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/File.cs b/Scripts/TaglibSharp/Riff/File.cs new file mode 100644 index 0000000..db2c6a6 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/File.cs @@ -0,0 +1,611 @@ +// +// File.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Riff +{ + /// <summary> + /// This class extends <see cref="TagLib.File" /> to provide + /// support for reading and writing tags and properties for files + /// using the RIFF file format such as AVI and Wave files. + /// </summary> + [SupportedMimeType ("taglib/avi", "avi")] + [SupportedMimeType ("taglib/wav", "wav")] + [SupportedMimeType ("taglib/divx", "divx")] + [SupportedMimeType ("video/avi")] + [SupportedMimeType ("video/msvideo")] + [SupportedMimeType ("video/x-msvideo")] + [SupportedMimeType ("image/avi")] + [SupportedMimeType ("application/x-troff-msvideo")] + [SupportedMimeType ("audio/avi")] + [SupportedMimeType ("audio/wav")] + [SupportedMimeType ("audio/wave")] + [SupportedMimeType ("audio/x-wav")] + public class File : TagLib.File + { + #region Private Fields + + /// <summary> + /// Contains all the tags of the file. + /// </summary> + readonly CombinedTag tag = new CombinedTag (); + + /// <summary> + /// Contains the INFO tag. + /// </summary> + InfoTag info_tag; + + /// <summary> + /// Contains the MovieID tag. + /// </summary> + MovieIdTag mid_tag; + + /// <summary> + /// Contains the DivX tag. + /// </summary> + DivXTag divx_tag; + + /// <summary> + /// Contains the Id3v2 tag. + /// </summary> + Id3v2.Tag id32_tag; + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + #endregion + + + + #region Public Static Fields + + /// <summary> + /// The identifier used to recognize a RIFF files. + /// </summary> + /// <value> + /// "RIFF" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "RIFF"; + + #endregion + + + + #region Public Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) : base (abstraction) + { + Mode = AccessMode.Read; + try { + Read (true, propertiesStyle, out var riff_size, out var tag_start, out var tag_end); + } finally { + Mode = AccessMode.Closed; + } + + TagTypesOnDisk = TagTypes; + + GetTag (TagTypes.Id3v2, true); + GetTag (TagTypes.RiffInfo, true); + GetTag (TagTypes.MovieId, true); + GetTag (TagTypes.DivX, true); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets a abstract representation of all tags stored in the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Tag" /> object representing all tags + /// stored in the current instance. + /// </value> + public override Tag Tag { + get { return tag; } + } + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + ByteVector data = new ByteVector (); + + // Enclose the Id3v2 tag in an "id3 " item and + // embed it as the first tag. + if (id32_tag != null) { + ByteVector tag_data = id32_tag.Render (); + if (tag_data.Count > 10) { + if (tag_data.Count % 2 == 1) + tag_data.Add (0); + data.Add ("id3 "); + data.Add (ByteVector.FromUInt ((uint)tag_data.Count, false)); + data.Add (tag_data); + } + } + + // Embed "INFO" as the second tag. + if (info_tag != null) + data.Add (info_tag.RenderEnclosed ()); + + // Embed "MID " as the third tag. + if (mid_tag != null) + data.Add (mid_tag.RenderEnclosed ()); + + // Embed the DivX tag in "IDVX and embed it as + // the fourth tag. + if (divx_tag != null && !divx_tag.IsEmpty) { + ByteVector tag_data = divx_tag.Render (); + data.Add ("IDVX"); + data.Add (ByteVector.FromUInt ((uint)tag_data.Count, false)); + data.Add (tag_data); + } + + Read (false, ReadStyle.None, out var riff_size, out var tag_start, out var tag_end); + + // If tagging info cannot be found, place it at + // the end of the file. + if (tag_start < 12 || tag_end < tag_start) + tag_start = tag_end = Length; + + int length = (int)(tag_end - tag_start); + + // If the tag isn't at the end of the file, + // try appending using padding to improve + // write time now or for subsequent writes. + if (tag_end != Length) { + int padding_size = length - data.Count - 8; + if (padding_size < 0) + padding_size = 1024; + + + data.Add ("JUNK"); + data.Add (ByteVector.FromUInt ((uint)padding_size, false)); + data.Add (new ByteVector (padding_size)); + } + + // Insert the tagging data. + Insert (data, tag_start, length); + + // If the data size changed, and the tagging + // data is within the RIFF portion of the file, + // update the riff size. + if (data.Count - length != 0 && tag_start <= riff_size) + Insert (ByteVector.FromUInt ((uint)(riff_size + data.Count - length), false), 4, 4); + + // Update the tag types. + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Removes a set of tag types from the current instance. + /// </summary> + /// <param name="types"> + /// A bitwise combined <see cref="TagLib.TagTypes" /> value + /// containing tag types to be removed from the file. + /// </param> + /// <remarks> + /// In order to remove all tags from a file, pass <see + /// cref="TagTypes.AllTags" /> as <paramref name="types" />. + /// </remarks> + public override void RemoveTags (TagTypes types) + { + if ((types & TagTypes.Id3v2) != TagTypes.None) + id32_tag = null; + if ((types & TagTypes.RiffInfo) != TagTypes.None) + info_tag = null; + if ((types & TagTypes.MovieId) != TagTypes.None) + mid_tag = null; + if ((types & TagTypes.DivX) != TagTypes.None) + divx_tag = null; + + tag.SetTags (id32_tag, info_tag, mid_tag, divx_tag); + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, bool create) + { + Tag tag = null; + + switch (type) { + case TagTypes.Id3v2: + if (id32_tag == null && create) { + id32_tag = new Id3v2.Tag (); + id32_tag.Version = 4; + id32_tag.Flags |= Id3v2.HeaderFlags.FooterPresent; + this.tag.CopyTo (id32_tag, true); + } + + tag = id32_tag; + break; + + case TagTypes.RiffInfo: + if (info_tag == null && create) { + info_tag = new InfoTag (); + this.tag.CopyTo (info_tag, true); + } + + tag = info_tag; + break; + + case TagTypes.MovieId: + if (mid_tag == null && create) { + mid_tag = new MovieIdTag (); + this.tag.CopyTo (mid_tag, true); + } + + tag = mid_tag; + break; + + case TagTypes.DivX: + if (divx_tag == null && create) { + divx_tag = new DivXTag (); + this.tag.CopyTo (divx_tag, true); + } + + tag = divx_tag; + break; + } + + this.tag.SetTags (id32_tag, info_tag, mid_tag, divx_tag); + return tag; + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Reads the contents of the current instance determining + /// the size of the riff data, the area the tagging is in, + /// and optionally reading in the tags and media properties. + /// </summary> + /// <param name="read_tags"> + /// If <see langword="true" />, any tags found will be read + /// into the current instance. + /// </param> + /// <param name="style"> + /// A <see cref="ReadStyle"/> value specifying how the media + /// data is to be read into the current instance. + /// </param> + /// <param name="riff_size"> + /// A <see cref="uint"/> value reference to be filled with + /// the size of the RIFF data as read from the file. + /// </param> + /// <param name="tag_start"> + /// A <see cref="long" /> value reference to be filled with + /// the absolute seek position at which the tagging data + /// starts. + /// </param> + /// <param name="tag_end"> + /// A <see cref="long" /> value reference to be filled with + /// the absolute seek position at which the tagging data + /// ends. + /// </param> + /// <exception cref="CorruptFileException"> + /// The file does not begin with <see cref="FileIdentifier" + /// />. + /// </exception> + void Read (bool read_tags, ReadStyle style, out uint riff_size, out long tag_start, out long tag_end) + { + Seek (0); + if (ReadBlock (4) != FileIdentifier) + throw new CorruptFileException ("File does not begin with RIFF identifier"); + + riff_size = ReadBlock (4).ToUInt (false); + ByteVector stream_format = ReadBlock (4); + tag_start = -1; + tag_end = -1; + + long position = 12; + long length = Length; + uint size = 0; + TimeSpan duration = TimeSpan.Zero; + ICodec[] codecs = new ICodec[0]; + + // Read until there are less than 8 bytes to read. + do { + bool tag_found = false; + + // Check if the current position is an odd number and increment it so it is even + // This is done when the previous chunk size was an odd number. + // If this is not done, the chunk being read after the odd chunk will not be read. + if (position > 12 && (position & 1) != 0) + position++; + + Seek (position); + string fourcc = ReadBlock (4).ToString (StringType.UTF8); + size = ReadBlock (4).ToUInt (false); + + switch (fourcc) { + + // "fmt " is used by Wave files to hold the + // WaveFormatEx structure. + case "fmt ": + if (style == ReadStyle.None || stream_format != "WAVE") + break; + + Seek (position + 8); + codecs = new ICodec[] { + new WaveFormatEx (ReadBlock (18), 0) + }; + break; + + // "data" contains the audio data for wave + // files. It's contents represent the invariant + // portion of the file and is used to determine + // the duration of a file. It should always + // appear after "fmt ". + case "data": + if (stream_format != "WAVE") + break; + + InvariantStartPosition = position; + InvariantEndPosition = position + size; + + if (style == ReadStyle.None || + codecs.Length != 1 || + !(codecs[0] is WaveFormatEx)) + break; + + duration += TimeSpan.FromSeconds (size / (double)((WaveFormatEx)codecs[0]).AverageBytesPerSecond); + + break; + + // Lists are used to store a variety of data + // collections. Read the type and act on it. + case "LIST": { + switch (ReadBlock (4).ToString (StringType.UTF8)) { + + // "hdlr" is used by AVI files to hold + // a media header and BitmapInfoHeader + // and WaveFormatEx structures. + case "hdrl": + if (style == ReadStyle.None || stream_format != "AVI ") + continue; + + var header_list = new AviHeaderList (this, position + 12, (int)(size - 4)); + duration = header_list.Header.Duration; + codecs = header_list.Codecs; + break; + + // "INFO" is a tagging format handled by + // the InfoTag class. + case "INFO": + if (read_tags && info_tag == null) + info_tag = new InfoTag (this, position + 12, (int)(size - 4)); + + tag_found = true; + break; + + // "MID " is a tagging format handled by + // the MovieIdTag class. + case "MID ": + if (read_tags && mid_tag == null) + mid_tag = new MovieIdTag (this, position + 12, (int)(size - 4)); + + tag_found = true; + break; + + // "movi" contains the media data for + // and AVI and its contents represent + // the invariant portion of the file. + case "movi": + if (stream_format != "AVI ") + break; + + InvariantStartPosition = position; + InvariantEndPosition = position + size; + break; + } + break; + } + + // "ID32" is a custom box for this format that + // contains an ID3v2 tag. + // "ID3 " and "id3 " have become standard (de facto) + case "id3 ": + case "ID3 ": + case "ID32": + if (read_tags && id32_tag == null) + id32_tag = new Id3v2.Tag (this, position + 8, style); + + tag_found = true; + break; + + // "IDVX" is used by DivX and holds an ID3v1- + // style tag. + case "IDVX": + if (read_tags && divx_tag == null) + divx_tag = new DivXTag (this, position + 8); + + tag_found = true; + break; + + // "JUNK" is a padding element that could be + // associated with tag data. + case "JUNK": + if (tag_end == position) + tag_end = position + 8 + size; + break; + } + + // Determine the region of the file that + // contains tags. + if (tag_found) { + if (tag_start == -1) { + tag_start = position; + tag_end = position + 8 + size; + } else if (tag_end == position) { + tag_end = position + 8 + size; + } + } + + // Move to the next item. + } while ((position += 8L + size) + 8 < length); + + // If we're reading properties, and one were found, + // throw an exception. Otherwise, create the Properties + // object. + if (style != ReadStyle.None) { + if (codecs.Length == 0) + throw new UnsupportedFormatException ("Unsupported RIFF type."); + + properties = new Properties (duration, codecs); + } + + // If we're reading tags, update the combined tag. + if (read_tags) + tag.SetTags (id32_tag, info_tag, mid_tag, divx_tag); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Riff/File.cs.meta b/Scripts/TaglibSharp/Riff/File.cs.meta new file mode 100644 index 0000000..f4dd594 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 63abf712dfcf1342c880fca7e562a560 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/InfoTag.cs b/Scripts/TaglibSharp/Riff/InfoTag.cs new file mode 100644 index 0000000..3767e4d --- /dev/null +++ b/Scripts/TaglibSharp/Riff/InfoTag.cs @@ -0,0 +1,392 @@ +// +// InfoTag.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Riff +{ + /// <summary> + /// This class extends <see cref="ListTag" /> to provide support for + /// reading and writing standard INFO tags. + /// </summary> + public class InfoTag : ListTag + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="InfoTag" /> with no contents. + /// </summary> + public InfoTag () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="InfoTag" /> by reading the contents of a raw + /// RIFF list stored in a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> containing a raw RIFF list to + /// read into the new instance. + /// </param> + public InfoTag (ByteVector data) : base (data) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="InfoTag" /> by reading the contents of a raw RIFF + /// list from a specified position in a <see + /// cref="TagLib.File"/>. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the contents of the new instance is to be + /// read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the list. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + public InfoTag (TagLib.File file, long position, int length) + : base (file, position, length) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance enclosed in a "INFO" item. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + public override ByteVector RenderEnclosed () + { + return RenderEnclosed ("INFO"); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.RiffInfo" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.RiffInfo; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "INAM" item. + /// </remarks> + public override string Title { + get { + foreach (string s in GetValuesAsStrings ("INAM")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("INAM", value); } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ISBJ" item. + /// </remarks> + public override string Description { + get { + foreach (string s in GetValuesAsStrings ("ISBJ")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("ISBJ", value); } + } + + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the "ISTR" item. + /// </remarks> + public override string[] Performers { + get { return GetValuesAsStrings ("ISTR"); } + set { SetValue ("ISTR", value); } + } + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "IART" item. + /// </remarks> + public override string[] AlbumArtists { + get { return GetValuesAsStrings ("IART"); } + set { SetValue ("IART", value); } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "IWRI" item. + /// </remarks> + public override string[] Composers { + get { return GetValuesAsStrings ("IWRI"); } + set { SetValue ("IWRI", value); } + } + + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the non-standard + /// "DIRC" (Directory) item. + /// </remarks> + public override string Album { + get { + foreach (string s in GetValuesAsStrings ("DIRC")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("DIRC", value); } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "ICNM" + /// (Cinematographer) non-standard item. + /// </remarks> + public override string Conductor { + get { + foreach (string s in GetValuesAsStrings ("ICNM")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("ICNM", value); } + } + + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ICMT" item. + /// </remarks> + public override string Comment { + get { + foreach (string s in GetValuesAsStrings ("ICMT")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("ICMT", value); } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "IGNR" item. + /// </remarks> + public override string[] Genres { + get { return GetValuesAsStrings ("IGNR"); } + set { SetValue ("IGNR", value); } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "ICRD" item. + /// </remarks> + public override uint Year { + get { return GetValueAsUInt ("ICRD"); } + set { SetValue ("ICRD", value); } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "IPRT" item. + /// </remarks> + public override uint Track { + get { return GetValueAsUInt ("IPRT"); } + set { SetValue ("IPRT", value); } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "IFRM" item. + /// </remarks> + public override uint TrackCount { + get { return GetValueAsUInt ("IFRM"); } + set { SetValue ("IFRM", value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// This property is implemented using the "ICOP" item. + /// </remarks> + public override string Copyright { + get { + foreach (string s in GetValuesAsStrings ("ICOP")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("ICOP", value); } + } + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Riff/InfoTag.cs.meta b/Scripts/TaglibSharp/Riff/InfoTag.cs.meta new file mode 100644 index 0000000..1b9e7f2 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/InfoTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 9a2882ad50b55517b84bed378740164a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/List.cs b/Scripts/TaglibSharp/Riff/List.cs new file mode 100644 index 0000000..2f762e5 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/List.cs @@ -0,0 +1,622 @@ +// +// List.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Globalization; +using System.Runtime.InteropServices; +using System.Runtime.Serialization; + +namespace TagLib.Riff +{ + /// <summary> + /// This class extends <see + /// cref="T:System.Collections.Generic.Dictionary`2" /> to provide + /// support for reading and writing RIFF lists. + /// </summary> + [Serializable] + [ComVisible (false)] + public class List : Dictionary<ByteVector, ByteVectorCollection> + { + + #region Private Fields + + /// <summary> + /// Contains the <see cref="StringType"/> value used for parsing + /// and rendering the contents of this list. + /// </summary> + StringType string_type = StringType.UTF8; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="List" /> with no contents. + /// </summary> + public List () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="List" /> by reading the contents of a raw RIFF + /// list stored in a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> containing a raw RIFF list to + /// read into the new instance. + /// </param> + public List (ByteVector data) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + Parse (data); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="List" /> by reading the contents of a raw RIFF list + /// from a specified position in a <see cref="TagLib.File"/>. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the contents of the new instance is to be + /// read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the list. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + public List (TagLib.File file, long position, int length) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (length < 0) + throw new ArgumentOutOfRangeException (nameof (length)); + + if (position < 0 || position > file.Length - length) + throw new ArgumentOutOfRangeException (nameof (position)); + + file.Seek (position); + Parse (file.ReadBlock (length)); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="List" /> from a specified serialization info and + /// streaming context. + /// </summary> + /// <param name="info"> + /// A <see cref="SerializationInfo" /> object containing the + /// serialized data to be used for the new instance. + /// </param> + /// <param name="context"> + /// A <see cref="StreamingContext" /> object containing the + /// streaming context information for the new instance. + /// </param> + /// <remarks> + /// This constructor is implemented because <see + /// cref="List" /> implements the <see cref="ISerializable" + /// /> interface. + /// </remarks> + protected List (SerializationInfo info, StreamingContext context) + : base (info, context) + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets or sets the <see cref="StringType"/> value used for parsing + /// and rendering the contents of this list. + /// </summary> + /// <remarks> + /// The value must be StringType.Latin1 or StringType.UTF8. + /// </remarks> + public StringType StringType { + get => string_type; + set { + if (value != StringType.Latin1 && value != StringType.UTF8) + throw new ArgumentException ("Must be Latin1 or UTF8.", nameof(value)); + + string_type = value; + } + } + + #endregion + + + #region Public Methods + + /// <summary> + /// Renders the current instance as a raw RIFF list. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + public ByteVector Render () + { + ByteVector data = new ByteVector (); + + foreach (ByteVector id in Keys) + foreach (ByteVector value in this[id]) { + if (value.Count == 0) + continue; + + data.Add (id); + data.Add (ByteVector.FromUInt ( + (uint)value.Count, false)); + data.Add (value); + + if (value.Count % 2 == 1) + data.Add (0); + } + + return data; + } + + /// <summary> + /// Renders the current instance enclosed in an item with a + /// specified ID. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector"/> object containing the ID of + /// the item to enclose the current instance in. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public ByteVector RenderEnclosed (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ( + "ID must be 4 bytes long.", nameof (id)); + + ByteVector data = Render (); + + if (data.Count <= 8) + return new ByteVector (); + + var header = new ByteVector ("LIST") { + ByteVector.FromUInt ((uint)(data.Count + 4), false), + id + }; + data.Insert (0, header); + return data; + } + + /// <summary> + /// Gets the values for a specified item in the current + /// instance as a <see cref="ByteVectorCollection" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="ByteVectorCollection" /> object containing + /// the values of the specified item. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public ByteVectorCollection GetValues (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + + return TryGetValue (id, out var value) ? value : new ByteVectorCollection (); + } + + /// <summary> + /// Gets the values for a specified item in the current + /// instance as a <see cref="T:string[]" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the values of the + /// specified item. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public string[] GetValuesAsStrings (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + ByteVectorCollection values = GetValues (id); + + string[] result = new string[values.Count]; + + for (int i = 0; i < result.Length; i++) { + ByteVector data = values[i]; + + if (data == null) { + result[i] = string.Empty; + continue; + } + + int length = data.Count; + while (length > 0 && data[length - 1] == 0) + length--; + + result[i] = data.ToString (StringType, 0, length); + } + + return result; + } + + /// <summary> + /// Gets the values for a specified item in the current + /// instance as a <see cref="StringCollection" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="StringCollection" /> object containing the + /// values of the specified item. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + [Obsolete ("Use GetValuesAsStrings(ByteVector)")] + public StringCollection GetValuesAsStringCollection (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + return new StringCollection (GetValuesAsStrings (id)); + } + + /// <summary> + /// Gets the value for a specified item in the current + /// instance as a <see cref="uint"/>. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="uint" /> value containing the first value + /// with the specified ID that could be converted to an + /// integer, or zero if none could be found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public uint GetValueAsUInt (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + foreach (string text in GetValuesAsStrings (id)) { + if (uint.TryParse (text, out var value)) + return value; + } + + return 0; + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see + /// cref="T:System.Collections.Generic.IEnumerable`1" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="values"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" + /// /> containing the <see cref="ByteVector"/> objects to + /// store in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, IEnumerable<ByteVector> values) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + if (values == null) + RemoveValue (id); + else if (ContainsKey (id)) + this[id] = new ByteVectorCollection (values); + else + Add (id, new ByteVectorCollection (values)); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see cref="T:ByteVector[]" + /// />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="values"> + /// A <see cref="T:ByteVector[]" /> containing the values to + /// store in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, params ByteVector[] values) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + if (values == null || values.Length == 0) + RemoveValue (id); + else + SetValue (id, values as IEnumerable<ByteVector>); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the value of a <see cref="uint"/>. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="value"> + /// A <see cref="uint" /> value to store in the specified + /// item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, uint value) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + if (value == 0) + RemoveValue (id); + else + SetValue (id, value.ToString (CultureInfo.InvariantCulture)); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see + /// cref="T:System.Collections.Generic.IEnumerable`1" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="values"> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" + /// /> containing the <see cref="string"/> objects to store + /// in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, IEnumerable<string> values) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + if (values == null) { + RemoveValue (id); + return; + } + + var l = new ByteVectorCollection (); + foreach (string value in values) { + if (string.IsNullOrEmpty (value)) + continue; + + ByteVector data = ByteVector.FromString (value, StringType); + data.Add (0); + l.Add (data); + } + + if (l.Count == 0) + RemoveValue (id); + else + SetValue (id, l); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see cref="T:string[]" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="values"> + /// A <see cref="T:string[]" /> containing the values to store + /// in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, params string[] values) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + if (values == null || values.Length == 0) + RemoveValue (id); + else + SetValue (id, values as IEnumerable<string>); + } + + /// <summary> + /// Removes the item with the specified ID from the current + /// instance. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector"/> object containing the ID of + /// the item to remove from the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void RemoveValue (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + if (ContainsKey (id)) + Remove (id); + } + + #endregion + + + + #region Private Methods + + /// <summary> + /// Populates the current instance by reading in the contents + /// of a raw RIFF list stored in a <see cref="ByteVector" /> + /// object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> containing a raw RIFF list to + /// read into the current instance. + /// </param> + void Parse (ByteVector data) + { + int offset = 0; + while (offset + 8 < data.Count) { + ByteVector id = data.Mid (offset, 4); + int length = (int)data.Mid (offset + 4, 4).ToUInt (false); + + if (!ContainsKey (id)) + Add (id, new ByteVectorCollection ()); + + this[id].Add (data.Mid (offset + 8, length)); + + if (length % 2 == 1) + length++; + + offset += 8 + length; + } + } + #endregion + } +} diff --git a/Scripts/TaglibSharp/Riff/List.cs.meta b/Scripts/TaglibSharp/Riff/List.cs.meta new file mode 100644 index 0000000..86a2b43 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/List.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 797e2ca39be1491eca498676dbe168bc +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/ListTag.cs b/Scripts/TaglibSharp/Riff/ListTag.cs new file mode 100644 index 0000000..beb5d0e --- /dev/null +++ b/Scripts/TaglibSharp/Riff/ListTag.cs @@ -0,0 +1,503 @@ +// +// ListTag.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Riff +{ + /// <summary> + /// This abstract class extends <see cref="Tag" /> to provide support + /// for reading and writing tags stored in the RIFF list format. + /// </summary> + public abstract class ListTag : Tag + { + #region Private Fields + + /// <summary> + /// Contains the <see cref="List" /> object. + /// </summary> + readonly List fields; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ListTag" /> with no contents. + /// </summary> + protected ListTag () + { + fields = new List (); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MovieIdTag" /> using a specified RIFF list. + /// </summary> + /// <param name="fields"> + /// A <see cref="List"/> object to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="fields" /> is <see langword="null" />. + /// </exception> + protected ListTag (List fields) + { + if (fields == null) + throw new ArgumentNullException (nameof (fields)); + + this.fields = fields; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ListTag" /> by reading the contents of a raw + /// RIFF list stored in a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> containing a raw RIFF list to + /// read into the new instance. + /// </param> + protected ListTag (ByteVector data) + { + fields = new List (data); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="ListTag" /> by reading the contents of a raw RIFF + /// list from a specified position in a <see + /// cref="TagLib.File" />. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the contents of the new instance is to be + /// read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the list. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + protected ListTag (TagLib.File file, long position, int length) + { + if (file == null) + throw new ArgumentNullException (nameof (file)); + + if (length < 0) + throw new ArgumentOutOfRangeException (nameof (length)); + + if (position < 0 || position > file.Length - length) + throw new ArgumentOutOfRangeException (nameof (position)); + + fields = new List (file, position, length); + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets or sets the <see cref="StringType"/> value used for parsing + /// and rendering the contents of this tag. + /// </summary> + /// <remarks> + /// The value must be StringType.Latin1 or StringType.UTF8. + /// </remarks> + public StringType StringType { + get => fields.StringType; + set => fields.StringType = value; + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance enclosed in the appropriate + /// item. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + public abstract ByteVector RenderEnclosed (); + + /// <summary> + /// Renders the current instance enclosed in an item with a + /// specified ID. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector"/> object containing the ID of + /// the item to enclose the current instance in. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + protected ByteVector RenderEnclosed (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + return fields.RenderEnclosed (id); + } + + /// <summary> + /// Renders the current instance as a raw RIFF list. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + public ByteVector Render () + { + return fields.Render (); + } + + /// <summary> + /// Gets the values for a specified item in the current + /// instance as a <see cref="ByteVectorCollection" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="ByteVectorCollection" /> object containing + /// the values of the specified item. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public ByteVectorCollection GetValues (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + return fields.GetValues (id); + } + + /// <summary> + /// Gets the values for a specified item in the current + /// instance as a <see cref="T:string[]" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="T:string[]" /> containing the values of the + /// specified item. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public string[] GetValuesAsStrings (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + return fields.GetValuesAsStrings (id); + } + + /// <summary> + /// Gets the values for a specified item in the current + /// instance as a <see cref="StringCollection" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="StringCollection" /> object containing the + /// values of the specified item. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + [Obsolete ("Use GetValuesAsStrings(ByteVector)")] + public StringCollection GetValuesAsStringCollection (ByteVector id) + { + return new StringCollection ( + fields.GetValuesAsStrings (id)); + } + + /// <summary> + /// Gets the value for a specified item in the current + /// instance as a <see cref="uint"/>. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <returns> + /// A <see cref="uint" /> value containing the first value + /// with the specified ID that could be converted to an + /// integer, or zero if none could be found. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public uint GetValueAsUInt (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + return fields.GetValueAsUInt (id); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see cref="T:ByteVector[]" + /// />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="value"> + /// A <see cref="T:ByteVector[]" /> containing the values to + /// store in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, params ByteVector[] value) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + fields.SetValue (id, value); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see + /// cref="ByteVectorCollection" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="value"> + /// A <see cref="ByteVectorCollection" /> object containing + /// the values to store in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, ByteVectorCollection value) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + fields.SetValue (id, value); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the value of a <see cref="uint"/>. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="value"> + /// A <see cref="uint" /> value to store in the specified + /// item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, uint value) + { + fields.SetValue (id, value); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see + /// cref="StringCollection" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="value"> + /// A <see cref="StringCollection" /> object containing the + /// values to store in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + [Obsolete ("Use SetValue(ByteVector,string[])")] + public void SetValue (ByteVector id, StringCollection value) + { + fields.SetValue (id, value); + } + + /// <summary> + /// Sets the value for a specified item in the current + /// instance to the contents of a <see cref="T:string[]" />. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector" /> object containing the ID of + /// the item to set. + /// </param> + /// <param name="value"> + /// A <see cref="T:string[]" /> containing the values to store + /// in the specified item. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void SetValue (ByteVector id, params string[] value) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + fields.SetValue (id, value); + } + + /// <summary> + /// Removes the item with the specified ID from the current + /// instance. + /// </summary> + /// <param name="id"> + /// A <see cref="ByteVector"/> object containing the ID of + /// the item to remove from the current instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="id" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentException"> + /// <paramref name="id" /> isn't exactly four bytes long. + /// </exception> + public void RemoveValue (ByteVector id) + { + if (id == null) + throw new ArgumentNullException (nameof (id)); + + if (id.Count != 4) + throw new ArgumentException ("ID must be 4 bytes long.", nameof (id)); + + fields.RemoveValue (id); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + public override bool IsEmpty { + get { return fields.Count == 0; } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + fields.Clear (); + } + + #endregion + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/Riff/ListTag.cs.meta b/Scripts/TaglibSharp/Riff/ListTag.cs.meta new file mode 100644 index 0000000..09ec36e --- /dev/null +++ b/Scripts/TaglibSharp/Riff/ListTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 506a556e0ad0577a69229948e87b11f7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/MovieIdTag.cs b/Scripts/TaglibSharp/Riff/MovieIdTag.cs new file mode 100644 index 0000000..f2e6209 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/MovieIdTag.cs @@ -0,0 +1,238 @@ +// +// MovieIdTag.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Riff +{ + /// <summary> + /// This class extends <see cref="ListTag" /> to provide support for + /// reading and writing MovieID tags. + /// </summary> + public class MovieIdTag : ListTag + { + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MovieIdTag" /> with no contents. + /// </summary> + public MovieIdTag () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MovieIdTag" /> by reading the contents of a raw + /// RIFF list stored in a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector"/> containing a raw RIFF list to + /// read into the new instance. + /// </param> + public MovieIdTag (ByteVector data) : base (data) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="MovieIdTag" /> by reading the contents of a raw + /// RIFF list from a specified position in a <see + /// cref="TagLib.File"/>. + /// </summary> + /// <param name="file"> + /// A <see cref="TagLib.File" /> object containing the file + /// from which the contents of the new instance is to be + /// read. + /// </param> + /// <param name="position"> + /// A <see cref="long" /> value specify at what position to + /// read the list. + /// </param> + /// <param name="length"> + /// A <see cref="int" /> value specifying the number of bytes + /// to read. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="file" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="position" /> is less than zero or greater + /// than the size of the file. + /// </exception> + public MovieIdTag (TagLib.File file, long position, int length) + : base (file, position, length) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Renders the current instance enclosed in a "MID " item. + /// </summary> + /// <returns> + /// A <see cref="ByteVector"/> object containing the rendered + /// version of the current instance. + /// </returns> + public override ByteVector RenderEnclosed () + { + return RenderEnclosed ("MID "); + } + + #endregion + + + + #region TagLib.Tag + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.MovieId" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.MovieId; } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "TITL" item. + /// </remarks> + public override string Title { + get { + foreach (string s in GetValuesAsStrings ("TITL")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("TITL", value); } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// This property is implemented using the "IART" item. + /// </remarks> + public override string[] Performers { + get { return GetValuesAsStrings ("IART"); } + set { SetValue ("IART", value); } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "COMM" item. + /// </remarks> + public override string Comment { + get { + foreach (string s in GetValuesAsStrings ("COMM")) + if (!string.IsNullOrEmpty (s)) + return s; + + return null; + } + set { SetValue ("COMM", value); } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// This property is implemented using the "GENR" item. + /// </remarks> + public override string[] Genres { + get { return GetValuesAsStrings ("GENR"); } + set { SetValue ("GENR", value); } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "PRT1" item. + /// </remarks> + public override uint Track { + get { return GetValueAsUInt ("PRT1"); } + set { SetValue ("PRT1", value); } + } + + /// <summary> + /// Gets and sets the number of tracks in the album + /// containing the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album containing the media represented by the current + /// instance or zero if not specified. + /// </value> + /// <remarks> + /// This property is implemented using the "PRT2" item. + /// </remarks> + public override uint TrackCount { + get { return GetValueAsUInt ("PRT2"); } + set { SetValue ("PRT2", value); } + } + #endregion + } +} diff --git a/Scripts/TaglibSharp/Riff/MovieIdTag.cs.meta b/Scripts/TaglibSharp/Riff/MovieIdTag.cs.meta new file mode 100644 index 0000000..8ccd388 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/MovieIdTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7e35f343dc0482b3cae5ee678fa31b48 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Riff/WaveFormatEx.cs b/Scripts/TaglibSharp/Riff/WaveFormatEx.cs new file mode 100644 index 0000000..360a2b6 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/WaveFormatEx.cs @@ -0,0 +1,746 @@ +// +// WaveFormatEx.cs: +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Riff +{ + /// <summary> + /// This structure provides a representation of a Microsoft + /// WaveFormatEx structure. + /// </summary> + public struct WaveFormatEx : IAudioCodec, ILosslessAudioCodec + { + #region Private Fields + + /// <summary> + /// Contains the number of audio channels. + /// </summary> + readonly ushort channels; + + /// <summary> + /// Contains the number of samples per second. + /// </summary> + readonly uint samples_per_second; + + #endregion + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="WaveFormatEx" /> by reading the raw structure from + /// the beginning of a <see cref="ByteVector" /> object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 16 bytes. + /// </exception> + [Obsolete ("Use WaveFormatEx(ByteVector,int)")] + public WaveFormatEx (ByteVector data) + : this (data, 0) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="WaveFormatEx" /> by reading the raw structure from + /// a specified position in a <see cref="ByteVector" /> + /// object. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the raw + /// data structure. + /// </param> + /// <param name="offset"> + /// A <see cref="int" /> value specifying the index in + /// <paramref name="data"/> at which the structure begins. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="ArgumentOutOfRangeException"> + /// <paramref name="offset" /> is less than zero. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> contains less than 16 bytes at + /// <paramref name="offset" />. + /// </exception> + public WaveFormatEx (ByteVector data, int offset) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (offset < 0) + throw new ArgumentOutOfRangeException (nameof (offset)); + + if (offset + 16 > data.Count) + throw new CorruptFileException ("Expected 16 bytes."); + + FormatTag = data.Mid (offset, 2).ToUShort (false); + channels = data.Mid (offset + 2, 2).ToUShort (false); + samples_per_second = data.Mid (offset + 4, 4).ToUInt (false); + AverageBytesPerSecond = data.Mid (offset + 8, 4).ToUInt (false); + BitsPerSample = data.Mid (offset + 14, 2).ToUShort (false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the format tag of the audio described by the + /// current instance. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the format tag + /// of the audio. + /// </returns> + /// <remarks> + /// Format tags indicate the codec of the audio contained in + /// the file and are contained in a Microsoft registry. For + /// a description of the format, use <see cref="Description" + /// />. + /// </remarks> + public ushort FormatTag { get; private set; } + + /// <summary> + /// Gets the average bytes per second of the audio described + /// by the current instance. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the average + /// bytes per second of the audio. + /// </returns> + public uint AverageBytesPerSecond { get; private set; } + + /// <summary> + /// Gets the bits per sample of the audio described by the + /// current instance. + /// </summary> + /// <returns> + /// A <see cref="ushort" /> value containing the bits per + /// sample of the audio. + /// </returns> + public ushort BitsPerSample { get; private set; } + + #endregion + + #region ILosslessAudioCodec + + int ILosslessAudioCodec.BitsPerSample { + get { return BitsPerSample; } + } + + #endregion + + #region IAudioCodec + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + return (int)Math.Round (AverageBytesPerSecond * 8d / 1000d); + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { return (int)samples_per_second; } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return channels; } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="TimeSpan.Zero" />. + /// </value> + public TimeSpan Duration { + get { return TimeSpan.Zero; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + switch (FormatTag) { + case 0x0000: + return "Unknown Wave Format"; + case 0x0001: + return "PCM Audio"; + case 0x0002: + return "Microsoft Adaptive PCM Audio"; + case 0x0003: + return "PCM Audio in IEEE floating-point format"; + case 0x0004: + return "Compaq VSELP Audio"; + case 0x0005: + return "IBM CVSD Audio"; + case 0x0006: + return "Microsoft ALAW Audio"; + case 0x0007: + return "Microsoft MULAW Audio"; + case 0x0008: + return "Microsoft DTS Audio"; + case 0x0009: + return "Microsoft DRM Encrypted Audio"; + case 0x000A: + return "Microsoft Speech Audio"; + case 0x000B: + return "Microsoft Windows Media RT Voice Audio"; + case 0x0010: + return "OKI ADPCM Audio"; + case 0x0011: + return "Intel ADPCM Audio"; + case 0x0012: + return "VideoLogic ADPCM Audio"; + case 0x0013: + return "Sierra ADPCM Audio"; + case 0x0014: + return "Antex ADPCM Audio"; + case 0x0015: + return "DSP DIGISTD Audio"; + case 0x0016: + return "DSP DIGIFIX Audio"; + case 0x0017: + return "Dialogic OKI ADPCM Audio"; + case 0x0018: + return "Media Vision ADPCM Audio for Jazz 16"; + case 0x0019: + return "Hewlett-Packard CU Audio"; + case 0x001A: + return "Hewlett-Packard Dynamic Voice Audio"; + case 0x0020: + return "Yamaha ADPCM Audio"; + case 0x0021: + return "Speech Compression Audio"; + case 0x0022: + return "DSP Group True Speech Audio"; + case 0x0023: + return "Echo Speech Audio"; + case 0x0024: + return "Ahead AF36 Audio"; + case 0x0025: + return "Audio Processing Technology Audio"; + case 0x0026: + return "Ahead AF10 Audio"; + case 0x0027: + return "Aculab Prosody CTI Speech Card Audio"; + case 0x0028: + return "Merging Technologies LRC Audio"; + case 0x0030: + return "Dolby AC2 Audio"; + case 0x0031: + return "Microsoft GSM6.10 Audio"; + case 0x0032: + return "Microsoft MSN Audio"; + case 0x0033: + return "Antex ADPCME Audio"; + case 0x0034: + return "Control Resources VQLPC"; + case 0x0035: + return "DSP REAL Audio"; + case 0x0036: + return "DSP ADPCM Audio"; + case 0x0037: + return "Control Resources CR10 Audio"; + case 0x0038: + return "Natural MicroSystems VBXADPCM Audio"; + case 0x0039: + return "Roland RDAC Proprietary Audio Format"; + case 0x003A: + return "Echo Speech Proprietary Audio Compression Format"; + case 0x003B: + return "Rockwell ADPCM Audio"; + case 0x003C: + return "Rockwell DIGITALK Audio"; + case 0x003D: + return "Xebec Proprietary Audio Compression Format"; + case 0x0040: + return "Antex G721 ADPCM Audio"; + case 0x0041: + return "Antex G728 CELP Audio"; + case 0x0042: + return "Microsoft MSG723 Audio"; + case 0x0043: + return "Microsoft MSG723.1 Audio"; + case 0x0044: + return "Microsoft MSG729 Audio"; + case 0x0045: + return "Microsoft SPG726 Audio"; + case 0x0050: + return "Microsoft MPEG Audio"; + case 0x0052: + return "InSoft RT24 Audio"; + case 0x0053: + return "InSoft PAC Audio"; + case 0x0055: + return "ISO/MPEG Layer 3 Audio"; + case 0x0059: + return "Lucent G723 Audio"; + case 0x0060: + return "Cirrus Logic Audio"; + case 0x0061: + return "ESS Technology PCM Audio"; + case 0x0062: + return "Voxware Audio"; + case 0x0063: + return "Canopus ATRAC Audio"; + case 0x0064: + return "APICOM G726 ADPCM Audio"; + case 0x0065: + return "APICOM G722 ADPCM Audio"; + case 0x0067: + return "Microsoft DSAT Display Audio"; + case 0x0069: + return "Voxware Byte Aligned Audio"; + case 0x0070: + return "Voxware AC8 Audio"; + case 0x0071: + return "Voxware AC10 Audio"; + case 0x0072: + return "Voxware AC16 Audio"; + case 0x0073: + return "Voxware AC20 Audio"; + case 0x0074: + return "Voxware RT24 Audio"; + case 0x0075: + return "Voxware RT29 Audio"; + case 0x0076: + return "Voxware RT29HW Audio"; + case 0x0077: + return "Voxware VR12 Audio"; + case 0x0078: + return "Voxware VR18 Audio"; + case 0x0079: + return "Voxware TQ40 Audio"; + case 0x007A: + return "Voxware SC3 Audio"; + case 0x007B: + return "Voxware SC3 Audio"; + case 0x0080: + return "SoftSound Audio"; + case 0x0081: + return "Voxware TQ60 Audio"; + case 0x0082: + return "Microsoft RT24 Audio"; + case 0x0083: + return "AT&T G729A Audio"; + case 0x0084: + return "Motion Pixels MVI2 Audio"; + case 0x0085: + return "Datafusion Systems G726 Audio"; + case 0x0086: + return "Datafusion Systems G610 Audio"; + case 0x0088: + return "Iterated Systems Audio"; + case 0x0089: + return "OnLive! Audio"; + case 0x008A: + return "Multitude FT SX20 Audio"; + case 0x008B: + return "InfoCom ITS ACM G721 Audio"; + case 0x008C: + return "Convedia G729 Audio"; + case 0x008D: + return "Congruency Audio"; + case 0x0091: + return "Siemens Business Communications 24 Audio"; + case 0x0092: + return "Sonic Foundary Dolby AC3 Audio"; + case 0x0093: + return "MediaSonic G723 Audio"; + case 0x0094: + return "Aculab Prosody CTI Speech Card Audio"; + case 0x0097: + return "ZyXEL ADPCM"; + case 0x0098: + return "Philips Speech Processing LPCBB Audio"; + case 0x0099: + return "Studer Professional PACKED Audio"; + case 0x00A0: + return "Malden Electronics Phony Talk Audio"; + case 0x00A1: + return "Racal Recorder GSM Audio"; + case 0x00A2: + return "Racal Recorder G720.a Audio"; + case 0x00A3: + return "Racal G723.1 Audio"; + case 0x00A4: + return "Racal Tetra ACELP Audio"; + case 0x00B0: + return "NEC AAC Audio"; + case 0x0100: + return "Rhetorex ADPCM Audio"; + case 0x0101: + return "BeCubed IRAT Audio"; + case 0x0111: + return "Vivo G723 Audio"; + case 0x0112: + return "Vivo Siren Audio"; + case 0x0120: + return "Philips Speach Processing CELP Audio"; + case 0x0121: + return "Philips Speach Processing GRUNDIG Audio"; + case 0x0123: + return "Digital Equipment Corporation G723 Audio"; + case 0x0125: + return "Sanyo LD-ADPCM Audio"; + case 0x0130: + return "Sipro Lab ACELPNET Audio"; + case 0x0131: + return "Sipro Lab ACELP4800 Audio"; + case 0x0132: + return "Sipro Lab ACELP8v3 Audio"; + case 0x0133: + return "Sipro Lab G729 Audio"; + case 0x0134: + return "Sipro Lab G729A Audio"; + case 0x0135: + return "Sipro Lab KELVIN Audio"; + case 0x0136: + return "VoiceAge AMR Audio"; + case 0x0140: + return "Dictaphone G726 ADPCM Audio"; + case 0x0141: + return "Dictaphone CELP68 Audio"; + case 0x0142: + return "Dictaphone CELP54 Audio"; + case 0x0150: + return "QUALCOMM Pure Voice Audio"; + case 0x0151: + return "QUALCOMM Half Rate Audio"; + case 0x0155: + return "Ring Zero TUBGSM Audio"; + case 0x0160: + return "Microsoft WMA1 Audio"; + case 0x0161: + return "Microsoft WMA2 Audio"; + case 0x0162: + return "Microsoft Multichannel WMA Audio"; + case 0x0163: + return "Microsoft Lossless WMA Audio"; + case 0x0170: + return "Unisys NAP ADPCM Audio"; + case 0x0171: + return "Unisys NAP ULAW Audio"; + case 0x0172: + return "Unisys NAP ALAW Audio"; + case 0x0173: + return "Unisys NAP 16K Audio"; + case 0X0174: + return "SysCom ACM SYC008 Audio"; + case 0x0175: + return "SysCom ACM SYC701 G726L Audio"; + case 0x0176: + return "SysCom ACM SYC701 CELP54 Audio"; + case 0x0177: + return "SysCom ACM SYC701 CELP68 Audio"; + case 0x0178: + return "Knowledge Adventure ADPCM Audio"; + case 0x0180: + return "MPEG2 AAC Audio"; + case 0x0190: + return "Digital Theater Systems DTS DS Audio"; + case 0x1979: + return "Innings ADPCM Audio"; + case 0x0200: + return "Creative ADPCM Audio"; + case 0x0202: + return "Creative FastSpeech8 Audio"; + case 0x0203: + return "Creative FastSpeech10 Audio"; + case 0x0210: + return "UHER ADPCM Audio"; + case 0x0220: + return "Quarterdeck Audio"; + case 0x0230: + return "I-Link VC Audio"; + case 0x0240: + return "Aureal RAW SPORT Audio"; + case 0x0250: + return "Interactive Prodcuts HSX Audio"; + case 0x0251: + return "Interactive Products RPELP Audio"; + case 0x0260: + return "Consistens Software CS2 Audio"; + case 0x0270: + return "Sony SCX Audio"; + case 0x0271: + return "Sony SCY Audio"; + case 0x0272: + return "Sony ATRAC3 Audio"; + case 0x0273: + return "Sony SPC Audio"; + case 0x0280: + return "Telum Audio"; + case 0x0281: + return "Telum IA Audio"; + case 0x0285: + return "Norcom Voice Systems ADPCM Audio"; + case 0x0300: + return "Fujitsu FM TOWNS SND Audio"; + case 0x0301: + case 0x0302: + case 0x0303: + case 0x0304: + case 0x0305: + case 0x0306: + case 0x0307: + case 0x0308: + return "Unknown Fujitsu Audio"; + case 0x0350: + return "Micronas Semiconductors Development Audio"; + case 0x0351: + return "Micronas Semiconductors CELP833 Audio"; + case 0x0400: + return "Brooktree Digital Audio"; + case 0x0450: + return "QDesign Audio"; + case 0x0680: + return "AT&T VME VMPCM Audio"; + case 0x0681: + return "AT&T TPC Audio"; + case 0x1000: + return "Ing. C. Olivetti & C., S.p.A. GSM Audio"; + case 0x1001: + return "Ing. C. Olivetti & C., S.p.A. ADPCM Audio"; + case 0x1002: + return "Ing. C. Olivetti & C., S.p.A. CELP Audio"; + case 0x1003: + return "Ing. C. Olivetti & C., S.p.A. SBC Audio"; + case 0x1004: + return "Ing. C. Olivetti & C., S.p.A. OPR Audio"; + case 0x1100: + return "Lernout & Hauspie Audio"; + case 0X1101: + return "Lernout & Hauspie CELP Audio"; + case 0X1102: + return "Lernout & Hauspie SB8 Audio"; + case 0X1103: + return "Lernout & Hauspie SB12 Audio"; + case 0X1104: + return "Lernout & Hauspie SB16 Audio"; + case 0x1400: + return "Norris Audio"; + case 0x1500: + return "AT&T Soundspace Musicompress Audio"; + case 0x1971: + return "Sonic Foundry Lossless Audio"; + case 0x2000: + return "FAST Multimedia DVM Audio"; + case 0x4143: + return "Divio AAC"; + case 0x4201: + return "Nokia Adaptive Multirate Audio"; + case 0x4243: + return "Divio G726 Audio"; + case 0x7000: + return "3Com NBX Audio"; + case 0x7A21: + return "Microsoft Adaptive Multirate Audio"; + case 0x7A22: + return "Microsoft Adaptive Multirate Audio with silence detection"; + case 0xA100: + return "Comverse Infosys G723 1 Audio"; + case 0xA101: + return "Comverse Infosys AVQSBC Audio"; + case 0xA102: + return "Comverse Infosys OLDSBC Audio"; + case 0xA103: + return "Symbol Technology G729A Audio"; + case 0xA104: + return "VoiceAge AMR WB Audio"; + case 0xA105: + return "Ingenient G726 Audio"; + case 0xA106: + return "ISO/MPEG-4 Advanced Audio Coding"; + case 0xA107: + return "Encore G726 Audio"; + default: + return "Unknown Audio (" + FormatTag + ")"; + } + } + } + + #endregion + + + + #region IEquatable + + /// <summary> + /// Generates a hash code for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value containing the hash code for + /// the current instance. + /// </returns> + public override int GetHashCode () + { + unchecked { + return (int)(FormatTag ^ channels ^ + samples_per_second ^ + AverageBytesPerSecond ^ + BitsPerSample); + } + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another object. + /// </summary> + /// <param name="other"> + /// A <see cref="object" /> to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public override bool Equals (object other) + { + if (!(other is WaveFormatEx)) + return false; + + return Equals ((WaveFormatEx)other); + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another instance of <see cref="WaveFormatEx" />. + /// </summary> + /// <param name="other"> + /// A <see cref="WaveFormatEx" /> object to compare to the + /// current instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public bool Equals (WaveFormatEx other) + { + return FormatTag == other.FormatTag && + channels == other.channels && + samples_per_second == other.samples_per_second && + AverageBytesPerSecond == other.AverageBytesPerSecond && + BitsPerSample == other.BitsPerSample; + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="WaveFormatEx" /> are equal to eachother. + /// </summary> + /// <param name="first"> + /// A <see cref="WaveFormatEx" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="WaveFormatEx" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// equal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator == (WaveFormatEx first, WaveFormatEx second) + { + return first.Equals (second); + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="WaveFormatEx" /> differ. + /// </summary> + /// <param name="first"> + /// A <see cref="WaveFormatEx" /> object to compare. + /// </param> + /// <param name="second"> + /// A <see cref="WaveFormatEx" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// unequal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator != (WaveFormatEx first, WaveFormatEx second) + { + return !first.Equals (second); + } + #endregion + } +} diff --git a/Scripts/TaglibSharp/Riff/WaveFormatEx.cs.meta b/Scripts/TaglibSharp/Riff/WaveFormatEx.cs.meta new file mode 100644 index 0000000..3263fb3 --- /dev/null +++ b/Scripts/TaglibSharp/Riff/WaveFormatEx.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2e1efda4c5ee8833fbbc1973f815afa3 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/StringList.cs b/Scripts/TaglibSharp/StringList.cs new file mode 100644 index 0000000..ca3694a --- /dev/null +++ b/Scripts/TaglibSharp/StringList.cs @@ -0,0 +1,154 @@ +// +// StringList.cs: This class extends ListBase<string> for a collection +// of string objects. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// Aaron Bockover (abockover@novell.com) +// +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2005-2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Runtime.InteropServices; + +namespace TagLib +{ + /// <summary> + /// This class extends <see cref="T:TagLib.ListBase`1" /> for a collection of + /// <see cref="string" /> objects. + /// </summary> + [ComVisible (false)] + public class StringCollection : ListBase<string> + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StringCollection" /> with no contents. + /// </summary> + public StringCollection () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StringCollection" /> with the contents of another + /// instance. + /// </summary> + /// <param name="values"> + /// A <see cref="StringCollection" /> object whose values are + /// to be added to the new instance. + /// </param> + public StringCollection (StringCollection values) + { + Add (values); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StringCollection" /> with the contents of a + /// specified array. + /// </summary> + /// <param name="values"> + /// A <see cref="T:string[]" /> whose values are to be added to + /// the new instance. + /// </param> + public StringCollection (params string[] values) + { + Add (values); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StringCollection" /> by converting a collection of + /// <see cref="ByteVector" /> objects to strings with a + /// specified encoding. + /// </summary> + /// <param name="vectorList"> + /// A <see cref="ByteVectorCollection" /> object containing + /// values to convert and add to the new instance. + /// </param> + /// <param name="type"> + /// A <see cref="StringType" /> specifying what encoding to + /// use when converting the data to strings. + /// </param> + public StringCollection (ByteVectorCollection vectorList, StringType type) + { + foreach (ByteVector vector in vectorList) + Add (vector.ToString (type)); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StringCollection" /> by converting a collection of + /// <see cref="ByteVector" /> objects to strings using the + /// UTF-8 encoding. + /// </summary> + /// <param name="vectorList"> + /// A <see cref="ByteVectorCollection" /> object containing + /// values to convert and add to the new instance. + /// </param> + public StringCollection (ByteVectorCollection vectorList) + : this (vectorList, StringType.UTF8) + { + } + + /// <summary> + /// Splits a single <see cref="string" /> into a <see + /// cref="StringCollection" /> using a pattern. + /// </summary> + /// <param name="value"> + /// A <see cref="string" /> object to split. + /// </param> + /// <param name="pattern"> + /// A <see cref="string" /> object containing a pattern to + /// use to split <paramref name="value" />. + /// </param> + /// <returns> + /// A <see cref="StringCollection" /> object containing the + /// split values. + /// </returns> + /// <exception cref="ArgumentNullException"> + /// <paramref name="value" /> or <paramref name="pattern" /> + /// is <see langword="null" />. + /// </exception> + public static StringCollection Split (string value, string pattern) + { + if (value == null) + throw new ArgumentNullException (nameof (value)); + + if (pattern == null) + throw new ArgumentNullException (nameof (pattern)); + + var list = new StringCollection (); + + int previous_position = 0; + int position = value.IndexOf (pattern, 0); + int pattern_length = pattern.Length; + + while (position != -1) { + list.Add (value.Substring (previous_position, position - previous_position)); + previous_position = position + pattern_length; + position = value.IndexOf (pattern, previous_position); + } + + list.Add (value.Substring (previous_position)); + + return list; + } + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/StringList.cs.meta b/Scripts/TaglibSharp/StringList.cs.meta new file mode 100644 index 0000000..697dd34 --- /dev/null +++ b/Scripts/TaglibSharp/StringList.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3c77f9f8262911bfc84726246a32cfaa +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/SupportedMimeType.cs b/Scripts/TaglibSharp/SupportedMimeType.cs new file mode 100644 index 0000000..040d417 --- /dev/null +++ b/Scripts/TaglibSharp/SupportedMimeType.cs @@ -0,0 +1,191 @@ +// +// SupportedMimeType.cs: +// +// Author: +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// Entagged# +// +// Copyright (C) 2006 Novell, Inc. +// Copyright (C) 2007 Brian Nickel +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; + +namespace TagLib +{ + /// <summary> + /// This class provides an attribute for listing supported mime-types + /// for classes that extend <see cref="File" />. + /// </summary> + /// <remarks> + /// When classes that extend <see cref="File" /> are registered with + /// <see cref="FileTypes.Register" />, its <see + /// cref="SupportedMimeType" /> attributes are read. + /// </remarks> + /// <example> + /// <code lang="C#">using TagLib; + /// + ///[SupportedMimeType("taglib/wv", "wv")] + ///[SupportedMimeType("audio/x-wavpack")] + ///public class MyFile : File { + /// ... + ///}</code> + /// </example> + [AttributeUsage (AttributeTargets.Class, AllowMultiple = true)] + public sealed class SupportedMimeType : Attribute + { + /// <summary> + /// Contains the registered <see cref="SupportedMimeType" /> + /// objects. + /// </summary> + static readonly List<SupportedMimeType> mimetypes = new List<SupportedMimeType> (); + + /// <summary> + /// Constructs and initializes the <see + /// cref="SupportedMimeType" /> class by initializing the + /// <see cref="FileTypes" /> class. + /// </summary> + static SupportedMimeType () + { + FileTypes.Init (); + } + + /// <summary> + /// Constructs and initializes a new instance of the <see + /// cref="SupportedMimeType" /> attribute for a specified + /// mime-type. + /// </summary> + /// <param name="mimetype"> + /// A <see cref="string" /> object containing a standard + /// mime-type. + /// </param> + /// <remarks> + /// <para>Standard practice is to use <see + /// cref="SupportedMimeType(string)" /> to register standard + /// mime-types, like "audio/mp3" and "video/mpeg" and to use + /// <see cref="SupportedMimeType(string,string)" /> strictly + /// to register extensions, using "taglib/ext" for the mime + /// type. Eg. <c>SupportedMimeType("taglib/mp3", + /// "mp3")</c>.</para> + /// </remarks> + public SupportedMimeType (string mimetype) + { + MimeType = mimetype; + mimetypes.Add (this); + } + + /// <summary> + /// Constructs and initializes a new instance of the <see + /// cref="SupportedMimeType" /> attribute for a specified + /// mime-type and extension. + /// </summary> + /// <param name="mimetype"> + /// A <see cref="string" /> object containing a standard + /// mime-type. + /// </param> + /// <param name="extension"> + /// A <see cref="string" /> object containing a file + /// extension. + /// </param> + /// <remarks> + /// <para>Standard practice is to use <see + /// cref="SupportedMimeType(string)" /> to register standard + /// mime-types, like "audio/mp3" and "video/mpeg" and to use + /// <see cref="SupportedMimeType(string,string)" /> strictly + /// to register extensions, using "taglib/ext" for the mime + /// type. Eg. <c>SupportedMimeType("taglib/mp3", + /// "mp3")</c>.</para> + /// </remarks> + public SupportedMimeType (string mimetype, string extension) + : this (mimetype) + { + Extension = extension; + } + + /// <summary> + /// Gets the mime-type registered by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the mime-type + /// registered by the current instance. + /// </value> + /// <remarks> + /// <para>The value is in the format "generic/specific". For + /// example, "video/mp4".</para> + /// </remarks> + public string MimeType { get; private set; } + + /// <summary> + /// Gets the extension registered by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the extension + /// registered by the current instance, or <see + /// langword="null" /> if not specified. + /// </value> + /// <remarks> + /// <para>The value is the file extension minus the preceding + /// ".". For example, "m4v".</para> + /// </remarks> + public string Extension { get; private set; } + + /// <summary> + /// Gets all the mime-types that have been registered with + /// <see cref="SupportedMimeType" />. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object containing all the + /// mime-types that have been registered with <see + /// cref="SupportedMimeType" />. + /// </value> + /// <remarks> + /// <para>These values are used by <see + /// cref="TagLib.File.Create(string,string,ReadStyle)" /> to + /// match file types.</para> + /// </remarks> + public static IEnumerable<string> AllMimeTypes { + get { + foreach (SupportedMimeType type in mimetypes) + yield return type.MimeType; + } + } + + /// <summary> + /// Gets all the extensions that have been registered with + /// <see cref="SupportedMimeType" />. + /// </summary> + /// <value> + /// A <see cref="T:System.Collections.Generic.IEnumerable`1" /> object containing all the + /// extensions that have been registered with <see + /// cref="SupportedMimeType" />. + /// </value> + /// <remarks> + /// <para>These values are currently not used in file type + /// recognition.</para> + /// </remarks> + public static IEnumerable<string> AllExtensions { + get { + foreach (SupportedMimeType type in mimetypes) + if (type.Extension != null) + yield return type.Extension; + } + } + } +} diff --git a/Scripts/TaglibSharp/SupportedMimeType.cs.meta b/Scripts/TaglibSharp/SupportedMimeType.cs.meta new file mode 100644 index 0000000..eba89f2 --- /dev/null +++ b/Scripts/TaglibSharp/SupportedMimeType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 55879aed0636c59a392adc8ffbf4763b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tag.cs b/Scripts/TaglibSharp/Tag.cs new file mode 100644 index 0000000..9e5c00b --- /dev/null +++ b/Scripts/TaglibSharp/Tag.cs @@ -0,0 +1,1635 @@ +// +// Tag.cs: This abstract class provides generic access to standard tag +// features. All tag types will extend this class. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// tag.cpp from TagLib +// +// Copyright (C) 2005-2007 Brian Nickel +// Copyright (C) 2003 Scott Wheeler +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib +{ + /// <summary> + /// Indicates the tag types used by a file. + /// </summary> + [Flags] + public enum TagTypes : uint + { + /// <summary> + /// No tag types. + /// </summary> + None = 0x00000000, + + /// <summary> + /// Xiph's Vorbis Comment + /// </summary> + Xiph = 0x00000001, + + /// <summary> + /// ID3v1 Tag + /// </summary> + Id3v1 = 0x00000002, + + /// <summary> + /// ID3v2 Tag + /// </summary> + Id3v2 = 0x00000004, + + /// <summary> + /// APE Tag + /// </summary> + Ape = 0x00000008, + + /// <summary> + /// Apple's ILST Tag Format + /// </summary> + Apple = 0x00000010, + + /// <summary> + /// ASF Tag + /// </summary> + Asf = 0x00000020, + + /// <summary> + /// Standard RIFF INFO List Tag + /// </summary> + RiffInfo = 0x00000040, + + /// <summary> + /// RIFF Movie ID List Tag + /// </summary> + MovieId = 0x00000080, + + /// <summary> + /// DivX Tag + /// </summary> + DivX = 0x00000100, + + /// <summary> + /// FLAC Metadata Blocks Tag + /// </summary> + FlacMetadata = 0x00000200, + + /// <summary> + /// TIFF IFD Tag + /// </summary> + TiffIFD = 0x00000400, + + /// <summary> + /// XMP Tag + /// </summary> + XMP = 0x00000800, + + /// <summary> + /// Jpeg Comment Tag + /// </summary> + JpegComment = 0x00001000, + + /// <summary> + /// Gif Comment Tag + /// </summary> + GifComment = 0x00002000, + + /// <summary> + /// native PNG keywords + /// </summary> + Png = 0x00004000, + + /// <summary> + /// IPTC-IIM tag + /// </summary> + IPTCIIM = 0x00008000, + + /// <summary> + /// Audible Metadata Blocks Tag + /// </summary> + AudibleMetadata = 0x00010000, + + /// <summary> + /// Matroska native tag + /// </summary> + Matroska = 0x00020000, + + /// <summary> + /// All tag types. + /// </summary> + AllTags = 0xFFFFFFFF + } + + /// <summary> + /// This abstract class provides generic access to standard tag + /// features. All tag types will extend this class. + /// </summary> + /// <remarks> + /// Because not every tag type supports the same features, it may be + /// useful to check that the value is stored by re-reading the + /// property after it is stored. + /// </remarks> + public abstract class Tag + { + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// A bitwise combined <see cref="TagLib.TagTypes" /> + /// containing the tag types contained in the current + /// instance. + /// </value> + /// <remarks> + /// For a standard tag, the value should be intuitive. For + /// example, <see cref="TagLib.Id3v2.Tag" /> objects have a + /// value of <see cref="TagLib.TagTypes.Id3v2" />. However, + /// for tags of type <see cref="TagLib.CombinedTag" /> may + /// contain multiple or no types. + /// </remarks> + public abstract TagTypes TagTypes { get; } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// The title is most commonly the name of the song or + /// episode or a movie title. For example, "Daydream + /// Believer" (a song by the Monkies), "Space Seed" (an + /// episode of Star Trek), or "Harold and Kumar Go To White + /// Castle" (a movie). + /// </remarks> + public virtual string Title { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the sort name for the title of the media + /// described by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the sort name for + /// the title of the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// Possibly used to sort compilations, or episodic content. + /// </remarks> + public virtual string TitleSort { + get { return null; } + set { } + } + + + /// <summary> + /// Gets and sets a short description, one-liner. + /// It represents the tagline of the Video/music. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field gives a nice/short precision to + /// the title, which is typically below the title on the + /// front cover of a media. + /// For example, for "Back to the future", this would be + /// "It's About Time". + /// </para> + /// </remarks> + public virtual string Subtitle { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets a short description of the media. + /// For a music, this could be the comment that the artist + /// made of its artwork. For a video, this should be a + /// short summary of the story/plot, but a spoiler. This + /// should give the impression of what to expect in the + /// media. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the subtitle + /// the media represented by the current instance + /// or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This is especially relevant for a movie. + /// For example, for "Back to the Future 2", this could be + /// "After visiting 2015, Marty McFly must repeat his visit + /// to 1955 to prevent disastrous changes to 1985...without + /// interfering with his first trip". + /// </para> + /// </remarks> + public virtual string Description { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the performers or artists who performed in + /// the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the performers or + /// artists who performed in the media described by the + /// current instance or an empty array if no value is + /// present. + /// </value> + /// <remarks> + /// <para>This field is most commonly called "Artists" in + /// Audio media, or "Actor" in Video media, and should be + /// used to represent each artist/actor appearing in the + /// media. It can be simple in the form of "The Beatles" + /// or more complicated in the form of "John Lennon, + /// Paul McCartney, George Harrison, Pete Best", depending + /// on the preferences of the listener/spectator + /// and the degree to which they organize their media + /// collection.</para> + /// <para>As the preference of the user may vary, + /// applications should not try to limit the user in what + /// choice they may make.</para> + /// </remarks> + public virtual string[] Performers { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the sort names of the performers or artists + /// who performed in the media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names for + /// the performers or artists who performed in the media + /// described by the current instance, or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// <para>This is used to provide more control over how tracks + /// are sorted. Typical uses are to skip common prefixes or + /// sort by last name. For example, "The Beatles" might be + /// sorted as "Beatles, The". + /// </para> + /// </remarks> + public virtual string[] PerformersSort { + get { return new string[] { }; } + set { } + } + + + /// <summary> + /// Gets and sets the Charaters for a video media, or + /// instruments played for music media. + /// This should match the <see cref="Performers"/> array (for + /// each person correspond one/more role). Several roles for + /// the same artist/actor can be made up with semicolons. + /// For example, "Marty McFly; Marty McFly Jr.; Marlene McFly". + /// </summary> + /// <remarks> + /// <para> This is typically usefull for movies, although the + /// instrument played by each artist in a music may be of + /// relevance. + /// </para> + /// <para>It is highly important to match each role to the + /// performers. This means that a role may be <see + /// langword="null"/> to keep the match between a + /// Performers[i] and PerformersRole[i]. + /// </para> + /// </remarks> + public virtual string[] PerformersRole { + get { return new string[] { }; } + set { } + } + + + /// <summary> + /// Gets and sets the band or artist who is credited in the + /// creation of the entire album or collection containing the + /// media described by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the band or artist + /// who is credited in the creation of the entire album or + /// collection containing the media described by the current + /// instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field is typically optional but aids in the + /// sorting of compilations or albums with multiple artists. + /// For example, if an album has several artists, sorting by + /// artist will split up the album and sorting by album will + /// split up albums by the same artist. Having a single album + /// artist for an entire album will solve this + /// problem.</para> + /// <para>As this value is to be used as a sorting key, it + /// should be used with less variation than <see + /// cref="Performers" />. Where performers can be broken into + /// muliple artist it is best to stick with a single band + /// name. For example, "The Beatles".</para> + /// </remarks> + public virtual string[] AlbumArtists { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the sort names for the band or artist who + /// is credited in the creation of the entire album or + /// collection containing the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the band or artist who is credited in the creation + /// of the entire album or collection containing the media + /// described by the current instance or an empty array if + /// no value is present. + /// </value> + /// <remarks> + /// <para>This field is typically optional but aids in the + /// sorting of compilations or albums with multiple artists. + /// For example, if an album has several artists, sorting by + /// artist will split up the album and sorting by album will + /// split up albums by the same artist. Having a single album + /// artist for an entire album will solve this + /// problem.</para> + /// <para>As this value is to be used as a sorting key, it + /// should be used with less variation than <see + /// cref="Performers" />. Where performers can be broken into + /// muliple artist it is best to stick with a single band + /// name. For example, "Beatles, The".</para> + /// </remarks> + public virtual string[] AlbumArtistsSort { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the composers of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the composers of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the composers, song writers, + /// script writers, or persons who claim authorship of the + /// media.</para> + /// </remarks> + public virtual string[] Composers { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the sort names for the composers of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the sort names + /// for the composers of the media represented by the + /// current instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field is typically optional but aids in the + /// sorting of compilations or albums with multiple Composers. + /// </para> + /// <para>As this value is to be used as a sorting key, it + /// should be used with less variation than <see + /// cref="Composers" />. Where performers can be broken into + /// muliple artist it is best to stick with a single composer. + /// For example, "McCartney, Paul".</para> + /// </remarks> + public virtual string[] ComposersSort { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the album of the media represented by the + /// current instance. For a video media, this represent the + /// collection the video belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the album of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the name of the album the + /// media belongs to. In the case of a boxed set, it should + /// be the name of the entire set rather than the individual + /// disc. In case of a Serie, this should be name of the serie, + /// rather than the season of a serie.</para> + /// <para>For example, "Rubber Soul" (an album by the + /// Beatles), "The Sopranos: Complete First Season" (a boxed + /// set of TV episodes), "Back To The Future" (a + /// serie of movies/sequels), or "Game of Thrones" (a serie + /// with several seasons).</para> + /// </remarks> + public virtual string Album { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the sort names for the Album Title of the + /// media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the sort names + /// for the Album Title of the media represented by the + /// current instance or an empty array if no value is present. + /// </value> + /// <remarks> + /// <para>This field is typically optional but aids in the + /// sorting of compilations or albums with Similar Titles. + /// </para> + /// </remarks> + public virtual string AlbumSort { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets a user comment on the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing user comments + /// on the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>This field should be used to store user notes and + /// comments. There is no constraint on what text can be + /// stored here, but it should not contain program + /// information.</para> + /// <para>Because this field contains notes that the user + /// might think of while listening to the media, it may be + /// useful for an application to make this field easily + /// accessible, perhaps even including it in the main + /// interface.</para> + /// </remarks> + public virtual string Comment { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the genres of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the genres of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents genres that apply to the song, + /// album or video. This is often used for filtering media. + /// </para> + /// <para>A list of common audio genres as popularized by + /// ID3v1, are stored in <see cref="Genres.Audio" />. + /// Additionally, <see cref="Genres.Video" /> contains video + /// genres as used by DivX.</para> + /// </remarks> + public virtual string[] Genres { + get { return new string[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the year that the media represented by the + /// current instance was recorded. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the year that the media + /// represented by the current instance was created or zero + /// if no value is present. + /// </value> + /// <remarks> + /// <para>Years greater than 9999 cannot be stored by most + /// tagging formats and will be cleared if a higher value is + /// set.</para> + /// <para>Some tagging formats store higher precision dates + /// which will be truncated when this property is set. Format + /// specific implementations are necessary access the higher + /// precision values.</para> + /// </remarks> + public virtual uint Year { + get { return 0; } + set { } + } + + /// <summary> + /// Gets and sets the position of the media represented by + /// the current instance in its containing album, or season + /// (for series). + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the position of the + /// media represented by the current instance in its + /// containing album or zero if not specified. + /// </value> + /// <remarks> + /// <para>This value should be the same as is listed on the + /// album cover and no more than <see cref="TrackCount" + /// /> if <see cref="TrackCount" /> is non-zero.</para> + /// <para>Most tagging formats store this as a string. To + /// help sorting, a two-digit zero-filled value is used + /// in the resulting tag.</para> + /// <para>For a serie, this property represents the episode + /// in a season of the serie. + /// </para> + /// </remarks> + public virtual uint Track { + get { return 0; } + set { } + } + + /// <summary> + /// Gets and sets the number of tracks in the album, or the + /// number of episodes in a serie, of the media represented + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of tracks in + /// the album, or the number of episodes in a serie, of the + /// media represented by the current instance or zero if not + /// specified. + /// </value> + /// <remarks> + /// <para>If non-zero, this value should be at least equal to + /// <see cref="Track" />. If <see cref="Track" /> is zero, + /// this value should also be zero.</para> + /// </remarks> + public virtual uint TrackCount { + get { return 0; } + set { } + } + + /// <summary> + /// Gets and sets the number of the disc containing the media + /// represented by the current instance in the boxed set. For + /// a serie, this represents the season number. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of the disc + /// or season of the media represented by the current instance + /// in the boxed set. + /// </value> + /// <remarks> + /// <para>This value should be the same as is number that + /// appears on the disc. For example, if the disc is the + /// first of three, the value should be <c>1</c>. It should + /// be no more than <see cref="DiscCount" /> if <see + /// cref="DiscCount" /> is non-zero.</para> + /// </remarks> + public virtual uint Disc { + get { return 0; } + set { } + } + + /// <summary> + /// Gets and sets the number of discs or seasons in the + /// boxed set containing the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of discs + /// or seasons in the boxed set containing the media + /// represented by the current instance or zero if not + /// specified. + /// </value> + /// <remarks> + /// <para>If non-zero, this value should be at least equal to + /// <see cref="Disc" />. If <see cref="Disc" /> is zero, + /// this value should also be zero.</para> + /// </remarks> + public virtual uint DiscCount { + get { return 0; } + set { } + } + + /// <summary> + /// Gets and sets the lyrics or script of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the lyrics or + /// script of the media represented by the current instance + /// or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>This field contains a plain text representation of + /// the lyrics or scripts with line breaks and whitespace + /// being the only formatting marks.</para> + /// <para>Some formats support more advances lyrics, like + /// synchronized lyrics, but those must be accessed using + /// format specific implementations.</para> + /// </remarks> + public virtual string Lyrics { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the grouping on the album which the media + /// in the current instance belongs to. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the grouping on + /// the album which the media in the current instance belongs + /// to or <see langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>This field contains a non-physical grouping to + /// which the track belongs. In classical music, this could + /// be a movement. It could also be parts of a series like + /// "Introduction", "Closing Remarks", etc.</para> + /// </remarks> + public virtual string Grouping { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the number of beats per minute in the audio + /// of the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="uint" /> containing the number of beats per + /// minute in the audio of the media represented by the + /// current instance, or zero if not specified. + /// </value> + /// <remarks> + /// <para>This field is useful for DJ's who are trying to + /// match songs. It should be calculated from the audio or + /// pulled from a database.</para> + /// </remarks> + public virtual uint BeatsPerMinute { + get { return 0; } + set { } + } + + /// <summary> + /// Gets and sets the conductor or director of the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the conductor + /// or director of the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>This field is most useful for organizing classical + /// music and movies.</para> + /// </remarks> + public virtual string Conductor { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + /// <remarks> + /// <para>This field should be used for storing copyright + /// information. It may be useful to show this information + /// somewhere in the program while the media is + /// playing.</para> + /// <para>Players should not support editing this field, but + /// media creation tools should definitely allow + /// modification.</para> + /// </remarks> + public virtual string Copyright { + get { return null; } + set { } + } + + + /// <summary> + /// Gets and sets the date at which the tag has been written. + /// </summary> + /// <value> + /// A nullable <see cref="DateTime" /> object containing the + /// date at which the tag has been written, or <see + /// langword="null" /> if no value present. + /// </value> + public virtual DateTime? DateTagged { + get { return null; } + set { } + } + + + /// <summary> + /// Gets and sets the MusicBrainz Artist ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ArtistID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz ArtistID, and is used + /// to uniquely identify a particular Artist of the track.</para> + /// </remarks> + public virtual string MusicBrainzArtistId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Group ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ReleaseGroupID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz ReleaseGroupID, and is used + /// to uniquely identify a particular Release Group to which this track belongs.</para> + /// </remarks> + public virtual string MusicBrainzReleaseGroupId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ReleaseID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz ReleaseID, and is used + /// to uniquely identify a particular Release to which this track belongs.</para> + /// </remarks> + public virtual string MusicBrainzReleaseId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Artist ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ReleaseArtistID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz Release ArtistID, and is used + /// to uniquely identify a particular Album Artist credited with the Album.</para> + /// </remarks> + public virtual string MusicBrainzReleaseArtistId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Track ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz TrackID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz TrackID, and is used + /// to uniquely identify a particular track.</para> + /// </remarks> + public virtual string MusicBrainzTrackId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Disc ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz DiscID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz DiscID, and is used + /// to uniquely identify the particular Released Media associated with + /// this track.</para> + /// </remarks> + public virtual string MusicBrainzDiscId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicIP PUID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicIP PUID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicIP PUID, and is an acoustic + /// fingerprint identifier. It Identifies what this track "Sounds Like".</para> + /// </remarks> + public virtual string MusicIpId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the Amazon ID of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the AmazonID of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the AmazonID, and is used + /// to identify the particular track or album in the Amazon Catalog.</para> + /// </remarks> + public virtual string AmazonId { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Status of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ReleaseStatus of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz ReleaseStatus, and is used + /// to describes how 'official' a Release is. Common Status are: Official, Promotion, + /// Bootleg, Pseudo-release.</para> + /// </remarks> + public virtual string MusicBrainzReleaseStatus { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Type of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ReleaseType of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz ReleaseType, that describes + /// what kind of release a Release is.. Common Status are: Single, Album, + /// EP, Compilation, Soundtrack, SpokenWord, Interview, Audiobook, Live, Remix, + /// and Other. Careful thought must be given when using this field to decide if + /// a particular track "Is a Compilation".</para> + /// </remarks> + public virtual string MusicBrainzReleaseType { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the MusicBrainz Release Country of the media represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the MusicBrainz ReleaseCountry of the + /// media represented by the current instance or an empty + /// array if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the MusicBrainz ReleaseCountry, that describes + /// the country in which an album was released. Note that the ReleaseCountry + /// of an album is not necessarily the country in which it was produced. The + /// label itself will typically be more relevant. eg, a release on "Foo Records UK" + /// that has "Made in Austria" printed on it, will likely be a UK release.</para> + /// </remarks> + public virtual string MusicBrainzReleaseCountry { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the ReplayGain track gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the track gain as + /// per the ReplayGain specification. + /// </value> + public virtual double ReplayGainTrackGain { + get { return double.NaN; } + set { } + } + + /// <summary> + /// Gets and sets the ReplayGain track peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the track peak as per the + /// ReplayGain specification. + /// </value> + public virtual double ReplayGainTrackPeak { + get { return double.NaN; } + set { } + } + + /// <summary> + /// Gets and sets the ReplayGain album gain in dB. + /// </summary> + /// <value> + /// A <see cref="bool" /> value in dB for the album gain as + /// per the ReplayGain specification. + /// </value> + public virtual double ReplayGainAlbumGain { + get { return double.NaN; } + set { } + } + + /// <summary> + /// Gets and sets the ReplayGain album peak sample. + /// </summary> + /// <value> + /// A <see cref="bool" /> value for the album peak as per the + /// ReplayGain specification. + /// </value> + public virtual double ReplayGainAlbumPeak { + get { return double.NaN; } + set { } + } + + /// <summary> + /// Gets and sets the initial key of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> value for the initial key + /// of the song. + /// </value> + public virtual string InitialKey { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the remixer of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> value for the remixer + /// of the song. + /// </value> + public virtual string RemixedBy { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the publisher of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> value for the publisher + /// of the song. + /// </value> + public virtual string Publisher { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the ISRC (International Standard Recording Code) of the song. + /// </summary> + /// <value> + /// A <see cref="string" /> value containing the ISRC of the song. + /// </value> + public virtual string ISRC { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets the Length of the media represented + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the length of + /// the media represented by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + /// <remarks> + /// <para>This field represents the label or length of the album the + /// media belongs to. </para> + /// <para>For example, "00:15:00".</para> + /// </remarks> + public virtual string Length { + get { return null; } + set { } + } + + /// <summary> + /// Gets and sets a collection of pictures associated with + /// the media represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:IPicture[]" /> containing a collection of + /// pictures associated with the media represented by the + /// current instance or an empty array if none are present. + /// </value> + /// <remarks> + /// <para>Typically, this value is used to store an album + /// cover or icon to use for the file, but it is capable of + /// holding any type of image, including pictures of the + /// band, the recording studio, the concert, etc.</para> + /// </remarks> + public virtual IPicture[] Pictures { + get { return new IPicture[] { }; } + set { } + } + + /// <summary> + /// Gets and sets the same value as <see cref="Performers" + /// />. + /// </summary> + /// <value> + /// The same value as <see cref="Performers" />. + /// </value> + /// <remarks> + /// This property exists to aleviate confusion. Use <see + /// cref="Performers" /> for track artists and <see + /// cref="AlbumArtists" /> for album artists. + /// </remarks> + [Obsolete ("For album artists use AlbumArtists. For track artists, use Performers")] + public virtual string[] Artists { + get { return Performers; } + set { Performers = value; } + } + + /// <summary> + /// Gets the same value as <see cref="FirstPerformer" />. + /// </summary> + /// <value> + /// The same value as <see cref="FirstPerformer" />. + /// </value> + /// <remarks> + /// This property exists to aleviate confusion. Use <see + /// cref="FirstPerformer" /> for track artists and <see + /// cref="FirstAlbumArtist" /> for album artists. + /// </remarks> + [Obsolete ("For album artists use FirstAlbumArtist. For track artists, use FirstPerformer")] + public string FirstArtist { + get { return FirstPerformer; } + } + + /// <summary> + /// Gets the first value contained in <see + /// cref="AlbumArtists" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="AlbumArtists" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="AlbumArtists" /> to set the value. + /// </remarks> + public string FirstAlbumArtist { + get { return FirstInGroup (AlbumArtists); } + } + + /// <summary> + /// Gets the first value contained in <see + /// cref="AlbumArtistsSort" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="AlbumArtistsSort" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="AlbumArtistsSort" /> to set the value. + /// </remarks> + public string FirstAlbumArtistSort { + get { return FirstInGroup (AlbumArtistsSort); } + } + + /// <summary> + /// Gets the first value contained in <see + /// cref="Performers" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="Performers" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="Performers" /> to set the value. + /// </remarks> + public string FirstPerformer { + get { return FirstInGroup (Performers); } + } + + /// <summary> + /// Gets the first value contained in <see + /// cref="PerformersSort" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="PerformersSort" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="PerformersSort" /> to set the value. + /// </remarks> + public string FirstPerformerSort { + get { return FirstInGroup (PerformersSort); } + } + + /// <summary> + /// Gets the first value contained in <see + /// cref="ComposersSort" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="ComposersSort" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="ComposersSort" /> to set the value. + /// </remarks> + public string FirstComposerSort { + get { return FirstInGroup (ComposersSort); } + } + + /// <summary> + /// Gets the first value contained in <see + /// cref="Composers" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="Composers" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="Composers" /> to set the value. + /// </remarks> + public string FirstComposer { + get { return FirstInGroup (Composers); } + } + + /// <summary> + /// Gets the first value contained in <see cref="Genres" />. + /// </summary> + /// <value> + /// The first <see cref="string" /> object in <see + /// cref="Genres" />, or <see langword="null" /> is it + /// contains no values. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="Genres" /> to set the value. + /// </remarks> + public string FirstGenre { + get { return FirstInGroup (Genres); } + } + + /// <summary> + /// Gets the same value as <see cref="JoinedPerformers" />. + /// </summary> + /// <value> + /// The same value as <see cref="JoinedPerformers" />. + /// </value> + /// <remarks> + /// This property exists to aleviate confusion. Use <see + /// cref="JoinedPerformers" /> for track artists and <see + /// cref="JoinedAlbumArtists" /> for album artists. + /// </remarks> + [Obsolete ("For album artists use JoinedAlbumArtists. For track artists, use JoinedPerformers")] + public string JoinedArtists { + get { return JoinedPerformers; } + } + + /// <summary> + /// Gets a semicolon separated string containing the values + /// in <see cref="AlbumArtists" />. + /// </summary> + /// <value> + /// A semicolon separated <see cref="string" /> object + /// containing the values in <see cref="AlbumArtists" />. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="AlbumArtists" /> to set the value. + /// </remarks> + public string JoinedAlbumArtists { + get { return JoinGroup (AlbumArtists); } + } + + /// <summary> + /// Gets a semicolon separated string containing the values + /// in <see cref="Performers" />. + /// </summary> + /// <value> + /// A semicolon separated <see cref="string" /> object + /// containing the values in <see cref="Performers" />. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="Performers" /> to set the value. + /// </remarks> + public string JoinedPerformers { + get { return JoinGroup (Performers); } + } + + /// <summary> + /// Gets a semicolon separated string containing the values + /// in <see cref="PerformersSort" />. + /// </summary> + /// <value> + /// A semicolon separated <see cref="string" /> object + /// containing the values in <see cref="PerformersSort" />. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="PerformersSort" /> to set the value. + /// </remarks> + public string JoinedPerformersSort { + get { return JoinGroup (PerformersSort); } + } + + /// <summary> + /// Gets a semicolon separated string containing the values + /// in <see cref="Composers" />. + /// </summary> + /// <value> + /// A semicolon separated <see cref="string" /> object + /// containing the values in <see cref="Composers" />. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="Composers" /> to set the value. + /// </remarks> + public string JoinedComposers { + get { return JoinGroup (Composers); } + } + + /// <summary> + /// Gets a semicolon separated string containing the values + /// in <see cref="Genres" />. + /// </summary> + /// <value> + /// A semicolon separated <see cref="string" /> object + /// containing the values in <see cref="Genres" />. + /// </value> + /// <remarks> + /// This property is provided for convenience. Use <see + /// cref="Genres" /> to set the value. + /// </remarks> + public string JoinedGenres { + get { return JoinGroup (Genres); } + } + + /// <summary> + /// Gets the first string in an array. + /// </summary> + /// <param name="group"> + /// A <see cref="T:string[]" /> to get the first string from. + /// </param> + /// <returns> + /// The first <see cref="string" /> object contained in + /// <paramref name="group" />, or <see langword="null" /> if + /// the array is <see langword="null" /> or empty. + /// </returns> + static string FirstInGroup (string[] group) + { + return group == null || group.Length == 0 ? + null : group[0]; + } + + /// <summary> + /// Joins a array of strings into a single, semicolon + /// separated, string. + /// </summary> + /// <param name="group"> + /// A <see cref="T:string[]" /> containing values to combine. + /// </param> + /// <returns> + /// A semicolon separated <see cref="string" /> object + /// containing the values from <paramref name="group" />. + /// </returns> + static string JoinGroup (string[] group) + { + if (group == null || group.Length == 0) + return null; + + return string.Join ("; ", group); + } + + /// <summary> + /// Gets whether or not the current instance is empty. + /// </summary> + /// <value> + /// <see langword="true" /> if the current instance does not + /// any values. Otherwise <see langword="false" />. + /// </value> + /// <remarks> + /// In the default implementation, this checks the values + /// supported by <see cref="Tag" />, but it may be extended + /// by child classes to support other values. + /// </remarks> + public virtual bool IsEmpty { + get { + return IsNullOrLikeEmpty (Title) && + IsNullOrLikeEmpty (Grouping) && + IsNullOrLikeEmpty (AlbumArtists) && + IsNullOrLikeEmpty (Performers) && + IsNullOrLikeEmpty (Composers) && + IsNullOrLikeEmpty (Conductor) && + IsNullOrLikeEmpty (Copyright) && + IsNullOrLikeEmpty (Album) && + IsNullOrLikeEmpty (Comment) && + IsNullOrLikeEmpty (Genres) && + Year == 0 && + BeatsPerMinute == 0 && + Track == 0 && + TrackCount == 0 && + Disc == 0 && + DiscCount == 0; + } + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + /// <remarks> + /// The clearing procedure is format specific and should + /// clear all values. + /// </remarks> + public abstract void Clear (); + + + + /// <summary> + /// Set the Tags that represent the Tagger software + /// (TagLib#) itself. + /// </summary> + /// <remarks> + /// This is typically a method to call just before + /// saving a tag. + /// </remarks> + public void SetInfoTag () + { + DateTagged = DateTime.Now; + } + + + /// <summary> + /// Copies all standard values from one tag to another, + /// optionally overwriting existing values. + /// </summary> + /// <param name="source"> + /// A <see cref="Tag" /> object containing the source tag to + /// copy the values from. + /// </param> + /// <param name="target"> + /// A <see cref="Tag" /> object containing the target tag to + /// copy values to. + /// </param> + /// <param name="overwrite"> + /// A <see cref="bool" /> specifying whether or not to copy + /// values over existing one. + /// </param> + /// <remarks> + /// <para>This method only copies the most basic values, + /// those contained in this class, between tags. To copy + /// format specific tags, or additional details, additional + /// implementations need to be applied. For example, copying + /// from one <see cref="TagLib.Id3v2.Tag" /> to another: + /// <c>foreach (TagLib.Id3v2.Frame frame in old_tag) + /// new_tag.AddFrame (frame);</c></para> + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="source" /> or <paramref name="target" /> + /// is <see langword="null" />. + /// </exception> + [Obsolete ("Use Tag.CopyTo(Tag,bool)")] + public static void Duplicate (Tag source, Tag target, + bool overwrite) + { + if (source == null) + throw new ArgumentNullException (nameof (source)); + + if (target == null) + throw new ArgumentNullException (nameof (target)); + + source.CopyTo (target, overwrite); + } + + /// <summary> + /// Copies the values from the current instance to another + /// <see cref="TagLib.Tag" />, optionally overwriting + /// existing values. + /// </summary> + /// <param name="target"> + /// A <see cref="Tag" /> object containing the target tag to + /// copy values to. + /// </param> + /// <param name="overwrite"> + /// A <see cref="bool" /> specifying whether or not to copy + /// values over existing one. + /// </param> + /// <remarks> + /// <para>This method only copies the most basic values when + /// copying between different tag formats, however, if + /// <paramref name="target" /> is of the same type as the + /// current instance, more advanced copying may be done. + /// For example, <see cref="TagLib.Id3v2.Tag" /> will copy + /// all of its frames to another tag.</para> + /// </remarks> + /// <exception cref="ArgumentNullException"> + /// <paramref name="target" /> is <see langword="null" />. + /// </exception> + public virtual void CopyTo (Tag target, bool overwrite) + { + if (target == null) + throw new ArgumentNullException (nameof (target)); + + if (overwrite || IsNullOrLikeEmpty (target.Title)) + target.Title = Title; + + if (overwrite || IsNullOrLikeEmpty (target.Subtitle)) + target.Subtitle = Subtitle; + + if (overwrite || IsNullOrLikeEmpty (target.Description)) + target.Description = Description; + + if (overwrite || IsNullOrLikeEmpty (target.AlbumArtists)) + target.AlbumArtists = AlbumArtists; + + if (overwrite || IsNullOrLikeEmpty (target.Performers)) + target.Performers = Performers; + + if (overwrite || IsNullOrLikeEmpty (target.PerformersRole)) + target.PerformersRole = PerformersRole; + + if (overwrite || IsNullOrLikeEmpty (target.Composers)) + target.Composers = Composers; + + if (overwrite || IsNullOrLikeEmpty (target.Album)) + target.Album = Album; + + if (overwrite || IsNullOrLikeEmpty (target.Comment)) + target.Comment = Comment; + + if (overwrite || IsNullOrLikeEmpty (target.Genres)) + target.Genres = Genres; + + if (overwrite || target.Year == 0) + target.Year = Year; + + if (overwrite || target.Track == 0) + target.Track = Track; + + if (overwrite || target.TrackCount == 0) + target.TrackCount = TrackCount; + + if (overwrite || target.Disc == 0) + target.Disc = Disc; + + if (overwrite || target.DiscCount == 0) + target.DiscCount = DiscCount; + + if (overwrite || target.BeatsPerMinute == 0) + target.BeatsPerMinute = BeatsPerMinute; + + if (overwrite || IsNullOrLikeEmpty (target.InitialKey)) + target.InitialKey = InitialKey; + + if (overwrite || IsNullOrLikeEmpty (target.Publisher)) + target.Publisher = Publisher; + + if (overwrite || IsNullOrLikeEmpty (target.ISRC)) + target.ISRC = ISRC; + + if (overwrite || IsNullOrLikeEmpty (target.RemixedBy)) + target.RemixedBy = RemixedBy; + + if (overwrite || IsNullOrLikeEmpty (target.Grouping)) + target.Grouping = Grouping; + + if (overwrite || IsNullOrLikeEmpty (target.Conductor)) + target.Conductor = Conductor; + + if (overwrite || IsNullOrLikeEmpty (target.Copyright)) + target.Copyright = Copyright; + + if (overwrite || target.DateTagged == null) + target.DateTagged = DateTagged; + + if (overwrite || target.Pictures == null || target.Pictures.Length == 0) + target.Pictures = Pictures; + } + + /// <summary> + /// Checks if a <see cref="string" /> is <see langword="null" + /// /> or contains only whitespace characters. + /// </summary> + /// <param name="value"> + /// A <see cref="string" /> object to check. + /// </param> + /// <returns> + /// <see langword="true" /> if the string is <see + /// langword="null" /> or contains only whitespace + /// characters. Otherwise <see langword="false" />. + /// </returns> + static bool IsNullOrLikeEmpty (string value) + { + return value == null || value.Trim ().Length == 0; + } + + /// <summary> + /// Checks if all the strings in the array return <see + /// langword="true" /> with <see + /// cref="IsNullOrLikeEmpty(string)" /> or if the array is + /// <see langword="null" /> or is empty. + /// </summary> + /// <param name="value"> + /// A <see cref="T:string[]" /> to check the contents of. + /// </param> + /// <returns> + /// <see langword="true" /> if the array is <see + /// langword="null" /> or empty, or all elements return <see + /// langword="true" /> for <see + /// cref="IsNullOrLikeEmpty(string)" />. Otherwise <see + /// langword="false" />. + /// </returns> + static bool IsNullOrLikeEmpty (string[] value) + { + if (value == null) + return true; + + foreach (string s in value) + if (!IsNullOrLikeEmpty (s)) + return false; + + return true; + } + } +} diff --git a/Scripts/TaglibSharp/Tag.cs.meta b/Scripts/TaglibSharp/Tag.cs.meta new file mode 100644 index 0000000..b5c4884 --- /dev/null +++ b/Scripts/TaglibSharp/Tag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 652e9962682c49c6db82cd9fe0a9f407 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/TaglibSharp.csproj b/Scripts/TaglibSharp/TaglibSharp.csproj new file mode 100644 index 0000000..23bdd8e --- /dev/null +++ b/Scripts/TaglibSharp/TaglibSharp.csproj @@ -0,0 +1,57 @@ +<Project Sdk="Microsoft.NET.Sdk"> + + <PropertyGroup> + <TargetFrameworks>$(LibTargetFrameworks)</TargetFrameworks> + <DocumentationFile>bin\$(Configuration)\$(TargetFramework)\TaglibSharp.xml</DocumentationFile> + <AssemblyName>TagLibSharp</AssemblyName> + <RootNamespace>TagLib</RootNamespace> + <AssemblyOriginatorKeyFile>..\..\taglib-sharp.snk</AssemblyOriginatorKeyFile> + <SignAssembly>true</SignAssembly> + <GeneratePackageOnBuild>true</GeneratePackageOnBuild> + <AllowedOutputExtensionsInPackageBuildOutputFolder>$(AllowedOutputExtensionsInPackageBuildOutputFolder);.pdb</AllowedOutputExtensionsInPackageBuildOutputFolder> + <TreatWarningsAsErrors>true</TreatWarningsAsErrors> + <IncludeSymbols>true</IncludeSymbols> + <SymbolPackageFormat>snupkg</SymbolPackageFormat> + </PropertyGroup> + + <PropertyGroup> + <Version>$(ReleaseVersion)</Version> + <PackageId>TagLibSharp</PackageId> + <Product>TagLib#</Product> + <Description>A library for for reading and writing metadata in media files, including video, audio, and photo formats.</Description> + <Copyright>Copyright (c) 2006-2007 Brian Nickel. Copyright (c) 2009-2020 Other contributors</Copyright> + <Authors>Brian Nickel, Gabriel Burt, Stephen Shaw, etc</Authors> + <PackageProjectUrl>https://github.com/mono/taglib-sharp</PackageProjectUrl> + <PackageLicenseExpression>LGPL-2.1-only</PackageLicenseExpression> + <PackageReleaseNotes>Version $(ReleaseVersion) +July 29, 2022 +* Added support for chapters by implementing the frames CHAP and CTOC (#228) - Jan Romero +* Adding extended precision ByteVector conversion (#245) - Benjamin Russell + Using extended precision conversion to get any possible AIFF sample rate +* Audio Id3v2 add support for the Tag Length (#284) - L Carroll +* ASF Duration Calculation Fix, Creation Date Fix (#256) - Benjamin Russell +* Property preventing autocreate id3 tag types (#254) - Helmut Wahrmann +* Multiple music brainz entries (#253) - Helmut Wahrmann +* MusicBrainz Tags should be retrieved case insensitive (#243) - Helmut Wahrmann +* Make methods SetUserTextAsString public (#242) - Helmut Wahrmann +* MPEG Audio Header Offset Calculation (#241) - Benjamin Russell +* Add format to TrackCount setter (#240) - EatonZ +* Improve JPG detection in GetExtensionFromData (#239) - EatonZ +* Fixed: Corrupting OPUS files on write (#232) - ta264 +* Add support for webm audio files (#219) - Michael Phillips +* Bump to net462 - Stephen Shaw +* Remove gtk# dependency in tests. Replaced with SixLabors.ImageSharp - Stephen Shaw +* Added support for IPLS Frame (#208) - Helmut Wahrmann +* Fixes #200 and copies Pictures over from Id3v2 Tag to File.Tag (#201) - Sean Kearney +* Disregard case in Apple box names + initial unit test (#187) +* Various repo maintenance fixes - Stephen Shaw, Andrew Sun, Mike Blaszczak, James John McGuire, ta264, Alex Koeplinger, Immanuel Martini + +July 22, 2019 +* Remove autotools and friends. Simply code base. +* Include a few fixes from lidarr Project + +January 21, 2019 +* Lots and lots of updates including net45 and .netstandard 2.0</PackageReleaseNotes> + </PropertyGroup> + +</Project> diff --git a/Scripts/TaglibSharp/TaglibSharp.csproj.meta b/Scripts/TaglibSharp/TaglibSharp.csproj.meta new file mode 100644 index 0000000..cd5b9ed --- /dev/null +++ b/Scripts/TaglibSharp/TaglibSharp.csproj.meta @@ -0,0 +1,7 @@ +fileFormatVersion: 2 +guid: 30d4d29925c2763538b72eb4b5701774 +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff.meta b/Scripts/TaglibSharp/Tiff.meta new file mode 100644 index 0000000..b61c1f2 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 3ef17c4b590b8aed0a4fcc68db078494 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Arw.meta b/Scripts/TaglibSharp/Tiff/Arw.meta new file mode 100644 index 0000000..98d6ed1 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Arw.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 0764cf5c24a6b4e5f9ef1cfb24cb605b +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Arw/File.cs b/Scripts/TaglibSharp/Tiff/Arw/File.cs new file mode 100644 index 0000000..dee4869 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Arw/File.cs @@ -0,0 +1,162 @@ +// +// File.cs: Provides tagging for Sony ARW files +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Tiff.Arw +{ + + /// <summary> + /// This class extends <see cref="TagLib.Tiff.File" /> to provide tagging + /// for ARW image files. + /// </summary> + [SupportedMimeType ("taglib/arw", "arw")] + [SupportedMimeType ("image/arw")] + [SupportedMimeType ("image/x-sony-arw")] + public class File : TagLib.Tiff.File + { + + #region public Properties + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + #endregion + + /// <summary> + /// Create a codec that describes the photo properties. + /// </summary> + /// <returns> + /// A <see cref="Codec" /> object. + /// </returns> + protected override Codec CreateCodec (int width, int height) + { + return new Codec (width, height, "Sony Raw File"); + } + } +} diff --git a/Scripts/TaglibSharp/Tiff/Arw/File.cs.meta b/Scripts/TaglibSharp/Tiff/Arw/File.cs.meta new file mode 100644 index 0000000..e15c558 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Arw/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 453aee29132d2f79693f777265fb317a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/BaseTiffFile.cs b/Scripts/TaglibSharp/Tiff/BaseTiffFile.cs new file mode 100644 index 0000000..cdacaa7 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/BaseTiffFile.cs @@ -0,0 +1,245 @@ +// +// BaseTiffFile.cs: +// +// Author: +// Mike Gemuende (mike@gemuende.de) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using TagLib.IFD; + + +namespace TagLib.Tiff +{ + + /// <summary> + /// This class extends <see cref="TagLib.Image.File" /> to provide some basic behavior + /// for Tiff based file formats. + /// </summary> + public abstract class BaseTiffFile : TagLib.Image.File + { + + #region Public Properties + + /// <summary> + /// Indicates if the current file is in big endian or little endian format. + /// </summary> + /// <remarks> + /// The method <see cref="ReadHeader()"/> must be called from a subclass to + /// properly initialize this property. + /// </remarks> + public bool IsBigEndian { get; private set; } + + #endregion + + #region Protected Properties + + /// <summary> + /// The identifier used to recognize the file. This is 42 for most TIFF files. + /// </summary> + protected ushort Magic { get; set; } + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + protected BaseTiffFile (string path) + : base (path) + { + Magic = 42; + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected BaseTiffFile (IFileAbstraction abstraction) + : base (abstraction) + { + Magic = 42; + } + + #endregion + + #region Protected Methods + + /// <summary> + /// Reads and validates the TIFF header at the current position. + /// </summary> + /// <returns> + /// A <see cref="System.UInt32"/> with the offset value to the first + /// IFD contained in the file. + /// </returns> + /// <remarks> + /// This method should only be called, when the current read position is + /// the beginning of the file. + /// </remarks> + protected uint ReadHeader () + { + // TIFF header: + // + // 2 bytes Indicating the endianess (II or MM) + // 2 bytes Tiff Magic word (usually 42) + // 4 bytes Offset to first IFD + + ByteVector header = ReadBlock (8); + + if (header.Count != 8) + throw new CorruptFileException ("Unexpected end of header"); + + string order = header.Mid (0, 2).ToString (); + + if (order == "II") { + IsBigEndian = false; + } else if (order == "MM") { + IsBigEndian = true; + } else { + throw new CorruptFileException ("Unknown Byte Order"); + } + + if (header.Mid (2, 2).ToUShort (IsBigEndian) != Magic) + throw new CorruptFileException ($"TIFF Magic ({Magic}) expected"); + + uint first_ifd_offset = header.Mid (4, 4).ToUInt (IsBigEndian); + + return first_ifd_offset; + } + + + /// <summary> + /// Reads IFDs starting from the given offset. + /// </summary> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the IFD offset to start + /// reading from. + /// </param> + protected void ReadIFD (uint offset) + { + ReadIFD (offset, -1); + } + + + /// <summary> + /// Reads a certain number of IFDs starting from the given offset. + /// </summary> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the IFD offset to start + /// reading from. + /// </param> + /// <param name="ifd_count"> + /// A <see cref="System.Int32"/> with the number of IFDs to read. + /// </param> + protected void ReadIFD (uint offset, int ifd_count) + { + long length; + try { + length = Length; + } catch (Exception) { + // Use a safety-value of 4 gigabyte. + length = 1073741824L * 4; + } + var ifd_tag = GetTag (TagTypes.TiffIFD, true) as IFDTag; + var reader = CreateIFDReader (this, IsBigEndian, ifd_tag.Structure, 0, offset, (uint)length); + + reader.Read (ifd_count); + } + + /// <summary> + /// Creates an IFD reader to parse the file. + /// </summary> + /// <param name="file"> + /// A <see cref="File"/> to read from. + /// </param> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/>, it must be true, if the data of the IFD should be + /// read as bigendian, otherwise false. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> that will be populated. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> value describing the base were the IFD offsets + /// refer to. E.g. in Jpegs the IFD are located in an Segment and the offsets + /// inside the IFD refer from the beginning of this segment. So <paramref + /// name="base_offset"/> must contain the beginning of the segment. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the beginning of the IFD relative to + /// <paramref name="base_offset"/>. + /// </param> + /// <param name="max_offset"> + /// A <see cref="System.UInt32"/> value with maximal possible offset. This is to limit + /// the size of the possible data; + /// </param> + protected virtual IFDReader CreateIFDReader (BaseTiffFile file, bool is_bigendian, IFDStructure structure, long base_offset, uint ifd_offset, uint max_offset) + { + return new IFDReader (file, is_bigendian, structure, base_offset, ifd_offset, max_offset); + + } + + /// <summary> + /// Renders a TIFF header with the given offset to the first IFD. + /// The returned data has length 8. + /// </summary> + /// <param name="first_ifd_offset"> + /// A <see cref="System.UInt32"/> with the offset to the first IFD + /// to be included in the header. + /// </param> + /// <returns> + /// A <see cref="ByteVector"/> with the rendered header of length 8. + /// </returns> + protected ByteVector RenderHeader (uint first_ifd_offset) + { + var data = new ByteVector (); + + if (IsBigEndian) + data.Add ("MM"); + else + data.Add ("II"); + + data.Add (ByteVector.FromUShort (Magic, IsBigEndian)); + data.Add (ByteVector.FromUInt (first_ifd_offset, IsBigEndian)); + + return data; + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Tiff/BaseTiffFile.cs.meta b/Scripts/TaglibSharp/Tiff/BaseTiffFile.cs.meta new file mode 100644 index 0000000..4e85743 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/BaseTiffFile.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 3ec5000488d626141bbc719dac634c3e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Codec.cs b/Scripts/TaglibSharp/Tiff/Codec.cs new file mode 100644 index 0000000..5a64f86 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Codec.cs @@ -0,0 +1,82 @@ +// +// Codec.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Tiff +{ + /// <summary> + /// A TIFF photo codec. Contains basic photo details. + /// </summary> + public class Codec : Image.Codec + { + readonly string description = "TIFF File"; + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public override string Description { get { return description; } } + + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height) + : base (width, height) { } + + /// <summary> + /// Constructs a new <see cref="Codec" /> with the given width + /// and height. + /// </summary> + /// <param name="width"> + /// The width of the photo. + /// </param> + /// <param name="height"> + /// The height of the photo. + /// </param> + /// <param name="description"> + /// The description of the photo type. + /// </param> + /// <returns> + /// A new <see cref="Codec" /> instance. + /// </returns> + public Codec (int width, int height, string description) + : base (width, height) + { + this.description = description; + } + } +} diff --git a/Scripts/TaglibSharp/Tiff/Codec.cs.meta b/Scripts/TaglibSharp/Tiff/Codec.cs.meta new file mode 100644 index 0000000..e2bb077 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Codec.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5198161ac9ebd33f989a014972fa0a65 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Cr2.meta b/Scripts/TaglibSharp/Tiff/Cr2.meta new file mode 100644 index 0000000..45f7f66 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Cr2.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 7cda42bf16523f5e7b08ab4f010d037a +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Cr2/File.cs b/Scripts/TaglibSharp/Tiff/Cr2/File.cs new file mode 100644 index 0000000..5d51a42 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Cr2/File.cs @@ -0,0 +1,283 @@ +// +// File.cs: Provides tagging for Canon CR2 files +// +// Author: +// Mike Gemuende (mike@gemuende.be) +// +// Copyright (C) 2010 Mike Gemuende +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using TagLib.IFD; +using TagLib.IFD.Tags; +using TagLib.Image; + +namespace TagLib.Tiff.Cr2 +{ + + /// <summary> + /// This class extends <see cref="TagLib.Tiff.BaseTiffFile" /> to provide tagging + /// for CR2 image files. + /// </summary> + [SupportedMimeType ("taglib/cr2", "cr2")] + [SupportedMimeType ("image/cr2")] + [SupportedMimeType ("image/x-canon-cr2")] + public class File : BaseTiffFile + { + #region private fields + + /// <summary> + /// The Properties of the image + /// </summary> + Properties properties; + + #endregion + + #region public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + #endregion + + #region private methods + + /// <summary> + /// Reads the information from file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + ImageTag = new CombinedImageTag (TagTypes.TiffIFD); + + ReadFile (); + + TagTypesOnDisk = TagTypes; + + if ((propertiesStyle & ReadStyle.Average) != 0) + properties = ExtractProperties (); + + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Parses the CR2 file + /// </summary> + void ReadFile () + { + // A CR2 file starts with a Tiff header followed by a CR2 header + uint first_ifd_offset = ReadHeader (); + uint raw_ifd_offset = ReadAdditionalCR2Header (); + + ReadIFD (first_ifd_offset, 3); + ReadIFD (raw_ifd_offset, 1); + } + + /// <summary> + /// Reads and validates the CR2 header started at the current position. + /// </summary> + /// <returns> + /// A <see cref="System.UInt32"/> with the offset to the IFD with the RAW data. + /// </returns> + uint ReadAdditionalCR2Header () + { + // CR2 Header + // + // CR2 Information: + // + // 2 bytes CR2 Magic word (CR) + // 1 byte CR2 major version (2) + // 1 byte CR2 minor version (0) + // 4 bytes Offset to RAW IFD + // + + ByteVector header = ReadBlock (8); + + if (header.Count != 8) + throw new CorruptFileException ("Unexpected end of CR2 header"); + + if (header.Mid (0, 2).ToString () != "CR") + throw new CorruptFileException ("CR2 Magic (CR) expected"); + + byte major_version = header[2]; + byte minor_version = header[3]; + + if (major_version != 2 || minor_version != 0) + throw new UnsupportedFormatException ("Only major version 2 and minor version 0 are supported"); + + uint raw_ifd_offset = header.Mid (4, 4).ToUInt (IsBigEndian); + + return raw_ifd_offset; + } + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + Properties ExtractProperties () + { + int width = 0, height = 0; + + IFDTag tag = GetTag (TagTypes.TiffIFD) as IFDTag; + + width = (int)(tag.ExifIFD.GetLongValue (0, (ushort)ExifEntryTag.PixelXDimension) ?? 0); + height = (int)(tag.ExifIFD.GetLongValue (0, (ushort)ExifEntryTag.PixelYDimension) ?? 0); + + if (width > 0 && height > 0) { + return new Properties (TimeSpan.Zero, new Codec (width, height, "Canon RAW File")); + } + + return null; + } + + #endregion + + + } +} diff --git a/Scripts/TaglibSharp/Tiff/Cr2/File.cs.meta b/Scripts/TaglibSharp/Tiff/Cr2/File.cs.meta new file mode 100644 index 0000000..9dbfea6 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Cr2/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 4ab14a97cd1e00503b26b9520868a040 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Dng.meta b/Scripts/TaglibSharp/Tiff/Dng.meta new file mode 100644 index 0000000..439b6ee --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Dng.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: e94ca2d56e0c62f5b89b051a7a51e31f +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Dng/File.cs b/Scripts/TaglibSharp/Tiff/Dng/File.cs new file mode 100644 index 0000000..16efefa --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Dng/File.cs @@ -0,0 +1,203 @@ +// +// File.cs: Provides tagging for DNG files +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +using TagLib.IFD; +using TagLib.IFD.Entries; +using TagLib.IFD.Tags; + +namespace TagLib.Tiff.Dng +{ + + /// <summary> + /// This class extends <see cref="TagLib.Tiff.File" /> to provide tagging + /// for DNG image files. + /// </summary> + [SupportedMimeType ("taglib/dng", "dng")] + [SupportedMimeType ("image/dng")] + [SupportedMimeType ("image/x-adobe-dng")] + public class File : TagLib.Tiff.File + { + + #region public Properties + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + #endregion + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + protected override Properties ExtractProperties () + { + int width = 0, height = 0; + + var tag = GetTag (TagTypes.TiffIFD) as IFDTag; + IFDStructure structure = tag.Structure; + + // DNG uses SubIFDs for images, the one with SubfileType = 0 is the RAW data. + if (!(structure.GetEntry (0, (ushort)IFDEntryTag.SubIFDs) is SubIFDArrayEntry sub_ifds)) { + return base.ExtractProperties (); + } + + foreach (var entry in sub_ifds.Entries) { + var type = entry.GetLongValue (0, (ushort)IFDEntryTag.NewSubfileType); + if (type == 0) { + width = (int)(entry.GetLongValue (0, (ushort)IFDEntryTag.ImageWidth) ?? 0); + height = (int)(entry.GetLongValue (0, (ushort)IFDEntryTag.ImageLength) ?? 0); + break; // No need to iterate the other SubIFDs + } + } + + if (width > 0 && height > 0) { + return new Properties (TimeSpan.Zero, CreateCodec (width, height)); + } + + // Fall back to normal detection. + return base.ExtractProperties (); + } + + /// <summary> + /// Create a codec that describes the photo properties. + /// </summary> + /// <returns> + /// A <see cref="Codec" /> object. + /// </returns> + protected override Codec CreateCodec (int width, int height) + { + return new Codec (width, height, "Adobe Digital Negative File"); + } + } +} diff --git a/Scripts/TaglibSharp/Tiff/Dng/File.cs.meta b/Scripts/TaglibSharp/Tiff/Dng/File.cs.meta new file mode 100644 index 0000000..bef654f --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Dng/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a213b3afb7ff3739fb09bc7bc083956b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/File.cs b/Scripts/TaglibSharp/Tiff/File.cs new file mode 100644 index 0000000..5848221 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/File.cs @@ -0,0 +1,292 @@ +// +// File.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +using TagLib.IFD; +using TagLib.IFD.Entries; +using TagLib.IFD.Tags; +using TagLib.Image; +using TagLib.Xmp; + +namespace TagLib.Tiff +{ + /// <summary> + /// This class extends <see cref="TagLib.Tiff.BaseTiffFile" /> to provide tagging + /// and properties support for Tiff files. + /// </summary> + [SupportedMimeType ("taglib/tiff", "tiff")] + [SupportedMimeType ("taglib/tif", "tif")] + [SupportedMimeType ("image/tiff")] + public class File : BaseTiffFile + { + #region Private Fields + + /// <summary> + /// Contains the media properties. + /// </summary> + Properties properties; + + #endregion + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + ImageTag = new CombinedImageTag (TagTypes.TiffIFD | TagTypes.XMP); + + Mode = AccessMode.Read; + try { + Read (propertiesStyle); + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + // Boilerplate + PreSave (); + + Mode = AccessMode.Write; + try { + WriteFile (); + + TagTypesOnDisk = TagTypes; + } finally { + Mode = AccessMode.Closed; + } + } + + #endregion + + #region Private Methods + + /// <summary> + /// Render the whole file and write it back. + /// </summary> + void WriteFile () + { + // Check, if IFD0 is contained + IFDTag exif = ImageTag.Exif; + if (exif == null) + throw new Exception ("Tiff file without tags"); + + UpdateTags (exif); + + // first IFD starts at 8 + uint first_ifd_offset = 8; + ByteVector data = RenderHeader (first_ifd_offset); + + var renderer = new IFDRenderer (IsBigEndian, exif.Structure, first_ifd_offset); + + data.Add (renderer.Render ()); + + Insert (data, 0, Length); + } + + /// <summary> + /// Update the XMP stored in the Tiff IFD + /// </summary> + /// <param name="exif"> + /// A <see cref="IFDTag"/> The Tiff IFD to update the entries + /// </param> + void UpdateTags (IFDTag exif) + { + // update the XMP entry + exif.Structure.RemoveTag (0, (ushort)IFDEntryTag.XMP); + + XmpTag xmp = ImageTag.Xmp; + if (xmp != null) + exif.Structure.AddEntry (0, new ByteVectorIFDEntry ((ushort)IFDEntryTag.XMP, xmp.Render ())); + } + + /// <summary> + /// Reads the file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + uint first_ifd_offset = ReadHeader (); + ReadIFD (first_ifd_offset); + + // Find XMP data + if (ImageTag.Exif.Structure.GetEntry (0, (ushort)IFDEntryTag.XMP) is ByteVectorIFDEntry xmp_entry) { + ImageTag.AddTag (new XmpTag (xmp_entry.Data.ToString (), this)); + } + + if ((propertiesStyle & ReadStyle.Average) == 0) + return; + + properties = ExtractProperties (); + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + protected virtual Properties ExtractProperties () + { + int width = 0, height = 0; + + IFDTag tag = GetTag (TagTypes.TiffIFD) as IFDTag; + IFDStructure structure = tag.Structure; + + width = (int)(structure.GetLongValue (0, (ushort)IFDEntryTag.ImageWidth) ?? 0); + height = (int)(structure.GetLongValue (0, (ushort)IFDEntryTag.ImageLength) ?? 0); + + if (width > 0 && height > 0) { + return new Properties (TimeSpan.Zero, CreateCodec (width, height)); + } + + return null; + } + + /// <summary> + /// Create a codec that describes the photo properties. + /// </summary> + /// <returns> + /// A <see cref="Codec" /> object. + /// </returns> + protected virtual Codec CreateCodec (int width, int height) + { + return new Codec (width, height); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Tiff/File.cs.meta b/Scripts/TaglibSharp/Tiff/File.cs.meta new file mode 100644 index 0000000..023e79d --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: c8df8c599604c4997937fe27e5cb90d0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Nef.meta b/Scripts/TaglibSharp/Tiff/Nef.meta new file mode 100644 index 0000000..7193f36 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Nef.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: ee40fffd0785b4425a2e73d21d04c9d6 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Nef/File.cs b/Scripts/TaglibSharp/Tiff/Nef/File.cs new file mode 100644 index 0000000..48678f7 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Nef/File.cs @@ -0,0 +1,161 @@ +// +// File.cs: Provides tagging for Nikon NEF files +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Tiff.Nef +{ + + /// <summary> + /// This class extends <see cref="TagLib.Tiff.File" /> to provide tagging + /// for NEF image files. + /// </summary> + [SupportedMimeType ("taglib/nef", "nef")] + [SupportedMimeType ("image/nef")] + [SupportedMimeType ("image/x-nikon-nef")] + public class File : TagLib.Tiff.File + { + + #region public Properties + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + #endregion + + /// <summary> + /// Create a codec that describes the photo properties. + /// </summary> + /// <returns> + /// A <see cref="Codec" /> object. + /// </returns> + protected override Codec CreateCodec (int width, int height) + { + return new Codec (width, height, "Nikon Raw File"); + } + } +} diff --git a/Scripts/TaglibSharp/Tiff/Nef/File.cs.meta b/Scripts/TaglibSharp/Tiff/Nef/File.cs.meta new file mode 100644 index 0000000..529703a --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Nef/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 8f1e36a4c18b59431a05326acf616392 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Pef.meta b/Scripts/TaglibSharp/Tiff/Pef.meta new file mode 100644 index 0000000..b4b553b --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Pef.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 30e5f0c76cc53c5e78abdd95636c5c0c +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Pef/File.cs b/Scripts/TaglibSharp/Tiff/Pef/File.cs new file mode 100644 index 0000000..13fd08f --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Pef/File.cs @@ -0,0 +1,163 @@ +// +// File.cs: Provides tagging for Pentax CR2 files +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.Tiff.Pef +{ + + /// <summary> + /// This class extends <see cref="TagLib.Tiff.BaseTiffFile" /> to provide tagging + /// for PEF image files. + /// </summary> + [SupportedMimeType ("taglib/pef", "pef")] + [SupportedMimeType ("image/pef")] + [SupportedMimeType ("image/x-pentax-pef")] + public class File : TagLib.Tiff.File + { + + #region public Properties + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + #endregion + + /// <summary> + /// Create a codec that describes the photo properties. + /// </summary> + /// <returns> + /// A <see cref="Codec" /> object. + /// </returns> + protected override Codec CreateCodec (int width, int height) + { + return new Codec (width, height, "Pentax Raw File"); + } + + } +} diff --git a/Scripts/TaglibSharp/Tiff/Pef/File.cs.meta b/Scripts/TaglibSharp/Tiff/Pef/File.cs.meta new file mode 100644 index 0000000..bac6eb8 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Pef/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: b676c36c60636e93fbebf5d845d25436 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Rw2.meta b/Scripts/TaglibSharp/Tiff/Rw2.meta new file mode 100644 index 0000000..e337d75 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 869176644a1493e4a94a3ee3f9106847 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Rw2/File.cs b/Scripts/TaglibSharp/Tiff/Rw2/File.cs new file mode 100644 index 0000000..d698319 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2/File.cs @@ -0,0 +1,349 @@ +// +// File.cs: Provides tagging for Panasonic Rw2 files +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using TagLib.IFD; +using TagLib.Image; + +namespace TagLib.Tiff.Rw2 +{ + + /// <summary> + /// This class extends <see cref="TagLib.Tiff.BaseTiffFile" /> to provide tagging + /// for RW2 image files. + /// </summary> + [SupportedMimeType ("taglib/rw2", "rw2")] + [SupportedMimeType ("image/rw2")] + [SupportedMimeType ("taglib/raw", "raw")] + [SupportedMimeType ("image/raw")] + [SupportedMimeType ("image/x-raw")] + [SupportedMimeType ("image/x-panasonic-raw")] + public class File : BaseTiffFile + { + #region private fields + + /// <summary> + /// The Properties of the image + /// </summary> + Properties properties; + + #endregion + + #region public Properties + + /// <summary> + /// Gets the media properties of the file represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Properties" /> object containing the + /// media properties of the file represented by the current + /// instance. + /// </value> + public override Properties Properties { + get { return properties; } + } + + /// <summary> + /// Indicates if tags can be written back to the current file or not + /// </summary> + /// <value> + /// A <see cref="bool" /> which is true if tags can be written to the + /// current file, otherwise false. + /// </value> + public override bool Writeable { + get { return false; } + } + + /// <summary> + /// The JPEG file that's embedded in the RAW file. + /// </summary> + public Jpeg.File JpgFromRaw { + get; + internal set; + } + + #endregion + + #region constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : this (new LocalFileAbstraction (path), propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : this (path, ReadStyle.Average) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction) + { + Magic = 85; // Panasonic uses 0x55 + Read (propertiesStyle); + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + protected File (IFileAbstraction abstraction) + : this (abstraction, ReadStyle.Average) + { + } + + #endregion + + #region Public Methods + + /// <summary> + /// Saves the changes made in the current instance to the + /// file it represents. + /// </summary> + public override void Save () + { + throw new NotSupportedException (); + } + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + public override Tag GetTag (TagTypes type, bool create) + { + Tag tag = base.GetTag (type, false); + if (tag != null) { + return tag; + } + + if (!create || (type & ImageTag.AllowedTypes) == 0) + return null; + + if (type != TagTypes.TiffIFD) + return base.GetTag (type, create); + + ImageTag new_tag = new IFDTag (this); + ImageTag.AddTag (new_tag); + return new_tag; + } + + #endregion + + #region private methods + + /// <summary> + /// Reads the information from file with a specified read style. + /// </summary> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + void Read (ReadStyle propertiesStyle) + { + Mode = AccessMode.Read; + try { + ImageTag = new CombinedImageTag (TagTypes.TiffIFD); + + ReadFile (); + + TagTypesOnDisk = TagTypes; + + if ((propertiesStyle & ReadStyle.Average) != 0) + properties = ExtractProperties (); + + } finally { + Mode = AccessMode.Closed; + } + } + + /// <summary> + /// Parses the RW2 file + /// </summary> + void ReadFile () + { + // A RW2 file starts with a Tiff header followed by a RW2 header + uint first_ifd_offset = ReadHeader (); + uint raw_ifd_offset = ReadAdditionalRW2Header (); + + ReadIFD (first_ifd_offset, 3); + ReadIFD (raw_ifd_offset, 1); + } + + /// <summary> + /// Reads and validates the RW2 header started at the current position. + /// </summary> + /// <returns> + /// A <see cref="System.UInt32"/> with the offset to the IFD with the RAW data. + /// </returns> + uint ReadAdditionalRW2Header () + { + // RW2 Header + // + // Seems to be 16 bytes, no idea on the meaning of these. + + ByteVector header = ReadBlock (16); + + if (header.Count != 16) + throw new CorruptFileException ("Unexpected end of RW2 header"); + + return (uint)Tell; + } + + /// <summary> + /// Attempts to extract the media properties of the main + /// photo. + /// </summary> + /// <returns> + /// A <see cref="Properties" /> object with a best effort guess + /// at the right values. When no guess at all can be made, + /// <see langword="null" /> is returned. + /// </returns> + Properties ExtractProperties () + { + int width = 0, height = 0; + + IFDTag tag = GetTag (TagTypes.TiffIFD) as IFDTag; + IFDStructure structure = tag.Structure; + + width = (int)(structure.GetLongValue (0, 0x07) ?? 0); + height = (int)(structure.GetLongValue (0, 0x06) ?? 0); + + var vendor = ImageTag.Make; + if (vendor == "LEICA") + vendor = "Leica"; + var desc = $"{vendor} RAW File"; + + if (width > 0 && height > 0) { + return new Properties (TimeSpan.Zero, new Codec (width, height, desc)); + } + + return null; + } + + /// <summary> + /// Creates an IFD reader to parse the file. + /// </summary> + /// <param name="file"> + /// A <see cref="File"/> to read from. + /// </param> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/>, it must be true, if the data of the IFD should be + /// read as bigendian, otherwise false. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> that will be populated. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> value describing the base were the IFD offsets + /// refer to. E.g. in Jpegs the IFD are located in an Segment and the offsets + /// inside the IFD refer from the beginning of this segment. So <paramref + /// name="base_offset"/> must contain the beginning of the segment. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the beginning of the IFD relative to + /// <paramref name="base_offset"/>. + /// </param> + /// <param name="max_offset"> + /// A <see cref="System.UInt32"/> value with maximal possible offset. This is to limit + /// the size of the possible data; + /// </param> + protected override IFD.IFDReader CreateIFDReader (BaseTiffFile file, bool is_bigendian, IFDStructure structure, long base_offset, uint ifd_offset, uint max_offset) + { + return new IFDReader (file, is_bigendian, structure, base_offset, ifd_offset, max_offset); + } + + #endregion + + } +} diff --git a/Scripts/TaglibSharp/Tiff/Rw2/File.cs.meta b/Scripts/TaglibSharp/Tiff/Rw2/File.cs.meta new file mode 100644 index 0000000..4d73c01 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e3af45a01bea4ee838c000da54a6ec9e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Rw2/IFDReader.cs b/Scripts/TaglibSharp/Tiff/Rw2/IFDReader.cs new file mode 100644 index 0000000..32cff56 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2/IFDReader.cs @@ -0,0 +1,137 @@ +// +// IFDReader.cs: Panasonic Rw2-specific IFD reader +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.IO; +using TagLib.IFD; + +namespace TagLib.Tiff.Rw2 +{ + /// <summary> + /// Panasonic Rw2-specific IFD reader + /// </summary> + public class IFDReader : TagLib.IFD.IFDReader + { + + #region Constructors + + /// <summary> + /// Constructor. Reads an IFD from given file, using the given endianness. + /// </summary> + /// <param name="file"> + /// A <see cref="File"/> to read from. + /// </param> + /// <param name="is_bigendian"> + /// A <see cref="System.Boolean"/>, it must be true, if the data of the IFD should be + /// read as bigendian, otherwise false. + /// </param> + /// <param name="structure"> + /// A <see cref="IFDStructure"/> that will be populated. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> value describing the base were the IFD offsets + /// refer to. E.g. in Jpegs the IFD are located in an Segment and the offsets + /// inside the IFD refer from the beginning of this segment. So <paramref + /// name="base_offset"/> must contain the beginning of the segment. + /// </param> + /// <param name="ifd_offset"> + /// A <see cref="System.UInt32"/> value with the beginning of the IFD relative to + /// <paramref name="base_offset"/>. + /// </param> + /// <param name="max_offset"> + /// A <see cref="System.UInt32"/> value with maximal possible offset. This is to limit + /// the size of the possible data; + /// </param> + public IFDReader (BaseTiffFile file, bool is_bigendian, IFDStructure structure, long base_offset, uint ifd_offset, uint max_offset) : + base (file, is_bigendian, structure, base_offset, ifd_offset, max_offset) + { + } + + #endregion + + /// <summary> + /// Try to parse the given IFD entry, used to discover format-specific entries. + /// </summary> + /// <param name="tag"> + /// A <see cref="System.UInt16"/> with the tag of the entry. + /// </param> + /// <param name="type"> + /// A <see cref="System.UInt16"/> with the type of the entry. + /// </param> + /// <param name="count"> + /// A <see cref="System.UInt32"/> with the data count of the entry. + /// </param> + /// <param name="base_offset"> + /// A <see cref="System.Int64"/> with the base offset which every offsets in the + /// IFD are relative to. + /// </param> + /// <param name="offset"> + /// A <see cref="System.UInt32"/> with the offset of the entry. + /// </param> + /// <returns> + /// A <see cref="IFDEntry"/> with the given parameters, or null if none was parsed, after + /// which the normal TIFF parsing is used. + /// </returns> + protected override IFDEntry ParseIFDEntry (ushort tag, ushort type, uint count, long base_offset, uint offset) + { + if (tag == 0x002e && !seen_jpgfromraw) { + // FIXME: JpgFromRaw + + file.Seek (base_offset + offset, SeekOrigin.Begin); + var data = file.ReadBlock ((int)count); + var mem_stream = new MemoryStream (data.Data); + var res = new StreamJPGAbstraction (mem_stream); + (file as File).JpgFromRaw = new Jpeg.File (res, ReadStyle.Average); + + seen_jpgfromraw = true; + return null; + } + + return base.ParseIFDEntry (tag, type, count, base_offset, offset); + } + + bool seen_jpgfromraw; + } + + class StreamJPGAbstraction : TagLib.File.IFileAbstraction + { + public StreamJPGAbstraction (Stream stream) + { + ReadStream = stream; + } + + public string Name { + get { return "JpgFromRaw.jpg"; } + } + + public void CloseStream (Stream stream) + { + stream.Close (); + } + + public Stream ReadStream { get; private set; } + + public Stream WriteStream { + get { return ReadStream; } + } + } +} diff --git a/Scripts/TaglibSharp/Tiff/Rw2/IFDReader.cs.meta b/Scripts/TaglibSharp/Tiff/Rw2/IFDReader.cs.meta new file mode 100644 index 0000000..28038c7 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2/IFDReader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 848f6e443474cdfefaa25124a6cf318d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Tiff/Rw2/IFDTag.cs b/Scripts/TaglibSharp/Tiff/Rw2/IFDTag.cs new file mode 100644 index 0000000..cb447b2 --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2/IFDTag.cs @@ -0,0 +1,86 @@ +// +// IFDTag.cs: Handles Panasonics weird metadata structure. +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2010 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using TagLib.IFD.Tags; + +namespace TagLib.Tiff.Rw2 +{ + /// <summary> + /// Handles the weird structure of Panasonic metadata. + /// </summary> + public class IFDTag : TagLib.IFD.IFDTag + { + readonly File file; + + internal IFDTag (File file) + { + this.file = file; + } + + /// <summary> + /// Gets the ISO speed the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the ISO speed as defined in ISO 12232. + /// </value> + /// <remarks> + /// <para>Panasonic stores these in a somewhat unstandard location.</para> + /// </remarks> + public override uint? ISOSpeedRatings { + // TODO: The value in JPGFromRAW should probably be used as well. + get { + return Structure.GetLongValue (0, (ushort)PanasonicMakerNoteEntryTag.ISO); + } + set { + Structure.SetLongValue (0, (ushort)PanasonicMakerNoteEntryTag.ISO, value ?? 0); + } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with, assuming a 35mm film camera. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in 35mm equivalent in millimeters. + /// </value> + /// <remarks> + /// <para>Panasonic stores these in a somewhat unstandard location.</para> + /// </remarks> + public override uint? FocalLengthIn35mmFilm { + get { + var jpg = file.JpgFromRaw; + if (jpg == null) + return base.FocalLengthIn35mmFilm; + + if (!(jpg.GetTag (TagTypes.TiffIFD, true) is Image.ImageTag tag)) + return base.FocalLengthIn35mmFilm; + + return tag.FocalLengthIn35mmFilm ?? base.FocalLengthIn35mmFilm; + } + set { + (file.JpgFromRaw.GetTag (TagTypes.TiffIFD, true) as Image.ImageTag).FocalLengthIn35mmFilm = value; + } + } + } +} diff --git a/Scripts/TaglibSharp/Tiff/Rw2/IFDTag.cs.meta b/Scripts/TaglibSharp/Tiff/Rw2/IFDTag.cs.meta new file mode 100644 index 0000000..bbdfdae --- /dev/null +++ b/Scripts/TaglibSharp/Tiff/Rw2/IFDTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 89b744bace7dfa6a485d00d422087ba0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/UnsupportedFormatException.cs b/Scripts/TaglibSharp/UnsupportedFormatException.cs new file mode 100644 index 0000000..bf2a0cb --- /dev/null +++ b/Scripts/TaglibSharp/UnsupportedFormatException.cs @@ -0,0 +1,163 @@ +// +// UnsupportedFormatException.cs: +// +// Author: +// Aaron Bockover (abockover@novell.com) +// +// Original Source: +// Entagged# +// +// Copyright (C) 2005-2006 Novell, Inc. +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Runtime.Serialization; + +namespace TagLib +{ + /// <summary> + /// This class extends <see cref="Exception" /> and is used to + /// indicate that a file or tag is stored in an unsupported format + /// and cannot be read or written by the current implementation. + /// </summary> + /// <example> + /// <para>Catching an exception when creating a <see + /// cref="File" />.</para> + /// <code lang="C#"> + /// using System; + /// using TagLib; + /// + /// public class ExceptionTest + /// { + /// public static void Main () + /// { + /// try { + /// File file = File.Create ("myfile.flv"); // Not supported, YET! + /// } catch (UnsupportedFormatException e) { + /// Console.WriteLine ("That file format is not supported: {0}", e.ToString ()); + /// } + /// } + /// } + /// </code> + /// <code lang="C++"> + /// #using &lt;System.dll> + /// #using &lt;taglib-sharp.dll> + /// + /// using System; + /// using TagLib; + /// + /// void main () + /// { + /// try { + /// File file = File::Create ("myfile.flv"); // Not supported, YET! + /// } catch (UnsupportedFormatException^ e) { + /// Console::WriteLine ("That file format is not supported: {0}", e); + /// } + /// } + /// </code> + /// <code lang="VB"> + /// Imports System + /// Imports TagLib + /// + /// Public Class ExceptionTest + /// Public Shared Sub Main () + /// Try + /// file As File = File.Create ("myfile.flv") ' Not supported, YET! + /// Catch e As UnsupportedFormatException + /// Console.WriteLine ("That file format is not supported: {0}", e.ToString ()); + /// End Try + /// End Sub + /// End Class + /// </code> + /// <code lang="Boo"> + /// import System + /// import TagLib + /// + /// try: + /// file As File = File.Create ("myfile.flv") # Not supported, YET! + /// catch e as UnsupportedFormatException: + /// Console.WriteLine ("That file format is not supported: {0}", e.ToString ()); + /// </code> + /// </example> + [Serializable] + public class UnsupportedFormatException : Exception + { + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsupportedFormatException" /> with a specified + /// message. + /// </summary> + /// <param name="message"> + /// A <see cref="string" /> containing a message explaining + /// the reason for the exception. + /// </param> + public UnsupportedFormatException (string message) + : base (message) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsupportedFormatException" /> with the default + /// values. + /// </summary> + public UnsupportedFormatException () + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsupportedFormatException" /> with a specified + /// message containing a specified exception. + /// </summary> + /// <param name="message"> + /// A <see cref="string" /> containing a message explaining + /// the reason for the exception. + /// </param> + /// <param name="innerException"> + /// A <see cref="Exception" /> object to be contained in the + /// new exception. For example, previously caught exception. + /// </param> + public UnsupportedFormatException (string message, Exception innerException) + : base (message, innerException) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="UnsupportedFormatException" /> from a specified + /// serialization info and streaming context. + /// </summary> + /// <param name="info"> + /// A <see cref="SerializationInfo" /> object containing the + /// serialized data to be used for the new instance. + /// </param> + /// <param name="context"> + /// A <see cref="StreamingContext" /> object containing the + /// streaming context information for the new instance. + /// </param> + /// <remarks> + /// This constructor is implemented because <see + /// cref="UnsupportedFormatException" /> implements the <see + /// cref="ISerializable" /> interface. + /// </remarks> + protected UnsupportedFormatException (SerializationInfo info, StreamingContext context) + : base (info, context) + { + } + } +} \ No newline at end of file diff --git a/Scripts/TaglibSharp/UnsupportedFormatException.cs.meta b/Scripts/TaglibSharp/UnsupportedFormatException.cs.meta new file mode 100644 index 0000000..c522cd8 --- /dev/null +++ b/Scripts/TaglibSharp/UnsupportedFormatException.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 752a7a288551f6a54a14e8117256e87a +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/WavPack.meta b/Scripts/TaglibSharp/WavPack.meta new file mode 100644 index 0000000..afcefd8 --- /dev/null +++ b/Scripts/TaglibSharp/WavPack.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: b9ed488160dc36a3f88238955c9d0fd8 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/WavPack/File.cs b/Scripts/TaglibSharp/WavPack/File.cs new file mode 100644 index 0000000..54df146 --- /dev/null +++ b/Scripts/TaglibSharp/WavPack/File.cs @@ -0,0 +1,271 @@ +// +// File.cs: Provides tagging and properties support for WavPack files. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// wvfile.cpp from libtunepimp +// +// Copyright (C) 2006-2007 Brian Nickel +// Copyright (C) 2006 by Lukáš Lalinský (Original Implementation) +// Copyright (C) 2004 by Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; + +namespace TagLib.WavPack +{ + /// <summary> + /// This class extends <see cref="TagLib.NonContainer.File" /> to + /// provide tagging and properties support for WavPack files. + /// </summary> + /// <remarks> + /// A <see cref="TagLib.Ape.Tag" /> will be added automatically to + /// any file that doesn't contain one. This change does not effect + /// the file and can be reversed using the following method: + /// <code>file.RemoveTags (file.TagTypes &amp; ~file.TagTypesOnDisk);</code> + /// </remarks> + [SupportedMimeType ("taglib/wv", "wv")] + [SupportedMimeType ("audio/x-wavpack")] + public class File : TagLib.NonContainer.File + { + #region Private Fields + + /// <summary> + /// Contains the block with the audio header. + /// </summary> + ByteVector header_block; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system and specified read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path, ReadStyle propertiesStyle) + : base (path, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified path in the local file + /// system with an average read style. + /// </summary> + /// <param name="path"> + /// A <see cref="string" /> object containing the path of the + /// file to use in the new instance. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="path" /> is <see langword="null" />. + /// </exception> + public File (string path) + : base (path) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction and + /// specified read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction, ReadStyle propertiesStyle) + : base (abstraction, propertiesStyle) + { + } + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="File" /> for a specified file abstraction with an + /// average read style. + /// </summary> + /// <param name="abstraction"> + /// A <see cref="TagLib.File.IFileAbstraction" /> object to use when + /// reading from and writing to the file. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="abstraction" /> is <see langword="null" + /// />. + /// </exception> + public File (IFileAbstraction abstraction) + : base (abstraction) + { + } + + #endregion + + + + #region Public Methods + + /// <summary> + /// Gets a tag of a specified type from the current instance, + /// optionally creating a new tag if possible. + /// </summary> + /// <param name="type"> + /// A <see cref="TagLib.TagTypes" /> value indicating the + /// type of tag to read. + /// </param> + /// <param name="create"> + /// A <see cref="bool" /> value specifying whether or not to + /// try and create the tag if one is not found. + /// </param> + /// <returns> + /// A <see cref="Tag" /> object containing the tag that was + /// found in or added to the current instance. If no + /// matching tag was found and none was created, <see + /// langword="null" /> is returned. + /// </returns> + /// <remarks> + /// If a <see cref="TagLib.Id3v2.Tag" /> is added to the + /// current instance, it will be placed at the start of the + /// file. On the other hand, <see cref="TagLib.Id3v1.Tag" /> + /// <see cref="TagLib.Ape.Tag" /> will be added to the end of + /// the file. All other tag types will be ignored. + /// </remarks> + public override Tag GetTag (TagTypes type, bool create) + { + Tag t = (Tag as TagLib.NonContainer.Tag).GetTag (type); + + if (t != null || !create) + return t; + + switch (type) { + case TagTypes.Id3v1: + return EndTag.AddTag (type, Tag); + + case TagTypes.Id3v2: + return StartTag.AddTag (type, Tag); + + case TagTypes.Ape: + return EndTag.AddTag (type, Tag); + + default: + return null; + } + } + + #endregion + + + + #region Protected Methods + + /// <summary> + /// Reads format specific information at the start of the + /// file. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadStart (long start, ReadStyle propertiesStyle) + { + if (header_block != null && + (propertiesStyle & ReadStyle.Average) == 0) + return; + + Seek (start); + header_block = ReadBlock ((int)StreamHeader.Size); + } + + /// <summary> + /// Reads format specific information at the end of the + /// file. + /// </summary> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + protected override void ReadEnd (long end, ReadStyle propertiesStyle) + { + // Make sure we have an APE tag. + GetTag (TagTypes.Ape, true); + } + + /// <summary> + /// Reads the audio properties from the file represented by + /// the current instance. + /// </summary> + /// <param name="start"> + /// A <see cref="long" /> value containing the seek position + /// at which the tags end and the media data begins. + /// </param> + /// <param name="end"> + /// A <see cref="long" /> value containing the seek position + /// at which the media data ends and the tags begin. + /// </param> + /// <param name="propertiesStyle"> + /// A <see cref="ReadStyle" /> value specifying at what level + /// of accuracy to read the media properties, or <see + /// cref="ReadStyle.None" /> to ignore the properties. + /// </param> + /// <returns> + /// A <see cref="TagLib.Properties" /> object describing the + /// media properties of the file represented by the current + /// instance. + /// </returns> + protected override Properties ReadProperties (long start, long end, ReadStyle propertiesStyle) + { + var header = new StreamHeader (header_block, end - start); + return new Properties (TimeSpan.Zero, header); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/WavPack/File.cs.meta b/Scripts/TaglibSharp/WavPack/File.cs.meta new file mode 100644 index 0000000..a591685 --- /dev/null +++ b/Scripts/TaglibSharp/WavPack/File.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 6eebeb3ba6e5197978bd617d19e032cd +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/WavPack/StreamHeader.cs b/Scripts/TaglibSharp/WavPack/StreamHeader.cs new file mode 100644 index 0000000..80df608 --- /dev/null +++ b/Scripts/TaglibSharp/WavPack/StreamHeader.cs @@ -0,0 +1,358 @@ +// +// StreamHeader.cs: Provides support for reading WavPack audio properties. +// +// Author: +// Brian Nickel (brian.nickel@gmail.com) +// +// Original Source: +// wvproperties.cpp from libtunepimp +// +// Copyright (C) 2006-2007 Brian Nickel +// Copyright (C) 2006 by Lukáš Lalinský (Original Implementation) +// Copyright (C) 2004 by Allan Sandfeld Jensen (Original Implementation) +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Globalization; + +namespace TagLib.WavPack +{ + /// <summary> + /// This struct implements <see cref="IAudioCodec" /> to provide + /// support for reading WavPack audio properties. + /// </summary> + public struct StreamHeader : IAudioCodec, ILosslessAudioCodec, IEquatable<StreamHeader> + { + #region Constants + + static readonly uint[] sample_rates = new uint[] { + 6000, 8000, 9600, 11025, 12000, 16000, 22050, 24000, + 32000, 44100, 48000, 64000, 88200, 96000, 192000}; + + const int BYTES_STORED = 3; + const int MONO_FLAG = 4; + const int SHIFT_LSB = 13; + const long SHIFT_MASK = (0x1fL << SHIFT_LSB); + const int SRATE_LSB = 23; + const long SRATE_MASK = (0xfL << SRATE_LSB); + + #endregion + + + + #region Private Fields + + /// <summary> + /// Contains the number of bytes in the stream. + /// </summary> + readonly long stream_length; + + /// <summary> + /// Contains the WavPack version. + /// </summary> + readonly ushort version; + + /// <summary> + /// Contains the flags. + /// </summary> + readonly uint flags; + + /// <summary> + /// Contains the sample count. + /// </summary> + readonly uint samples; + + #endregion + + + #region Public Static Fields + + /// <summary> + /// The size of a WavPack header. + /// </summary> + public const uint Size = 32; + + /// <summary> + /// The identifier used to recognize a WavPack file. + /// </summary> + /// <value> + /// "wvpk" + /// </value> + public static readonly ReadOnlyByteVector FileIdentifier = "wvpk"; + + #endregion + + + + #region Constructors + + /// <summary> + /// Constructs and initializes a new instance of <see + /// cref="StreamHeader" /> for a specified header block and + /// stream length. + /// </summary> + /// <param name="data"> + /// A <see cref="ByteVector" /> object containing the stream + /// header data. + /// </param> + /// <param name="streamLength"> + /// A <see cref="long" /> value containing the length of the + /// WavPack stream in bytes. + /// </param> + /// <exception cref="ArgumentNullException"> + /// <paramref name="data" /> is <see langword="null" />. + /// </exception> + /// <exception cref="CorruptFileException"> + /// <paramref name="data" /> does not begin with <see + /// cref="FileIdentifier" /> or is less than <see cref="Size" + /// /> bytes long. + /// </exception> + public StreamHeader (ByteVector data, long streamLength) + { + if (data == null) + throw new ArgumentNullException (nameof (data)); + + if (!data.StartsWith (FileIdentifier)) + throw new CorruptFileException ("Data does not begin with identifier."); + + if (data.Count < Size) + throw new CorruptFileException ("Insufficient data in stream header"); + + stream_length = streamLength; + version = data.Mid (8, 2).ToUShort (false); + flags = data.Mid (24, 4).ToUInt (false); + samples = data.Mid (12, 4).ToUInt (false); + } + + #endregion + + + + #region Public Properties + + /// <summary> + /// Gets the duration of the media represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="TimeSpan" /> containing the duration of the + /// media represented by the current instance. + /// </value> + public TimeSpan Duration { + get { + return AudioSampleRate > 0 ? + TimeSpan.FromSeconds (samples / (double)AudioSampleRate + 0.5) : TimeSpan.Zero; + } + } + + /// <summary> + /// Gets the types of media represented by the current + /// instance. + /// </summary> + /// <value> + /// Always <see cref="MediaTypes.Audio" />. + /// </value> + public MediaTypes MediaTypes { + get { return MediaTypes.Audio; } + } + + /// <summary> + /// Gets a text description of the media represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing a description + /// of the media represented by the current instance. + /// </value> + public string Description { + get { + return string.Format (CultureInfo.InvariantCulture, "WavPack Version {0} Audio", Version); + } + } + + /// <summary> + /// Gets the bitrate of the audio represented by the current + /// instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing a bitrate of the + /// audio represented by the current instance. + /// </value> + public int AudioBitrate { + get { + return (int)(Duration > TimeSpan.Zero ? ((stream_length * 8L) / Duration.TotalSeconds) / 1000 : 0); + } + } + + /// <summary> + /// Gets the sample rate of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the sample rate of + /// the audio represented by the current instance. + /// </value> + public int AudioSampleRate { + get { + return (int)(sample_rates[(flags & SRATE_MASK) >> SRATE_LSB]); + } + } + + /// <summary> + /// Gets the number of channels in the audio represented by + /// the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of + /// channels in the audio represented by the current + /// instance. + /// </value> + public int AudioChannels { + get { return ((flags & MONO_FLAG) != 0) ? 1 : 2; } + } + + /// <summary> + /// Gets the WavPack version of the audio represented by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the WavPack version + /// of the audio represented by the current instance. + /// </value> + public int Version { + get { return version; } + } + + /// <summary> + /// Gets the number of bits per sample in the audio + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="int" /> value containing the number of bits + /// per sample in the audio represented by the current + /// instance. + /// </value> + public int BitsPerSample { + get { + return (int)(((flags & BYTES_STORED) + 1) * 8 - ((flags & SHIFT_MASK) >> SHIFT_LSB)); + } + } + + #endregion + + + + #region IEquatable + + /// <summary> + /// Generates a hash code for the current instance. + /// </summary> + /// <returns> + /// A <see cref="int" /> value containing the hash code for + /// the current instance. + /// </returns> + public override int GetHashCode () + { + unchecked { + return (int)(flags ^ samples ^ version); + } + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another object. + /// </summary> + /// <param name="other"> + /// A <see cref="object" /> to compare to the current + /// instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public override bool Equals (object other) + { + if (!(other is StreamHeader)) + return false; + + return Equals ((StreamHeader)other); + } + + /// <summary> + /// Checks whether or not the current instance is equal to + /// another instance of <see cref="StreamHeader" />. + /// </summary> + /// <param name="other"> + /// A <see cref="StreamHeader" /> object to compare to the + /// current instance. + /// </param> + /// <returns> + /// A <see cref="bool" /> value indicating whether or not the + /// current instance is equal to <paramref name="other" />. + /// </returns> + /// <seealso cref="M:System.IEquatable`1.Equals" /> + public bool Equals (StreamHeader other) + { + return flags == other.flags && + samples == other.samples && + version == other.version; + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="StreamHeader" /> are equal to eachother. + /// </summary> + /// <param name="first"> + /// The first <see cref="StreamHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// The second <see cref="StreamHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// equal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator == (StreamHeader first, StreamHeader second) + { + return first.Equals (second); + } + + /// <summary> + /// Gets whether or not two instances of <see + /// cref="StreamHeader" /> are unequal to eachother. + /// </summary> + /// <param name="first"> + /// The first <see cref="StreamHeader" /> object to compare. + /// </param> + /// <param name="second"> + /// The second <see cref="StreamHeader" /> object to compare. + /// </param> + /// <returns> + /// <see langword="true" /> if <paramref name="first" /> is + /// unequal to <paramref name="second" />. Otherwise, <see + /// langword="false" />. + /// </returns> + public static bool operator != (StreamHeader first, StreamHeader second) + { + return !first.Equals (second); + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/WavPack/StreamHeader.cs.meta b/Scripts/TaglibSharp/WavPack/StreamHeader.cs.meta new file mode 100644 index 0000000..7ac6973 --- /dev/null +++ b/Scripts/TaglibSharp/WavPack/StreamHeader.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d72dc2a9c5da35782929ef6eadf5d622 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Xmp.meta b/Scripts/TaglibSharp/Xmp.meta new file mode 100644 index 0000000..c3e0f6e --- /dev/null +++ b/Scripts/TaglibSharp/Xmp.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 0dede2ed401bd04c595c176de03caae9 +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Xmp/XmlNodeExtensions.cs b/Scripts/TaglibSharp/Xmp/XmlNodeExtensions.cs new file mode 100644 index 0000000..34fd9b5 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmlNodeExtensions.cs @@ -0,0 +1,95 @@ +// +// XmlNodeExtensions.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System.Xml; + +namespace TagLib.Xmp +{ + static class XmlNodeExtensions + { + public static bool In (this XmlNode node, string ns) + { + return node.NamespaceURI == ns; + } + + public static bool Is (this XmlNode node, string ns, string name) + { + return node.In (ns) && node.LocalName == name; + } + + // 7.2.2 coreSyntaxTerms + // rdf:RDF | rdf:ID | rdf:about | rdf:parseType | rdf:resource | rdf:nodeID | rdf:datatype + public static bool IsCoreSyntax (this XmlNode node) + { + return node.In (XmpTag.RDF_NS) && ( + node.LocalName == XmpTag.RDF_URI || + node.LocalName == XmpTag.ID_URI || + node.LocalName == XmpTag.ABOUT_URI || + node.LocalName == XmpTag.PARSE_TYPE_URI || + node.LocalName == XmpTag.RESOURCE_URI || + node.LocalName == XmpTag.NODE_ID_URI || + node.LocalName == XmpTag.DATA_TYPE_URI + ); + } + + // 7.2.4 oldTerms + // rdf:aboutEach | rdf:aboutEachPrefix | rdf:bagID + public static bool IsOld (this XmlNode node) + { + return node.In (XmpTag.RDF_NS) && ( + node.LocalName == XmpTag.ABOUT_EACH_URI || + node.LocalName == XmpTag.ABOUT_EACH_PREFIX_URI || + node.LocalName == XmpTag.BAG_ID_URI + ); + } + + // 7.2.5 nodeElementURIs + // anyURI - ( coreSyntaxTerms | rdf:li | oldTerms ) + public static bool IsNodeElement (this XmlNode node) + { + return !node.IsCoreSyntax () && + !node.Is (XmpTag.RDF_NS, XmpTag.LI_URI) && + !node.IsOld (); + } + + // 7.2.6 propertyElementURIs + // anyURI - ( coreSyntaxTerms | rdf:Description | oldTerms ) + public static bool IsPropertyElement (this XmlNode node) + { + return !node.IsCoreSyntax () && + !node.Is (XmpTag.RDF_NS, XmpTag.DESCRIPTION_URI) && + !node.IsOld (); + } + + // 7.2.7 propertyAttributeURIs + // anyURI - ( coreSyntaxTerms | rdf:Description | rdf:li | oldTerms ) + public static bool IsPropertyAttribute (this XmlNode node) + { + return node is XmlAttribute && + !node.IsCoreSyntax () && + !node.Is (XmpTag.RDF_NS, XmpTag.DESCRIPTION_URI) && + !node.Is (XmpTag.RDF_NS, XmpTag.LI_URI) && + !node.IsOld (); + } + } +} diff --git a/Scripts/TaglibSharp/Xmp/XmlNodeExtensions.cs.meta b/Scripts/TaglibSharp/Xmp/XmlNodeExtensions.cs.meta new file mode 100644 index 0000000..c5669e2 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmlNodeExtensions.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 5565ad63b1446ff9d9763f7ce5e798f0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Xmp/XmpNode.cs b/Scripts/TaglibSharp/Xmp/XmpNode.cs new file mode 100644 index 0000000..be62125 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpNode.cs @@ -0,0 +1,433 @@ +// +// XmpNode.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Xml; + +namespace TagLib.Xmp +{ + /// <summary> + /// An <see cref="XmpNode"/> represents a node in the XMP document. + /// This is any valid XMP element. + /// </summary> + public class XmpNode + { + + #region Private Fields + + /// <value> + /// The children of the current node + /// </value> + List<XmpNode> children; + + /// <value> + /// The qualifiers of the current node + /// </value> + Dictionary<string, Dictionary<string, XmpNode>> qualifiers; + + /// <value> + /// The name of the current node + /// </value> + string name; + + #endregion + + #region Properties + + /// <value> + /// The namespace the current instance belongs to + /// </value> + public string Namespace { get; private set; } + + /// <value> + /// The name of the current node instance + /// </value> + public string Name { + get { return name; } + internal set { + if (name != null) + throw new Exception ("Cannot change named node"); + + if (value == null) + throw new ArgumentException ("value"); + + name = value; + } + } + + /// <value> + /// The text value of the current node + /// </value> + public string Value { get; set; } + + /// <value> + /// The type of the current node + /// </value> + public XmpNodeType Type { get; internal set; } + + + /// <value> + /// The number of qualifiers of the current instance + /// </value> + public int QualifierCount { + get { + if (qualifiers == null) + return 0; + int count = 0; + foreach (var collection in qualifiers.Values) { + count += collection?.Count ?? 0; + } + return count; + } + } + + /// <value> + /// The children of the current instance. + /// </value> + public List<XmpNode> Children { + // TODO: do not return a list, because it can be modified elsewhere + get { return children ?? new List<XmpNode> (); } + } + + #endregion + + #region Constructors + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the new instance. + /// </param> + public XmpNode (string ns, string name) + { + // Namespaces in XMP need to end with / or #. Broken files are known + // to be floating around (we have one with MicrosoftPhoto in our tree). + // Correcting below. + if (ns != string.Empty && ns != XmpTag.XML_NS && !ns.EndsWith ("/") && !ns.EndsWith ("#")) + ns = $"{ns}/"; + + Namespace = ns; + Name = name; + Type = XmpNodeType.Simple; + Value = string.Empty; + } + + /// <summary> + /// Constructor. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the new instance. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the new instance. + /// </param> + /// <param name="value"> + /// A <see cref="System.String"/> with the txt value of the new instance. + /// </param> + public XmpNode (string ns, string name, string value) + : this (ns, name) + { + Value = value; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Adds a node as child of the current node + /// </summary> + /// <param name="node"> + /// A <see cref="XmpNode"/> to be add as child + /// </param> + public void AddChild (XmpNode node) + { + if (node == null || node == this) + throw new ArgumentException ("node"); + + if (children == null) + children = new List<XmpNode> (); + + children.Add (node); + } + + /// <summary> + /// Removes the given node as child of the current instance + /// </summary> + /// <param name="node"> + /// A <see cref="XmpNode"/> to remove as child + /// </param> + public void RemoveChild (XmpNode node) + { + if (children == null) + return; + + children.Remove (node); + } + + /// <summary> + /// Get a named child from the current node + /// </summary> + /// <param name="ns"> + /// The namespace of the child node. + /// </param> + /// <param name="name"> + /// The name of the child node. + /// </param> + /// <returns> + /// A <see cref="XmpNode"/> with the given name and namespace. + /// </returns> + public XmpNode GetChild (string ns, string name) + { + foreach (var node in children) { + if (node.Namespace.Equals (ns) && node.Name.Equals (name)) + return node; + } + return null; + } + + /// <summary> + /// Adds a node as qualifier of the current instance + /// </summary> + /// <param name="node"> + /// A <see cref="XmpNode"/> to add as qualifier + /// </param> + public void AddQualifier (XmpNode node) + { + if (node == null || node == this) + throw new ArgumentException (nameof(node)); + + if (qualifiers == null) + qualifiers = new Dictionary<string, Dictionary<string, XmpNode>> (); + + if (!qualifiers.ContainsKey (node.Namespace)) + qualifiers[node.Namespace] = new Dictionary<string, XmpNode> (); + + qualifiers[node.Namespace][node.Name] = node; + } + + /// <summary> + /// Returns the qualifier associated with the given namespace <paramref name="ns"/> + /// and name <paramref name="name"/> + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the qualifier + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the qualifier + /// </param> + /// <returns> + /// A <see cref="XmpNode"/> with the qualifier + /// </returns> + public XmpNode GetQualifier (string ns, string name) + { + if (qualifiers == null) + return null; + if (!qualifiers.ContainsKey (ns)) + return null; + if (!qualifiers[ns].ContainsKey (name)) + return null; + return qualifiers[ns][name]; + } + + /// <summary> + /// Print a debug output of the node. + /// </summary> + public void Dump () + { + Dump (""); + } + + /// <summary> + /// Calls the Visitor for this node and every child node. + /// </summary> + /// <param name="visitor"> + /// A <see cref="XmpNodeVisitor"/> to access the node and the children. + /// </param> + public void Accept (XmpNodeVisitor visitor) + { + visitor.Visit (this); + + // TODO: what is with the qualifiers ? + // either add them to be also visited, or add a comment + if (children != null) { + foreach (XmpNode child in children) { + child.Accept (visitor); + } + } + } + + /// <summary> + /// Renders the current instance as child of the given node to the + /// given <see cref="XmlNode"/> + /// </summary> + /// <param name="parent"> + /// A <see cref="XmlNode"/> to render the current instance as child of. + /// </param> + public void RenderInto (XmlNode parent) + { + if (IsRootNode) { + AddAllChildrenTo (parent); + + } else if (IsReallySimpleType && parent.Attributes.GetNamedItem (XmpTag.PARSE_TYPE_URI, XmpTag.RDF_NS) == null) { + // Simple values can be added as attributes of the parent node. Not allowed when the parent has an rdf:parseType. + XmlAttribute attr = XmpTag.CreateAttribute (parent.OwnerDocument, Name, Namespace); + attr.Value = Value; + parent.Attributes.Append (attr); + + } else if (Type == XmpNodeType.Simple || Type == XmpNodeType.Struct) { + var node = XmpTag.CreateNode (parent.OwnerDocument, Name, Namespace); + node.InnerText = Value; + + if (Type == XmpNodeType.Struct) { + // Structured types are always handled as a parseType=Resource node. This way, IsReallySimpleType will + // not match for child nodes, which makes sure they are added as extra nodes to this node. Does the + // trick well, unit tests that prove this are in XmpSpecTest. + XmlAttribute attr = XmpTag.CreateAttribute (parent.OwnerDocument, XmpTag.PARSE_TYPE_URI, XmpTag.RDF_NS); + attr.Value = "Resource"; + node.Attributes.Append (attr); + } + + AddAllQualifiersTo (node); + AddAllChildrenTo (node); + parent.AppendChild (node); + + } else if (Type == XmpNodeType.Bag) { + var node = XmpTag.CreateNode (parent.OwnerDocument, Name, Namespace); + // TODO: Add all qualifiers. + if (QualifierCount > 0) + throw new NotImplementedException (); + var bag = XmpTag.CreateNode (parent.OwnerDocument, XmpTag.BAG_URI, XmpTag.RDF_NS); + foreach (var child in Children) + child.RenderInto (bag); + node.AppendChild (bag); + parent.AppendChild (node); + + } else if (Type == XmpNodeType.Alt) { + var node = XmpTag.CreateNode (parent.OwnerDocument, Name, Namespace); + // TODO: Add all qualifiers. + if (QualifierCount > 0) + throw new NotImplementedException (); + var bag = XmpTag.CreateNode (parent.OwnerDocument, XmpTag.ALT_URI, XmpTag.RDF_NS); + foreach (var child in Children) + child.RenderInto (bag); + node.AppendChild (bag); + parent.AppendChild (node); + + } else if (Type == XmpNodeType.Seq) { + var node = XmpTag.CreateNode (parent.OwnerDocument, Name, Namespace); + // TODO: Add all qualifiers. + if (QualifierCount > 0) + throw new NotImplementedException (); + var bag = XmpTag.CreateNode (parent.OwnerDocument, XmpTag.SEQ_URI, XmpTag.RDF_NS); + foreach (var child in Children) + child.RenderInto (bag); + node.AppendChild (bag); + parent.AppendChild (node); + + } else { + // Probably some combination of things we don't fully cover yet. + Dump (); + throw new NotImplementedException (); + } + } + + + #endregion + + #region Internal Methods + + internal void Dump (string prefix) + { + Console.WriteLine ("{0}{1}{2} ({4}) = \"{3}\"", prefix, Namespace, Name, Value, Type); + if (qualifiers != null) { + Console.WriteLine ("{0}Qualifiers:", prefix); + + foreach (string ns in qualifiers.Keys) { + foreach (string name in qualifiers[ns].Keys) { + qualifiers[ns][name].Dump (prefix + " -> "); + } + } + } + if (children != null) { + Console.WriteLine ("{0}Children:", prefix); + + foreach (XmpNode child in children) { + child.Dump (prefix + " -> "); + } + } + } + + #endregion + + #region Private Methods + + /// <summary> + /// Is this a node that we can transform into an attribute of the + /// parent node? Yes if it has no qualifiers or children, nor is + /// it part of a list. + /// </summary> + bool IsReallySimpleType { + get { + return Type == XmpNodeType.Simple && (children == null || children.Count == 0) + && QualifierCount == 0 && (Name != XmpTag.LI_URI || Namespace != XmpTag.RDF_NS); + } + } + + /// <summary> + /// Is this the root node of the tree? + /// </summary> + bool IsRootNode { + get { return Name == string.Empty && Namespace == string.Empty; } + } + + void AddAllQualifiersTo (XmlNode xml) + { + if (qualifiers == null) + return; + foreach (var collection in qualifiers.Values) { + foreach (XmpNode node in collection.Values) { + XmlAttribute attr = XmpTag.CreateAttribute (xml.OwnerDocument, node.Name, node.Namespace); + attr.Value = node.Value; + xml.Attributes.Append (attr); + } + } + } + + void AddAllChildrenTo (XmlNode parent) + { + if (children == null) + return; + foreach (var child in children) + child.RenderInto (parent); + } + #endregion + + + } +} diff --git a/Scripts/TaglibSharp/Xmp/XmpNode.cs.meta b/Scripts/TaglibSharp/Xmp/XmpNode.cs.meta new file mode 100644 index 0000000..45d9238 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpNode.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 409e50be3eebef6cea2e96a9334065ed +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Xmp/XmpNodeType.cs b/Scripts/TaglibSharp/Xmp/XmpNodeType.cs new file mode 100644 index 0000000..ad068c5 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpNodeType.cs @@ -0,0 +1,56 @@ +// +// XmpNodeType.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Xmp +{ + /// <summary> + /// Denotes the type of a node. + /// </summary> + public enum XmpNodeType + { + /// <summary> + /// Unstructured (simple) value node. + /// </summary> + Simple, + + /// <summary> + /// Structured value node. + /// </summary> + Struct, + + /// <summary> + /// Ordered array. + /// </summary> + Seq, + + /// <summary> + /// Language alternative. + /// </summary> + Alt, + + /// <summary> + /// Unordered structured value. + /// </summary> + Bag + } +} diff --git a/Scripts/TaglibSharp/Xmp/XmpNodeType.cs.meta b/Scripts/TaglibSharp/Xmp/XmpNodeType.cs.meta new file mode 100644 index 0000000..e57fb95 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpNodeType.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 43b9fda1a2735e92aacdc4cfc0825529 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Xmp/XmpNodeVisitor.cs b/Scripts/TaglibSharp/Xmp/XmpNodeVisitor.cs new file mode 100644 index 0000000..c47b8f6 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpNodeVisitor.cs @@ -0,0 +1,41 @@ +// +// XmpNodeVisitor.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +namespace TagLib.Xmp +{ + /// <summary> + /// A visitor that walks the XMP node tree. This can be used to + /// perform cleanups of XMP data. See the Visitor pattern for + /// more info if you don't know how to use this. + /// </summary> + public interface XmpNodeVisitor + { + /// <summary> + /// Visit an <see cref="XmpNode" />. + /// </summary> + /// <param name="node"> + /// The <see cref="XmpNode" /> that is being visited. + /// </param> + void Visit (XmpNode node); + } +} diff --git a/Scripts/TaglibSharp/Xmp/XmpNodeVisitor.cs.meta b/Scripts/TaglibSharp/Xmp/XmpNodeVisitor.cs.meta new file mode 100644 index 0000000..1340492 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpNodeVisitor.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 94705b4729239e479ad1edee63d50f5d +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/TaglibSharp/Xmp/XmpTag.cs b/Scripts/TaglibSharp/Xmp/XmpTag.cs new file mode 100644 index 0000000..5c9fa54 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpTag.cs @@ -0,0 +1,1389 @@ +// +// XmpTag.cs: +// +// Author: +// Ruben Vermeersch (ruben@savanne.be) +// +// Copyright (C) 2009 Ruben Vermeersch +// +// This library is free software; you can redistribute it and/or modify +// it under the terms of the GNU Lesser General Public License version +// 2.1 as published by the Free Software Foundation. +// +// This library is distributed in the hope that it will be useful, but +// WITHOUT ANY WARRANTY; without even the implied warranty of +// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +// Lesser General Public License for more details. +// +// You should have received a copy of the GNU Lesser General Public +// License along with this library; if not, write to the Free Software +// Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 +// USA +// + +using System; +using System.Collections.Generic; +using System.Xml; + +using TagLib.Image; + +namespace TagLib.Xmp +{ + /// <summary> + /// Holds XMP (Extensible Metadata Platform) metadata. + /// </summary> + public class XmpTag : ImageTag + { + static XmpTag () + { + Initialize (); + } + + #region Parsing speedup + + Dictionary<string, Dictionary<string, XmpNode>> nodes; + + /// <summary> + /// Adobe namespace + /// </summary> + public static readonly string ADOBE_X_NS = "adobe:ns:meta/"; + + /// <summary> + /// Camera Raw Settings namespace + /// </summary> + public static readonly string CRS_NS = "http://ns.adobe.com/camera-raw-settings/1.0/"; + + /// <summary> + /// Dublin Core namespace + /// </summary> + public static readonly string DC_NS = "http://purl.org/dc/elements/1.1/"; + + /// <summary> + /// Exif namespace + /// </summary> + public static readonly string EXIF_NS = "http://ns.adobe.com/exif/1.0/"; + + /// <summary> + /// Exif aux namespace + /// </summary> + public static readonly string EXIF_AUX_NS = "http://ns.adobe.com/exif/1.0/aux/"; + + /// <summary> + /// JOB namespace + /// </summary> + public static readonly string JOB_NS = "http://ns.adobe.com/xap/1.0/sType/Job#"; + + /// <summary> + /// Microsoft Photo namespace + /// </summary> + public static readonly string MS_PHOTO_NS = "http://ns.microsoft.com/photo/1.0/"; + + /// <summary> + /// Photoshop namespace + /// </summary> + public static readonly string PHOTOSHOP_NS = "http://ns.adobe.com/photoshop/1.0/"; + + /// <summary> + /// Prism namespace + /// </summary> + public static readonly string PRISM_NS = "http://prismstandard.org/namespaces/basic/2.1/"; + + /// <summary> + /// RDF namespace + /// </summary> + public static readonly string RDF_NS = "http://www.w3.org/1999/02/22-rdf-syntax-ns#"; + + /// <summary> + /// STDIM namespace + /// </summary> + public static readonly string STDIM_NS = "http://ns.adobe.com/xap/1.0/sType/Dimensions#"; + + /// <summary> + /// TIFF namespace + /// </summary> + public static readonly string TIFF_NS = "http://ns.adobe.com/tiff/1.0/"; + + /// <summary> + /// XAP (XMP's previous name) namespace + /// </summary> + public static readonly string XAP_NS = "http://ns.adobe.com/xap/1.0/"; + + /// <summary> + /// XAP bj namespace + /// </summary> + public static readonly string XAP_BJ_NS = "http://ns.adobe.com/xap/1.0/bj/"; + + /// <summary> + /// XAP mm namespace + /// </summary> + public static readonly string XAP_MM_NS = "http://ns.adobe.com/xap/1.0/mm/"; + + /// <summary> + /// XAP rights namespace + /// </summary> + public static readonly string XAP_RIGHTS_NS = "http://ns.adobe.com/xap/1.0/rights/"; + + /// <summary> + /// XML namespace + /// </summary> + public static readonly string XML_NS = "http://www.w3.org/XML/1998/namespace"; + + /// <summary> + /// XMLNS namespace + /// </summary> + public static readonly string XMLNS_NS = "http://www.w3.org/2000/xmlns/"; + + /// <summary> + /// XMP TPg (XMP Paged-Text) namespace + /// </summary> + public static readonly string XMPTG_NS = "http://ns.adobe.com/xap/1.0/t/pg/"; + + internal static readonly string ABOUT_URI = "about"; + internal static readonly string ABOUT_EACH_URI = "aboutEach"; + internal static readonly string ABOUT_EACH_PREFIX_URI = "aboutEachPrefix"; + internal static readonly string ALT_URI = "Alt"; + internal static readonly string BAG_URI = "Bag"; + internal static readonly string BAG_ID_URI = "bagID"; + internal static readonly string DATA_TYPE_URI = "datatype"; + internal static readonly string DESCRIPTION_URI = "Description"; + internal static readonly string ID_URI = "ID"; + internal static readonly string LANG_URI = "lang"; + internal static readonly string LI_URI = "li"; + internal static readonly string NODE_ID_URI = "nodeID"; + internal static readonly string PARSE_TYPE_URI = "parseType"; + internal static readonly string RDF_URI = "RDF"; + internal static readonly string RESOURCE_URI = "resource"; + internal static readonly string SEQ_URI = "Seq"; + internal static readonly string VALUE_URI = "value"; + + // This allows for fast string comparison using operator== + static readonly NameTable NameTable = new NameTable (); + static bool initialized; + + static void Initialize () + { + if (initialized) + return; + + lock (NameTable) { + if (initialized) + return; + PrepareNamespaces (); + initialized = true; + } + } + + static void PrepareNamespaces () + { + // Namespaces + AddNamespacePrefix ("", ""); // Needed for the about attribute, which can be unqualified. + AddNamespacePrefix ("x", ADOBE_X_NS); + AddNamespacePrefix ("crs", CRS_NS); + AddNamespacePrefix ("dc", DC_NS); + AddNamespacePrefix ("exif", EXIF_NS); + AddNamespacePrefix ("aux", EXIF_AUX_NS); + AddNamespacePrefix ("stJob", JOB_NS); + AddNamespacePrefix ("MicrosoftPhoto", MS_PHOTO_NS); + AddNamespacePrefix ("photoshop", PHOTOSHOP_NS); + AddNamespacePrefix ("prism", PRISM_NS); + AddNamespacePrefix ("rdf", RDF_NS); + AddNamespacePrefix ("stDim", STDIM_NS); + AddNamespacePrefix ("tiff", TIFF_NS); + AddNamespacePrefix ("xmp", XAP_NS); + AddNamespacePrefix ("xapBJ", XAP_BJ_NS); + AddNamespacePrefix ("xapMM", XAP_MM_NS); + AddNamespacePrefix ("xapRights", XAP_RIGHTS_NS); + AddNamespacePrefix ("xml", XML_NS); + AddNamespacePrefix ("xmlns", XMLNS_NS); + AddNamespacePrefix ("xmpTPg", XMPTG_NS); + + // Attribute names + NameTable.Add (ABOUT_URI); + NameTable.Add (ABOUT_EACH_URI); + NameTable.Add (ABOUT_EACH_PREFIX_URI); + NameTable.Add (ALT_URI); + NameTable.Add (BAG_URI); + NameTable.Add (BAG_ID_URI); + NameTable.Add (DATA_TYPE_URI); + NameTable.Add (DESCRIPTION_URI); + NameTable.Add (ID_URI); + NameTable.Add (LANG_URI); + NameTable.Add (LI_URI); + NameTable.Add (NODE_ID_URI); + NameTable.Add (PARSE_TYPE_URI); + NameTable.Add (RDF_URI); + NameTable.Add (RESOURCE_URI); + NameTable.Add (SEQ_URI); + NameTable.Add (VALUE_URI); + } + + /// <summary> + /// Mapping between full namespaces and their short prefix. Needs to be public for the unit test generator. + /// </summary> + public static Dictionary<string, string> NamespacePrefixes = new Dictionary<string, string> (); + + static int anon_ns_count; + + static void AddNamespacePrefix (string prefix, string ns) + { + NameTable.Add (ns); + NamespacePrefixes.Add (ns, prefix); + } + + #endregion + + #region Constructors + + /// <summary> + /// Construct a new empty <see cref="XmpTag"/>. + /// </summary> + public XmpTag () + { + NodeTree = new XmpNode (string.Empty, string.Empty); + nodes = new Dictionary<string, Dictionary<string, XmpNode>> (); + } + + /// <summary> + /// Construct a new <see cref="XmpTag"/>, using the data parsed from the given string. + /// </summary> + /// <param name="data"> + /// A <see cref="System.String"/> containing an XMP packet. This should be a valid + /// XMP block. + /// </param> + /// <param name="file"> + /// The file that's currently being parsed, used for reporting corruptions. + /// </param> + public XmpTag (string data, File file) + { + // For some cameras, we have XMP data ending with the null value. + // This is fine with Mono, but with Microsoft .NET it will throw + // an XmlException. See also XmpNullValuesTest.cs. + if (data[data.Length - 1] == '\0') + data = data.Substring (0, data.Length - 1); + + XmlDocument doc = new XmlDocument (NameTable); + doc.LoadXml (data); + + XmlNamespaceManager nsmgr = new XmlNamespaceManager (doc.NameTable); + nsmgr.AddNamespace ("x", ADOBE_X_NS); + nsmgr.AddNamespace ("rdf", RDF_NS); + + XmlNode node = doc.SelectSingleNode ("/x:xmpmeta/rdf:RDF", nsmgr); + // Old versions of XMP were called XAP, fall back to this case (tested in sample_xap.jpg) + node = node ?? doc.SelectSingleNode ("/x:xapmeta/rdf:RDF", nsmgr); + if (node == null) + throw new CorruptFileException (); + + NodeTree = ParseRDF (node, file); + AcceptVisitors (); + } + + #endregion + + #region Private Methods + + // 7.2.9 RDF + // start-element ( URI == rdf:RDF, attributes == set() ) + // nodeElementList + // end-element() + XmpNode ParseRDF (XmlNode rdf_node, File file) + { + XmpNode top = new XmpNode (string.Empty, string.Empty); + foreach (XmlNode node in rdf_node.ChildNodes) { + if (node is XmlWhitespace) + continue; + + if (node.Is (RDF_NS, DESCRIPTION_URI)) { + if (node.Attributes.GetNamedItem (RDF_NS, ABOUT_URI) is XmlAttribute attr) { + if (top.Name != string.Empty && top.Name != attr.InnerText) + throw new CorruptFileException ("Multiple inconsistent rdf:about values!"); + top.Name = attr.InnerText; + } + continue; + } + + file.MarkAsCorrupt ("Cannot have anything other than rdf:Description at the top level"); + return top; + } + ParseNodeElementList (top, rdf_node); + return top; + } + + // 7.2.10 nodeElementList + // ws* ( nodeElement ws* )* + void ParseNodeElementList (XmpNode parent, XmlNode xml_parent) + { + foreach (XmlNode node in xml_parent.ChildNodes) { + if (node is XmlWhitespace) + continue; + ParseNodeElement (parent, node); + } + } + + // 7.2.11 nodeElement + // start-element ( URI == nodeElementURIs, + // attributes == set ( ( idAttr | nodeIdAttr | aboutAttr )?, propertyAttr* ) ) + // propertyEltList + // end-element() + // + // 7.2.13 propertyEltList + // ws* ( propertyElt ws* )* + void ParseNodeElement (XmpNode parent, XmlNode node) + { + if (!node.IsNodeElement ()) + throw new CorruptFileException ("Unexpected node found, invalid RDF?"); + + if (node.Is (RDF_NS, SEQ_URI)) { + parent.Type = XmpNodeType.Seq; + } else if (node.Is (RDF_NS, ALT_URI)) { + parent.Type = XmpNodeType.Alt; + } else if (node.Is (RDF_NS, BAG_URI)) { + parent.Type = XmpNodeType.Bag; + } else if (node.Is (RDF_NS, DESCRIPTION_URI)) { + parent.Type = XmpNodeType.Struct; + } else { + throw new Exception ("Unknown nodeelement found! Perhaps an unimplemented collection?"); + } + + foreach (XmlAttribute attr in node.Attributes) { + if (attr.In (XMLNS_NS)) + continue; + if (attr.Is (RDF_NS, ID_URI) || attr.Is (RDF_NS, NODE_ID_URI) || attr.Is (RDF_NS, ABOUT_URI)) + continue; + if (attr.Is (XML_NS, LANG_URI)) + throw new CorruptFileException ("xml:lang is not allowed here!"); + parent.AddChild (new XmpNode (attr.NamespaceURI, attr.LocalName, attr.InnerText)); + } + + foreach (XmlNode child in node.ChildNodes) { + if (child is XmlWhitespace || child is XmlComment) + continue; + ParsePropertyElement (parent, child); + } + } + + // 7.2.14 propertyElt + // resourcePropertyElt | literalPropertyElt | parseTypeLiteralPropertyElt | + // parseTypeResourcePropertyElt | parseTypeCollectionPropertyElt | + // parseTypeOtherPropertyElt | emptyPropertyElt + void ParsePropertyElement (XmpNode parent, XmlNode node) + { + int count = 0; + bool has_other = false; + foreach (XmlAttribute attr in node.Attributes) { + if (!attr.In (XMLNS_NS)) + count++; + + if (!attr.Is (XML_NS, LANG_URI) && !attr.Is (RDF_NS, ID_URI) && !attr.In (XMLNS_NS)) + has_other = true; + } + + if (count > 3) { + ParseEmptyPropertyElement (parent, node); + } else { + if (!has_other) { + if (!node.HasChildNodes) { + ParseEmptyPropertyElement (parent, node); + } else { + bool only_text = true; + foreach (XmlNode child in node.ChildNodes) { + if (!(child is XmlText)) + only_text = false; + } + + if (only_text) { + ParseLiteralPropertyElement (parent, node); + } else { + ParseResourcePropertyElement (parent, node); + } + } + } else { + foreach (XmlAttribute attr in node.Attributes) { + if (attr.Is (XML_NS, LANG_URI) || attr.Is (RDF_NS, ID_URI) || attr.In (XMLNS_NS)) + continue; + + if (attr.Is (RDF_NS, DATA_TYPE_URI)) { + ParseLiteralPropertyElement (parent, node); + } else if (!attr.Is (RDF_NS, PARSE_TYPE_URI)) { + ParseEmptyPropertyElement (parent, node); + } else if (attr.InnerText.Equals ("Resource")) { + ParseTypeResourcePropertyElement (parent, node); + } else { + // Neither Literal, Collection or anything else is allowed + throw new CorruptFileException ($"This is not allowed in XMP! Bad XMP: {node.OuterXml}"); + } + } + } + } + } + + // 7.2.15 resourcePropertyElt + // start-element ( URI == propertyElementURIs, attributes == set ( idAttr? ) ) + // ws* nodeElement ws* + // end-element() + void ParseResourcePropertyElement (XmpNode parent, XmlNode node) + { + if (!node.IsPropertyElement ()) + throw new CorruptFileException ("Invalid property"); + + XmpNode new_node = new XmpNode (node.NamespaceURI, node.LocalName); + foreach (XmlAttribute attr in node.Attributes) { + if (attr.Is (XML_NS, LANG_URI)) { + new_node.AddQualifier (new XmpNode (XML_NS, LANG_URI, attr.InnerText)); + } else if (attr.Is (RDF_NS, ID_URI) || attr.In (XMLNS_NS)) { + continue; + } + + throw new CorruptFileException ($"Invalid attribute: {attr.OuterXml}"); + } + + bool has_xml_children = false; + foreach (XmlNode child in node.ChildNodes) { + if (child is XmlWhitespace) + continue; + if (child is XmlText) + throw new CorruptFileException ("Can't have text here!"); + has_xml_children = true; + + ParseNodeElement (new_node, child); + } + + if (!has_xml_children) + throw new CorruptFileException ("Missing children for resource property element"); + + parent.AddChild (new_node); + } + + // 7.2.16 literalPropertyElt + // start-element ( URI == propertyElementURIs, attributes == set ( idAttr?, datatypeAttr?) ) + // text() + // end-element() + void ParseLiteralPropertyElement (XmpNode parent, XmlNode node) + { + if (!node.IsPropertyElement ()) + throw new CorruptFileException ("Invalid property"); + parent.AddChild (CreateTextPropertyWithQualifiers (node, node.InnerText)); + } + + // 7.2.18 parseTypeResourcePropertyElt + // start-element ( URI == propertyElementURIs, attributes == set ( idAttr?, parseResource ) ) + // propertyEltList + // end-element() + void ParseTypeResourcePropertyElement (XmpNode parent, XmlNode node) + { + if (!node.IsPropertyElement ()) + throw new CorruptFileException ("Invalid property"); + + XmpNode new_node = new XmpNode (node.NamespaceURI, node.LocalName) { + Type = XmpNodeType.Struct + }; + + foreach (XmlNode attr in node.Attributes) { + if (attr.Is (XML_NS, LANG_URI)) + new_node.AddQualifier (new XmpNode (XML_NS, LANG_URI, attr.InnerText)); + } + + foreach (XmlNode child in node.ChildNodes) { + if (child is XmlWhitespace || child is XmlComment) + continue; + ParsePropertyElement (new_node, child); + } + + parent.AddChild (new_node); + } + + // 7.2.21 emptyPropertyElt + // start-element ( URI == propertyElementURIs, + // attributes == set ( idAttr?, ( resourceAttr | nodeIdAttr )?, propertyAttr* ) ) + // end-element() + void ParseEmptyPropertyElement (XmpNode parent, XmlNode node) + { + if (!node.IsPropertyElement ()) + throw new CorruptFileException ("Invalid property"); + if (node.HasChildNodes) + throw new CorruptFileException ($"Can't have content in this node! Node: {node.OuterXml}"); + + var rdf_value = node.Attributes.GetNamedItem (VALUE_URI, RDF_NS) as XmlAttribute; + var rdf_resource = node.Attributes.GetNamedItem (RESOURCE_URI, RDF_NS) as XmlAttribute; + + // Options 1 and 2 + var simple_prop_val = rdf_value ?? rdf_resource; + if (simple_prop_val != null) { + string value = simple_prop_val.InnerText; + parent.AddChild (CreateTextPropertyWithQualifiers (node, value)); + return; + } + + // Options 3 & 4 + var new_node = new XmpNode (node.NamespaceURI, node.LocalName); + foreach (XmlAttribute a in node.Attributes) { + if (a.Is (RDF_NS, ID_URI) || a.Is (RDF_NS, NODE_ID_URI)) { + continue; + } else if (a.In (XMLNS_NS)) { + continue; + } else if (a.Is (XML_NS, LANG_URI)) { + new_node.AddQualifier (new XmpNode (XML_NS, LANG_URI, a.InnerText)); + } + + new_node.AddChild (new XmpNode (a.NamespaceURI, a.LocalName, a.InnerText)); + } + parent.AddChild (new_node); + } + + XmpNode CreateTextPropertyWithQualifiers (XmlNode node, string value) + { + XmpNode t = new XmpNode (node.NamespaceURI, node.LocalName, value); + foreach (XmlAttribute attr in node.Attributes) { + if (attr.In (XMLNS_NS)) + continue; + if (attr.Is (RDF_NS, VALUE_URI) || attr.Is (RDF_NS, RESOURCE_URI)) + continue; // These aren't qualifiers + t.AddQualifier (new XmpNode (attr.NamespaceURI, attr.LocalName, attr.InnerText)); + } + return t; + } + + XmpNode NewNode (string ns, string name) + { + Dictionary<string, XmpNode> ns_nodes; + + if (!nodes.ContainsKey (ns)) { + ns_nodes = new Dictionary<string, XmpNode> (); + nodes.Add (ns, ns_nodes); + + } else + ns_nodes = nodes[ns]; + + if (ns_nodes.ContainsKey (name)) { + foreach (XmpNode child_node in NodeTree.Children) { + if (child_node.Namespace == ns && child_node.Name == name) { + NodeTree.RemoveChild (child_node); + break; + } + } + + ns_nodes.Remove (name); + } + + XmpNode node = new XmpNode (ns, name); + ns_nodes.Add (name, node); + + NodeTree.AddChild (node); + + return node; + } + + XmpNode NewNode (string ns, string name, XmpNodeType type) + { + XmpNode node = NewNode (ns, name); + node.Type = type; + + return node; + } + + void RemoveNode (string ns, string name) + { + if (!nodes.ContainsKey (ns)) + return; + + foreach (XmpNode node in NodeTree.Children) { + if (node.Namespace == ns && node.Name == name) { + NodeTree.RemoveChild (node); + break; + } + } + + nodes[ns].Remove (name); + } + + /// <summary> + /// Accept visitors to touch up the node tree. + /// </summary> + void AcceptVisitors () + { + NodeTree.Accept (new NodeIndexVisitor (this)); + //NodeTree.Dump (); + //Console.WriteLine (node.OuterXml); + } + + #endregion + + #region Public Properties + + /// <summary> + /// Gets the tag types contained in the current instance. + /// </summary> + /// <value> + /// Always <see cref="TagTypes.XMP" />. + /// </value> + public override TagTypes TagTypes { + get { return TagTypes.XMP; } + } + + /// <summary> + /// Get the tree of <see cref="XmpNode" /> nodes. These contain the values + /// parsed from the XMP file. + /// </summary> + public XmpNode NodeTree { + get; private set; + } + + #endregion + + #region Public Methods + + /// <summary> + /// Replace the current tag with the given one. + /// </summary> + /// <param name="tag"> + /// The tag from which the data should be copied. + /// </param> + public void ReplaceFrom (XmpTag tag) + { + NodeTree = tag.NodeTree; + nodes = new Dictionary<string, Dictionary<string, XmpNode>> (); + AcceptVisitors (); + } + + /// <summary> + /// Clears the values stored in the current instance. + /// </summary> + public override void Clear () + { + throw new NotImplementedException (); + } + + /// <summary> + /// Finds the node associated with the namespace <paramref name="ns"/> and the name + /// <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <returns> + /// A <see cref="XmpNode"/> with the found node, or <see langword="null"/> + /// if no node was found. + /// </returns> + public XmpNode FindNode (string ns, string name) + { + if (!nodes.ContainsKey (ns)) + return null; + if (!nodes[ns].ContainsKey (name)) + return null; + return nodes[ns][name]; + + } + + /// <summary> + /// Returns the text of the node associated with the namespace + /// <paramref name="ns"/> and the name <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <returns> + /// A <see cref="System.String"/> with the text of the node, or + /// <see langword="null"/> if no such node exists, or if it is not + /// a text node. + /// </returns> + public string GetTextNode (string ns, string name) + { + var node = FindNode (ns, name); + + if (node == null || node.Type != XmpNodeType.Simple) + return null; + + return node.Value; + } + + /// <summary> + /// Creates a new text node associated with the namespace + /// <paramref name="ns"/> and the name <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <param name="value"> + /// A <see cref="System.String"/> with the value for the new node. + /// If <see langword="null"/> is given, a possibly existing node will + /// be deleted. + /// </param> + public void SetTextNode (string ns, string name, string value) + { + if (value == null) { + RemoveNode (ns, name); + return; + } + + var node = NewNode (ns, name); + node.Value = value; + } + + /// <summary> + /// Searches for a node holding language alternatives. The return value + /// is the value of the default language stored by the node. The node is + /// identified by the namespace <paramref name="ns"/> and the name + /// <paramref name="name"/>. If the default language is not set, an arbitrary + /// one is chosen. + /// It is also tried to return the value a simple text node, if no + /// associated alt-node exists. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <returns> + /// A <see cref="System.String"/> with the value stored as default language + /// for the referenced node. + /// </returns> + public string GetLangAltNode (string ns, string name) + { + var node = FindNode (ns, name); + + if (node == null) + return null; + + if (node.Type == XmpNodeType.Simple) + return node.Value; + + if (node.Type != XmpNodeType.Alt) + return null; + + var children = node.Children; + foreach (XmpNode child_node in children) { + var qualifier = child_node.GetQualifier (XML_NS, "lang"); + if (qualifier != null && qualifier.Value == "x-default") + return child_node.Value; + } + + if (children.Count > 0 && children[0].Type == XmpNodeType.Simple) + return children[0].Value; + + return null; + } + + /// <summary> + /// Stores a the given <paramref name="value"/> as the default language + /// value for the alt-node associated with the namespace + /// <paramref name="ns"/> and the name <paramref name="name"/>. + /// All other alternatives set, are deleted by this method. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <param name="value"> + /// A <see cref="System.String"/> with the value for the default language + /// to set. If <see langword="null"/> is given, a possibly existing node + /// will be deleted. + /// </param> + public void SetLangAltNode (string ns, string name, string value) + { + if (value == null) { + RemoveNode (ns, name); + return; + } + + var node = NewNode (ns, name, XmpNodeType.Alt); + + var child_node = new XmpNode (RDF_NS, LI_URI, value); + child_node.AddQualifier (new XmpNode (XML_NS, "lang", "x-default")); + + node.AddChild (child_node); + } + + /// <summary> + /// The method returns an array of <see cref="System.String"/> values + /// which are the stored text of the child nodes of the node associated + /// with the namespace <paramref name="ns"/> and the name <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <returns> + /// A <see cref="T:System.String[]"/> with the text stored in the child nodes. + /// </returns> + public string[] GetCollectionNode (string ns, string name) + { + var node = FindNode (ns, name); + + if (node == null) + return null; + + List<string> items = new List<string> (); + + foreach (XmpNode child in node.Children) { + + string item = child.Value; + if (item != null) + items.Add (item); + } + + return items.ToArray (); + } + + /// <summary> + /// Sets a <see cref="T:System.String[]"/> as texts to the children of the + /// node associated with the namespace <paramref name="ns"/> and the name + /// <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <param name="values"> + /// A <see cref="T:System.String[]"/> with the values to set for the children. + /// </param> + /// <param name="type"> + /// A <see cref="XmpNodeType"/> with the type of the parent node. + /// </param> + public void SetCollectionNode (string ns, string name, string[] values, XmpNodeType type) + { + if (type == XmpNodeType.Simple || type == XmpNodeType.Alt) + throw new ArgumentException ("type"); + + if (values == null) { + RemoveNode (ns, name); + return; + } + + var node = NewNode (ns, name, type); + foreach (string value in values) + node.AddChild (new XmpNode (RDF_NS, LI_URI, value)); + } + + /// <summary> + /// Returns the rational value of the node associated with the namespace + /// <paramref name="ns"/> and the name <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <returns> + /// A double? with the read value, or + /// <see langword="null"/> if no such node exists, or if it is in wrong + /// format. + /// </returns> + /// <remarks> + /// Rational nodes only used in EXIF schema. + /// </remarks> + public double? GetRationalNode (string ns, string name) + { + var text = GetTextNode (ns, name); + + if (text == null) + return null; + + // format is expected to be e.g. "1/200" ... + string[] values = text.Split ('/'); + + if (values.Length != 2) { + + // but we also try to parse a double value directly. + if (double.TryParse (text, out var result)) + return result; + + return null; + } + + if (double.TryParse (values[0], out var nom) && double.TryParse (values[1], out var den)) { + if (den != 0.0) + return nom / den; + } + + return null; + } + + /// <summary> + /// Creates a new rational node with the namespace + /// <paramref name="ns"/> and the name <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <param name="value"> + /// A <see cref="System.Double"/> with the value of the node. + /// </param> + public void SetRationalNode (string ns, string name, double value) + { + + string fraction = DecimalToFraction (value, (long)Math.Pow (10, 10)); + SetTextNode (ns, name, fraction); + } + + // Based on http://www.ics.uci.edu/~eppstein/numth/frap.c + string DecimalToFraction (double value, long max_denominator) + { + var m = new long[2, 2]; + m[0, 0] = m[1, 1] = 1; + m[1, 0] = m[0, 1] = 0; + + double x = value; + long ai; + + while (m[1, 0] * (ai = (long)x) + m[1, 1] <= max_denominator) { + long t = m[0, 0] * ai + m[0, 1]; + m[0, 1] = m[0, 0]; + m[0, 0] = t; + t = m[1, 0] * ai + m[1, 1]; + m[1, 1] = m[1, 0]; + m[1, 0] = t; + if (x == ai) + break; // AF: division by zero + x = 1 / (x - ai); + if (x > 0x7FFFFFFF) + break; // AF: representation failure + + } + + return $"{m[0, 0]}/{m[1, 0]}"; + } + + + /// <summary> + /// Returns the unsigned integer value of the node associated with the + /// namespace <paramref name="ns"/> and the name <paramref name="name"/>. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace of the node. + /// </param> + /// <param name="name"> + /// A <see cref="System.String"/> with the name of the node. + /// </param> + /// <returns> + /// A uint? with the read value, or + /// <see langword="null"/> if no such node exists, or if it is in wrong + /// format. + /// </returns> + public uint? GetUIntNode (string ns, string name) + { + var text = GetTextNode (ns, name); + + if (text == null) + return null; + + + if (uint.TryParse (text, out var result)) + return result; + + return null; + } + + /// <summary> + /// Renders the current instance to an XMP <see cref="System.String"/>. + /// </summary> + /// <returns> + /// A <see cref="System.String"/> with the XMP structure. + /// </returns> + public string Render () + { + XmlDocument doc = new XmlDocument (NameTable); + var meta = CreateNode (doc, "xmpmeta", ADOBE_X_NS); + var rdf = CreateNode (doc, "RDF", RDF_NS); + var description = CreateNode (doc, "Description", RDF_NS); + NodeTree.RenderInto (description); + doc.AppendChild (meta); + meta.AppendChild (rdf); + rdf.AppendChild (description); + return doc.OuterXml; + } + + /// <summary> + /// Make sure there's a suitable prefix mapped for the given namespace URI. + /// </summary> + /// <param name="ns"> + /// A <see cref="System.String"/> with the namespace that will be rendered. + /// </param> + static void EnsureNamespacePrefix (string ns) + { + if (!NamespacePrefixes.ContainsKey (ns)) { + NamespacePrefixes.Add (ns, $"ns{++anon_ns_count}"); + Console.WriteLine ("TAGLIB# DEBUG: Added {0} prefix for {1} namespace (XMP)", NamespacePrefixes[ns], ns); + } + } + + internal static XmlNode CreateNode (XmlDocument doc, string name, string ns) + { + EnsureNamespacePrefix (ns); + return doc.CreateElement (NamespacePrefixes[ns], name, ns); + } + + internal static XmlAttribute CreateAttribute (XmlDocument doc, string name, string ns) + { + EnsureNamespacePrefix (ns); + return doc.CreateAttribute (NamespacePrefixes[ns], name, ns); + } + + #endregion + + class NodeIndexVisitor : XmpNodeVisitor + { + readonly XmpTag tag; + + public NodeIndexVisitor (XmpTag tag) + { + this.tag = tag; + } + + public void Visit (XmpNode node) + { + // TODO: This should be a proper check to see if it is a nodeElement + if (node.Namespace == RDF_NS && node.Name == LI_URI) + return; + + AddNode (node); + } + + void AddNode (XmpNode node) + { + if (tag.nodes == null) + tag.nodes = new Dictionary<string, Dictionary<string, XmpNode>> (); + if (!tag.nodes.ContainsKey (node.Namespace)) + tag.nodes[node.Namespace] = new Dictionary<string, XmpNode> (); + + tag.nodes[node.Namespace][node.Name] = node; + } + } + + #region Metadata fields + + /// <summary> + /// Gets or sets the comment for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the comment of the + /// current instace. + /// </value> + public override string Comment { + get { + string comment = GetLangAltNode (DC_NS, "description"); + + if (comment != null) + return comment; + + comment = GetLangAltNode (EXIF_NS, "UserComment"); + return comment; + } + set { + SetLangAltNode (DC_NS, "description", value); + SetLangAltNode (EXIF_NS, "UserComment", value); + } + } + + /// <summary> + /// Gets or sets the keywords for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="T:string[]" /> containing the keywords of the + /// current instace. + /// </value> + public override string[] Keywords { + get { return GetCollectionNode (DC_NS, "subject") ?? new string[] { }; } + set { SetCollectionNode (DC_NS, "subject", value, XmpNodeType.Bag); } + } + + /// <summary> + /// Gets or sets the rating for the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> containing the rating of the + /// current instace. + /// </value> + public override uint? Rating { + get { return GetUIntNode (XAP_NS, "Rating"); } + set { + SetTextNode (XAP_NS, "Rating", value?.ToString ()); + } + } + + /// <summary> + /// Gets or sets the time when the image, the current instance + /// belongs to, was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the time the image was taken. + /// </value> + public override DateTime? DateTime { + get { + // TODO: use correct parsing + try { + return System.DateTime.Parse (GetTextNode (XAP_NS, "CreateDate")); + } catch { } + + return null; + } + set { + // TODO: write correct format + SetTextNode (XAP_NS, "CreateDate", value?.ToString ()); + } + } + + /// <summary> + /// Gets or sets the orientation of the image described + /// by the current instance. + /// </summary> + /// <value> + /// A <see cref="TagLib.Image.ImageOrientation" /> containing the orientation of the + /// image + /// </value> + public override ImageOrientation Orientation { + get { + var orientation = GetUIntNode (TIFF_NS, "Orientation"); + + if (orientation.HasValue) + return (ImageOrientation)orientation; + + return ImageOrientation.None; + } + set { + if ((uint)value < 1U || (uint)value > 8U) { + RemoveNode (TIFF_NS, "Orientation"); + return; + } + + SetTextNode (TIFF_NS, "Orientation", $"{(ushort) value}"); + } + } + + /// <summary> + /// Gets or sets the software the image, the current instance + /// belongs to, was created with. + /// </summary> + /// <value> + /// A <see cref="string" /> containing the name of the + /// software the current instace was created with. + /// </value> + public override string Software { + get { return GetTextNode (XAP_NS, "CreatorTool"); } + set { SetTextNode (XAP_NS, "CreatorTool", value); } + } + + /// <summary> + /// Gets or sets the latitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the latitude ranging from -90.0 + /// to +90.0 degrees. + /// </value> + public override double? Latitude { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the longitude of the GPS coordinate the current + /// image was taken. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the longitude ranging from -180.0 + /// to +180.0 degrees. + /// </value> + public override double? Longitude { + get { return null; } + set { } + } + + /// <summary> + /// Gets or sets the altitude of the GPS coordinate the current + /// image was taken. The unit is meter. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the altitude. A positive value + /// is above sea level, a negative one below sea level. The unit is meter. + /// </value> + public override double? Altitude { + get { return null; } + set { } + } + + /// <summary> + /// Gets the exposure time the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the exposure time in seconds. + /// </value> + public override double? ExposureTime { + get { return GetRationalNode (EXIF_NS, "ExposureTime"); } + set { SetRationalNode (EXIF_NS, "ExposureTime", value ?? 0); } + } + + /// <summary> + /// Gets the FNumber the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the FNumber. + /// </value> + /// <remarks> + /// Bibble wrongly tends to put this into tiff:FNumber so we + /// use that as a fallback and correct it if needed. + /// </remarks> + public override double? FNumber { + get { + return GetRationalNode (EXIF_NS, "FNumber") ?? + GetRationalNode (TIFF_NS, "FNumber"); + } + set { + SetTextNode (TIFF_NS, "FNumber", null); // Remove wrong value + SetRationalNode (EXIF_NS, "FNumber", value ?? 0); + } + } + + /// <summary> + /// Gets the ISO speed the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the ISO speed as defined in ISO 12232. + /// </value> + /// <remarks> + /// Bibble writes ISOSpeedRating instead of ISOSpeedRatings. + /// </remarks> + public override uint? ISOSpeedRatings { + get { + string[] values = GetCollectionNode (EXIF_NS, "ISOSpeedRatings"); + + if (values != null && values.Length > 0) { + if (uint.TryParse (values[0], out var result)) + return result; + } + + // Bibble fallback. + return GetUIntNode (EXIF_NS, "ISOSpeedRating"); + } + set { + SetCollectionNode (EXIF_NS, "ISOSpeedRating", null, XmpNodeType.Seq); + SetCollectionNode (EXIF_NS, "ISOSpeedRatings", new [] { value.ToString () }, XmpNodeType.Seq); + } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in millimeters. + /// </value> + public override double? FocalLength { + get { return GetRationalNode (EXIF_NS, "FocalLength"); } + set { SetRationalNode (EXIF_NS, "FocalLength", value ?? 0); } + } + + /// <summary> + /// Gets the focal length the image, the current instance belongs + /// to, was taken with, assuming a 35mm film camera. + /// </summary> + /// <value> + /// A <see cref="System.Nullable"/> with the focal length in 35mm equivalent in millimeters. + /// </value> + public override uint? FocalLengthIn35mmFilm { + get { return GetUIntNode (EXIF_NS, "FocalLengthIn35mmFilm"); } + set { SetTextNode (EXIF_NS, "FocalLengthIn35mmFilm", value.HasValue ? value.Value.ToString () : string.Empty); } + } + + /// <summary> + /// Gets the manufacture of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the manufacture name. + /// </value> + public override string Make { + get { return GetTextNode (TIFF_NS, "Make"); } + set { SetTextNode (TIFF_NS, "Make", value); } + } + + /// <summary> + /// Gets the model name of the recording equipment the image, the + /// current instance belongs to, was taken with. + /// </summary> + /// <value> + /// A <see cref="string" /> with the model name. + /// </value> + public override string Model { + get { return GetTextNode (TIFF_NS, "Model"); } + set { SetTextNode (TIFF_NS, "Model", value); } + } + + /// <summary> + /// Gets or sets the creator of the image. + /// </summary> + /// <value> + /// A <see cref="string" /> with the name of the creator. + /// </value> + public override string Creator { + get { + string[] values = GetCollectionNode (DC_NS, "creator"); + if (values != null && values.Length > 0) + return values[0]; + + return null; + } + set { + if (value == null) + RemoveNode (DC_NS, "creator"); + + SetCollectionNode (DC_NS, "creator", new[] { value }, XmpNodeType.Seq); + } + } + + /// <summary> + /// Gets and sets the title for the media described by the + /// current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the title for + /// the media described by the current instance or <see + /// langword="null" /> if no value is present. + /// </value> + public override string Title { + get { return GetLangAltNode (DC_NS, "title"); } + set { SetLangAltNode (DC_NS, "title", value); } + } + + /// <summary> + /// Gets and sets the copyright information for the media + /// represented by the current instance. + /// </summary> + /// <value> + /// A <see cref="string" /> object containing the copyright + /// information for the media represented by the current + /// instance or <see langword="null" /> if no value present. + /// </value> + public override string Copyright { + get { return GetLangAltNode (DC_NS, "rights"); } + set { SetLangAltNode (DC_NS, "rights", value); } + } + + #endregion + } +} diff --git a/Scripts/TaglibSharp/Xmp/XmpTag.cs.meta b/Scripts/TaglibSharp/Xmp/XmpTag.cs.meta new file mode 100644 index 0000000..12a52e8 --- /dev/null +++ b/Scripts/TaglibSharp/Xmp/XmpTag.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e8783a90a8953e43aa93eca2868c08d7 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/UI Types.meta b/Scripts/UI Types.meta new file mode 100644 index 0000000..b3275a5 --- /dev/null +++ b/Scripts/UI Types.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 0026242f3912431ada8a922370f8af9e +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/UI Types/GameElement.cs b/Scripts/UI Types/GameElement.cs new file mode 100644 index 0000000..da86f31 --- /dev/null +++ b/Scripts/UI Types/GameElement.cs @@ -0,0 +1,124 @@ +using System; +using System.Collections; +using System.Collections.Generic; +using System.Linq; +using System.Runtime.InteropServices.WindowsRuntime; +using Unity.VisualScripting; +using UnityEngine; +using UnityEngine.UIElements; + + +namespace UITypes +{ + + public class GameElement : VisualElement + { + [UnityEngine.Scripting.Preserve] + public new class UxmlFactory : UxmlFactory<GameElement> { } + + public Button Left { get; set; } + public Button Right { get; set; } + public Button Up { get; set; } + public Button Down { get; set; } + + private Visualizer leftVisualizer; + private Visualizer rightVisualizer; + + + private VisualElement leftUpcomingColumn; + private VisualElement rightUpcomingColumn; + private VisualElement upUpcomingColumn; + public VisualElement downUpcomingColumn; + + private Label score; + private Label songTime; + + private VisualElement leftBackgroundImage; + private VisualElement rightBackgroundImage; + + Dictionary<KeyCode, Button> buttonDictionary; + + Game game; + + public void InitGame(Game game) + { + this.game = game; + leftVisualizer = this.Q("LeftVisualizer") as Visualizer; + rightVisualizer = this.Q("RightVisualizer") as Visualizer; + + Left = this.Q("GameLeftButton") as Button; + Right = this.Q("GameRightButton") as Button; + Up = this.Q("GameUpButton") as Button; + Down = this.Q("GameDownButton") as Button; + + score = this.Q("Score") as Label; + songTime = this.Q("TimeLeft") as Label; + + leftBackgroundImage = this.Q("GameBackgroundImageLeft"); + rightBackgroundImage = this.Q("GameBackgroundImageRight"); + + leftUpcomingColumn = this.Q("LeftArrowUpcomingColumn"); + rightUpcomingColumn = this.Q("RightArrowUpcomingColumn"); + upUpcomingColumn = this.Q("UpArrowUpcomingColumn"); + downUpcomingColumn = this.Q("DownArrowUpcomingColumn"); + + RegisterCallback<KeyDownEvent>(OnKeyDown, TrickleDown.TrickleDown); + RegisterCallback<KeyUpEvent>(OnKeyUp, TrickleDown.TrickleDown); + + leftVisualizer.InitVisualizer("LeftBar"); + rightVisualizer.InitVisualizer("RightBar"); + + buttonDictionary = new() + { + { KeyCode.LeftArrow, Left }, + { KeyCode.RightArrow, Right }, + { KeyCode.UpArrow, Up }, + { KeyCode.DownArrow, Down }, + }; + } + + public void SetColumnColor(Color32 color) + { + leftVisualizer.SetBarColor(color); + rightVisualizer.SetBarColor(color); + } + + public void UpdateVisualizers(float[] specData, float bassStrength) + { + leftVisualizer.UpdateBars(specData); + rightVisualizer.UpdateBars(specData); + + leftBackgroundImage.style.opacity = new StyleFloat(bassStrength); + rightBackgroundImage.style.opacity = new StyleFloat(bassStrength); + } + + public void UpdateSongTime(string time) + { + songTime.text = time; + } + + void OnKeyDown(KeyDownEvent ev) + { + if (ev.keyCode == KeyCode.Escape) + { + game.EscapeClicked(); + return; + } + + buttonDictionary.TryGetValue(ev.keyCode, out Button button); + + if (button == null) return; + + button.AddToClassList("GameButtonClicked"); + } + + void OnKeyUp(KeyUpEvent ev) + { + buttonDictionary.TryGetValue(ev.keyCode, out Button button); + + if (button == null) return; + + button.RemoveFromClassList("GameButtonClicked"); + } + } +} diff --git a/Scripts/UI Types/GameElement.cs.meta b/Scripts/UI Types/GameElement.cs.meta new file mode 100644 index 0000000..fb75963 --- /dev/null +++ b/Scripts/UI Types/GameElement.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 7d2b20ef45d368713a506125f1be0a5b +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/UI Types/LevelMaker.cs b/Scripts/UI Types/LevelMaker.cs new file mode 100644 index 0000000..7f8ef1e --- /dev/null +++ b/Scripts/UI Types/LevelMaker.cs @@ -0,0 +1,20 @@ +using System; +using System.Collections; +using System.Collections.Generic; +using System.Linq; +using System.Runtime.InteropServices.WindowsRuntime; +using Unity.VisualScripting; +using UnityEngine; +using UnityEngine.UIElements; + + +namespace UITypes +{ + + public class LevelMaker : VisualElement + { + [UnityEngine.Scripting.Preserve] + public new class UxmlFactory : UxmlFactory<LevelMaker> { } + + } +} diff --git a/Scripts/UI Types/LevelMaker.cs.meta b/Scripts/UI Types/LevelMaker.cs.meta new file mode 100644 index 0000000..ef69d3e --- /dev/null +++ b/Scripts/UI Types/LevelMaker.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: d5bedf3116d476781940e77954406f5e +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/UI Types/MainMenu.cs b/Scripts/UI Types/MainMenu.cs new file mode 100644 index 0000000..c1d3920 --- /dev/null +++ b/Scripts/UI Types/MainMenu.cs @@ -0,0 +1,223 @@ +using System; +using System.Collections; +using System.Collections.Generic; +using System.IO; +using System.Linq; +using System.Net.Sockets; +using System.Text.RegularExpressions; +using TagLib; +using UnityEngine; +using UnityEngine.UIElements; +using DiscordPresence; +using UnityEditor; +using MenuAndSongs; +using BangerTypes; +using System.Diagnostics; + + +namespace UITypes +{ + + public class MainMenu : MonoBehaviour + { + private UIDocument document; + + private Button play; + private Button soon; + private Button quit; + + private Button back; + private Button open; + private Button reload; + + private ScrollView scrollView; + + private VisualElement mainMenu; + private VisualElement levelSelect; + public GameElement GameElem { get; set; } + private LevelMaker makerElem; + private Game game; + + public string MusicPath { get; set; } + string hintFile = "Hint_place_songs_here.txt"; + + public Sprite defaultImage; + + private bool songsLoaded = false; + + List<SongEntry> songs = new(); + + const string reloadText = "RELOAD ⟳"; + const string reloadDone = "RELOAD ✔"; + + private void AddSongEntry(Song song) + { + SongEntry entry = new() + { + Song = song + }; + + + UnityEngine.Debug.Log(song.Clip); + + VisualElement entryToBeAdded = entry.InitEntry(); + UnityEngine.Debug.Log(song.Clip + " Clip"); + + UnityEngine.Debug.Log(entryToBeAdded); + songs.Add(entry); + scrollView.Add(entryToBeAdded); + } + + private void Awake() + { + MusicPath = Application.persistentDataPath + "/Music/"; + + document = GetComponent<UIDocument>(); + game = GetComponent<Game>(); + + play = document.rootVisualElement.Q("Play") as Button; + soon = document.rootVisualElement.Q("Soon") as Button; + quit = document.rootVisualElement.Q("Quit") as Button; + back = document.rootVisualElement.Q("Back") as Button; + open = document.rootVisualElement.Q("Open") as Button; + reload = document.rootVisualElement.Q("Reload") as Button; + + play.style.backgroundColor = new Color(0, 0, 0, 0); + soon.style.backgroundColor = new Color(0, 0, 0, 0); + quit.style.backgroundColor = new Color(0, 0, 0, 0); + back.style.backgroundColor = new Color(0, 0, 0, 0); + open.style.backgroundColor = new Color(0, 0, 0, 0); + reload.style.backgroundColor = new Color(0, 0, 0, 0); + + scrollView = document.rootVisualElement.Q("scroll") as ScrollView; + + mainMenu = document.rootVisualElement.Q("menu"); + levelSelect = document.rootVisualElement.Q("levels"); + GameElem = document.rootVisualElement.Q("game") as GameElement; + + + play.RegisterCallback<ClickEvent>(Play); + quit.RegisterCallback<ClickEvent>(Quit); + + back.RegisterCallback<ClickEvent>(Back); + open.RegisterCallback<ClickEvent>(Open); + reload.RegisterCallback<ClickEvent>(Reload); + + // DateTimeOffset dto = new DateTimeOffset(1970, 1, 1, 0, 0, 0, TimeSpan.Zero); + + // PresenceManager.UpdatePresence("In Main Menu", state: "Picking a banger", start: 100000, end: 1000000000); + } + + private void Open(ClickEvent evt) + { + Process.Start(MusicPath); + } + + // Start is called before the first frame update + void Start() + { + GameElem.InitGame(game); + + mainMenu.style.display = DisplayStyle.Flex; + levelSelect.style.display = DisplayStyle.None; + GameElem.style.display = DisplayStyle.None; + + } + + private void Play(ClickEvent evt) + { + mainMenu.style.display = DisplayStyle.None; + levelSelect.style.display = DisplayStyle.Flex; + + LoadSongs(); + } + + public void PlaySong(UITypes.SongEntry song) + { + GameElem.style.display = DisplayStyle.Flex; + levelSelect.style.display = DisplayStyle.None; + + game.LoadSong(song); + game.Play(); + } + + public void Quit(ClickEvent evt) + { + Application.Quit(); + } + + public void Escape() + { + GameElem.style.display = DisplayStyle.None; + levelSelect.style.display = DisplayStyle.Flex; + } + + public void Back(ClickEvent evt) + { + mainMenu.style.display = DisplayStyle.Flex; + levelSelect.style.display = DisplayStyle.None; + } + + public void Reload(ClickEvent evt) + { + songsLoaded = false; + DisposeOldSongs(); + LoadSongs(); + StartCoroutine(ChangeReloadButtonText()); + } + + private void LoadSongs() + { + if (songsLoaded) + { + return; + } + + if (!Directory.Exists(MusicPath)) + { + Directory.CreateDirectory(MusicPath); + } + + if (!System.IO.File.Exists(MusicPath + "/" + hintFile)) + { + System.IO.File.Create(MusicPath + "/" + hintFile); + } + + List<string> ls = Directory + .GetFiles(MusicPath) + .Where(file => Regex.IsMatch(file, ".*\\.rhys")) + .ToList(); + + foreach (string file in ls) + { + Song song = FindSongs.ParseRHYS(file, defaultImage); + AddSongEntry(song); + } + + songsLoaded = true; + } + + private void DisposeOldSongs() + { + foreach (SongEntry song in songs) + { + song.RemoveFromHierarchy(); + } + + songs = new(); + } + + IEnumerator ChangeReloadButtonText() + { + float timeoutDuration = 0.5f; + + reload.text = reloadDone; + reload.style.color = Color.green; + // Wait for the specified timeout duration + yield return new WaitForSeconds(timeoutDuration); + + reload.text = reloadText; + reload.style.color = Color.white; + } + } +} diff --git a/Scripts/UI Types/MainMenu.cs.meta b/Scripts/UI Types/MainMenu.cs.meta new file mode 100644 index 0000000..29b61aa --- /dev/null +++ b/Scripts/UI Types/MainMenu.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ab55de669b89b5585841dd248e952b07 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/UI Types/SongEntry.cs b/Scripts/UI Types/SongEntry.cs new file mode 100644 index 0000000..012a13a --- /dev/null +++ b/Scripts/UI Types/SongEntry.cs @@ -0,0 +1,100 @@ +using BangerTypes; +using UnityEngine; +using UnityEngine.Networking; +using UnityEngine.SceneManagement; +using UnityEngine.UIElements; + + +namespace UITypes +{ + public class SongEntry : Button + { + [UnityEngine.Scripting.Preserve] + public new class UxmlFactory : UxmlFactory<SongEntry> { } + + public Song Song { get; set; } + + private MainMenu menu; + + public VisualElement InitEntry() + { + menu = GameObject.FindWithTag("MenuUI").GetComponent<MainMenu>(); + + AddToClassList("songEntry"); + + text = ""; + + VisualElement contentWrapper = new(); + + Image coverImage = new(); + VisualElement labelWrapper = new(); + + Label titleLabel = new(), artistLabel = new(), albumLabel = new(), durationLabel = new(); + + titleLabel.AddToClassList("SongEntryLabel"); + artistLabel.AddToClassList("SongEntryLabel"); + albumLabel.AddToClassList("SongEntryLabel"); + durationLabel.AddToClassList("SongEntryLabel"); + + contentWrapper.AddToClassList("SongEntryContentWrapper"); + + coverImage.AddToClassList("SongEntryCoverImage"); + coverImage.image = Song.CoverArt.texture; + + Song.AverageColor = GetAverage(Song.CoverArt); + + coverImage.style.backgroundColor = new StyleColor(Song.AverageColor); + + labelWrapper.AddToClassList("SongEntryLabelWrapper"); + + titleLabel.text = Song.Title; + artistLabel.text = Song.Artist; + albumLabel.text = Song.Album; + durationLabel.text = Song.Duration; + + this.Add(contentWrapper); + + labelWrapper.Add(titleLabel); + labelWrapper.Add(artistLabel); + labelWrapper.Add(albumLabel); + labelWrapper.Add(durationLabel); + + contentWrapper.Add(coverImage); + contentWrapper.Add(labelWrapper); + + RegisterCallback<ClickEvent>(LoadSong); + + return this; + } + + public void LoadSong(ClickEvent evt) + { + menu.PlaySong(this); + } + + Color32 GetAverage(Sprite image) + { + Color32[] pixels = image.texture.GetPixels32(); + + int totalR = 0; + int totalG = 0; + int totalB = 0; + + foreach (Color32 pixel in pixels) + { + totalR += pixel.r; + totalG += pixel.g; + totalB += pixel.b; + } + + int pixelCount = pixels.Length; + int averageR = totalR / pixelCount; + int averageG = totalG / pixelCount; + int averageB = totalB / pixelCount; + + Color averageColor = new Color32((byte)averageR, (byte)averageG, (byte)averageB, 255); + + return averageColor; + } + } +} diff --git a/Scripts/UI Types/SongEntry.cs.meta b/Scripts/UI Types/SongEntry.cs.meta new file mode 100644 index 0000000..316f161 --- /dev/null +++ b/Scripts/UI Types/SongEntry.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 2131c7fbe221f7549b1645ea7225740f +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/Scripts/UI Types/Visualizer.cs b/Scripts/UI Types/Visualizer.cs new file mode 100644 index 0000000..603beb7 --- /dev/null +++ b/Scripts/UI Types/Visualizer.cs @@ -0,0 +1,48 @@ +using System; +using System.Collections; +using System.Collections.Generic; +using System.Linq; +using UnityEngine; +using UnityEngine.UIElements; + +namespace UITypes +{ + + public class Visualizer : VisualElement + { + [UnityEngine.Scripting.Preserve] + public new class UxmlFactory : UxmlFactory<Visualizer> { } + + private List<VisualElement> bars = new(); + + const int barCount = 128; + + public void InitVisualizer(string style) + { + for (int i = 0; i < barCount; i++) + { + VisualElement element = new(); + element.AddToClassList("Bar"); + element.AddToClassList(style); + bars.Add(element); + Add(element); + } + } + + public void SetBarColor(Color32 color) + { + bars.ForEach(bar => bar.style.backgroundColor = new StyleColor(color)); + } + + public void UpdateBars(float[] spectrumData) + { + for (int i = 0; i < barCount; i++) + { + VisualElement elem = bars[i]; + + float width = Math.Min(spectrumData[i] * 50, 50); + elem.style.width = Length.Percent(width); + } + } + } 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+ assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Fonts/Anton OFL.txt b/TextMesh Pro/Examples & Extras/Fonts/Anton OFL.txt new file mode 100755 index 0000000..7bf7f04 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Anton OFL.txt @@ -0,0 +1,93 @@ +Copyright (c) 2011, Vernon Adams (vern@newtypography.co.uk), +with Reserved Font Name Anton. +This Font Software is licensed under the SIL Open Font License, Version 1.1. +This license is copied below, and is also available with a FAQ at: +http://scripts.sil.org/OFL + + +----------------------------------------------------------- +SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007 +----------------------------------------------------------- + +PREAMBLE +The goals of the Open Font License (OFL) are to stimulate worldwide +development of collaborative font projects, to support the font creation +efforts of academic and linguistic communities, and to provide a free and +open framework in which fonts may be shared and improved in partnership +with others. + +The OFL allows the licensed fonts to be used, studied, modified and +redistributed freely as long as they are not sold by themselves. The +fonts, including any derivative works, can be bundled, embedded, +redistributed and/or sold with any software provided that any reserved +names are not used by derivative works. The fonts and derivatives, +however, cannot be released under any other type of license. The +requirement for fonts to remain under this license does not apply +to any document created using the fonts or their derivatives. + +DEFINITIONS +"Font Software" refers to the set of files released by the Copyright +Holder(s) under this license and clearly marked as such. This may +include source files, build scripts and documentation. + +"Reserved Font Name" refers to any names specified as such after the +copyright statement(s). + +"Original Version" refers to the collection of Font Software components as +distributed by the Copyright Holder(s). + +"Modified Version" refers to any derivative made by adding to, deleting, +or substituting -- in part or in whole -- any of the components of the +Original Version, by changing formats or by porting the Font Software to a +new environment. + +"Author" refers to any designer, engineer, programmer, technical +writer or other person who contributed to the Font Software. + +PERMISSION & CONDITIONS +Permission is hereby granted, free of charge, to any person obtaining +a copy of the Font Software, to use, study, copy, merge, embed, modify, +redistribute, and sell modified and unmodified copies of the Font +Software, subject to the following conditions: + +1) Neither the Font Software nor any of its individual components, +in Original or Modified Versions, may be sold by itself. + +2) Original or Modified Versions of the Font Software may be bundled, +redistributed and/or sold with any software, provided that each copy +contains the above copyright notice and this license. These can be +included either as stand-alone text files, human-readable headers or +in the appropriate machine-readable metadata fields within text or +binary files as long as those fields can be easily viewed by the user. + +3) No Modified Version of the Font Software may use the Reserved Font +Name(s) unless explicit written permission is granted by the corresponding +Copyright Holder. This restriction only applies to the primary font name as +presented to the users. + +4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font +Software shall not be used to promote, endorse or advertise any +Modified Version, except to acknowledge the contribution(s) of the +Copyright Holder(s) and the Author(s) or with their explicit written +permission. + +5) The Font Software, modified or unmodified, in part or in whole, +must be distributed entirely under this license, and must not be +distributed under any other license. The requirement for fonts to +remain under this license does not apply to any document created +using the Font Software. + +TERMINATION +This license becomes null and void if any of the above conditions are +not met. + +DISCLAIMER +THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT +OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE +COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, +INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL +DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING +FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM +OTHER DEALINGS IN THE FONT SOFTWARE. diff --git a/TextMesh Pro/Examples & Extras/Fonts/Anton OFL.txt.meta b/TextMesh Pro/Examples & Extras/Fonts/Anton OFL.txt.meta new file mode 100755 index 0000000..7963e08 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Anton OFL.txt.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 73a79399807f4e8388c2cbb5494681ca +timeCreated: 1484172033 +licenseType: Pro +TextScriptImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Fonts/Anton.ttf b/TextMesh Pro/Examples & Extras/Fonts/Anton.ttf new file mode 100755 index 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includeFontData: 1 + use2xBehaviour: 0 + fontNames: [] + fallbackFontReferences: [] + customCharacters: + fontRenderingMode: 0 + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Fonts/Bangers - OFL.txt b/TextMesh Pro/Examples & Extras/Fonts/Bangers - OFL.txt new file mode 100755 index 0000000..57dbe47 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Bangers - OFL.txt @@ -0,0 +1,93 @@ +Copyright (c) 2010 by vernon adams (vern@newtypography.co.uk), +with Reserved Font Name Bangers. +This Font Software is licensed under the SIL Open Font License, Version 1.1. +This license is copied below, and is also available with a FAQ at: +http://scripts.sil.org/OFL + + +----------------------------------------------------------- +SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007 +----------------------------------------------------------- + +PREAMBLE +The goals of the Open Font License (OFL) are to stimulate worldwide +development of collaborative font projects, to support the font creation +efforts of academic and linguistic communities, and to provide a free and +open framework in which fonts may be shared and improved in partnership +with others. + +The OFL allows the licensed fonts to be used, studied, modified and +redistributed freely as long as they are not sold by themselves. The +fonts, including any derivative works, can be bundled, embedded, +redistributed and/or sold with any software provided that any reserved +names are not used by derivative works. The fonts and derivatives, +however, cannot be released under any other type of license. The +requirement for fonts to remain under this license does not apply +to any document created using the fonts or their derivatives. + +DEFINITIONS +"Font Software" refers to the set of files released by the Copyright +Holder(s) under this license and clearly marked as such. This may +include source files, build scripts and documentation. + +"Reserved Font Name" refers to any names specified as such after the +copyright statement(s). + +"Original Version" refers to the collection of Font Software components as +distributed by the Copyright Holder(s). + +"Modified Version" refers to any derivative made by adding to, deleting, +or substituting -- in part or in whole -- any of the components of the +Original Version, by changing formats or by porting the Font Software to a +new environment. + +"Author" refers to any designer, engineer, programmer, technical +writer or other person who contributed to the Font Software. + +PERMISSION & CONDITIONS +Permission is hereby granted, free of charge, to any person obtaining +a copy of the Font Software, to use, study, copy, merge, embed, modify, +redistribute, and sell modified and unmodified copies of the Font +Software, subject to the following conditions: + +1) Neither the Font Software nor any of its individual components, +in Original or Modified Versions, may be sold by itself. + +2) Original or Modified Versions of the Font Software may be bundled, +redistributed and/or sold with any software, provided that each copy +contains the above copyright notice and this license. These can be +included either as stand-alone text files, human-readable headers or +in the appropriate machine-readable metadata fields within text or +binary files as long as those fields can be easily viewed by the user. + +3) No Modified Version of the Font Software may use the Reserved Font +Name(s) unless explicit written permission is granted by the corresponding +Copyright Holder. This restriction only applies to the primary font name as +presented to the users. + +4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font +Software shall not be used to promote, endorse or advertise any +Modified Version, except to acknowledge the contribution(s) of the +Copyright Holder(s) and the Author(s) or with their explicit written +permission. + +5) The Font Software, modified or unmodified, in part or in whole, +must be distributed entirely under this license, and must not be +distributed under any other license. The requirement for fonts to +remain under this license does not apply to any document created +using the Font Software. + +TERMINATION +This license becomes null and void if any of the above conditions are +not met. + +DISCLAIMER +THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT +OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE +COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, +INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL +DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING +FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM +OTHER DEALINGS IN THE FONT SOFTWARE. diff --git a/TextMesh Pro/Examples & Extras/Fonts/Bangers - OFL.txt.meta b/TextMesh Pro/Examples & Extras/Fonts/Bangers - OFL.txt.meta new file mode 100755 index 0000000..c1a298c --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Bangers - OFL.txt.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: efe0bf4ac872451e91612d1ae593f480 +timeCreated: 1484171296 +licenseType: Pro +TextScriptImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Fonts/Bangers.ttf b/TextMesh Pro/Examples & Extras/Fonts/Bangers.ttf new file mode 100755 index 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0000000..0668b8d --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Electronic Highway Sign.TTF.meta @@ -0,0 +1,22 @@ +fileFormatVersion: 2 +guid: 8a2b9e2a607dd2143b58c44bc32410b4 +TrueTypeFontImporter: + externalObjects: {} + serializedVersion: 4 + fontSize: 16 + forceTextureCase: -2 + characterSpacing: 0 + characterPadding: 1 + includeFontData: 1 + fontName: Electronic Highway Sign + fontNames: + - Electronic Highway Sign + fallbackFontReferences: [] + customCharacters: + fontRenderingMode: 0 + ascentCalculationMode: 1 + useLegacyBoundsCalculation: 0 + shouldRoundAdvanceValue: 1 + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold - OFL.txt b/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold - OFL.txt new file mode 100755 index 0000000..ff7febd --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold - OFL.txt @@ -0,0 +1,92 @@ +Copyright (c) 2011-2012, Vernon Adams (vern@newtypography.co.uk), with Reserved Font Names 'Oswald' +This Font Software is licensed under the SIL Open Font License, Version 1.1. +This license is copied below, and is also available with a FAQ at: +http://scripts.sil.org/OFL + + +----------------------------------------------------------- +SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007 +----------------------------------------------------------- + +PREAMBLE +The goals of the Open Font License (OFL) are to stimulate worldwide +development of collaborative font projects, to support the font creation +efforts of academic and linguistic communities, and to provide a free and +open framework in which fonts may be shared and improved in partnership +with others. + +The OFL allows the licensed fonts to be used, studied, modified and +redistributed freely as long as they are not sold by themselves. The +fonts, including any derivative works, can be bundled, embedded, +redistributed and/or sold with any software provided that any reserved +names are not used by derivative works. The fonts and derivatives, +however, cannot be released under any other type of license. The +requirement for fonts to remain under this license does not apply +to any document created using the fonts or their derivatives. + +DEFINITIONS +"Font Software" refers to the set of files released by the Copyright +Holder(s) under this license and clearly marked as such. This may +include source files, build scripts and documentation. + +"Reserved Font Name" refers to any names specified as such after the +copyright statement(s). + +"Original Version" refers to the collection of Font Software components as +distributed by the Copyright Holder(s). + +"Modified Version" refers to any derivative made by adding to, deleting, +or substituting -- in part or in whole -- any of the components of the +Original Version, by changing formats or by porting the Font Software to a +new environment. + +"Author" refers to any designer, engineer, programmer, technical +writer or other person who contributed to the Font Software. + +PERMISSION & CONDITIONS +Permission is hereby granted, free of charge, to any person obtaining +a copy of the Font Software, to use, study, copy, merge, embed, modify, +redistribute, and sell modified and unmodified copies of the Font +Software, subject to the following conditions: + +1) Neither the Font Software nor any of its individual components, +in Original or Modified Versions, may be sold by itself. + +2) Original or Modified Versions of the Font Software may be bundled, +redistributed and/or sold with any software, provided that each copy +contains the above copyright notice and this license. These can be +included either as stand-alone text files, human-readable headers or +in the appropriate machine-readable metadata fields within text or +binary files as long as those fields can be easily viewed by the user. + +3) No Modified Version of the Font Software may use the Reserved Font +Name(s) unless explicit written permission is granted by the corresponding +Copyright Holder. This restriction only applies to the primary font name as +presented to the users. + +4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font +Software shall not be used to promote, endorse or advertise any +Modified Version, except to acknowledge the contribution(s) of the +Copyright Holder(s) and the Author(s) or with their explicit written +permission. + +5) The Font Software, modified or unmodified, in part or in whole, +must be distributed entirely under this license, and must not be +distributed under any other license. The requirement for fonts to +remain under this license does not apply to any document created +using the Font Software. + +TERMINATION +This license becomes null and void if any of the above conditions are +not met. + +DISCLAIMER +THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, +EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT +OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE +COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, +INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL +DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING +FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM +OTHER DEALINGS IN THE FONT SOFTWARE. diff --git a/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold - OFL.txt.meta b/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold - OFL.txt.meta new file mode 100755 index 0000000..99b230f --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold - OFL.txt.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: d2cf87a8a7a94aa8b80dff1c807c1178 +timeCreated: 1484171296 +licenseType: Pro +TextScriptImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold.ttf b/TextMesh Pro/Examples & Extras/Fonts/Oswald-Bold.ttf new file mode 100755 index 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+MonoBehaviour: + m_ObjectHideFlags: 0 + m_CorrespondingSourceObject: {fileID: 0} + m_PrefabInstance: {fileID: 0} + m_PrefabAsset: {fileID: 0} + m_GameObject: {fileID: 2142710353} + m_Enabled: 1 + m_EditorHideFlags: 0 + m_Script: {fileID: 11500000, guid: e8538afcddc14efbb5d9e94b7ae50197, type: 3} + m_Name: + m_EditorClassIdentifier: + SpawnType: 0 + NumberOfNPC: 250 +--- !u!4 &2142710355 +Transform: + m_ObjectHideFlags: 0 + m_CorrespondingSourceObject: {fileID: 0} + m_PrefabInstance: {fileID: 0} + m_PrefabAsset: {fileID: 0} + m_GameObject: {fileID: 2142710353} + m_LocalRotation: {x: 0, y: 0, z: 0, w: 1} + m_LocalPosition: {x: 0, y: 0, z: 0} + m_LocalScale: {x: 1, y: 1, z: 1} + m_Children: [] + m_Father: {fileID: 0} + m_RootOrder: 0 + m_LocalEulerAnglesHint: {x: 0, y: 0, z: 0} diff --git a/TextMesh Pro/Examples & Extras/Scenes/Benchmark (Floating Text).unity.meta b/TextMesh Pro/Examples & Extras/Scenes/Benchmark (Floating Text).unity.meta new file mode 100755 index 0000000..b64591e --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scenes/Benchmark (Floating Text).unity.meta @@ -0,0 +1,24 @@ +fileFormatVersion: 2 +guid: 16177da2e3254cee91944756d5f8ddd3 +labels: +- Mesh +- Text +- Rendering +- TextMesh +- TextMeshPro +- Font +- Dynamic +- Pro +- Fonts +- Advanced +- GUI +- Scene +- Styles +- Style +- Layout +- Atlas +- Kerning +DefaultImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts.meta b/TextMesh Pro/Examples & Extras/Scripts.meta new file mode 100755 index 0000000..225345e --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 3979ce59e55144c89a2b3b3f8dcf7fd3 +folderAsset: yes +timeCreated: 1436068007 +licenseType: Pro +DefaultImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark01.cs b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01.cs new file mode 100755 index 0000000..b48ebbd --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01.cs @@ -0,0 +1,128 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class Benchmark01 : MonoBehaviour + { + + public int BenchmarkType = 0; + + public TMP_FontAsset TMProFont; + public Font TextMeshFont; + + private TextMeshPro m_textMeshPro; + private TextContainer m_textContainer; + private TextMesh m_textMesh; + + private const string label01 = "The <#0050FF>count is: </color>{0}"; + private const string label02 = "The <color=#0050FF>count is: </color>"; + + //private string m_string; + //private int m_frame; + + private Material m_material01; + private Material m_material02; + + + + IEnumerator Start() + { + + + + if (BenchmarkType == 0) // TextMesh Pro Component + { + m_textMeshPro = gameObject.AddComponent<TextMeshPro>(); + m_textMeshPro.autoSizeTextContainer = true; + + //m_textMeshPro.anchorDampening = true; + + if (TMProFont != null) + m_textMeshPro.font = TMProFont; + + //m_textMeshPro.font = Resources.Load("Fonts & Materials/Anton SDF", typeof(TextMeshProFont)) as TextMeshProFont; // Make sure the Anton SDF exists before calling this... + //m_textMeshPro.fontSharedMaterial = Resources.Load("Fonts & Materials/Anton SDF", typeof(Material)) as Material; // Same as above make sure this material exists. + + m_textMeshPro.fontSize = 48; + m_textMeshPro.alignment = TextAlignmentOptions.Center; + //m_textMeshPro.anchor = AnchorPositions.Center; + m_textMeshPro.extraPadding = true; + //m_textMeshPro.outlineWidth = 0.25f; + //m_textMeshPro.fontSharedMaterial.SetFloat("_OutlineWidth", 0.2f); + //m_textMeshPro.fontSharedMaterial.EnableKeyword("UNDERLAY_ON"); + //m_textMeshPro.lineJustification = LineJustificationTypes.Center; + m_textMeshPro.enableWordWrapping = false; + //m_textMeshPro.lineLength = 60; + //m_textMeshPro.characterSpacing = 0.2f; + //m_textMeshPro.fontColor = new Color32(255, 255, 255, 255); + + m_material01 = m_textMeshPro.font.material; + m_material02 = Resources.Load<Material>("Fonts & Materials/LiberationSans SDF - Drop Shadow"); // Make sure the LiberationSans SDF exists before calling this... + + + } + else if (BenchmarkType == 1) // TextMesh + { + m_textMesh = gameObject.AddComponent<TextMesh>(); + + if (TextMeshFont != null) + { + m_textMesh.font = TextMeshFont; + m_textMesh.GetComponent<Renderer>().sharedMaterial = m_textMesh.font.material; + } + else + { + m_textMesh.font = Resources.Load("Fonts/ARIAL", typeof(Font)) as Font; + m_textMesh.GetComponent<Renderer>().sharedMaterial = m_textMesh.font.material; + } + + m_textMesh.fontSize = 48; + m_textMesh.anchor = TextAnchor.MiddleCenter; + + //m_textMesh.color = new Color32(255, 255, 0, 255); + } + + + + for (int i = 0; i <= 1000000; i++) + { + if (BenchmarkType == 0) + { + m_textMeshPro.SetText(label01, i % 1000); + if (i % 1000 == 999) + m_textMeshPro.fontSharedMaterial = m_textMeshPro.fontSharedMaterial == m_material01 ? m_textMeshPro.fontSharedMaterial = m_material02 : m_textMeshPro.fontSharedMaterial = m_material01; + + + + } + else if (BenchmarkType == 1) + m_textMesh.text = label02 + (i % 1000).ToString(); + + yield return null; + } + + + yield return null; + } + + + /* + void Update() + { + if (BenchmarkType == 0) + { + m_textMeshPro.text = (m_frame % 1000).ToString(); + } + else if (BenchmarkType == 1) + { + m_textMesh.text = (m_frame % 1000).ToString(); + } + + m_frame += 1; + } + */ + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark01.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01.cs.meta new file mode 100755 index 0000000..9910676 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: f970ea55f9f84bf79b05dab180b8c125 +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark01_UGUI.cs b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01_UGUI.cs new file mode 100755 index 0000000..38f4a27 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01_UGUI.cs @@ -0,0 +1,135 @@ +using UnityEngine; +using System.Collections; +using UnityEngine.UI; + + +namespace TMPro.Examples +{ + + public class Benchmark01_UGUI : MonoBehaviour + { + + public int BenchmarkType = 0; + + public Canvas canvas; + public TMP_FontAsset TMProFont; + public Font TextMeshFont; + + private TextMeshProUGUI m_textMeshPro; + //private TextContainer m_textContainer; + private Text m_textMesh; + + private const string label01 = "The <#0050FF>count is: </color>"; + private const string label02 = "The <color=#0050FF>count is: </color>"; + + //private const string label01 = "TextMesh <#0050FF>Pro!</color> The count is: {0}"; + //private const string label02 = "Text Mesh<color=#0050FF> The count is: </color>"; + + //private string m_string; + //private int m_frame; + + private Material m_material01; + private Material m_material02; + + + + IEnumerator Start() + { + + + + if (BenchmarkType == 0) // TextMesh Pro Component + { + m_textMeshPro = gameObject.AddComponent<TextMeshProUGUI>(); + //m_textContainer = GetComponent<TextContainer>(); + + + //m_textMeshPro.anchorDampening = true; + + if (TMProFont != null) + m_textMeshPro.font = TMProFont; + + //m_textMeshPro.font = Resources.Load("Fonts & Materials/Anton SDF", typeof(TextMeshProFont)) as TextMeshProFont; // Make sure the Anton SDF exists before calling this... + //m_textMeshPro.fontSharedMaterial = Resources.Load("Fonts & Materials/Anton SDF", typeof(Material)) as Material; // Same as above make sure this material exists. + + m_textMeshPro.fontSize = 48; + m_textMeshPro.alignment = TextAlignmentOptions.Center; + //m_textMeshPro.anchor = AnchorPositions.Center; + m_textMeshPro.extraPadding = true; + //m_textMeshPro.outlineWidth = 0.25f; + //m_textMeshPro.fontSharedMaterial.SetFloat("_OutlineWidth", 0.2f); + //m_textMeshPro.fontSharedMaterial.EnableKeyword("UNDERLAY_ON"); + //m_textMeshPro.lineJustification = LineJustificationTypes.Center; + //m_textMeshPro.enableWordWrapping = true; + //m_textMeshPro.lineLength = 60; + //m_textMeshPro.characterSpacing = 0.2f; + //m_textMeshPro.fontColor = new Color32(255, 255, 255, 255); + + m_material01 = m_textMeshPro.font.material; + m_material02 = Resources.Load<Material>("Fonts & Materials/LiberationSans SDF - BEVEL"); // Make sure the LiberationSans SDF exists before calling this... + + + } + else if (BenchmarkType == 1) // TextMesh + { + m_textMesh = gameObject.AddComponent<Text>(); + + if (TextMeshFont != null) + { + m_textMesh.font = TextMeshFont; + //m_textMesh.renderer.sharedMaterial = m_textMesh.font.material; + } + else + { + //m_textMesh.font = Resources.Load("Fonts/ARIAL", typeof(Font)) as Font; + //m_textMesh.renderer.sharedMaterial = m_textMesh.font.material; + } + + m_textMesh.fontSize = 48; + m_textMesh.alignment = TextAnchor.MiddleCenter; + + //m_textMesh.color = new Color32(255, 255, 0, 255); + } + + + + for (int i = 0; i <= 1000000; i++) + { + if (BenchmarkType == 0) + { + m_textMeshPro.text = label01 + (i % 1000); + if (i % 1000 == 999) + m_textMeshPro.fontSharedMaterial = m_textMeshPro.fontSharedMaterial == m_material01 ? m_textMeshPro.fontSharedMaterial = m_material02 : m_textMeshPro.fontSharedMaterial = m_material01; + + + + } + else if (BenchmarkType == 1) + m_textMesh.text = label02 + (i % 1000).ToString(); + + yield return null; + } + + + yield return null; + } + + + /* + void Update() + { + if (BenchmarkType == 0) + { + m_textMeshPro.text = (m_frame % 1000).ToString(); + } + else if (BenchmarkType == 1) + { + m_textMesh.text = (m_frame % 1000).ToString(); + } + + m_frame += 1; + } + */ + } + +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark01_UGUI.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01_UGUI.cs.meta new file mode 100755 index 0000000..5a26304 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark01_UGUI.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: 8ef7be1c625941f7ba8ed7cc71718c0d +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark02.cs b/TextMesh Pro/Examples & Extras/Scripts/Benchmark02.cs new file mode 100755 index 0000000..29d75b6 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark02.cs @@ -0,0 +1,97 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class Benchmark02 : MonoBehaviour + { + + public int SpawnType = 0; + public int NumberOfNPC = 12; + + public bool IsTextObjectScaleStatic; + private TextMeshProFloatingText floatingText_Script; + + + void Start() + { + + for (int i = 0; i < NumberOfNPC; i++) + { + + + if (SpawnType == 0) + { + // TextMesh Pro Implementation + GameObject go = new GameObject(); + go.transform.position = new Vector3(Random.Range(-95f, 95f), 0.25f, Random.Range(-95f, 95f)); + + TextMeshPro textMeshPro = go.AddComponent<TextMeshPro>(); + + textMeshPro.autoSizeTextContainer = true; + textMeshPro.rectTransform.pivot = new Vector2(0.5f, 0); + + textMeshPro.alignment = TextAlignmentOptions.Bottom; + textMeshPro.fontSize = 96; + textMeshPro.enableKerning = false; + + textMeshPro.color = new Color32(255, 255, 0, 255); + textMeshPro.text = "!"; + textMeshPro.isTextObjectScaleStatic = IsTextObjectScaleStatic; + + // Spawn Floating Text + floatingText_Script = go.AddComponent<TextMeshProFloatingText>(); + floatingText_Script.SpawnType = 0; + floatingText_Script.IsTextObjectScaleStatic = IsTextObjectScaleStatic; + } + else if (SpawnType == 1) + { + // TextMesh Implementation + GameObject go = new GameObject(); + go.transform.position = new Vector3(Random.Range(-95f, 95f), 0.25f, Random.Range(-95f, 95f)); + + TextMesh textMesh = go.AddComponent<TextMesh>(); + textMesh.font = Resources.Load<Font>("Fonts/ARIAL"); + textMesh.GetComponent<Renderer>().sharedMaterial = textMesh.font.material; + + textMesh.anchor = TextAnchor.LowerCenter; + textMesh.fontSize = 96; + + textMesh.color = new Color32(255, 255, 0, 255); + textMesh.text = "!"; + + // Spawn Floating Text + floatingText_Script = go.AddComponent<TextMeshProFloatingText>(); + floatingText_Script.SpawnType = 1; + } + else if (SpawnType == 2) + { + // Canvas WorldSpace Camera + GameObject go = new GameObject(); + Canvas canvas = go.AddComponent<Canvas>(); + canvas.worldCamera = Camera.main; + + go.transform.localScale = new Vector3(0.1f, 0.1f, 0.1f); + go.transform.position = new Vector3(Random.Range(-95f, 95f), 5f, Random.Range(-95f, 95f)); + + TextMeshProUGUI textObject = new GameObject().AddComponent<TextMeshProUGUI>(); + textObject.rectTransform.SetParent(go.transform, false); + + textObject.color = new Color32(255, 255, 0, 255); + textObject.alignment = TextAlignmentOptions.Bottom; + textObject.fontSize = 96; + textObject.text = "!"; + + // Spawn Floating Text + floatingText_Script = go.AddComponent<TextMeshProFloatingText>(); + floatingText_Script.SpawnType = 0; + } + + + + } + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark02.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/Benchmark02.cs.meta new file mode 100755 index 0000000..a5d5a10 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark02.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: e8538afcddc14efbb5d9e94b7ae50197 +MonoImporter: + serializedVersion: 2 + defaultReferences: + - TheFont: {instanceID: 0} + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark03.cs b/TextMesh Pro/Examples & Extras/Scripts/Benchmark03.cs new file mode 100755 index 0000000..7a3e1b9 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark03.cs @@ -0,0 +1,92 @@ +using UnityEngine; +using System.Collections; +using UnityEngine.TextCore.LowLevel; + + +namespace TMPro.Examples +{ + + public class Benchmark03 : MonoBehaviour + { + public enum BenchmarkType { TMP_SDF_MOBILE = 0, TMP_SDF__MOBILE_SSD = 1, TMP_SDF = 2, TMP_BITMAP_MOBILE = 3, TEXTMESH_BITMAP = 4 } + + public int NumberOfSamples = 100; + public BenchmarkType Benchmark; + + public Font SourceFont; + + + void Awake() + { + + } + + + void Start() + { + TMP_FontAsset fontAsset = null; + + // Create Dynamic Font Asset for the given font file. + switch (Benchmark) + { + case BenchmarkType.TMP_SDF_MOBILE: + fontAsset = TMP_FontAsset.CreateFontAsset(SourceFont, 90, 9, GlyphRenderMode.SDFAA, 256, 256, AtlasPopulationMode.Dynamic); + break; + case BenchmarkType.TMP_SDF__MOBILE_SSD: + fontAsset = TMP_FontAsset.CreateFontAsset(SourceFont, 90, 9, GlyphRenderMode.SDFAA, 256, 256, AtlasPopulationMode.Dynamic); + fontAsset.material.shader = Shader.Find("TextMeshPro/Mobile/Distance Field SSD"); + break; + case BenchmarkType.TMP_SDF: + fontAsset = TMP_FontAsset.CreateFontAsset(SourceFont, 90, 9, GlyphRenderMode.SDFAA, 256, 256, AtlasPopulationMode.Dynamic); + fontAsset.material.shader = Shader.Find("TextMeshPro/Distance Field"); + break; + case BenchmarkType.TMP_BITMAP_MOBILE: + fontAsset = TMP_FontAsset.CreateFontAsset(SourceFont, 90, 9, GlyphRenderMode.SMOOTH, 256, 256, AtlasPopulationMode.Dynamic); + break; + } + + for (int i = 0; i < NumberOfSamples; i++) + { + switch (Benchmark) + { + case BenchmarkType.TMP_SDF_MOBILE: + case BenchmarkType.TMP_SDF__MOBILE_SSD: + case BenchmarkType.TMP_SDF: + case BenchmarkType.TMP_BITMAP_MOBILE: + { + GameObject go = new GameObject(); + go.transform.position = new Vector3(0, 1.2f, 0); + + TextMeshPro textComponent = go.AddComponent<TextMeshPro>(); + textComponent.font = fontAsset; + textComponent.fontSize = 128; + textComponent.text = "@"; + textComponent.alignment = TextAlignmentOptions.Center; + textComponent.color = new Color32(255, 255, 0, 255); + + if (Benchmark == BenchmarkType.TMP_BITMAP_MOBILE) + textComponent.fontSize = 132; + + } + break; + case BenchmarkType.TEXTMESH_BITMAP: + { + GameObject go = new GameObject(); + go.transform.position = new Vector3(0, 1.2f, 0); + + TextMesh textMesh = go.AddComponent<TextMesh>(); + textMesh.GetComponent<Renderer>().sharedMaterial = SourceFont.material; + textMesh.font = SourceFont; + textMesh.anchor = TextAnchor.MiddleCenter; + textMesh.fontSize = 130; + + textMesh.color = new Color32(255, 255, 0, 255); + textMesh.text = "@"; + } + break; + } + } + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark03.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/Benchmark03.cs.meta new file mode 100755 index 0000000..8883bcd --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark03.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a73109742c8d47ac822895a473300c29 +MonoImporter: + serializedVersion: 2 + defaultReferences: + - TheFont: {instanceID: 0} + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark04.cs b/TextMesh Pro/Examples & Extras/Scripts/Benchmark04.cs new file mode 100755 index 0000000..e56714d --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark04.cs @@ -0,0 +1,85 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class Benchmark04 : MonoBehaviour + { + + public int SpawnType = 0; + + public int MinPointSize = 12; + public int MaxPointSize = 64; + public int Steps = 4; + + private Transform m_Transform; + //private TextMeshProFloatingText floatingText_Script; + //public Material material; + + + void Start() + { + m_Transform = transform; + + float lineHeight = 0; + float orthoSize = Camera.main.orthographicSize = Screen.height / 2; + float ratio = (float)Screen.width / Screen.height; + + for (int i = MinPointSize; i <= MaxPointSize; i += Steps) + { + if (SpawnType == 0) + { + // TextMesh Pro Implementation + GameObject go = new GameObject("Text - " + i + " Pts"); + + if (lineHeight > orthoSize * 2) return; + + go.transform.position = m_Transform.position + new Vector3(ratio * -orthoSize * 0.975f, orthoSize * 0.975f - lineHeight, 0); + + TextMeshPro textMeshPro = go.AddComponent<TextMeshPro>(); + + //textMeshPro.fontSharedMaterial = material; + //textMeshPro.font = Resources.Load("Fonts & Materials/LiberationSans SDF", typeof(TextMeshProFont)) as TextMeshProFont; + //textMeshPro.anchor = AnchorPositions.Left; + textMeshPro.rectTransform.pivot = new Vector2(0, 0.5f); + + textMeshPro.enableWordWrapping = false; + textMeshPro.extraPadding = true; + textMeshPro.isOrthographic = true; + textMeshPro.fontSize = i; + + textMeshPro.text = i + " pts - Lorem ipsum dolor sit..."; + textMeshPro.color = new Color32(255, 255, 255, 255); + + lineHeight += i; + } + else + { + // TextMesh Implementation + // Causes crashes since atlas needed exceeds 4096 X 4096 + /* + GameObject go = new GameObject("Arial " + i); + + //if (lineHeight > orthoSize * 2 * 0.9f) return; + + go.transform.position = m_Transform.position + new Vector3(ratio * -orthoSize * 0.975f, orthoSize * 0.975f - lineHeight, 1); + + TextMesh textMesh = go.AddComponent<TextMesh>(); + textMesh.font = Resources.Load("Fonts/ARIAL", typeof(Font)) as Font; + textMesh.renderer.sharedMaterial = textMesh.font.material; + textMesh.anchor = TextAnchor.MiddleLeft; + textMesh.fontSize = i * 10; + + textMesh.color = new Color32(255, 255, 255, 255); + textMesh.text = i + " pts - Lorem ipsum dolor sit..."; + + lineHeight += i; + */ + } + } + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/Benchmark04.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/Benchmark04.cs.meta new file mode 100755 index 0000000..cc271d7 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/Benchmark04.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: dc20866c0d5e413ab7559440e15333ae +MonoImporter: + serializedVersion: 2 + defaultReferences: + - TheFont: {instanceID: 0} + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/CameraController.cs b/TextMesh Pro/Examples & Extras/Scripts/CameraController.cs new file mode 100755 index 0000000..dad1482 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/CameraController.cs @@ -0,0 +1,292 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class CameraController : MonoBehaviour + { + public enum CameraModes { Follow, Isometric, Free } + + private Transform cameraTransform; + private Transform dummyTarget; + + public Transform CameraTarget; + + public float FollowDistance = 30.0f; + public float MaxFollowDistance = 100.0f; + public float MinFollowDistance = 2.0f; + + public float ElevationAngle = 30.0f; + public float MaxElevationAngle = 85.0f; + public float MinElevationAngle = 0f; + + public float OrbitalAngle = 0f; + + public CameraModes CameraMode = CameraModes.Follow; + + public bool MovementSmoothing = true; + public bool RotationSmoothing = false; + private bool previousSmoothing; + + public float MovementSmoothingValue = 25f; + public float RotationSmoothingValue = 5.0f; + + public float MoveSensitivity = 2.0f; + + private Vector3 currentVelocity = Vector3.zero; + private Vector3 desiredPosition; + private float mouseX; + private float mouseY; + private Vector3 moveVector; + private float mouseWheel; + + // Controls for Touches on Mobile devices + //private float prev_ZoomDelta; + + + private const string event_SmoothingValue = "Slider - Smoothing Value"; + private const string event_FollowDistance = "Slider - Camera Zoom"; + + + void Awake() + { + if (QualitySettings.vSyncCount > 0) + Application.targetFrameRate = 60; + else + Application.targetFrameRate = -1; + + if (Application.platform == RuntimePlatform.IPhonePlayer || Application.platform == RuntimePlatform.Android) + Input.simulateMouseWithTouches = false; + + cameraTransform = transform; + previousSmoothing = MovementSmoothing; + } + + + // Use this for initialization + void Start() + { + if (CameraTarget == null) + { + // If we don't have a target (assigned by the player, create a dummy in the center of the scene). + dummyTarget = new GameObject("Camera Target").transform; + CameraTarget = dummyTarget; + } + } + + // Update is called once per frame + void LateUpdate() + { + GetPlayerInput(); + + + // Check if we still have a valid target + if (CameraTarget != null) + { + if (CameraMode == CameraModes.Isometric) + { + desiredPosition = CameraTarget.position + Quaternion.Euler(ElevationAngle, OrbitalAngle, 0f) * new Vector3(0, 0, -FollowDistance); + } + else if (CameraMode == CameraModes.Follow) + { + desiredPosition = CameraTarget.position + CameraTarget.TransformDirection(Quaternion.Euler(ElevationAngle, OrbitalAngle, 0f) * (new Vector3(0, 0, -FollowDistance))); + } + else + { + // Free Camera implementation + } + + if (MovementSmoothing == true) + { + // Using Smoothing + cameraTransform.position = Vector3.SmoothDamp(cameraTransform.position, desiredPosition, ref currentVelocity, MovementSmoothingValue * Time.fixedDeltaTime); + //cameraTransform.position = Vector3.Lerp(cameraTransform.position, desiredPosition, Time.deltaTime * 5.0f); + } + else + { + // Not using Smoothing + cameraTransform.position = desiredPosition; + } + + if (RotationSmoothing == true) + cameraTransform.rotation = Quaternion.Lerp(cameraTransform.rotation, Quaternion.LookRotation(CameraTarget.position - cameraTransform.position), RotationSmoothingValue * Time.deltaTime); + else + { + cameraTransform.LookAt(CameraTarget); + } + + } + + } + + + + void GetPlayerInput() + { + moveVector = Vector3.zero; + + // Check Mouse Wheel Input prior to Shift Key so we can apply multiplier on Shift for Scrolling + mouseWheel = Input.GetAxis("Mouse ScrollWheel"); + + float touchCount = Input.touchCount; + + if (Input.GetKey(KeyCode.LeftShift) || Input.GetKey(KeyCode.RightShift) || touchCount > 0) + { + mouseWheel *= 10; + + if (Input.GetKeyDown(KeyCode.I)) + CameraMode = CameraModes.Isometric; + + if (Input.GetKeyDown(KeyCode.F)) + CameraMode = CameraModes.Follow; + + if (Input.GetKeyDown(KeyCode.S)) + MovementSmoothing = !MovementSmoothing; + + + // Check for right mouse button to change camera follow and elevation angle + if (Input.GetMouseButton(1)) + { + mouseY = Input.GetAxis("Mouse Y"); + mouseX = Input.GetAxis("Mouse X"); + + if (mouseY > 0.01f || mouseY < -0.01f) + { + ElevationAngle -= mouseY * MoveSensitivity; + // Limit Elevation angle between min & max values. + ElevationAngle = Mathf.Clamp(ElevationAngle, MinElevationAngle, MaxElevationAngle); + } + + if (mouseX > 0.01f || mouseX < -0.01f) + { + OrbitalAngle += mouseX * MoveSensitivity; + if (OrbitalAngle > 360) + OrbitalAngle -= 360; + if (OrbitalAngle < 0) + OrbitalAngle += 360; + } + } + + // Get Input from Mobile Device + if (touchCount == 1 && Input.GetTouch(0).phase == TouchPhase.Moved) + { + Vector2 deltaPosition = Input.GetTouch(0).deltaPosition; + + // Handle elevation changes + if (deltaPosition.y > 0.01f || deltaPosition.y < -0.01f) + { + ElevationAngle -= deltaPosition.y * 0.1f; + // Limit Elevation angle between min & max values. + ElevationAngle = Mathf.Clamp(ElevationAngle, MinElevationAngle, MaxElevationAngle); + } + + + // Handle left & right + if (deltaPosition.x > 0.01f || deltaPosition.x < -0.01f) + { + OrbitalAngle += deltaPosition.x * 0.1f; + if (OrbitalAngle > 360) + OrbitalAngle -= 360; + if (OrbitalAngle < 0) + OrbitalAngle += 360; + } + + } + + // Check for left mouse button to select a new CameraTarget or to reset Follow position + if (Input.GetMouseButton(0)) + { + Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition); + RaycastHit hit; + + if (Physics.Raycast(ray, out hit, 300, 1 << 10 | 1 << 11 | 1 << 12 | 1 << 14)) + { + if (hit.transform == CameraTarget) + { + // Reset Follow Position + OrbitalAngle = 0; + } + else + { + CameraTarget = hit.transform; + OrbitalAngle = 0; + MovementSmoothing = previousSmoothing; + } + + } + } + + + if (Input.GetMouseButton(2)) + { + if (dummyTarget == null) + { + // We need a Dummy Target to anchor the Camera + dummyTarget = new GameObject("Camera Target").transform; + dummyTarget.position = CameraTarget.position; + dummyTarget.rotation = CameraTarget.rotation; + CameraTarget = dummyTarget; + previousSmoothing = MovementSmoothing; + MovementSmoothing = false; + } + else if (dummyTarget != CameraTarget) + { + // Move DummyTarget to CameraTarget + dummyTarget.position = CameraTarget.position; + dummyTarget.rotation = CameraTarget.rotation; + CameraTarget = dummyTarget; + previousSmoothing = MovementSmoothing; + MovementSmoothing = false; + } + + + mouseY = Input.GetAxis("Mouse Y"); + mouseX = Input.GetAxis("Mouse X"); + + moveVector = cameraTransform.TransformDirection(mouseX, mouseY, 0); + + dummyTarget.Translate(-moveVector, Space.World); + + } + + } + + // Check Pinching to Zoom in - out on Mobile device + if (touchCount == 2) + { + Touch touch0 = Input.GetTouch(0); + Touch touch1 = Input.GetTouch(1); + + Vector2 touch0PrevPos = touch0.position - touch0.deltaPosition; + Vector2 touch1PrevPos = touch1.position - touch1.deltaPosition; + + float prevTouchDelta = (touch0PrevPos - touch1PrevPos).magnitude; + float touchDelta = (touch0.position - touch1.position).magnitude; + + float zoomDelta = prevTouchDelta - touchDelta; + + if (zoomDelta > 0.01f || zoomDelta < -0.01f) + { + FollowDistance += zoomDelta * 0.25f; + // Limit FollowDistance between min & max values. + FollowDistance = Mathf.Clamp(FollowDistance, MinFollowDistance, MaxFollowDistance); + } + + + } + + // Check MouseWheel to Zoom in-out + if (mouseWheel < -0.01f || mouseWheel > 0.01f) + { + + FollowDistance -= mouseWheel * 5.0f; + // Limit FollowDistance between min & max values. + FollowDistance = Mathf.Clamp(FollowDistance, MinFollowDistance, MaxFollowDistance); + } + + + } + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/CameraController.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/CameraController.cs.meta new file mode 100755 index 0000000..75fa178 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/CameraController.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: 2d687537154440a3913a9a3c7977978c +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/ChatController.cs b/TextMesh Pro/Examples & Extras/Scripts/ChatController.cs new file mode 100755 index 0000000..2915c96 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/ChatController.cs @@ -0,0 +1,51 @@ +using UnityEngine; +using UnityEngine.UI; +using TMPro; + +public class ChatController : MonoBehaviour { + + + public TMP_InputField ChatInputField; + + public TMP_Text ChatDisplayOutput; + + public Scrollbar ChatScrollbar; + + void OnEnable() + { + ChatInputField.onSubmit.AddListener(AddToChatOutput); + } + + void OnDisable() + { + ChatInputField.onSubmit.RemoveListener(AddToChatOutput); + } + + + void AddToChatOutput(string newText) + { + // Clear Input Field + ChatInputField.text = string.Empty; + + var timeNow = System.DateTime.Now; + + string formattedInput = "[<#FFFF80>" + timeNow.Hour.ToString("d2") + ":" + timeNow.Minute.ToString("d2") + ":" + timeNow.Second.ToString("d2") + "</color>] " + newText; + + if (ChatDisplayOutput != null) + { + // No special formatting for first entry + // Add line feed before each subsequent entries + if (ChatDisplayOutput.text == string.Empty) + ChatDisplayOutput.text = formattedInput; + else + ChatDisplayOutput.text += "\n" + formattedInput; + } + + // Keep Chat input field active + ChatInputField.ActivateInputField(); + + // Set the scrollbar to the bottom when next text is submitted. + ChatScrollbar.value = 0; + } + +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/ChatController.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/ChatController.cs.meta new file mode 100755 index 0000000..fd1d420 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/ChatController.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 53d91f98a2664f5cb9af11de72ac54ec +timeCreated: 1487197841 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/DropdownSample.cs b/TextMesh Pro/Examples & Extras/Scripts/DropdownSample.cs new file mode 100755 index 0000000..f9ac60b --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/DropdownSample.cs @@ -0,0 +1,19 @@ +using TMPro; +using UnityEngine; + +public class DropdownSample: MonoBehaviour +{ + [SerializeField] + private TextMeshProUGUI text = null; + + [SerializeField] + private TMP_Dropdown dropdownWithoutPlaceholder = null; + + [SerializeField] + private TMP_Dropdown dropdownWithPlaceholder = null; + + public void OnButtonClick() + { + text.text = dropdownWithPlaceholder.value > -1 ? "Selected values:\n" + dropdownWithoutPlaceholder.value + " - " + dropdownWithPlaceholder.value : "Error: Please make a selection"; + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/DropdownSample.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/DropdownSample.cs.meta new file mode 100755 index 0000000..8046101 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/DropdownSample.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: ac1eb05af6d391b4eb0f4c070a99f1d0 +MonoImporter: + externalObjects: {} + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/EnvMapAnimator.cs b/TextMesh Pro/Examples & Extras/Scripts/EnvMapAnimator.cs new file mode 100755 index 0000000..4940018 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/EnvMapAnimator.cs @@ -0,0 +1,35 @@ +using UnityEngine; +using System.Collections; +using TMPro; + +public class EnvMapAnimator : MonoBehaviour { + + //private Vector3 TranslationSpeeds; + public Vector3 RotationSpeeds; + private TMP_Text m_textMeshPro; + private Material m_material; + + + void Awake() + { + //Debug.Log("Awake() on Script called."); + m_textMeshPro = GetComponent<TMP_Text>(); + m_material = m_textMeshPro.fontSharedMaterial; + } + + // Use this for initialization + IEnumerator Start () + { + Matrix4x4 matrix = new Matrix4x4(); + + while (true) + { + //matrix.SetTRS(new Vector3 (Time.time * TranslationSpeeds.x, Time.time * TranslationSpeeds.y, Time.time * TranslationSpeeds.z), Quaternion.Euler(Time.time * RotationSpeeds.x, Time.time * RotationSpeeds.y , Time.time * RotationSpeeds.z), Vector3.one); + matrix.SetTRS(Vector3.zero, Quaternion.Euler(Time.time * RotationSpeeds.x, Time.time * RotationSpeeds.y , Time.time * RotationSpeeds.z), Vector3.one); + + m_material.SetMatrix("_EnvMatrix", matrix); + + yield return null; + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/EnvMapAnimator.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/EnvMapAnimator.cs.meta new file mode 100755 index 0000000..f42808a --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/EnvMapAnimator.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: a4b6f99e8bc54541bbd149b014ff441c +timeCreated: 1449025325 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/ObjectSpin.cs b/TextMesh Pro/Examples & Extras/Scripts/ObjectSpin.cs new file mode 100755 index 0000000..f7e33fe --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/ObjectSpin.cs @@ -0,0 +1,69 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class ObjectSpin : MonoBehaviour + { + +#pragma warning disable 0414 + + public float SpinSpeed = 5; + public int RotationRange = 15; + private Transform m_transform; + + private float m_time; + private Vector3 m_prevPOS; + private Vector3 m_initial_Rotation; + private Vector3 m_initial_Position; + private Color32 m_lightColor; + private int frames = 0; + + public enum MotionType { Rotation, BackAndForth, Translation }; + public MotionType Motion; + + void Awake() + { + m_transform = transform; + m_initial_Rotation = m_transform.rotation.eulerAngles; + m_initial_Position = m_transform.position; + + Light light = GetComponent<Light>(); + m_lightColor = light != null ? light.color : Color.black; + } + + + // Update is called once per frame + void Update() + { + if (Motion == MotionType.Rotation) + { + m_transform.Rotate(0, SpinSpeed * Time.deltaTime, 0); + } + else if (Motion == MotionType.BackAndForth) + { + m_time += SpinSpeed * Time.deltaTime; + m_transform.rotation = Quaternion.Euler(m_initial_Rotation.x, Mathf.Sin(m_time) * RotationRange + m_initial_Rotation.y, m_initial_Rotation.z); + } + else + { + m_time += SpinSpeed * Time.deltaTime; + + float x = 15 * Mathf.Cos(m_time * .95f); + float y = 10; // *Mathf.Sin(m_time * 1f) * Mathf.Cos(m_time * 1f); + float z = 0f; // *Mathf.Sin(m_time * .9f); + + m_transform.position = m_initial_Position + new Vector3(x, z, y); + + // Drawing light patterns because they can be cool looking. + //if (frames > 2) + // Debug.DrawLine(m_transform.position, m_prevPOS, m_lightColor, 100f); + + m_prevPOS = m_transform.position; + frames += 1; + } + } + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/ObjectSpin.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/ObjectSpin.cs.meta new file mode 100755 index 0000000..43c45a1 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/ObjectSpin.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: 4f19c7f94c794c5097d8bd11e39c750d +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/ShaderPropAnimator.cs b/TextMesh Pro/Examples & Extras/Scripts/ShaderPropAnimator.cs new file mode 100755 index 0000000..d8e56a4 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/ShaderPropAnimator.cs @@ -0,0 +1,51 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class ShaderPropAnimator : MonoBehaviour + { + + private Renderer m_Renderer; + private Material m_Material; + + public AnimationCurve GlowCurve; + + public float m_frame; + + void Awake() + { + // Cache a reference to object's renderer + m_Renderer = GetComponent<Renderer>(); + + // Cache a reference to object's material and create an instance by doing so. + m_Material = m_Renderer.material; + } + + void Start() + { + StartCoroutine(AnimateProperties()); + } + + IEnumerator AnimateProperties() + { + //float lightAngle; + float glowPower; + m_frame = Random.Range(0f, 1f); + + while (true) + { + //lightAngle = (m_Material.GetFloat(ShaderPropertyIDs.ID_LightAngle) + Time.deltaTime) % 6.2831853f; + //m_Material.SetFloat(ShaderPropertyIDs.ID_LightAngle, lightAngle); + + glowPower = GlowCurve.Evaluate(m_frame); + m_Material.SetFloat(ShaderUtilities.ID_GlowPower, glowPower); + + m_frame += Time.deltaTime * Random.Range(0.2f, 0.3f); + yield return new WaitForEndOfFrame(); + } + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/ShaderPropAnimator.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/ShaderPropAnimator.cs.meta new file mode 100755 index 0000000..29547c6 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/ShaderPropAnimator.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: 2787a46a4dc848c1b4b7b9307b614bfd +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/SimpleScript.cs b/TextMesh Pro/Examples & Extras/Scripts/SimpleScript.cs new file mode 100755 index 0000000..1c71c48 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/SimpleScript.cs @@ -0,0 +1,58 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class SimpleScript : MonoBehaviour + { + + private TextMeshPro m_textMeshPro; + //private TMP_FontAsset m_FontAsset; + + private const string label = "The <#0050FF>count is: </color>{0:2}"; + private float m_frame; + + + void Start() + { + // Add new TextMesh Pro Component + m_textMeshPro = gameObject.AddComponent<TextMeshPro>(); + + m_textMeshPro.autoSizeTextContainer = true; + + // Load the Font Asset to be used. + //m_FontAsset = Resources.Load("Fonts & Materials/LiberationSans SDF", typeof(TMP_FontAsset)) as TMP_FontAsset; + //m_textMeshPro.font = m_FontAsset; + + // Assign Material to TextMesh Pro Component + //m_textMeshPro.fontSharedMaterial = Resources.Load("Fonts & Materials/LiberationSans SDF - Bevel", typeof(Material)) as Material; + //m_textMeshPro.fontSharedMaterial.EnableKeyword("BEVEL_ON"); + + // Set various font settings. + m_textMeshPro.fontSize = 48; + + m_textMeshPro.alignment = TextAlignmentOptions.Center; + + //m_textMeshPro.anchorDampening = true; // Has been deprecated but under consideration for re-implementation. + //m_textMeshPro.enableAutoSizing = true; + + //m_textMeshPro.characterSpacing = 0.2f; + //m_textMeshPro.wordSpacing = 0.1f; + + //m_textMeshPro.enableCulling = true; + m_textMeshPro.enableWordWrapping = false; + + //textMeshPro.fontColor = new Color32(255, 255, 255, 255); + } + + + void Update() + { + m_textMeshPro.SetText(label, m_frame % 1000); + m_frame += 1 * Time.deltaTime; + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/SimpleScript.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/SimpleScript.cs.meta new file mode 100755 index 0000000..7fbe336 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/SimpleScript.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: 9eff140b25d64601aabc6ba32245d099 +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/SkewTextExample.cs b/TextMesh Pro/Examples & Extras/Scripts/SkewTextExample.cs new file mode 100755 index 0000000..205b0fd --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/SkewTextExample.cs @@ -0,0 +1,158 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class SkewTextExample : MonoBehaviour + { + + private TMP_Text m_TextComponent; + + public AnimationCurve VertexCurve = new AnimationCurve(new Keyframe(0, 0), new Keyframe(0.25f, 2.0f), new Keyframe(0.5f, 0), new Keyframe(0.75f, 2.0f), new Keyframe(1, 0f)); + //public float AngleMultiplier = 1.0f; + //public float SpeedMultiplier = 1.0f; + public float CurveScale = 1.0f; + public float ShearAmount = 1.0f; + + void Awake() + { + m_TextComponent = gameObject.GetComponent<TMP_Text>(); + } + + + void Start() + { + StartCoroutine(WarpText()); + } + + + private AnimationCurve CopyAnimationCurve(AnimationCurve curve) + { + AnimationCurve newCurve = new AnimationCurve(); + + newCurve.keys = curve.keys; + + return newCurve; + } + + + /// <summary> + /// Method to curve text along a Unity animation curve. + /// </summary> + /// <param name="textComponent"></param> + /// <returns></returns> + IEnumerator WarpText() + { + VertexCurve.preWrapMode = WrapMode.Clamp; + VertexCurve.postWrapMode = WrapMode.Clamp; + + //Mesh mesh = m_TextComponent.textInfo.meshInfo[0].mesh; + + Vector3[] vertices; + Matrix4x4 matrix; + + m_TextComponent.havePropertiesChanged = true; // Need to force the TextMeshPro Object to be updated. + CurveScale *= 10; + float old_CurveScale = CurveScale; + float old_ShearValue = ShearAmount; + AnimationCurve old_curve = CopyAnimationCurve(VertexCurve); + + while (true) + { + if (!m_TextComponent.havePropertiesChanged && old_CurveScale == CurveScale && old_curve.keys[1].value == VertexCurve.keys[1].value && old_ShearValue == ShearAmount) + { + yield return null; + continue; + } + + old_CurveScale = CurveScale; + old_curve = CopyAnimationCurve(VertexCurve); + old_ShearValue = ShearAmount; + + m_TextComponent.ForceMeshUpdate(); // Generate the mesh and populate the textInfo with data we can use and manipulate. + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + int characterCount = textInfo.characterCount; + + + if (characterCount == 0) continue; + + //vertices = textInfo.meshInfo[0].vertices; + //int lastVertexIndex = textInfo.characterInfo[characterCount - 1].vertexIndex; + + float boundsMinX = m_TextComponent.bounds.min.x; //textInfo.meshInfo[0].mesh.bounds.min.x; + float boundsMaxX = m_TextComponent.bounds.max.x; //textInfo.meshInfo[0].mesh.bounds.max.x; + + + + for (int i = 0; i < characterCount; i++) + { + if (!textInfo.characterInfo[i].isVisible) + continue; + + int vertexIndex = textInfo.characterInfo[i].vertexIndex; + + // Get the index of the mesh used by this character. + int materialIndex = textInfo.characterInfo[i].materialReferenceIndex; + + vertices = textInfo.meshInfo[materialIndex].vertices; + + // Compute the baseline mid point for each character + Vector3 offsetToMidBaseline = new Vector2((vertices[vertexIndex + 0].x + vertices[vertexIndex + 2].x) / 2, textInfo.characterInfo[i].baseLine); + //float offsetY = VertexCurve.Evaluate((float)i / characterCount + loopCount / 50f); // Random.Range(-0.25f, 0.25f); + + // Apply offset to adjust our pivot point. + vertices[vertexIndex + 0] += -offsetToMidBaseline; + vertices[vertexIndex + 1] += -offsetToMidBaseline; + vertices[vertexIndex + 2] += -offsetToMidBaseline; + vertices[vertexIndex + 3] += -offsetToMidBaseline; + + // Apply the Shearing FX + float shear_value = ShearAmount * 0.01f; + Vector3 topShear = new Vector3(shear_value * (textInfo.characterInfo[i].topRight.y - textInfo.characterInfo[i].baseLine), 0, 0); + Vector3 bottomShear = new Vector3(shear_value * (textInfo.characterInfo[i].baseLine - textInfo.characterInfo[i].bottomRight.y), 0, 0); + + vertices[vertexIndex + 0] += -bottomShear; + vertices[vertexIndex + 1] += topShear; + vertices[vertexIndex + 2] += topShear; + vertices[vertexIndex + 3] += -bottomShear; + + + // Compute the angle of rotation for each character based on the animation curve + float x0 = (offsetToMidBaseline.x - boundsMinX) / (boundsMaxX - boundsMinX); // Character's position relative to the bounds of the mesh. + float x1 = x0 + 0.0001f; + float y0 = VertexCurve.Evaluate(x0) * CurveScale; + float y1 = VertexCurve.Evaluate(x1) * CurveScale; + + Vector3 horizontal = new Vector3(1, 0, 0); + //Vector3 normal = new Vector3(-(y1 - y0), (x1 * (boundsMaxX - boundsMinX) + boundsMinX) - offsetToMidBaseline.x, 0); + Vector3 tangent = new Vector3(x1 * (boundsMaxX - boundsMinX) + boundsMinX, y1) - new Vector3(offsetToMidBaseline.x, y0); + + float dot = Mathf.Acos(Vector3.Dot(horizontal, tangent.normalized)) * 57.2957795f; + Vector3 cross = Vector3.Cross(horizontal, tangent); + float angle = cross.z > 0 ? dot : 360 - dot; + + matrix = Matrix4x4.TRS(new Vector3(0, y0, 0), Quaternion.Euler(0, 0, angle), Vector3.one); + + vertices[vertexIndex + 0] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 0]); + vertices[vertexIndex + 1] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 1]); + vertices[vertexIndex + 2] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 2]); + vertices[vertexIndex + 3] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 3]); + + vertices[vertexIndex + 0] += offsetToMidBaseline; + vertices[vertexIndex + 1] += offsetToMidBaseline; + vertices[vertexIndex + 2] += offsetToMidBaseline; + vertices[vertexIndex + 3] += offsetToMidBaseline; + } + + + // Upload the mesh with the revised information + m_TextComponent.UpdateVertexData(); + + yield return null; // new WaitForSeconds(0.025f); + } + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/SkewTextExample.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/SkewTextExample.cs.meta new file mode 100755 index 0000000..4611105 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/SkewTextExample.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: d412675cfb3441efa3bf8dcd9b7624dc +timeCreated: 1458801336 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_DigitValidator.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_DigitValidator.cs new file mode 100755 index 0000000..ad76118 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_DigitValidator.cs @@ -0,0 +1,27 @@ +using UnityEngine; +using System; + + +namespace TMPro +{ + /// <summary> + /// EXample of a Custom Character Input Validator to only allow digits from 0 to 9. + /// </summary> + [Serializable] + //[CreateAssetMenu(fileName = "InputValidator - Digits.asset", menuName = "TextMeshPro/Input Validators/Digits", order = 100)] + public class TMP_DigitValidator : TMP_InputValidator + { + // Custom text input validation function + public override char Validate(ref string text, ref int pos, char ch) + { + if (ch >= '0' && ch <= '9') + { + text += ch; + pos += 1; + return ch; + } + + return (char)0; + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_DigitValidator.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_DigitValidator.cs.meta new file mode 100755 index 0000000..f013655 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_DigitValidator.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 1a7eb92a01ed499a987bde9def05fbce +timeCreated: 1473112765 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_ExampleScript_01.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_ExampleScript_01.cs new file mode 100755 index 0000000..9f022f3 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_ExampleScript_01.cs @@ -0,0 +1,64 @@ +using UnityEngine; +using UnityEngine.UI; +using System.Collections; +using TMPro; + + +namespace TMPro.Examples +{ + + public class TMP_ExampleScript_01 : MonoBehaviour + { + public enum objectType { TextMeshPro = 0, TextMeshProUGUI = 1 }; + + public objectType ObjectType; + public bool isStatic; + + private TMP_Text m_text; + + //private TMP_InputField m_inputfield; + + + private const string k_label = "The count is <#0080ff>{0}</color>"; + private int count; + + void Awake() + { + // Get a reference to the TMP text component if one already exists otherwise add one. + // This example show the convenience of having both TMP components derive from TMP_Text. + if (ObjectType == 0) + m_text = GetComponent<TextMeshPro>() ?? gameObject.AddComponent<TextMeshPro>(); + else + m_text = GetComponent<TextMeshProUGUI>() ?? gameObject.AddComponent<TextMeshProUGUI>(); + + // Load a new font asset and assign it to the text object. + m_text.font = Resources.Load<TMP_FontAsset>("Fonts & Materials/Anton SDF"); + + // Load a new material preset which was created with the context menu duplicate. + m_text.fontSharedMaterial = Resources.Load<Material>("Fonts & Materials/Anton SDF - Drop Shadow"); + + // Set the size of the font. + m_text.fontSize = 120; + + // Set the text + m_text.text = "A <#0080ff>simple</color> line of text."; + + // Get the preferred width and height based on the supplied width and height as opposed to the actual size of the current text container. + Vector2 size = m_text.GetPreferredValues(Mathf.Infinity, Mathf.Infinity); + + // Set the size of the RectTransform based on the new calculated values. + m_text.rectTransform.sizeDelta = new Vector2(size.x, size.y); + } + + + void Update() + { + if (!isStatic) + { + m_text.SetText(k_label, count % 1000); + count += 1; + } + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_ExampleScript_01.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_ExampleScript_01.cs.meta new file mode 100755 index 0000000..af5c4d4 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_ExampleScript_01.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 6f2c5b59b6874405865e2616e4ec276a +timeCreated: 1449625634 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_FrameRateCounter.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_FrameRateCounter.cs new file mode 100755 index 0000000..4a858b5 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_FrameRateCounter.cs @@ -0,0 +1,134 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TMP_FrameRateCounter : MonoBehaviour + { + public float UpdateInterval = 5.0f; + private float m_LastInterval = 0; + private int m_Frames = 0; + + public enum FpsCounterAnchorPositions { TopLeft, BottomLeft, TopRight, BottomRight }; + + public FpsCounterAnchorPositions AnchorPosition = FpsCounterAnchorPositions.TopRight; + + private string htmlColorTag; + private const string fpsLabel = "{0:2}</color> <#8080ff>FPS \n<#FF8000>{1:2} <#8080ff>MS"; + + private TextMeshPro m_TextMeshPro; + private Transform m_frameCounter_transform; + private Camera m_camera; + + private FpsCounterAnchorPositions last_AnchorPosition; + + void Awake() + { + if (!enabled) + return; + + m_camera = Camera.main; + Application.targetFrameRate = 9999; + + GameObject frameCounter = new GameObject("Frame Counter"); + + m_TextMeshPro = frameCounter.AddComponent<TextMeshPro>(); + m_TextMeshPro.font = Resources.Load<TMP_FontAsset>("Fonts & Materials/LiberationSans SDF"); + m_TextMeshPro.fontSharedMaterial = Resources.Load<Material>("Fonts & Materials/LiberationSans SDF - Overlay"); + + + m_frameCounter_transform = frameCounter.transform; + m_frameCounter_transform.SetParent(m_camera.transform); + m_frameCounter_transform.localRotation = Quaternion.identity; + + m_TextMeshPro.enableWordWrapping = false; + m_TextMeshPro.fontSize = 24; + //m_TextMeshPro.FontColor = new Color32(255, 255, 255, 128); + //m_TextMeshPro.edgeWidth = .15f; + //m_TextMeshPro.isOverlay = true; + + //m_TextMeshPro.FaceColor = new Color32(255, 128, 0, 0); + //m_TextMeshPro.EdgeColor = new Color32(0, 255, 0, 255); + //m_TextMeshPro.FontMaterial.renderQueue = 4000; + + //m_TextMeshPro.CreateSoftShadowClone(new Vector2(1f, -1f)); + + Set_FrameCounter_Position(AnchorPosition); + last_AnchorPosition = AnchorPosition; + + + } + + void Start() + { + m_LastInterval = Time.realtimeSinceStartup; + m_Frames = 0; + } + + void Update() + { + if (AnchorPosition != last_AnchorPosition) + Set_FrameCounter_Position(AnchorPosition); + + last_AnchorPosition = AnchorPosition; + + m_Frames += 1; + float timeNow = Time.realtimeSinceStartup; + + if (timeNow > m_LastInterval + UpdateInterval) + { + // display two fractional digits (f2 format) + float fps = m_Frames / (timeNow - m_LastInterval); + float ms = 1000.0f / Mathf.Max(fps, 0.00001f); + + if (fps < 30) + htmlColorTag = "<color=yellow>"; + else if (fps < 10) + htmlColorTag = "<color=red>"; + else + htmlColorTag = "<color=green>"; + + //string format = System.String.Format(htmlColorTag + "{0:F2} </color>FPS \n{1:F2} <#8080ff>MS",fps, ms); + //m_TextMeshPro.text = format; + + m_TextMeshPro.SetText(htmlColorTag + fpsLabel, fps, ms); + + m_Frames = 0; + m_LastInterval = timeNow; + } + } + + + void Set_FrameCounter_Position(FpsCounterAnchorPositions anchor_position) + { + //Debug.Log("Changing frame counter anchor position."); + m_TextMeshPro.margin = new Vector4(1f, 1f, 1f, 1f); + + switch (anchor_position) + { + case FpsCounterAnchorPositions.TopLeft: + m_TextMeshPro.alignment = TextAlignmentOptions.TopLeft; + m_TextMeshPro.rectTransform.pivot = new Vector2(0, 1); + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(0, 1, 100.0f)); + break; + case FpsCounterAnchorPositions.BottomLeft: + m_TextMeshPro.alignment = TextAlignmentOptions.BottomLeft; + m_TextMeshPro.rectTransform.pivot = new Vector2(0, 0); + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(0, 0, 100.0f)); + break; + case FpsCounterAnchorPositions.TopRight: + m_TextMeshPro.alignment = TextAlignmentOptions.TopRight; + m_TextMeshPro.rectTransform.pivot = new Vector2(1, 1); + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(1, 1, 100.0f)); + break; + case FpsCounterAnchorPositions.BottomRight: + m_TextMeshPro.alignment = TextAlignmentOptions.BottomRight; + m_TextMeshPro.rectTransform.pivot = new Vector2(1, 0); + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(1, 0, 100.0f)); + break; + } + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_FrameRateCounter.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_FrameRateCounter.cs.meta new file mode 100755 index 0000000..48fa119 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_FrameRateCounter.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: 686ec78b56aa445795335fbadafcfaa4 +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_PhoneNumberValidator.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_PhoneNumberValidator.cs new file mode 100755 index 0000000..0d363ce --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_PhoneNumberValidator.cs @@ -0,0 +1,105 @@ +using UnityEngine; +using System.Collections; +using System; + +namespace TMPro +{ + /// <summary> + /// Example of a Custom Character Input Validator to only allow phone number in the (800) 555-1212 format. + /// </summary> + [Serializable] + //[CreateAssetMenu(fileName = "InputValidator - Phone Numbers.asset", menuName = "TextMeshPro/Input Validators/Phone Numbers")] + public class TMP_PhoneNumberValidator : TMP_InputValidator + { + // Custom text input validation function + public override char Validate(ref string text, ref int pos, char ch) + { + Debug.Log("Trying to validate..."); + + // Return unless the character is a valid digit + if (ch < '0' && ch > '9') return (char)0; + + int length = text.Length; + + // Enforce Phone Number format for every character input. + for (int i = 0; i < length + 1; i++) + { + switch (i) + { + case 0: + if (i == length) + text = "(" + ch; + pos = 2; + break; + case 1: + if (i == length) + text += ch; + pos = 2; + break; + case 2: + if (i == length) + text += ch; + pos = 3; + break; + case 3: + if (i == length) + text += ch + ") "; + pos = 6; + break; + case 4: + if (i == length) + text += ") " + ch; + pos = 7; + break; + case 5: + if (i == length) + text += " " + ch; + pos = 7; + break; + case 6: + if (i == length) + text += ch; + pos = 7; + break; + case 7: + if (i == length) + text += ch; + pos = 8; + break; + case 8: + if (i == length) + text += ch + "-"; + pos = 10; + break; + case 9: + if (i == length) + text += "-" + ch; + pos = 11; + break; + case 10: + if (i == length) + text += ch; + pos = 11; + break; + case 11: + if (i == length) + text += ch; + pos = 12; + break; + case 12: + if (i == length) + text += ch; + pos = 13; + break; + case 13: + if (i == length) + text += ch; + pos = 14; + break; + } + } + + return ch; + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_PhoneNumberValidator.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_PhoneNumberValidator.cs.meta new file mode 100755 index 0000000..66324f0 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_PhoneNumberValidator.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 83680ab1a69f4102ac67d1459fe76e1f +timeCreated: 1473056437 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventCheck.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventCheck.cs new file mode 100755 index 0000000..abbe658 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventCheck.cs @@ -0,0 +1,73 @@ +using UnityEngine; + + +namespace TMPro.Examples +{ + public class TMP_TextEventCheck : MonoBehaviour + { + + public TMP_TextEventHandler TextEventHandler; + + private TMP_Text m_TextComponent; + + void OnEnable() + { + if (TextEventHandler != null) + { + // Get a reference to the text component + m_TextComponent = TextEventHandler.GetComponent<TMP_Text>(); + + TextEventHandler.onCharacterSelection.AddListener(OnCharacterSelection); + TextEventHandler.onSpriteSelection.AddListener(OnSpriteSelection); + TextEventHandler.onWordSelection.AddListener(OnWordSelection); + TextEventHandler.onLineSelection.AddListener(OnLineSelection); + TextEventHandler.onLinkSelection.AddListener(OnLinkSelection); + } + } + + + void OnDisable() + { + if (TextEventHandler != null) + { + TextEventHandler.onCharacterSelection.RemoveListener(OnCharacterSelection); + TextEventHandler.onSpriteSelection.RemoveListener(OnSpriteSelection); + TextEventHandler.onWordSelection.RemoveListener(OnWordSelection); + TextEventHandler.onLineSelection.RemoveListener(OnLineSelection); + TextEventHandler.onLinkSelection.RemoveListener(OnLinkSelection); + } + } + + + void OnCharacterSelection(char c, int index) + { + Debug.Log("Character [" + c + "] at Index: " + index + " has been selected."); + } + + void OnSpriteSelection(char c, int index) + { + Debug.Log("Sprite [" + c + "] at Index: " + index + " has been selected."); + } + + void OnWordSelection(string word, int firstCharacterIndex, int length) + { + Debug.Log("Word [" + word + "] with first character index of " + firstCharacterIndex + " and length of " + length + " has been selected."); + } + + void OnLineSelection(string lineText, int firstCharacterIndex, int length) + { + Debug.Log("Line [" + lineText + "] with first character index of " + firstCharacterIndex + " and length of " + length + " has been selected."); + } + + void OnLinkSelection(string linkID, string linkText, int linkIndex) + { + if (m_TextComponent != null) + { + TMP_LinkInfo linkInfo = m_TextComponent.textInfo.linkInfo[linkIndex]; + } + + Debug.Log("Link Index: " + linkIndex + " with ID [" + linkID + "] and Text \"" + linkText + "\" has been selected."); + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventCheck.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventCheck.cs.meta new file mode 100755 index 0000000..9012a15 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventCheck.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: d736ce056cf444ca96e424f4d9c42b76 +timeCreated: 1480416736 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventHandler.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventHandler.cs new file mode 100755 index 0000000..505bf64 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventHandler.cs @@ -0,0 +1,254 @@ +using UnityEngine; +using UnityEngine.Events; +using UnityEngine.EventSystems; +using System; + + +namespace TMPro +{ + + public class TMP_TextEventHandler : MonoBehaviour, IPointerEnterHandler, IPointerExitHandler + { + [Serializable] + public class CharacterSelectionEvent : UnityEvent<char, int> { } + + [Serializable] + public class SpriteSelectionEvent : UnityEvent<char, int> { } + + [Serializable] + public class WordSelectionEvent : UnityEvent<string, int, int> { } + + [Serializable] + public class LineSelectionEvent : UnityEvent<string, int, int> { } + + [Serializable] + public class LinkSelectionEvent : UnityEvent<string, string, int> { } + + + /// <summary> + /// Event delegate triggered when pointer is over a character. + /// </summary> + public CharacterSelectionEvent onCharacterSelection + { + get { return m_OnCharacterSelection; } + set { m_OnCharacterSelection = value; } + } + [SerializeField] + private CharacterSelectionEvent m_OnCharacterSelection = new CharacterSelectionEvent(); + + + /// <summary> + /// Event delegate triggered when pointer is over a sprite. + /// </summary> + public SpriteSelectionEvent onSpriteSelection + { + get { return m_OnSpriteSelection; } + set { m_OnSpriteSelection = value; } + } + [SerializeField] + private SpriteSelectionEvent m_OnSpriteSelection = new SpriteSelectionEvent(); + + + /// <summary> + /// Event delegate triggered when pointer is over a word. + /// </summary> + public WordSelectionEvent onWordSelection + { + get { return m_OnWordSelection; } + set { m_OnWordSelection = value; } + } + [SerializeField] + private WordSelectionEvent m_OnWordSelection = new WordSelectionEvent(); + + + /// <summary> + /// Event delegate triggered when pointer is over a line. + /// </summary> + public LineSelectionEvent onLineSelection + { + get { return m_OnLineSelection; } + set { m_OnLineSelection = value; } + } + [SerializeField] + private LineSelectionEvent m_OnLineSelection = new LineSelectionEvent(); + + + /// <summary> + /// Event delegate triggered when pointer is over a link. + /// </summary> + public LinkSelectionEvent onLinkSelection + { + get { return m_OnLinkSelection; } + set { m_OnLinkSelection = value; } + } + [SerializeField] + private LinkSelectionEvent m_OnLinkSelection = new LinkSelectionEvent(); + + + + private TMP_Text m_TextComponent; + + private Camera m_Camera; + private Canvas m_Canvas; + + private int m_selectedLink = -1; + private int m_lastCharIndex = -1; + private int m_lastWordIndex = -1; + private int m_lastLineIndex = -1; + + void Awake() + { + // Get a reference to the text component. + m_TextComponent = gameObject.GetComponent<TMP_Text>(); + + // Get a reference to the camera rendering the text taking into consideration the text component type. + if (m_TextComponent.GetType() == typeof(TextMeshProUGUI)) + { + m_Canvas = gameObject.GetComponentInParent<Canvas>(); + if (m_Canvas != null) + { + if (m_Canvas.renderMode == RenderMode.ScreenSpaceOverlay) + m_Camera = null; + else + m_Camera = m_Canvas.worldCamera; + } + } + else + { + m_Camera = Camera.main; + } + } + + + void LateUpdate() + { + if (TMP_TextUtilities.IsIntersectingRectTransform(m_TextComponent.rectTransform, Input.mousePosition, m_Camera)) + { + #region Example of Character or Sprite Selection + int charIndex = TMP_TextUtilities.FindIntersectingCharacter(m_TextComponent, Input.mousePosition, m_Camera, true); + if (charIndex != -1 && charIndex != m_lastCharIndex) + { + m_lastCharIndex = charIndex; + + TMP_TextElementType elementType = m_TextComponent.textInfo.characterInfo[charIndex].elementType; + + // Send event to any event listeners depending on whether it is a character or sprite. + if (elementType == TMP_TextElementType.Character) + SendOnCharacterSelection(m_TextComponent.textInfo.characterInfo[charIndex].character, charIndex); + else if (elementType == TMP_TextElementType.Sprite) + SendOnSpriteSelection(m_TextComponent.textInfo.characterInfo[charIndex].character, charIndex); + } + #endregion + + + #region Example of Word Selection + // Check if Mouse intersects any words and if so assign a random color to that word. + int wordIndex = TMP_TextUtilities.FindIntersectingWord(m_TextComponent, Input.mousePosition, m_Camera); + if (wordIndex != -1 && wordIndex != m_lastWordIndex) + { + m_lastWordIndex = wordIndex; + + // Get the information about the selected word. + TMP_WordInfo wInfo = m_TextComponent.textInfo.wordInfo[wordIndex]; + + // Send the event to any listeners. + SendOnWordSelection(wInfo.GetWord(), wInfo.firstCharacterIndex, wInfo.characterCount); + } + #endregion + + + #region Example of Line Selection + // Check if Mouse intersects any words and if so assign a random color to that word. + int lineIndex = TMP_TextUtilities.FindIntersectingLine(m_TextComponent, Input.mousePosition, m_Camera); + if (lineIndex != -1 && lineIndex != m_lastLineIndex) + { + m_lastLineIndex = lineIndex; + + // Get the information about the selected word. + TMP_LineInfo lineInfo = m_TextComponent.textInfo.lineInfo[lineIndex]; + + // Send the event to any listeners. + char[] buffer = new char[lineInfo.characterCount]; + for (int i = 0; i < lineInfo.characterCount && i < m_TextComponent.textInfo.characterInfo.Length; i++) + { + buffer[i] = m_TextComponent.textInfo.characterInfo[i + lineInfo.firstCharacterIndex].character; + } + + string lineText = new string(buffer); + SendOnLineSelection(lineText, lineInfo.firstCharacterIndex, lineInfo.characterCount); + } + #endregion + + + #region Example of Link Handling + // Check if mouse intersects with any links. + int linkIndex = TMP_TextUtilities.FindIntersectingLink(m_TextComponent, Input.mousePosition, m_Camera); + + // Handle new Link selection. + if (linkIndex != -1 && linkIndex != m_selectedLink) + { + m_selectedLink = linkIndex; + + // Get information about the link. + TMP_LinkInfo linkInfo = m_TextComponent.textInfo.linkInfo[linkIndex]; + + // Send the event to any listeners. + SendOnLinkSelection(linkInfo.GetLinkID(), linkInfo.GetLinkText(), linkIndex); + } + #endregion + } + else + { + // Reset all selections given we are hovering outside the text container bounds. + m_selectedLink = -1; + m_lastCharIndex = -1; + m_lastWordIndex = -1; + m_lastLineIndex = -1; + } + } + + + public void OnPointerEnter(PointerEventData eventData) + { + //Debug.Log("OnPointerEnter()"); + } + + + public void OnPointerExit(PointerEventData eventData) + { + //Debug.Log("OnPointerExit()"); + } + + + private void SendOnCharacterSelection(char character, int characterIndex) + { + if (onCharacterSelection != null) + onCharacterSelection.Invoke(character, characterIndex); + } + + private void SendOnSpriteSelection(char character, int characterIndex) + { + if (onSpriteSelection != null) + onSpriteSelection.Invoke(character, characterIndex); + } + + private void SendOnWordSelection(string word, int charIndex, int length) + { + if (onWordSelection != null) + onWordSelection.Invoke(word, charIndex, length); + } + + private void SendOnLineSelection(string line, int charIndex, int length) + { + if (onLineSelection != null) + onLineSelection.Invoke(line, charIndex, length); + } + + private void SendOnLinkSelection(string linkID, string linkText, int linkIndex) + { + if (onLinkSelection != null) + onLinkSelection.Invoke(linkID, linkText, linkIndex); + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventHandler.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventHandler.cs.meta new file mode 100755 index 0000000..03c5199 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextEventHandler.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 1312ae25639a4bae8e25ae223209cc50 +timeCreated: 1452811039 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextInfoDebugTool.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextInfoDebugTool.cs new file mode 100755 index 0000000..64e75af --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextInfoDebugTool.cs @@ -0,0 +1,652 @@ +using System; +using UnityEngine; +using System.Collections; +using UnityEditor; + + +namespace TMPro.Examples +{ + + public class TMP_TextInfoDebugTool : MonoBehaviour + { + // Since this script is used for debugging, we exclude it from builds. + // TODO: Rework this script to make it into an editor utility. + #if UNITY_EDITOR + public bool ShowCharacters; + public bool ShowWords; + public bool ShowLinks; + public bool ShowLines; + public bool ShowMeshBounds; + public bool ShowTextBounds; + [Space(10)] + [TextArea(2, 2)] + public string ObjectStats; + + [SerializeField] + private TMP_Text m_TextComponent; + + private Transform m_Transform; + private TMP_TextInfo m_TextInfo; + + private float m_ScaleMultiplier; + private float m_HandleSize; + + + void OnDrawGizmos() + { + if (m_TextComponent == null) + { + m_TextComponent = GetComponent<TMP_Text>(); + + if (m_TextComponent == null) + return; + } + + m_Transform = m_TextComponent.transform; + + // Get a reference to the text object's textInfo + m_TextInfo = m_TextComponent.textInfo; + + // Update Text Statistics + ObjectStats = "Characters: " + m_TextInfo.characterCount + " Words: " + m_TextInfo.wordCount + " Spaces: " + m_TextInfo.spaceCount + " Sprites: " + m_TextInfo.spriteCount + " Links: " + m_TextInfo.linkCount + + "\nLines: " + m_TextInfo.lineCount + " Pages: " + m_TextInfo.pageCount; + + // Get the handle size for drawing the various + m_ScaleMultiplier = m_TextComponent.GetType() == typeof(TextMeshPro) ? 1 : 0.1f; + m_HandleSize = HandleUtility.GetHandleSize(m_Transform.position) * m_ScaleMultiplier; + + // Draw line metrics + #region Draw Lines + if (ShowLines) + DrawLineBounds(); + #endregion + + // Draw word metrics + #region Draw Words + if (ShowWords) + DrawWordBounds(); + #endregion + + // Draw character metrics + #region Draw Characters + if (ShowCharacters) + DrawCharactersBounds(); + #endregion + + // Draw Quads around each of the words + #region Draw Links + if (ShowLinks) + DrawLinkBounds(); + #endregion + + // Draw Quad around the bounds of the text + #region Draw Bounds + if (ShowMeshBounds) + DrawBounds(); + #endregion + + // Draw Quad around the rendered region of the text. + #region Draw Text Bounds + if (ShowTextBounds) + DrawTextBounds(); + #endregion + } + + + /// <summary> + /// Method to draw a rectangle around each character. + /// </summary> + /// <param name="text"></param> + void DrawCharactersBounds() + { + int characterCount = m_TextInfo.characterCount; + + for (int i = 0; i < characterCount; i++) + { + // Draw visible as well as invisible characters + TMP_CharacterInfo characterInfo = m_TextInfo.characterInfo[i]; + + bool isCharacterVisible = i < m_TextComponent.maxVisibleCharacters && + characterInfo.lineNumber < m_TextComponent.maxVisibleLines && + i >= m_TextComponent.firstVisibleCharacter; + + if (m_TextComponent.overflowMode == TextOverflowModes.Page) + isCharacterVisible = isCharacterVisible && characterInfo.pageNumber + 1 == m_TextComponent.pageToDisplay; + + if (!isCharacterVisible) + continue; + + float dottedLineSize = 6; + + // Get Bottom Left and Top Right position of the current character + Vector3 bottomLeft = m_Transform.TransformPoint(characterInfo.bottomLeft); + Vector3 topLeft = m_Transform.TransformPoint(new Vector3(characterInfo.topLeft.x, characterInfo.topLeft.y, 0)); + Vector3 topRight = m_Transform.TransformPoint(characterInfo.topRight); + Vector3 bottomRight = m_Transform.TransformPoint(new Vector3(characterInfo.bottomRight.x, characterInfo.bottomRight.y, 0)); + + // Draw character bounds + if (characterInfo.isVisible) + { + Color color = Color.green; + DrawDottedRectangle(bottomLeft, topRight, color); + } + else + { + Color color = Color.grey; + + float whiteSpaceAdvance = Math.Abs(characterInfo.origin - characterInfo.xAdvance) > 0.01f ? characterInfo.xAdvance : characterInfo.origin + (characterInfo.ascender - characterInfo.descender) * 0.03f; + DrawDottedRectangle(m_Transform.TransformPoint(new Vector3(characterInfo.origin, characterInfo.descender, 0)), m_Transform.TransformPoint(new Vector3(whiteSpaceAdvance, characterInfo.ascender, 0)), color, 4); + } + + float origin = characterInfo.origin; + float advance = characterInfo.xAdvance; + float ascentline = characterInfo.ascender; + float baseline = characterInfo.baseLine; + float descentline = characterInfo.descender; + + //Draw Ascent line + Vector3 ascentlineStart = m_Transform.TransformPoint(new Vector3(origin, ascentline, 0)); + Vector3 ascentlineEnd = m_Transform.TransformPoint(new Vector3(advance, ascentline, 0)); + + Handles.color = Color.cyan; + Handles.DrawDottedLine(ascentlineStart, ascentlineEnd, dottedLineSize); + + // Draw Cap Height & Mean line + float capline = characterInfo.fontAsset == null ? 0 : baseline + characterInfo.fontAsset.faceInfo.capLine * characterInfo.scale; + Vector3 capHeightStart = new Vector3(topLeft.x, m_Transform.TransformPoint(new Vector3(0, capline, 0)).y, 0); + Vector3 capHeightEnd = new Vector3(topRight.x, m_Transform.TransformPoint(new Vector3(0, capline, 0)).y, 0); + + float meanline = characterInfo.fontAsset == null ? 0 : baseline + characterInfo.fontAsset.faceInfo.meanLine * characterInfo.scale; + Vector3 meanlineStart = new Vector3(topLeft.x, m_Transform.TransformPoint(new Vector3(0, meanline, 0)).y, 0); + Vector3 meanlineEnd = new Vector3(topRight.x, m_Transform.TransformPoint(new Vector3(0, meanline, 0)).y, 0); + + if (characterInfo.isVisible) + { + // Cap line + Handles.color = Color.cyan; + Handles.DrawDottedLine(capHeightStart, capHeightEnd, dottedLineSize); + + // Mean line + Handles.color = Color.cyan; + Handles.DrawDottedLine(meanlineStart, meanlineEnd, dottedLineSize); + } + + //Draw Base line + Vector3 baselineStart = m_Transform.TransformPoint(new Vector3(origin, baseline, 0)); + Vector3 baselineEnd = m_Transform.TransformPoint(new Vector3(advance, baseline, 0)); + + Handles.color = Color.cyan; + Handles.DrawDottedLine(baselineStart, baselineEnd, dottedLineSize); + + //Draw Descent line + Vector3 descentlineStart = m_Transform.TransformPoint(new Vector3(origin, descentline, 0)); + Vector3 descentlineEnd = m_Transform.TransformPoint(new Vector3(advance, descentline, 0)); + + Handles.color = Color.cyan; + Handles.DrawDottedLine(descentlineStart, descentlineEnd, dottedLineSize); + + // Draw Origin + Vector3 originPosition = m_Transform.TransformPoint(new Vector3(origin, baseline, 0)); + DrawCrosshair(originPosition, 0.05f / m_ScaleMultiplier, Color.cyan); + + // Draw Horizontal Advance + Vector3 advancePosition = m_Transform.TransformPoint(new Vector3(advance, baseline, 0)); + DrawSquare(advancePosition, 0.025f / m_ScaleMultiplier, Color.yellow); + DrawCrosshair(advancePosition, 0.0125f / m_ScaleMultiplier, Color.yellow); + + // Draw text labels for metrics + if (m_HandleSize < 0.5f) + { + GUIStyle style = new GUIStyle(GUI.skin.GetStyle("Label")); + style.normal.textColor = new Color(0.6f, 0.6f, 0.6f, 1.0f); + style.fontSize = 12; + style.fixedWidth = 200; + style.fixedHeight = 20; + + Vector3 labelPosition; + float center = (origin + advance) / 2; + + //float baselineMetrics = 0; + //float ascentlineMetrics = ascentline - baseline; + //float caplineMetrics = capline - baseline; + //float meanlineMetrics = meanline - baseline; + //float descentlineMetrics = descentline - baseline; + + // Ascent Line + labelPosition = m_Transform.TransformPoint(new Vector3(center, ascentline, 0)); + style.alignment = TextAnchor.UpperCenter; + Handles.Label(labelPosition, "Ascent Line", style); + //Handles.Label(labelPosition, "Ascent Line (" + ascentlineMetrics.ToString("f3") + ")" , style); + + // Base Line + labelPosition = m_Transform.TransformPoint(new Vector3(center, baseline, 0)); + Handles.Label(labelPosition, "Base Line", style); + //Handles.Label(labelPosition, "Base Line (" + baselineMetrics.ToString("f3") + ")" , style); + + // Descent line + labelPosition = m_Transform.TransformPoint(new Vector3(center, descentline, 0)); + Handles.Label(labelPosition, "Descent Line", style); + //Handles.Label(labelPosition, "Descent Line (" + descentlineMetrics.ToString("f3") + ")" , style); + + if (characterInfo.isVisible) + { + // Cap Line + labelPosition = m_Transform.TransformPoint(new Vector3(center, capline, 0)); + style.alignment = TextAnchor.UpperCenter; + Handles.Label(labelPosition, "Cap Line", style); + //Handles.Label(labelPosition, "Cap Line (" + caplineMetrics.ToString("f3") + ")" , style); + + // Mean Line + labelPosition = m_Transform.TransformPoint(new Vector3(center, meanline, 0)); + style.alignment = TextAnchor.UpperCenter; + Handles.Label(labelPosition, "Mean Line", style); + //Handles.Label(labelPosition, "Mean Line (" + ascentlineMetrics.ToString("f3") + ")" , style); + + // Origin + labelPosition = m_Transform.TransformPoint(new Vector3(origin, baseline, 0)); + style.alignment = TextAnchor.UpperRight; + Handles.Label(labelPosition, "Origin ", style); + + // Advance + labelPosition = m_Transform.TransformPoint(new Vector3(advance, baseline, 0)); + style.alignment = TextAnchor.UpperLeft; + Handles.Label(labelPosition, " Advance", style); + } + } + } + } + + + /// <summary> + /// Method to draw rectangles around each word of the text. + /// </summary> + /// <param name="text"></param> + void DrawWordBounds() + { + for (int i = 0; i < m_TextInfo.wordCount; i++) + { + TMP_WordInfo wInfo = m_TextInfo.wordInfo[i]; + + bool isBeginRegion = false; + + Vector3 bottomLeft = Vector3.zero; + Vector3 topLeft = Vector3.zero; + Vector3 bottomRight = Vector3.zero; + Vector3 topRight = Vector3.zero; + + float maxAscender = -Mathf.Infinity; + float minDescender = Mathf.Infinity; + + Color wordColor = Color.green; + + // Iterate through each character of the word + for (int j = 0; j < wInfo.characterCount; j++) + { + int characterIndex = wInfo.firstCharacterIndex + j; + TMP_CharacterInfo currentCharInfo = m_TextInfo.characterInfo[characterIndex]; + int currentLine = currentCharInfo.lineNumber; + + bool isCharacterVisible = characterIndex > m_TextComponent.maxVisibleCharacters || + currentCharInfo.lineNumber > m_TextComponent.maxVisibleLines || + (m_TextComponent.overflowMode == TextOverflowModes.Page && currentCharInfo.pageNumber + 1 != m_TextComponent.pageToDisplay) ? false : true; + + // Track Max Ascender and Min Descender + maxAscender = Mathf.Max(maxAscender, currentCharInfo.ascender); + minDescender = Mathf.Min(minDescender, currentCharInfo.descender); + + if (isBeginRegion == false && isCharacterVisible) + { + isBeginRegion = true; + + bottomLeft = new Vector3(currentCharInfo.bottomLeft.x, currentCharInfo.descender, 0); + topLeft = new Vector3(currentCharInfo.bottomLeft.x, currentCharInfo.ascender, 0); + + //Debug.Log("Start Word Region at [" + currentCharInfo.character + "]"); + + // If Word is one character + if (wInfo.characterCount == 1) + { + isBeginRegion = false; + + topLeft = m_Transform.TransformPoint(new Vector3(topLeft.x, maxAscender, 0)); + bottomLeft = m_Transform.TransformPoint(new Vector3(bottomLeft.x, minDescender, 0)); + bottomRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, minDescender, 0)); + topRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, maxAscender, 0)); + + // Draw Region + DrawRectangle(bottomLeft, topLeft, topRight, bottomRight, wordColor); + + //Debug.Log("End Word Region at [" + currentCharInfo.character + "]"); + } + } + + // Last Character of Word + if (isBeginRegion && j == wInfo.characterCount - 1) + { + isBeginRegion = false; + + topLeft = m_Transform.TransformPoint(new Vector3(topLeft.x, maxAscender, 0)); + bottomLeft = m_Transform.TransformPoint(new Vector3(bottomLeft.x, minDescender, 0)); + bottomRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, minDescender, 0)); + topRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, maxAscender, 0)); + + // Draw Region + DrawRectangle(bottomLeft, topLeft, topRight, bottomRight, wordColor); + + //Debug.Log("End Word Region at [" + currentCharInfo.character + "]"); + } + // If Word is split on more than one line. + else if (isBeginRegion && currentLine != m_TextInfo.characterInfo[characterIndex + 1].lineNumber) + { + isBeginRegion = false; + + topLeft = m_Transform.TransformPoint(new Vector3(topLeft.x, maxAscender, 0)); + bottomLeft = m_Transform.TransformPoint(new Vector3(bottomLeft.x, minDescender, 0)); + bottomRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, minDescender, 0)); + topRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, maxAscender, 0)); + + // Draw Region + DrawRectangle(bottomLeft, topLeft, topRight, bottomRight, wordColor); + //Debug.Log("End Word Region at [" + currentCharInfo.character + "]"); + maxAscender = -Mathf.Infinity; + minDescender = Mathf.Infinity; + + } + } + + //Debug.Log(wInfo.GetWord(m_TextMeshPro.textInfo.characterInfo)); + } + + + } + + + /// <summary> + /// Draw rectangle around each of the links contained in the text. + /// </summary> + /// <param name="text"></param> + void DrawLinkBounds() + { + TMP_TextInfo textInfo = m_TextComponent.textInfo; + + for (int i = 0; i < textInfo.linkCount; i++) + { + TMP_LinkInfo linkInfo = textInfo.linkInfo[i]; + + bool isBeginRegion = false; + + Vector3 bottomLeft = Vector3.zero; + Vector3 topLeft = Vector3.zero; + Vector3 bottomRight = Vector3.zero; + Vector3 topRight = Vector3.zero; + + float maxAscender = -Mathf.Infinity; + float minDescender = Mathf.Infinity; + + Color32 linkColor = Color.cyan; + + // Iterate through each character of the link text + for (int j = 0; j < linkInfo.linkTextLength; j++) + { + int characterIndex = linkInfo.linkTextfirstCharacterIndex + j; + TMP_CharacterInfo currentCharInfo = textInfo.characterInfo[characterIndex]; + int currentLine = currentCharInfo.lineNumber; + + bool isCharacterVisible = characterIndex > m_TextComponent.maxVisibleCharacters || + currentCharInfo.lineNumber > m_TextComponent.maxVisibleLines || + (m_TextComponent.overflowMode == TextOverflowModes.Page && currentCharInfo.pageNumber + 1 != m_TextComponent.pageToDisplay) ? false : true; + + // Track Max Ascender and Min Descender + maxAscender = Mathf.Max(maxAscender, currentCharInfo.ascender); + minDescender = Mathf.Min(minDescender, currentCharInfo.descender); + + if (isBeginRegion == false && isCharacterVisible) + { + isBeginRegion = true; + + bottomLeft = new Vector3(currentCharInfo.bottomLeft.x, currentCharInfo.descender, 0); + topLeft = new Vector3(currentCharInfo.bottomLeft.x, currentCharInfo.ascender, 0); + + //Debug.Log("Start Word Region at [" + currentCharInfo.character + "]"); + + // If Link is one character + if (linkInfo.linkTextLength == 1) + { + isBeginRegion = false; + + topLeft = m_Transform.TransformPoint(new Vector3(topLeft.x, maxAscender, 0)); + bottomLeft = m_Transform.TransformPoint(new Vector3(bottomLeft.x, minDescender, 0)); + bottomRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, minDescender, 0)); + topRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, maxAscender, 0)); + + // Draw Region + DrawRectangle(bottomLeft, topLeft, topRight, bottomRight, linkColor); + + //Debug.Log("End Word Region at [" + currentCharInfo.character + "]"); + } + } + + // Last Character of Link + if (isBeginRegion && j == linkInfo.linkTextLength - 1) + { + isBeginRegion = false; + + topLeft = m_Transform.TransformPoint(new Vector3(topLeft.x, maxAscender, 0)); + bottomLeft = m_Transform.TransformPoint(new Vector3(bottomLeft.x, minDescender, 0)); + bottomRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, minDescender, 0)); + topRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, maxAscender, 0)); + + // Draw Region + DrawRectangle(bottomLeft, topLeft, topRight, bottomRight, linkColor); + + //Debug.Log("End Word Region at [" + currentCharInfo.character + "]"); + } + // If Link is split on more than one line. + else if (isBeginRegion && currentLine != textInfo.characterInfo[characterIndex + 1].lineNumber) + { + isBeginRegion = false; + + topLeft = m_Transform.TransformPoint(new Vector3(topLeft.x, maxAscender, 0)); + bottomLeft = m_Transform.TransformPoint(new Vector3(bottomLeft.x, minDescender, 0)); + bottomRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, minDescender, 0)); + topRight = m_Transform.TransformPoint(new Vector3(currentCharInfo.topRight.x, maxAscender, 0)); + + // Draw Region + DrawRectangle(bottomLeft, topLeft, topRight, bottomRight, linkColor); + + maxAscender = -Mathf.Infinity; + minDescender = Mathf.Infinity; + //Debug.Log("End Word Region at [" + currentCharInfo.character + "]"); + } + } + + //Debug.Log(wInfo.GetWord(m_TextMeshPro.textInfo.characterInfo)); + } + } + + + /// <summary> + /// Draw Rectangles around each lines of the text. + /// </summary> + /// <param name="text"></param> + void DrawLineBounds() + { + int lineCount = m_TextInfo.lineCount; + + for (int i = 0; i < lineCount; i++) + { + TMP_LineInfo lineInfo = m_TextInfo.lineInfo[i]; + TMP_CharacterInfo firstCharacterInfo = m_TextInfo.characterInfo[lineInfo.firstCharacterIndex]; + TMP_CharacterInfo lastCharacterInfo = m_TextInfo.characterInfo[lineInfo.lastCharacterIndex]; + + bool isLineVisible = (lineInfo.characterCount == 1 && (firstCharacterInfo.character == 10 || firstCharacterInfo.character == 11 || firstCharacterInfo.character == 0x2028 || firstCharacterInfo.character == 0x2029)) || + i > m_TextComponent.maxVisibleLines || + (m_TextComponent.overflowMode == TextOverflowModes.Page && firstCharacterInfo.pageNumber + 1 != m_TextComponent.pageToDisplay) ? false : true; + + if (!isLineVisible) continue; + + float lineBottomLeft = firstCharacterInfo.bottomLeft.x; + float lineTopRight = lastCharacterInfo.topRight.x; + + float ascentline = lineInfo.ascender; + float baseline = lineInfo.baseline; + float descentline = lineInfo.descender; + + float dottedLineSize = 12; + + // Draw line extents + DrawDottedRectangle(m_Transform.TransformPoint(lineInfo.lineExtents.min), m_Transform.TransformPoint(lineInfo.lineExtents.max), Color.green, 4); + + // Draw Ascent line + Vector3 ascentlineStart = m_Transform.TransformPoint(new Vector3(lineBottomLeft, ascentline, 0)); + Vector3 ascentlineEnd = m_Transform.TransformPoint(new Vector3(lineTopRight, ascentline, 0)); + + Handles.color = Color.yellow; + Handles.DrawDottedLine(ascentlineStart, ascentlineEnd, dottedLineSize); + + // Draw Base line + Vector3 baseLineStart = m_Transform.TransformPoint(new Vector3(lineBottomLeft, baseline, 0)); + Vector3 baseLineEnd = m_Transform.TransformPoint(new Vector3(lineTopRight, baseline, 0)); + + Handles.color = Color.yellow; + Handles.DrawDottedLine(baseLineStart, baseLineEnd, dottedLineSize); + + // Draw Descent line + Vector3 descentLineStart = m_Transform.TransformPoint(new Vector3(lineBottomLeft, descentline, 0)); + Vector3 descentLineEnd = m_Transform.TransformPoint(new Vector3(lineTopRight, descentline, 0)); + + Handles.color = Color.yellow; + Handles.DrawDottedLine(descentLineStart, descentLineEnd, dottedLineSize); + + // Draw text labels for metrics + if (m_HandleSize < 1.0f) + { + GUIStyle style = new GUIStyle(); + style.normal.textColor = new Color(0.8f, 0.8f, 0.8f, 1.0f); + style.fontSize = 12; + style.fixedWidth = 200; + style.fixedHeight = 20; + Vector3 labelPosition; + + // Ascent Line + labelPosition = m_Transform.TransformPoint(new Vector3(lineBottomLeft, ascentline, 0)); + style.padding = new RectOffset(0, 10, 0, 5); + style.alignment = TextAnchor.MiddleRight; + Handles.Label(labelPosition, "Ascent Line", style); + + // Base Line + labelPosition = m_Transform.TransformPoint(new Vector3(lineBottomLeft, baseline, 0)); + Handles.Label(labelPosition, "Base Line", style); + + // Descent line + labelPosition = m_Transform.TransformPoint(new Vector3(lineBottomLeft, descentline, 0)); + Handles.Label(labelPosition, "Descent Line", style); + } + } + } + + + /// <summary> + /// Draw Rectangle around the bounds of the text object. + /// </summary> + void DrawBounds() + { + Bounds meshBounds = m_TextComponent.bounds; + + // Get Bottom Left and Top Right position of each word + Vector3 bottomLeft = m_TextComponent.transform.position + meshBounds.min; + Vector3 topRight = m_TextComponent.transform.position + meshBounds.max; + + DrawRectangle(bottomLeft, topRight, new Color(1, 0.5f, 0)); + } + + + void DrawTextBounds() + { + Bounds textBounds = m_TextComponent.textBounds; + + Vector3 bottomLeft = m_TextComponent.transform.position + (textBounds.center - textBounds.extents); + Vector3 topRight = m_TextComponent.transform.position + (textBounds.center + textBounds.extents); + + DrawRectangle(bottomLeft, topRight, new Color(0f, 0.5f, 0.5f)); + } + + + // Draw Rectangles + void DrawRectangle(Vector3 BL, Vector3 TR, Color color) + { + Gizmos.color = color; + + Gizmos.DrawLine(new Vector3(BL.x, BL.y, 0), new Vector3(BL.x, TR.y, 0)); + Gizmos.DrawLine(new Vector3(BL.x, TR.y, 0), new Vector3(TR.x, TR.y, 0)); + Gizmos.DrawLine(new Vector3(TR.x, TR.y, 0), new Vector3(TR.x, BL.y, 0)); + Gizmos.DrawLine(new Vector3(TR.x, BL.y, 0), new Vector3(BL.x, BL.y, 0)); + } + + void DrawDottedRectangle(Vector3 bottomLeft, Vector3 topRight, Color color, float size = 5.0f) + { + Handles.color = color; + Handles.DrawDottedLine(bottomLeft, new Vector3(bottomLeft.x, topRight.y, bottomLeft.z), size); + Handles.DrawDottedLine(new Vector3(bottomLeft.x, topRight.y, bottomLeft.z), topRight, size); + Handles.DrawDottedLine(topRight, new Vector3(topRight.x, bottomLeft.y, bottomLeft.z), size); + Handles.DrawDottedLine(new Vector3(topRight.x, bottomLeft.y, bottomLeft.z), bottomLeft, size); + } + + void DrawSolidRectangle(Vector3 bottomLeft, Vector3 topRight, Color color, float size = 5.0f) + { + Handles.color = color; + Rect rect = new Rect(bottomLeft, topRight - bottomLeft); + Handles.DrawSolidRectangleWithOutline(rect, color, Color.black); + } + + void DrawSquare(Vector3 position, float size, Color color) + { + Handles.color = color; + Vector3 bottomLeft = new Vector3(position.x - size, position.y - size, position.z); + Vector3 topLeft = new Vector3(position.x - size, position.y + size, position.z); + Vector3 topRight = new Vector3(position.x + size, position.y + size, position.z); + Vector3 bottomRight = new Vector3(position.x + size, position.y - size, position.z); + + Handles.DrawLine(bottomLeft, topLeft); + Handles.DrawLine(topLeft, topRight); + Handles.DrawLine(topRight, bottomRight); + Handles.DrawLine(bottomRight, bottomLeft); + } + + void DrawCrosshair(Vector3 position, float size, Color color) + { + Handles.color = color; + + Handles.DrawLine(new Vector3(position.x - size, position.y, position.z), new Vector3(position.x + size, position.y, position.z)); + Handles.DrawLine(new Vector3(position.x, position.y - size, position.z), new Vector3(position.x, position.y + size, position.z)); + } + + + // Draw Rectangles + void DrawRectangle(Vector3 bl, Vector3 tl, Vector3 tr, Vector3 br, Color color) + { + Gizmos.color = color; + + Gizmos.DrawLine(bl, tl); + Gizmos.DrawLine(tl, tr); + Gizmos.DrawLine(tr, br); + Gizmos.DrawLine(br, bl); + } + + + // Draw Rectangles + void DrawDottedRectangle(Vector3 bl, Vector3 tl, Vector3 tr, Vector3 br, Color color) + { + var cam = Camera.current; + float dotSpacing = (cam.WorldToScreenPoint(br).x - cam.WorldToScreenPoint(bl).x) / 75f; + UnityEditor.Handles.color = color; + + UnityEditor.Handles.DrawDottedLine(bl, tl, dotSpacing); + UnityEditor.Handles.DrawDottedLine(tl, tr, dotSpacing); + UnityEditor.Handles.DrawDottedLine(tr, br, dotSpacing); + UnityEditor.Handles.DrawDottedLine(br, bl, dotSpacing); + } + #endif + } +} + diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextInfoDebugTool.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextInfoDebugTool.cs.meta new file mode 100755 index 0000000..12400bf --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextInfoDebugTool.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 21256c5b62f346f18640dad779911e20 +timeCreated: 1430348781 +licenseType: Store +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_A.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_A.cs new file mode 100755 index 0000000..33d56e4 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_A.cs @@ -0,0 +1,157 @@ +using UnityEngine; +using UnityEngine.EventSystems; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TMP_TextSelector_A : MonoBehaviour, IPointerEnterHandler, IPointerExitHandler + { + private TextMeshPro m_TextMeshPro; + + private Camera m_Camera; + + private bool m_isHoveringObject; + private int m_selectedLink = -1; + private int m_lastCharIndex = -1; + private int m_lastWordIndex = -1; + + void Awake() + { + m_TextMeshPro = gameObject.GetComponent<TextMeshPro>(); + m_Camera = Camera.main; + + // Force generation of the text object so we have valid data to work with. This is needed since LateUpdate() will be called before the text object has a chance to generated when entering play mode. + m_TextMeshPro.ForceMeshUpdate(); + } + + + void LateUpdate() + { + m_isHoveringObject = false; + + if (TMP_TextUtilities.IsIntersectingRectTransform(m_TextMeshPro.rectTransform, Input.mousePosition, Camera.main)) + { + m_isHoveringObject = true; + } + + if (m_isHoveringObject) + { + #region Example of Character Selection + int charIndex = TMP_TextUtilities.FindIntersectingCharacter(m_TextMeshPro, Input.mousePosition, Camera.main, true); + if (charIndex != -1 && charIndex != m_lastCharIndex && (Input.GetKey(KeyCode.LeftShift) || Input.GetKey(KeyCode.RightShift))) + { + //Debug.Log("[" + m_TextMeshPro.textInfo.characterInfo[charIndex].character + "] has been selected."); + + m_lastCharIndex = charIndex; + + int meshIndex = m_TextMeshPro.textInfo.characterInfo[charIndex].materialReferenceIndex; + + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[charIndex].vertexIndex; + + Color32 c = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + + Color32[] vertexColors = m_TextMeshPro.textInfo.meshInfo[meshIndex].colors32; + + vertexColors[vertexIndex + 0] = c; + vertexColors[vertexIndex + 1] = c; + vertexColors[vertexIndex + 2] = c; + vertexColors[vertexIndex + 3] = c; + + //m_TextMeshPro.mesh.colors32 = vertexColors; + m_TextMeshPro.textInfo.meshInfo[meshIndex].mesh.colors32 = vertexColors; + } + #endregion + + #region Example of Link Handling + // Check if mouse intersects with any links. + int linkIndex = TMP_TextUtilities.FindIntersectingLink(m_TextMeshPro, Input.mousePosition, m_Camera); + + // Clear previous link selection if one existed. + if ((linkIndex == -1 && m_selectedLink != -1) || linkIndex != m_selectedLink) + { + //m_TextPopup_RectTransform.gameObject.SetActive(false); + m_selectedLink = -1; + } + + // Handle new Link selection. + if (linkIndex != -1 && linkIndex != m_selectedLink) + { + m_selectedLink = linkIndex; + + TMP_LinkInfo linkInfo = m_TextMeshPro.textInfo.linkInfo[linkIndex]; + + // The following provides an example of how to access the link properties. + //Debug.Log("Link ID: \"" + linkInfo.GetLinkID() + "\" Link Text: \"" + linkInfo.GetLinkText() + "\""); // Example of how to retrieve the Link ID and Link Text. + + Vector3 worldPointInRectangle; + + RectTransformUtility.ScreenPointToWorldPointInRectangle(m_TextMeshPro.rectTransform, Input.mousePosition, m_Camera, out worldPointInRectangle); + + switch (linkInfo.GetLinkID()) + { + case "id_01": // 100041637: // id_01 + //m_TextPopup_RectTransform.position = worldPointInRectangle; + //m_TextPopup_RectTransform.gameObject.SetActive(true); + //m_TextPopup_TMPComponent.text = k_LinkText + " ID 01"; + break; + case "id_02": // 100041638: // id_02 + //m_TextPopup_RectTransform.position = worldPointInRectangle; + //m_TextPopup_RectTransform.gameObject.SetActive(true); + //m_TextPopup_TMPComponent.text = k_LinkText + " ID 02"; + break; + } + } + #endregion + + + #region Example of Word Selection + // Check if Mouse intersects any words and if so assign a random color to that word. + int wordIndex = TMP_TextUtilities.FindIntersectingWord(m_TextMeshPro, Input.mousePosition, Camera.main); + if (wordIndex != -1 && wordIndex != m_lastWordIndex) + { + m_lastWordIndex = wordIndex; + + TMP_WordInfo wInfo = m_TextMeshPro.textInfo.wordInfo[wordIndex]; + + Vector3 wordPOS = m_TextMeshPro.transform.TransformPoint(m_TextMeshPro.textInfo.characterInfo[wInfo.firstCharacterIndex].bottomLeft); + wordPOS = Camera.main.WorldToScreenPoint(wordPOS); + + //Debug.Log("Mouse Position: " + Input.mousePosition.ToString("f3") + " Word Position: " + wordPOS.ToString("f3")); + + Color32[] vertexColors = m_TextMeshPro.textInfo.meshInfo[0].colors32; + + Color32 c = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + for (int i = 0; i < wInfo.characterCount; i++) + { + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[wInfo.firstCharacterIndex + i].vertexIndex; + + vertexColors[vertexIndex + 0] = c; + vertexColors[vertexIndex + 1] = c; + vertexColors[vertexIndex + 2] = c; + vertexColors[vertexIndex + 3] = c; + } + + m_TextMeshPro.mesh.colors32 = vertexColors; + } + #endregion + } + } + + + public void OnPointerEnter(PointerEventData eventData) + { + Debug.Log("OnPointerEnter()"); + m_isHoveringObject = true; + } + + + public void OnPointerExit(PointerEventData eventData) + { + Debug.Log("OnPointerExit()"); + m_isHoveringObject = false; + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_A.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_A.cs.meta new file mode 100755 index 0000000..da25ec4 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_A.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 103e0a6a1d404693b9fb1a5173e0e979 +timeCreated: 1452811039 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_B.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_B.cs new file mode 100755 index 0000000..e41fbfa --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_B.cs @@ -0,0 +1,547 @@ +using UnityEngine; +using UnityEngine.Events; +using UnityEngine.EventSystems; +using System.Collections; +using System.Collections.Generic; + + +#pragma warning disable 0618 // Disabled warning due to SetVertices being deprecated until new release with SetMesh() is available. + +namespace TMPro.Examples +{ + + public class TMP_TextSelector_B : MonoBehaviour, IPointerEnterHandler, IPointerExitHandler, IPointerClickHandler, IPointerUpHandler + { + public RectTransform TextPopup_Prefab_01; + + private RectTransform m_TextPopup_RectTransform; + private TextMeshProUGUI m_TextPopup_TMPComponent; + private const string k_LinkText = "You have selected link <#ffff00>"; + private const string k_WordText = "Word Index: <#ffff00>"; + + + private TextMeshProUGUI m_TextMeshPro; + private Canvas m_Canvas; + private Camera m_Camera; + + // Flags + private bool isHoveringObject; + private int m_selectedWord = -1; + private int m_selectedLink = -1; + private int m_lastIndex = -1; + + private Matrix4x4 m_matrix; + + private TMP_MeshInfo[] m_cachedMeshInfoVertexData; + + void Awake() + { + m_TextMeshPro = gameObject.GetComponent<TextMeshProUGUI>(); + + + m_Canvas = gameObject.GetComponentInParent<Canvas>(); + + // Get a reference to the camera if Canvas Render Mode is not ScreenSpace Overlay. + if (m_Canvas.renderMode == RenderMode.ScreenSpaceOverlay) + m_Camera = null; + else + m_Camera = m_Canvas.worldCamera; + + // Create pop-up text object which is used to show the link information. + m_TextPopup_RectTransform = Instantiate(TextPopup_Prefab_01) as RectTransform; + m_TextPopup_RectTransform.SetParent(m_Canvas.transform, false); + m_TextPopup_TMPComponent = m_TextPopup_RectTransform.GetComponentInChildren<TextMeshProUGUI>(); + m_TextPopup_RectTransform.gameObject.SetActive(false); + } + + + void OnEnable() + { + // Subscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Add(ON_TEXT_CHANGED); + } + + void OnDisable() + { + // UnSubscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Remove(ON_TEXT_CHANGED); + } + + + void ON_TEXT_CHANGED(Object obj) + { + if (obj == m_TextMeshPro) + { + // Update cached vertex data. + m_cachedMeshInfoVertexData = m_TextMeshPro.textInfo.CopyMeshInfoVertexData(); + } + } + + + void LateUpdate() + { + if (isHoveringObject) + { + // Check if Mouse Intersects any of the characters. If so, assign a random color. + #region Handle Character Selection + int charIndex = TMP_TextUtilities.FindIntersectingCharacter(m_TextMeshPro, Input.mousePosition, m_Camera, true); + + // Undo Swap and Vertex Attribute changes. + if (charIndex == -1 || charIndex != m_lastIndex) + { + RestoreCachedVertexAttributes(m_lastIndex); + m_lastIndex = -1; + } + + if (charIndex != -1 && charIndex != m_lastIndex && (Input.GetKey(KeyCode.LeftShift) || Input.GetKey(KeyCode.RightShift))) + { + m_lastIndex = charIndex; + + // Get the index of the material / sub text object used by this character. + int materialIndex = m_TextMeshPro.textInfo.characterInfo[charIndex].materialReferenceIndex; + + // Get the index of the first vertex of the selected character. + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[charIndex].vertexIndex; + + // Get a reference to the vertices array. + Vector3[] vertices = m_TextMeshPro.textInfo.meshInfo[materialIndex].vertices; + + // Determine the center point of the character. + Vector2 charMidBasline = (vertices[vertexIndex + 0] + vertices[vertexIndex + 2]) / 2; + + // Need to translate all 4 vertices of the character to aligned with middle of character / baseline. + // This is needed so the matrix TRS is applied at the origin for each character. + Vector3 offset = charMidBasline; + + // Translate the character to the middle baseline. + vertices[vertexIndex + 0] = vertices[vertexIndex + 0] - offset; + vertices[vertexIndex + 1] = vertices[vertexIndex + 1] - offset; + vertices[vertexIndex + 2] = vertices[vertexIndex + 2] - offset; + vertices[vertexIndex + 3] = vertices[vertexIndex + 3] - offset; + + float zoomFactor = 1.5f; + + // Setup the Matrix for the scale change. + m_matrix = Matrix4x4.TRS(Vector3.zero, Quaternion.identity, Vector3.one * zoomFactor); + + // Apply Matrix operation on the given character. + vertices[vertexIndex + 0] = m_matrix.MultiplyPoint3x4(vertices[vertexIndex + 0]); + vertices[vertexIndex + 1] = m_matrix.MultiplyPoint3x4(vertices[vertexIndex + 1]); + vertices[vertexIndex + 2] = m_matrix.MultiplyPoint3x4(vertices[vertexIndex + 2]); + vertices[vertexIndex + 3] = m_matrix.MultiplyPoint3x4(vertices[vertexIndex + 3]); + + // Translate the character back to its original position. + vertices[vertexIndex + 0] = vertices[vertexIndex + 0] + offset; + vertices[vertexIndex + 1] = vertices[vertexIndex + 1] + offset; + vertices[vertexIndex + 2] = vertices[vertexIndex + 2] + offset; + vertices[vertexIndex + 3] = vertices[vertexIndex + 3] + offset; + + // Change Vertex Colors of the highlighted character + Color32 c = new Color32(255, 255, 192, 255); + + // Get a reference to the vertex color + Color32[] vertexColors = m_TextMeshPro.textInfo.meshInfo[materialIndex].colors32; + + vertexColors[vertexIndex + 0] = c; + vertexColors[vertexIndex + 1] = c; + vertexColors[vertexIndex + 2] = c; + vertexColors[vertexIndex + 3] = c; + + + // Get a reference to the meshInfo of the selected character. + TMP_MeshInfo meshInfo = m_TextMeshPro.textInfo.meshInfo[materialIndex]; + + // Get the index of the last character's vertex attributes. + int lastVertexIndex = vertices.Length - 4; + + // Swap the current character's vertex attributes with those of the last element in the vertex attribute arrays. + // We do this to make sure this character is rendered last and over other characters. + meshInfo.SwapVertexData(vertexIndex, lastVertexIndex); + + // Need to update the appropriate + m_TextMeshPro.UpdateVertexData(TMP_VertexDataUpdateFlags.All); + } + #endregion + + + #region Word Selection Handling + //Check if Mouse intersects any words and if so assign a random color to that word. + int wordIndex = TMP_TextUtilities.FindIntersectingWord(m_TextMeshPro, Input.mousePosition, m_Camera); + + // Clear previous word selection. + if (m_TextPopup_RectTransform != null && m_selectedWord != -1 && (wordIndex == -1 || wordIndex != m_selectedWord)) + { + TMP_WordInfo wInfo = m_TextMeshPro.textInfo.wordInfo[m_selectedWord]; + + // Iterate through each of the characters of the word. + for (int i = 0; i < wInfo.characterCount; i++) + { + int characterIndex = wInfo.firstCharacterIndex + i; + + // Get the index of the material / sub text object used by this character. + int meshIndex = m_TextMeshPro.textInfo.characterInfo[characterIndex].materialReferenceIndex; + + // Get the index of the first vertex of this character. + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[characterIndex].vertexIndex; + + // Get a reference to the vertex color + Color32[] vertexColors = m_TextMeshPro.textInfo.meshInfo[meshIndex].colors32; + + Color32 c = vertexColors[vertexIndex + 0].Tint(1.33333f); + + vertexColors[vertexIndex + 0] = c; + vertexColors[vertexIndex + 1] = c; + vertexColors[vertexIndex + 2] = c; + vertexColors[vertexIndex + 3] = c; + } + + // Update Geometry + m_TextMeshPro.UpdateVertexData(TMP_VertexDataUpdateFlags.All); + + m_selectedWord = -1; + } + + + // Word Selection Handling + if (wordIndex != -1 && wordIndex != m_selectedWord && !(Input.GetKey(KeyCode.LeftShift) || Input.GetKey(KeyCode.RightShift))) + { + m_selectedWord = wordIndex; + + TMP_WordInfo wInfo = m_TextMeshPro.textInfo.wordInfo[wordIndex]; + + // Iterate through each of the characters of the word. + for (int i = 0; i < wInfo.characterCount; i++) + { + int characterIndex = wInfo.firstCharacterIndex + i; + + // Get the index of the material / sub text object used by this character. + int meshIndex = m_TextMeshPro.textInfo.characterInfo[characterIndex].materialReferenceIndex; + + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[characterIndex].vertexIndex; + + // Get a reference to the vertex color + Color32[] vertexColors = m_TextMeshPro.textInfo.meshInfo[meshIndex].colors32; + + Color32 c = vertexColors[vertexIndex + 0].Tint(0.75f); + + vertexColors[vertexIndex + 0] = c; + vertexColors[vertexIndex + 1] = c; + vertexColors[vertexIndex + 2] = c; + vertexColors[vertexIndex + 3] = c; + } + + // Update Geometry + m_TextMeshPro.UpdateVertexData(TMP_VertexDataUpdateFlags.All); + + } + #endregion + + + #region Example of Link Handling + // Check if mouse intersects with any links. + int linkIndex = TMP_TextUtilities.FindIntersectingLink(m_TextMeshPro, Input.mousePosition, m_Camera); + + // Clear previous link selection if one existed. + if ((linkIndex == -1 && m_selectedLink != -1) || linkIndex != m_selectedLink) + { + m_TextPopup_RectTransform.gameObject.SetActive(false); + m_selectedLink = -1; + } + + // Handle new Link selection. + if (linkIndex != -1 && linkIndex != m_selectedLink) + { + m_selectedLink = linkIndex; + + TMP_LinkInfo linkInfo = m_TextMeshPro.textInfo.linkInfo[linkIndex]; + + // Debug.Log("Link ID: \"" + linkInfo.GetLinkID() + "\" Link Text: \"" + linkInfo.GetLinkText() + "\""); // Example of how to retrieve the Link ID and Link Text. + + Vector3 worldPointInRectangle; + RectTransformUtility.ScreenPointToWorldPointInRectangle(m_TextMeshPro.rectTransform, Input.mousePosition, m_Camera, out worldPointInRectangle); + + switch (linkInfo.GetLinkID()) + { + case "id_01": // 100041637: // id_01 + m_TextPopup_RectTransform.position = worldPointInRectangle; + m_TextPopup_RectTransform.gameObject.SetActive(true); + m_TextPopup_TMPComponent.text = k_LinkText + " ID 01"; + break; + case "id_02": // 100041638: // id_02 + m_TextPopup_RectTransform.position = worldPointInRectangle; + m_TextPopup_RectTransform.gameObject.SetActive(true); + m_TextPopup_TMPComponent.text = k_LinkText + " ID 02"; + break; + } + } + #endregion + + } + else + { + // Restore any character that may have been modified + if (m_lastIndex != -1) + { + RestoreCachedVertexAttributes(m_lastIndex); + m_lastIndex = -1; + } + } + + } + + + public void OnPointerEnter(PointerEventData eventData) + { + //Debug.Log("OnPointerEnter()"); + isHoveringObject = true; + } + + + public void OnPointerExit(PointerEventData eventData) + { + //Debug.Log("OnPointerExit()"); + isHoveringObject = false; + } + + + public void OnPointerClick(PointerEventData eventData) + { + //Debug.Log("Click at POS: " + eventData.position + " World POS: " + eventData.worldPosition); + + // Check if Mouse Intersects any of the characters. If so, assign a random color. + #region Character Selection Handling + /* + int charIndex = TMP_TextUtilities.FindIntersectingCharacter(m_TextMeshPro, Input.mousePosition, m_Camera, true); + if (charIndex != -1 && charIndex != m_lastIndex) + { + //Debug.Log("Character [" + m_TextMeshPro.textInfo.characterInfo[index].character + "] was selected at POS: " + eventData.position); + m_lastIndex = charIndex; + + Color32 c = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[charIndex].vertexIndex; + + UIVertex[] uiVertices = m_TextMeshPro.textInfo.meshInfo.uiVertices; + + uiVertices[vertexIndex + 0].color = c; + uiVertices[vertexIndex + 1].color = c; + uiVertices[vertexIndex + 2].color = c; + uiVertices[vertexIndex + 3].color = c; + + m_TextMeshPro.canvasRenderer.SetVertices(uiVertices, uiVertices.Length); + } + */ + #endregion + + + #region Word Selection Handling + //Check if Mouse intersects any words and if so assign a random color to that word. + /* + int wordIndex = TMP_TextUtilities.FindIntersectingWord(m_TextMeshPro, Input.mousePosition, m_Camera); + + // Clear previous word selection. + if (m_TextPopup_RectTransform != null && m_selectedWord != -1 && (wordIndex == -1 || wordIndex != m_selectedWord)) + { + TMP_WordInfo wInfo = m_TextMeshPro.textInfo.wordInfo[m_selectedWord]; + + // Get a reference to the uiVertices array. + UIVertex[] uiVertices = m_TextMeshPro.textInfo.meshInfo.uiVertices; + + // Iterate through each of the characters of the word. + for (int i = 0; i < wInfo.characterCount; i++) + { + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[wInfo.firstCharacterIndex + i].vertexIndex; + + Color32 c = uiVertices[vertexIndex + 0].color.Tint(1.33333f); + + uiVertices[vertexIndex + 0].color = c; + uiVertices[vertexIndex + 1].color = c; + uiVertices[vertexIndex + 2].color = c; + uiVertices[vertexIndex + 3].color = c; + } + + m_TextMeshPro.canvasRenderer.SetVertices(uiVertices, uiVertices.Length); + + m_selectedWord = -1; + } + + // Handle word selection + if (wordIndex != -1 && wordIndex != m_selectedWord) + { + m_selectedWord = wordIndex; + + TMP_WordInfo wInfo = m_TextMeshPro.textInfo.wordInfo[wordIndex]; + + // Get a reference to the uiVertices array. + UIVertex[] uiVertices = m_TextMeshPro.textInfo.meshInfo.uiVertices; + + // Iterate through each of the characters of the word. + for (int i = 0; i < wInfo.characterCount; i++) + { + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[wInfo.firstCharacterIndex + i].vertexIndex; + + Color32 c = uiVertices[vertexIndex + 0].color.Tint(0.75f); + + uiVertices[vertexIndex + 0].color = c; + uiVertices[vertexIndex + 1].color = c; + uiVertices[vertexIndex + 2].color = c; + uiVertices[vertexIndex + 3].color = c; + } + + m_TextMeshPro.canvasRenderer.SetVertices(uiVertices, uiVertices.Length); + } + */ + #endregion + + + #region Link Selection Handling + /* + // Check if Mouse intersects any words and if so assign a random color to that word. + int linkIndex = TMP_TextUtilities.FindIntersectingLink(m_TextMeshPro, Input.mousePosition, m_Camera); + if (linkIndex != -1) + { + TMP_LinkInfo linkInfo = m_TextMeshPro.textInfo.linkInfo[linkIndex]; + int linkHashCode = linkInfo.hashCode; + + //Debug.Log(TMP_TextUtilities.GetSimpleHashCode("id_02")); + + switch (linkHashCode) + { + case 291445: // id_01 + if (m_LinkObject01 == null) + m_LinkObject01 = Instantiate(Link_01_Prefab); + else + { + m_LinkObject01.gameObject.SetActive(true); + } + + break; + case 291446: // id_02 + break; + + } + + // Example of how to modify vertex attributes like colors + #region Vertex Attribute Modification Example + UIVertex[] uiVertices = m_TextMeshPro.textInfo.meshInfo.uiVertices; + + Color32 c = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + for (int i = 0; i < linkInfo.characterCount; i++) + { + TMP_CharacterInfo cInfo = m_TextMeshPro.textInfo.characterInfo[linkInfo.firstCharacterIndex + i]; + + if (!cInfo.isVisible) continue; // Skip invisible characters. + + int vertexIndex = cInfo.vertexIndex; + + uiVertices[vertexIndex + 0].color = c; + uiVertices[vertexIndex + 1].color = c; + uiVertices[vertexIndex + 2].color = c; + uiVertices[vertexIndex + 3].color = c; + } + + m_TextMeshPro.canvasRenderer.SetVertices(uiVertices, uiVertices.Length); + #endregion + } + */ + #endregion + } + + + public void OnPointerUp(PointerEventData eventData) + { + //Debug.Log("OnPointerUp()"); + } + + + void RestoreCachedVertexAttributes(int index) + { + if (index == -1 || index > m_TextMeshPro.textInfo.characterCount - 1) return; + + // Get the index of the material / sub text object used by this character. + int materialIndex = m_TextMeshPro.textInfo.characterInfo[index].materialReferenceIndex; + + // Get the index of the first vertex of the selected character. + int vertexIndex = m_TextMeshPro.textInfo.characterInfo[index].vertexIndex; + + // Restore Vertices + // Get a reference to the cached / original vertices. + Vector3[] src_vertices = m_cachedMeshInfoVertexData[materialIndex].vertices; + + // Get a reference to the vertices that we need to replace. + Vector3[] dst_vertices = m_TextMeshPro.textInfo.meshInfo[materialIndex].vertices; + + // Restore / Copy vertices from source to destination + dst_vertices[vertexIndex + 0] = src_vertices[vertexIndex + 0]; + dst_vertices[vertexIndex + 1] = src_vertices[vertexIndex + 1]; + dst_vertices[vertexIndex + 2] = src_vertices[vertexIndex + 2]; + dst_vertices[vertexIndex + 3] = src_vertices[vertexIndex + 3]; + + // Restore Vertex Colors + // Get a reference to the vertex colors we need to replace. + Color32[] dst_colors = m_TextMeshPro.textInfo.meshInfo[materialIndex].colors32; + + // Get a reference to the cached / original vertex colors. + Color32[] src_colors = m_cachedMeshInfoVertexData[materialIndex].colors32; + + // Copy the vertex colors from source to destination. + dst_colors[vertexIndex + 0] = src_colors[vertexIndex + 0]; + dst_colors[vertexIndex + 1] = src_colors[vertexIndex + 1]; + dst_colors[vertexIndex + 2] = src_colors[vertexIndex + 2]; + dst_colors[vertexIndex + 3] = src_colors[vertexIndex + 3]; + + // Restore UV0S + // UVS0 + Vector2[] src_uv0s = m_cachedMeshInfoVertexData[materialIndex].uvs0; + Vector2[] dst_uv0s = m_TextMeshPro.textInfo.meshInfo[materialIndex].uvs0; + dst_uv0s[vertexIndex + 0] = src_uv0s[vertexIndex + 0]; + dst_uv0s[vertexIndex + 1] = src_uv0s[vertexIndex + 1]; + dst_uv0s[vertexIndex + 2] = src_uv0s[vertexIndex + 2]; + dst_uv0s[vertexIndex + 3] = src_uv0s[vertexIndex + 3]; + + // UVS2 + Vector2[] src_uv2s = m_cachedMeshInfoVertexData[materialIndex].uvs2; + Vector2[] dst_uv2s = m_TextMeshPro.textInfo.meshInfo[materialIndex].uvs2; + dst_uv2s[vertexIndex + 0] = src_uv2s[vertexIndex + 0]; + dst_uv2s[vertexIndex + 1] = src_uv2s[vertexIndex + 1]; + dst_uv2s[vertexIndex + 2] = src_uv2s[vertexIndex + 2]; + dst_uv2s[vertexIndex + 3] = src_uv2s[vertexIndex + 3]; + + + // Restore last vertex attribute as we swapped it as well + int lastIndex = (src_vertices.Length / 4 - 1) * 4; + + // Vertices + dst_vertices[lastIndex + 0] = src_vertices[lastIndex + 0]; + dst_vertices[lastIndex + 1] = src_vertices[lastIndex + 1]; + dst_vertices[lastIndex + 2] = src_vertices[lastIndex + 2]; + dst_vertices[lastIndex + 3] = src_vertices[lastIndex + 3]; + + // Vertex Colors + src_colors = m_cachedMeshInfoVertexData[materialIndex].colors32; + dst_colors = m_TextMeshPro.textInfo.meshInfo[materialIndex].colors32; + dst_colors[lastIndex + 0] = src_colors[lastIndex + 0]; + dst_colors[lastIndex + 1] = src_colors[lastIndex + 1]; + dst_colors[lastIndex + 2] = src_colors[lastIndex + 2]; + dst_colors[lastIndex + 3] = src_colors[lastIndex + 3]; + + // UVS0 + src_uv0s = m_cachedMeshInfoVertexData[materialIndex].uvs0; + dst_uv0s = m_TextMeshPro.textInfo.meshInfo[materialIndex].uvs0; + dst_uv0s[lastIndex + 0] = src_uv0s[lastIndex + 0]; + dst_uv0s[lastIndex + 1] = src_uv0s[lastIndex + 1]; + dst_uv0s[lastIndex + 2] = src_uv0s[lastIndex + 2]; + dst_uv0s[lastIndex + 3] = src_uv0s[lastIndex + 3]; + + // UVS2 + src_uv2s = m_cachedMeshInfoVertexData[materialIndex].uvs2; + dst_uv2s = m_TextMeshPro.textInfo.meshInfo[materialIndex].uvs2; + dst_uv2s[lastIndex + 0] = src_uv2s[lastIndex + 0]; + dst_uv2s[lastIndex + 1] = src_uv2s[lastIndex + 1]; + dst_uv2s[lastIndex + 2] = src_uv2s[lastIndex + 2]; + dst_uv2s[lastIndex + 3] = src_uv2s[lastIndex + 3]; + + // Need to update the appropriate + m_TextMeshPro.UpdateVertexData(TMP_VertexDataUpdateFlags.All); + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_B.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_B.cs.meta new file mode 100755 index 0000000..0fc3741 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_TextSelector_B.cs.meta @@ -0,0 +1,14 @@ +fileFormatVersion: 2 +guid: a05dcd8be7ec4ccbb35c26219884aa37 +timeCreated: 1435531209 +licenseType: Store +MonoImporter: + serializedVersion: 2 + defaultReferences: + - TextPopup_Prefab_01: {fileID: 22450954, guid: b06f0e6c1dfa4356ac918da1bb32c603, + type: 2} + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_UiFrameRateCounter.cs b/TextMesh Pro/Examples & Extras/Scripts/TMP_UiFrameRateCounter.cs new file mode 100755 index 0000000..586e8be --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_UiFrameRateCounter.cs @@ -0,0 +1,125 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TMP_UiFrameRateCounter : MonoBehaviour + { + public float UpdateInterval = 5.0f; + private float m_LastInterval = 0; + private int m_Frames = 0; + + public enum FpsCounterAnchorPositions { TopLeft, BottomLeft, TopRight, BottomRight }; + + public FpsCounterAnchorPositions AnchorPosition = FpsCounterAnchorPositions.TopRight; + + private string htmlColorTag; + private const string fpsLabel = "{0:2}</color> <#8080ff>FPS \n<#FF8000>{1:2} <#8080ff>MS"; + + private TextMeshProUGUI m_TextMeshPro; + private RectTransform m_frameCounter_transform; + + private FpsCounterAnchorPositions last_AnchorPosition; + + void Awake() + { + if (!enabled) + return; + + Application.targetFrameRate = 1000; + + GameObject frameCounter = new GameObject("Frame Counter"); + m_frameCounter_transform = frameCounter.AddComponent<RectTransform>(); + + m_frameCounter_transform.SetParent(this.transform, false); + + m_TextMeshPro = frameCounter.AddComponent<TextMeshProUGUI>(); + m_TextMeshPro.font = Resources.Load<TMP_FontAsset>("Fonts & Materials/LiberationSans SDF"); + m_TextMeshPro.fontSharedMaterial = Resources.Load<Material>("Fonts & Materials/LiberationSans SDF - Overlay"); + + m_TextMeshPro.enableWordWrapping = false; + m_TextMeshPro.fontSize = 36; + + m_TextMeshPro.isOverlay = true; + + Set_FrameCounter_Position(AnchorPosition); + last_AnchorPosition = AnchorPosition; + } + + + void Start() + { + m_LastInterval = Time.realtimeSinceStartup; + m_Frames = 0; + } + + + void Update() + { + if (AnchorPosition != last_AnchorPosition) + Set_FrameCounter_Position(AnchorPosition); + + last_AnchorPosition = AnchorPosition; + + m_Frames += 1; + float timeNow = Time.realtimeSinceStartup; + + if (timeNow > m_LastInterval + UpdateInterval) + { + // display two fractional digits (f2 format) + float fps = m_Frames / (timeNow - m_LastInterval); + float ms = 1000.0f / Mathf.Max(fps, 0.00001f); + + if (fps < 30) + htmlColorTag = "<color=yellow>"; + else if (fps < 10) + htmlColorTag = "<color=red>"; + else + htmlColorTag = "<color=green>"; + + m_TextMeshPro.SetText(htmlColorTag + fpsLabel, fps, ms); + + m_Frames = 0; + m_LastInterval = timeNow; + } + } + + + void Set_FrameCounter_Position(FpsCounterAnchorPositions anchor_position) + { + switch (anchor_position) + { + case FpsCounterAnchorPositions.TopLeft: + m_TextMeshPro.alignment = TextAlignmentOptions.TopLeft; + m_frameCounter_transform.pivot = new Vector2(0, 1); + m_frameCounter_transform.anchorMin = new Vector2(0.01f, 0.99f); + m_frameCounter_transform.anchorMax = new Vector2(0.01f, 0.99f); + m_frameCounter_transform.anchoredPosition = new Vector2(0, 1); + break; + case FpsCounterAnchorPositions.BottomLeft: + m_TextMeshPro.alignment = TextAlignmentOptions.BottomLeft; + m_frameCounter_transform.pivot = new Vector2(0, 0); + m_frameCounter_transform.anchorMin = new Vector2(0.01f, 0.01f); + m_frameCounter_transform.anchorMax = new Vector2(0.01f, 0.01f); + m_frameCounter_transform.anchoredPosition = new Vector2(0, 0); + break; + case FpsCounterAnchorPositions.TopRight: + m_TextMeshPro.alignment = TextAlignmentOptions.TopRight; + m_frameCounter_transform.pivot = new Vector2(1, 1); + m_frameCounter_transform.anchorMin = new Vector2(0.99f, 0.99f); + m_frameCounter_transform.anchorMax = new Vector2(0.99f, 0.99f); + m_frameCounter_transform.anchoredPosition = new Vector2(1, 1); + break; + case FpsCounterAnchorPositions.BottomRight: + m_TextMeshPro.alignment = TextAlignmentOptions.BottomRight; + m_frameCounter_transform.pivot = new Vector2(1, 0); + m_frameCounter_transform.anchorMin = new Vector2(0.99f, 0.01f); + m_frameCounter_transform.anchorMax = new Vector2(0.99f, 0.01f); + m_frameCounter_transform.anchoredPosition = new Vector2(1, 0); + break; + } + } + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMP_UiFrameRateCounter.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMP_UiFrameRateCounter.cs.meta new file mode 100755 index 0000000..baad0f6 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMP_UiFrameRateCounter.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 24b0dc2d1d494adbbec1f4db26b4cf83 +timeCreated: 1448607572 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMPro_InstructionOverlay.cs b/TextMesh Pro/Examples & Extras/Scripts/TMPro_InstructionOverlay.cs new file mode 100755 index 0000000..2367dcf --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMPro_InstructionOverlay.cs @@ -0,0 +1,84 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TMPro_InstructionOverlay : MonoBehaviour + { + + public enum FpsCounterAnchorPositions { TopLeft, BottomLeft, TopRight, BottomRight }; + + public FpsCounterAnchorPositions AnchorPosition = FpsCounterAnchorPositions.BottomLeft; + + private const string instructions = "Camera Control - <#ffff00>Shift + RMB\n</color>Zoom - <#ffff00>Mouse wheel."; + + private TextMeshPro m_TextMeshPro; + private TextContainer m_textContainer; + private Transform m_frameCounter_transform; + private Camera m_camera; + + //private FpsCounterAnchorPositions last_AnchorPosition; + + void Awake() + { + if (!enabled) + return; + + m_camera = Camera.main; + + GameObject frameCounter = new GameObject("Frame Counter"); + m_frameCounter_transform = frameCounter.transform; + m_frameCounter_transform.parent = m_camera.transform; + m_frameCounter_transform.localRotation = Quaternion.identity; + + + m_TextMeshPro = frameCounter.AddComponent<TextMeshPro>(); + m_TextMeshPro.font = Resources.Load<TMP_FontAsset>("Fonts & Materials/LiberationSans SDF"); + m_TextMeshPro.fontSharedMaterial = Resources.Load<Material>("Fonts & Materials/LiberationSans SDF - Overlay"); + + m_TextMeshPro.fontSize = 30; + + m_TextMeshPro.isOverlay = true; + m_textContainer = frameCounter.GetComponent<TextContainer>(); + + Set_FrameCounter_Position(AnchorPosition); + //last_AnchorPosition = AnchorPosition; + + m_TextMeshPro.text = instructions; + + } + + + + + void Set_FrameCounter_Position(FpsCounterAnchorPositions anchor_position) + { + + switch (anchor_position) + { + case FpsCounterAnchorPositions.TopLeft: + //m_TextMeshPro.anchor = AnchorPositions.TopLeft; + m_textContainer.anchorPosition = TextContainerAnchors.TopLeft; + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(0, 1, 100.0f)); + break; + case FpsCounterAnchorPositions.BottomLeft: + //m_TextMeshPro.anchor = AnchorPositions.BottomLeft; + m_textContainer.anchorPosition = TextContainerAnchors.BottomLeft; + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(0, 0, 100.0f)); + break; + case FpsCounterAnchorPositions.TopRight: + //m_TextMeshPro.anchor = AnchorPositions.TopRight; + m_textContainer.anchorPosition = TextContainerAnchors.TopRight; + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(1, 1, 100.0f)); + break; + case FpsCounterAnchorPositions.BottomRight: + //m_TextMeshPro.anchor = AnchorPositions.BottomRight; + m_textContainer.anchorPosition = TextContainerAnchors.BottomRight; + m_frameCounter_transform.position = m_camera.ViewportToWorldPoint(new Vector3(1, 0, 100.0f)); + break; + } + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TMPro_InstructionOverlay.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TMPro_InstructionOverlay.cs.meta new file mode 100755 index 0000000..d0e5e2c --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TMPro_InstructionOverlay.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: c3c1afeda5e545e0b19add5373896d2e +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TeleType.cs b/TextMesh Pro/Examples & Extras/Scripts/TeleType.cs new file mode 100755 index 0000000..0d94197 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TeleType.cs @@ -0,0 +1,83 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TeleType : MonoBehaviour + { + + + //[Range(0, 100)] + //public int RevealSpeed = 50; + + private string label01 = "Example <sprite=2> of using <sprite=7> <#ffa000>Graphics Inline</color> <sprite=5> with Text in <font=\"Bangers SDF\" material=\"Bangers SDF - Drop Shadow\">TextMesh<#40a0ff>Pro</color></font><sprite=0> and Unity<sprite=1>"; + private string label02 = "Example <sprite=2> of using <sprite=7> <#ffa000>Graphics Inline</color> <sprite=5> with Text in <font=\"Bangers SDF\" material=\"Bangers SDF - Drop Shadow\">TextMesh<#40a0ff>Pro</color></font><sprite=0> and Unity<sprite=2>"; + + + private TMP_Text m_textMeshPro; + + + void Awake() + { + // Get Reference to TextMeshPro Component + m_textMeshPro = GetComponent<TMP_Text>(); + m_textMeshPro.text = label01; + m_textMeshPro.enableWordWrapping = true; + m_textMeshPro.alignment = TextAlignmentOptions.Top; + + + + //if (GetComponentInParent(typeof(Canvas)) as Canvas == null) + //{ + // GameObject canvas = new GameObject("Canvas", typeof(Canvas)); + // gameObject.transform.SetParent(canvas.transform); + // canvas.GetComponent<Canvas>().renderMode = RenderMode.ScreenSpaceOverlay; + + // // Set RectTransform Size + // gameObject.GetComponent<RectTransform>().sizeDelta = new Vector2(500, 300); + // m_textMeshPro.fontSize = 48; + //} + + + } + + + IEnumerator Start() + { + + // Force and update of the mesh to get valid information. + m_textMeshPro.ForceMeshUpdate(); + + + int totalVisibleCharacters = m_textMeshPro.textInfo.characterCount; // Get # of Visible Character in text object + int counter = 0; + int visibleCount = 0; + + while (true) + { + visibleCount = counter % (totalVisibleCharacters + 1); + + m_textMeshPro.maxVisibleCharacters = visibleCount; // How many characters should TextMeshPro display? + + // Once the last character has been revealed, wait 1.0 second and start over. + if (visibleCount >= totalVisibleCharacters) + { + yield return new WaitForSeconds(1.0f); + m_textMeshPro.text = label02; + yield return new WaitForSeconds(1.0f); + m_textMeshPro.text = label01; + yield return new WaitForSeconds(1.0f); + } + + counter += 1; + + yield return new WaitForSeconds(0.05f); + } + + //Debug.Log("Done revealing the text."); + } + + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/TeleType.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TeleType.cs.meta new file mode 100755 index 0000000..562609b --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TeleType.cs.meta @@ -0,0 +1,10 @@ +fileFormatVersion: 2 +guid: e32c266ee6204b21a427753cb0694c81 +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TextConsoleSimulator.cs b/TextMesh Pro/Examples & Extras/Scripts/TextConsoleSimulator.cs new file mode 100755 index 0000000..883990e --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TextConsoleSimulator.cs @@ -0,0 +1,121 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + public class TextConsoleSimulator : MonoBehaviour + { + private TMP_Text m_TextComponent; + private bool hasTextChanged; + + void Awake() + { + m_TextComponent = gameObject.GetComponent<TMP_Text>(); + } + + + void Start() + { + StartCoroutine(RevealCharacters(m_TextComponent)); + //StartCoroutine(RevealWords(m_TextComponent)); + } + + + void OnEnable() + { + // Subscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Add(ON_TEXT_CHANGED); + } + + void OnDisable() + { + TMPro_EventManager.TEXT_CHANGED_EVENT.Remove(ON_TEXT_CHANGED); + } + + + // Event received when the text object has changed. + void ON_TEXT_CHANGED(Object obj) + { + hasTextChanged = true; + } + + + /// <summary> + /// Method revealing the text one character at a time. + /// </summary> + /// <returns></returns> + IEnumerator RevealCharacters(TMP_Text textComponent) + { + textComponent.ForceMeshUpdate(); + + TMP_TextInfo textInfo = textComponent.textInfo; + + int totalVisibleCharacters = textInfo.characterCount; // Get # of Visible Character in text object + int visibleCount = 0; + + while (true) + { + if (hasTextChanged) + { + totalVisibleCharacters = textInfo.characterCount; // Update visible character count. + hasTextChanged = false; + } + + if (visibleCount > totalVisibleCharacters) + { + yield return new WaitForSeconds(1.0f); + visibleCount = 0; + } + + textComponent.maxVisibleCharacters = visibleCount; // How many characters should TextMeshPro display? + + visibleCount += 1; + + yield return null; + } + } + + + /// <summary> + /// Method revealing the text one word at a time. + /// </summary> + /// <returns></returns> + IEnumerator RevealWords(TMP_Text textComponent) + { + textComponent.ForceMeshUpdate(); + + int totalWordCount = textComponent.textInfo.wordCount; + int totalVisibleCharacters = textComponent.textInfo.characterCount; // Get # of Visible Character in text object + int counter = 0; + int currentWord = 0; + int visibleCount = 0; + + while (true) + { + currentWord = counter % (totalWordCount + 1); + + // Get last character index for the current word. + if (currentWord == 0) // Display no words. + visibleCount = 0; + else if (currentWord < totalWordCount) // Display all other words with the exception of the last one. + visibleCount = textComponent.textInfo.wordInfo[currentWord - 1].lastCharacterIndex + 1; + else if (currentWord == totalWordCount) // Display last word and all remaining characters. + visibleCount = totalVisibleCharacters; + + textComponent.maxVisibleCharacters = visibleCount; // How many characters should TextMeshPro display? + + // Once the last character has been revealed, wait 1.0 second and start over. + if (visibleCount >= totalVisibleCharacters) + { + yield return new WaitForSeconds(1.0f); + } + + counter += 1; + + yield return new WaitForSeconds(0.1f); + } + } + + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/TextConsoleSimulator.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TextConsoleSimulator.cs.meta new file mode 100755 index 0000000..3d83e76 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TextConsoleSimulator.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 43bcd35a1c0c40ccb6d472893fe2093f +timeCreated: 1435298333 +licenseType: Store +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TextMeshProFloatingText.cs b/TextMesh Pro/Examples & Extras/Scripts/TextMeshProFloatingText.cs new file mode 100755 index 0000000..f961113 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TextMeshProFloatingText.cs @@ -0,0 +1,223 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TextMeshProFloatingText : MonoBehaviour + { + public Font TheFont; + + private GameObject m_floatingText; + private TextMeshPro m_textMeshPro; + private TextMesh m_textMesh; + + private Transform m_transform; + private Transform m_floatingText_Transform; + private Transform m_cameraTransform; + + Vector3 lastPOS = Vector3.zero; + Quaternion lastRotation = Quaternion.identity; + + public int SpawnType; + public bool IsTextObjectScaleStatic; + + //private int m_frame = 0; + + static WaitForEndOfFrame k_WaitForEndOfFrame = new WaitForEndOfFrame(); + static WaitForSeconds[] k_WaitForSecondsRandom = new WaitForSeconds[] + { + new WaitForSeconds(0.05f), new WaitForSeconds(0.1f), new WaitForSeconds(0.15f), new WaitForSeconds(0.2f), new WaitForSeconds(0.25f), + new WaitForSeconds(0.3f), new WaitForSeconds(0.35f), new WaitForSeconds(0.4f), new WaitForSeconds(0.45f), new WaitForSeconds(0.5f), + new WaitForSeconds(0.55f), new WaitForSeconds(0.6f), new WaitForSeconds(0.65f), new WaitForSeconds(0.7f), new WaitForSeconds(0.75f), + new WaitForSeconds(0.8f), new WaitForSeconds(0.85f), new WaitForSeconds(0.9f), new WaitForSeconds(0.95f), new WaitForSeconds(1.0f), + }; + + void Awake() + { + m_transform = transform; + m_floatingText = new GameObject(this.name + " floating text"); + + // Reference to Transform is lost when TMP component is added since it replaces it by a RectTransform. + //m_floatingText_Transform = m_floatingText.transform; + //m_floatingText_Transform.position = m_transform.position + new Vector3(0, 15f, 0); + + m_cameraTransform = Camera.main.transform; + } + + void Start() + { + if (SpawnType == 0) + { + // TextMesh Pro Implementation + m_textMeshPro = m_floatingText.AddComponent<TextMeshPro>(); + m_textMeshPro.rectTransform.sizeDelta = new Vector2(3, 3); + + m_floatingText_Transform = m_floatingText.transform; + m_floatingText_Transform.position = m_transform.position + new Vector3(0, 15f, 0); + + //m_textMeshPro.fontAsset = Resources.Load("Fonts & Materials/JOKERMAN SDF", typeof(TextMeshProFont)) as TextMeshProFont; // User should only provide a string to the resource. + //m_textMeshPro.fontSharedMaterial = Resources.Load("Fonts & Materials/LiberationSans SDF", typeof(Material)) as Material; + + m_textMeshPro.alignment = TextAlignmentOptions.Center; + m_textMeshPro.color = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + m_textMeshPro.fontSize = 24; + //m_textMeshPro.enableExtraPadding = true; + //m_textMeshPro.enableShadows = false; + m_textMeshPro.enableKerning = false; + m_textMeshPro.text = string.Empty; + m_textMeshPro.isTextObjectScaleStatic = IsTextObjectScaleStatic; + + StartCoroutine(DisplayTextMeshProFloatingText()); + } + else if (SpawnType == 1) + { + //Debug.Log("Spawning TextMesh Objects."); + + m_floatingText_Transform = m_floatingText.transform; + m_floatingText_Transform.position = m_transform.position + new Vector3(0, 15f, 0); + + m_textMesh = m_floatingText.AddComponent<TextMesh>(); + m_textMesh.font = Resources.Load<Font>("Fonts/ARIAL"); + m_textMesh.GetComponent<Renderer>().sharedMaterial = m_textMesh.font.material; + m_textMesh.color = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + m_textMesh.anchor = TextAnchor.LowerCenter; + m_textMesh.fontSize = 24; + + StartCoroutine(DisplayTextMeshFloatingText()); + } + else if (SpawnType == 2) + { + + } + + } + + + //void Update() + //{ + // if (SpawnType == 0) + // { + // m_textMeshPro.SetText("{0}", m_frame); + // } + // else + // { + // m_textMesh.text = m_frame.ToString(); + // } + // m_frame = (m_frame + 1) % 1000; + + //} + + + public IEnumerator DisplayTextMeshProFloatingText() + { + float CountDuration = 2.0f; // How long is the countdown alive. + float starting_Count = Random.Range(5f, 20f); // At what number is the counter starting at. + float current_Count = starting_Count; + + Vector3 start_pos = m_floatingText_Transform.position; + Color32 start_color = m_textMeshPro.color; + float alpha = 255; + int int_counter = 0; + + + float fadeDuration = 3 / starting_Count * CountDuration; + + while (current_Count > 0) + { + current_Count -= (Time.deltaTime / CountDuration) * starting_Count; + + if (current_Count <= 3) + { + //Debug.Log("Fading Counter ... " + current_Count.ToString("f2")); + alpha = Mathf.Clamp(alpha - (Time.deltaTime / fadeDuration) * 255, 0, 255); + } + + int_counter = (int)current_Count; + m_textMeshPro.text = int_counter.ToString(); + //m_textMeshPro.SetText("{0}", (int)current_Count); + + m_textMeshPro.color = new Color32(start_color.r, start_color.g, start_color.b, (byte)alpha); + + // Move the floating text upward each update + m_floatingText_Transform.position += new Vector3(0, starting_Count * Time.deltaTime, 0); + + // Align floating text perpendicular to Camera. + if (!lastPOS.Compare(m_cameraTransform.position, 1000) || !lastRotation.Compare(m_cameraTransform.rotation, 1000)) + { + lastPOS = m_cameraTransform.position; + lastRotation = m_cameraTransform.rotation; + m_floatingText_Transform.rotation = lastRotation; + Vector3 dir = m_transform.position - lastPOS; + m_transform.forward = new Vector3(dir.x, 0, dir.z); + } + + yield return k_WaitForEndOfFrame; + } + + //Debug.Log("Done Counting down."); + + yield return k_WaitForSecondsRandom[Random.Range(0, 19)]; + + m_floatingText_Transform.position = start_pos; + + StartCoroutine(DisplayTextMeshProFloatingText()); + } + + + public IEnumerator DisplayTextMeshFloatingText() + { + float CountDuration = 2.0f; // How long is the countdown alive. + float starting_Count = Random.Range(5f, 20f); // At what number is the counter starting at. + float current_Count = starting_Count; + + Vector3 start_pos = m_floatingText_Transform.position; + Color32 start_color = m_textMesh.color; + float alpha = 255; + int int_counter = 0; + + float fadeDuration = 3 / starting_Count * CountDuration; + + while (current_Count > 0) + { + current_Count -= (Time.deltaTime / CountDuration) * starting_Count; + + if (current_Count <= 3) + { + //Debug.Log("Fading Counter ... " + current_Count.ToString("f2")); + alpha = Mathf.Clamp(alpha - (Time.deltaTime / fadeDuration) * 255, 0, 255); + } + + int_counter = (int)current_Count; + m_textMesh.text = int_counter.ToString(); + //Debug.Log("Current Count:" + current_Count.ToString("f2")); + + m_textMesh.color = new Color32(start_color.r, start_color.g, start_color.b, (byte)alpha); + + // Move the floating text upward each update + m_floatingText_Transform.position += new Vector3(0, starting_Count * Time.deltaTime, 0); + + // Align floating text perpendicular to Camera. + if (!lastPOS.Compare(m_cameraTransform.position, 1000) || !lastRotation.Compare(m_cameraTransform.rotation, 1000)) + { + lastPOS = m_cameraTransform.position; + lastRotation = m_cameraTransform.rotation; + m_floatingText_Transform.rotation = lastRotation; + Vector3 dir = m_transform.position - lastPOS; + m_transform.forward = new Vector3(dir.x, 0, dir.z); + } + + yield return k_WaitForEndOfFrame; + } + + //Debug.Log("Done Counting down."); + + yield return k_WaitForSecondsRandom[Random.Range(0, 20)]; + + m_floatingText_Transform.position = start_pos; + + StartCoroutine(DisplayTextMeshFloatingText()); + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TextMeshProFloatingText.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TextMeshProFloatingText.cs.meta new file mode 100755 index 0000000..da60e2f --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TextMeshProFloatingText.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: a4d4c76e63944cba8c7d00f56334b98c +MonoImporter: + serializedVersion: 2 + defaultReferences: + - TheFont: {instanceID: 0} + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/TextMeshSpawner.cs b/TextMesh Pro/Examples & Extras/Scripts/TextMeshSpawner.cs new file mode 100755 index 0000000..0aa450d --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TextMeshSpawner.cs @@ -0,0 +1,79 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class TextMeshSpawner : MonoBehaviour + { + + public int SpawnType = 0; + public int NumberOfNPC = 12; + + public Font TheFont; + + private TextMeshProFloatingText floatingText_Script; + + void Awake() + { + + } + + void Start() + { + + for (int i = 0; i < NumberOfNPC; i++) + { + if (SpawnType == 0) + { + // TextMesh Pro Implementation + //go.transform.localScale = new Vector3(2, 2, 2); + GameObject go = new GameObject(); //"NPC " + i); + go.transform.position = new Vector3(Random.Range(-95f, 95f), 0.5f, Random.Range(-95f, 95f)); + + //go.transform.position = new Vector3(0, 1.01f, 0); + //go.renderer.castShadows = false; + //go.renderer.receiveShadows = false; + //go.transform.rotation = Quaternion.Euler(0, Random.Range(0, 360), 0); + + TextMeshPro textMeshPro = go.AddComponent<TextMeshPro>(); + //textMeshPro.FontAsset = Resources.Load("Fonts & Materials/LiberationSans SDF", typeof(TextMeshProFont)) as TextMeshProFont; + //textMeshPro.anchor = AnchorPositions.Bottom; + textMeshPro.fontSize = 96; + + textMeshPro.text = "!"; + textMeshPro.color = new Color32(255, 255, 0, 255); + //textMeshPro.Text = "!"; + + + // Spawn Floating Text + floatingText_Script = go.AddComponent<TextMeshProFloatingText>(); + floatingText_Script.SpawnType = 0; + } + else + { + // TextMesh Implementation + GameObject go = new GameObject(); //"NPC " + i); + go.transform.position = new Vector3(Random.Range(-95f, 95f), 0.5f, Random.Range(-95f, 95f)); + + //go.transform.position = new Vector3(0, 1.01f, 0); + + TextMesh textMesh = go.AddComponent<TextMesh>(); + textMesh.GetComponent<Renderer>().sharedMaterial = TheFont.material; + textMesh.font = TheFont; + textMesh.anchor = TextAnchor.LowerCenter; + textMesh.fontSize = 96; + + textMesh.color = new Color32(255, 255, 0, 255); + textMesh.text = "!"; + + // Spawn Floating Text + floatingText_Script = go.AddComponent<TextMeshProFloatingText>(); + floatingText_Script.SpawnType = 1; + } + } + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/TextMeshSpawner.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/TextMeshSpawner.cs.meta new file mode 100755 index 0000000..dd5a8cb --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/TextMeshSpawner.cs.meta @@ -0,0 +1,11 @@ +fileFormatVersion: 2 +guid: 76c11bbcfddf44e0ba17d6c2751c8d84 +MonoImporter: + serializedVersion: 2 + defaultReferences: + - TheFont: {instanceID: 0} + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexColorCycler.cs b/TextMesh Pro/Examples & Extras/Scripts/VertexColorCycler.cs new file mode 100755 index 0000000..ac66647 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexColorCycler.cs @@ -0,0 +1,84 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class VertexColorCycler : MonoBehaviour + { + + private TMP_Text m_TextComponent; + + void Awake() + { + m_TextComponent = GetComponent<TMP_Text>(); + } + + + void Start() + { + StartCoroutine(AnimateVertexColors()); + } + + + /// <summary> + /// Method to animate vertex colors of a TMP Text object. + /// </summary> + /// <returns></returns> + IEnumerator AnimateVertexColors() + { + // Force the text object to update right away so we can have geometry to modify right from the start. + m_TextComponent.ForceMeshUpdate(); + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + int currentCharacter = 0; + + Color32[] newVertexColors; + Color32 c0 = m_TextComponent.color; + + while (true) + { + int characterCount = textInfo.characterCount; + + // If No Characters then just yield and wait for some text to be added + if (characterCount == 0) + { + yield return new WaitForSeconds(0.25f); + continue; + } + + // Get the index of the material used by the current character. + int materialIndex = textInfo.characterInfo[currentCharacter].materialReferenceIndex; + + // Get the vertex colors of the mesh used by this text element (character or sprite). + newVertexColors = textInfo.meshInfo[materialIndex].colors32; + + // Get the index of the first vertex used by this text element. + int vertexIndex = textInfo.characterInfo[currentCharacter].vertexIndex; + + // Only change the vertex color if the text element is visible. + if (textInfo.characterInfo[currentCharacter].isVisible) + { + c0 = new Color32((byte)Random.Range(0, 255), (byte)Random.Range(0, 255), (byte)Random.Range(0, 255), 255); + + newVertexColors[vertexIndex + 0] = c0; + newVertexColors[vertexIndex + 1] = c0; + newVertexColors[vertexIndex + 2] = c0; + newVertexColors[vertexIndex + 3] = c0; + + // New function which pushes (all) updated vertex data to the appropriate meshes when using either the Mesh Renderer or CanvasRenderer. + m_TextComponent.UpdateVertexData(TMP_VertexDataUpdateFlags.Colors32); + + // This last process could be done to only update the vertex data that has changed as opposed to all of the vertex data but it would require extra steps and knowing what type of renderer is used. + // These extra steps would be a performance optimization but it is unlikely that such optimization will be necessary. + } + + currentCharacter = (currentCharacter + 1) % characterCount; + + yield return new WaitForSeconds(0.05f); + } + } + + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexColorCycler.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/VertexColorCycler.cs.meta new file mode 100755 index 0000000..7ba50b8 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexColorCycler.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 91b8ba3d52e041fab2d0e0f169855539 +timeCreated: 1457047157 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexJitter.cs b/TextMesh Pro/Examples & Extras/Scripts/VertexJitter.cs new file mode 100755 index 0000000..7ed8230 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexJitter.cs @@ -0,0 +1,175 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class VertexJitter : MonoBehaviour + { + + public float AngleMultiplier = 1.0f; + public float SpeedMultiplier = 1.0f; + public float CurveScale = 1.0f; + + private TMP_Text m_TextComponent; + private bool hasTextChanged; + + /// <summary> + /// Structure to hold pre-computed animation data. + /// </summary> + private struct VertexAnim + { + public float angleRange; + public float angle; + public float speed; + } + + void Awake() + { + m_TextComponent = GetComponent<TMP_Text>(); + } + + void OnEnable() + { + // Subscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Add(ON_TEXT_CHANGED); + } + + void OnDisable() + { + TMPro_EventManager.TEXT_CHANGED_EVENT.Remove(ON_TEXT_CHANGED); + } + + + void Start() + { + StartCoroutine(AnimateVertexColors()); + } + + + void ON_TEXT_CHANGED(Object obj) + { + if (obj == m_TextComponent) + hasTextChanged = true; + } + + /// <summary> + /// Method to animate vertex colors of a TMP Text object. + /// </summary> + /// <returns></returns> + IEnumerator AnimateVertexColors() + { + + // We force an update of the text object since it would only be updated at the end of the frame. Ie. before this code is executed on the first frame. + // Alternatively, we could yield and wait until the end of the frame when the text object will be generated. + m_TextComponent.ForceMeshUpdate(); + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + + Matrix4x4 matrix; + + int loopCount = 0; + hasTextChanged = true; + + // Create an Array which contains pre-computed Angle Ranges and Speeds for a bunch of characters. + VertexAnim[] vertexAnim = new VertexAnim[1024]; + for (int i = 0; i < 1024; i++) + { + vertexAnim[i].angleRange = Random.Range(10f, 25f); + vertexAnim[i].speed = Random.Range(1f, 3f); + } + + // Cache the vertex data of the text object as the Jitter FX is applied to the original position of the characters. + TMP_MeshInfo[] cachedMeshInfo = textInfo.CopyMeshInfoVertexData(); + + while (true) + { + // Get new copy of vertex data if the text has changed. + if (hasTextChanged) + { + // Update the copy of the vertex data for the text object. + cachedMeshInfo = textInfo.CopyMeshInfoVertexData(); + + hasTextChanged = false; + } + + int characterCount = textInfo.characterCount; + + // If No Characters then just yield and wait for some text to be added + if (characterCount == 0) + { + yield return new WaitForSeconds(0.25f); + continue; + } + + + for (int i = 0; i < characterCount; i++) + { + TMP_CharacterInfo charInfo = textInfo.characterInfo[i]; + + // Skip characters that are not visible and thus have no geometry to manipulate. + if (!charInfo.isVisible) + continue; + + // Retrieve the pre-computed animation data for the given character. + VertexAnim vertAnim = vertexAnim[i]; + + // Get the index of the material used by the current character. + int materialIndex = textInfo.characterInfo[i].materialReferenceIndex; + + // Get the index of the first vertex used by this text element. + int vertexIndex = textInfo.characterInfo[i].vertexIndex; + + // Get the cached vertices of the mesh used by this text element (character or sprite). + Vector3[] sourceVertices = cachedMeshInfo[materialIndex].vertices; + + // Determine the center point of each character at the baseline. + //Vector2 charMidBasline = new Vector2((sourceVertices[vertexIndex + 0].x + sourceVertices[vertexIndex + 2].x) / 2, charInfo.baseLine); + // Determine the center point of each character. + Vector2 charMidBasline = (sourceVertices[vertexIndex + 0] + sourceVertices[vertexIndex + 2]) / 2; + + // Need to translate all 4 vertices of each quad to aligned with middle of character / baseline. + // This is needed so the matrix TRS is applied at the origin for each character. + Vector3 offset = charMidBasline; + + Vector3[] destinationVertices = textInfo.meshInfo[materialIndex].vertices; + + destinationVertices[vertexIndex + 0] = sourceVertices[vertexIndex + 0] - offset; + destinationVertices[vertexIndex + 1] = sourceVertices[vertexIndex + 1] - offset; + destinationVertices[vertexIndex + 2] = sourceVertices[vertexIndex + 2] - offset; + destinationVertices[vertexIndex + 3] = sourceVertices[vertexIndex + 3] - offset; + + vertAnim.angle = Mathf.SmoothStep(-vertAnim.angleRange, vertAnim.angleRange, Mathf.PingPong(loopCount / 25f * vertAnim.speed, 1f)); + Vector3 jitterOffset = new Vector3(Random.Range(-.25f, .25f), Random.Range(-.25f, .25f), 0); + + matrix = Matrix4x4.TRS(jitterOffset * CurveScale, Quaternion.Euler(0, 0, Random.Range(-5f, 5f) * AngleMultiplier), Vector3.one); + + destinationVertices[vertexIndex + 0] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 0]); + destinationVertices[vertexIndex + 1] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 1]); + destinationVertices[vertexIndex + 2] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 2]); + destinationVertices[vertexIndex + 3] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 3]); + + destinationVertices[vertexIndex + 0] += offset; + destinationVertices[vertexIndex + 1] += offset; + destinationVertices[vertexIndex + 2] += offset; + destinationVertices[vertexIndex + 3] += offset; + + vertexAnim[i] = vertAnim; + } + + // Push changes into meshes + for (int i = 0; i < textInfo.meshInfo.Length; i++) + { + textInfo.meshInfo[i].mesh.vertices = textInfo.meshInfo[i].vertices; + m_TextComponent.UpdateGeometry(textInfo.meshInfo[i].mesh, i); + } + + loopCount += 1; + + yield return new WaitForSeconds(0.1f); + } + } + + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexJitter.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/VertexJitter.cs.meta new file mode 100755 index 0000000..2ba768c --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexJitter.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 2ed57967c52645d390a89dcf8f61ba73 +timeCreated: 1461286718 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexShakeA.cs b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeA.cs new file mode 100755 index 0000000..a4022a5 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeA.cs @@ -0,0 +1,161 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class VertexShakeA : MonoBehaviour + { + + public float AngleMultiplier = 1.0f; + public float SpeedMultiplier = 1.0f; + public float ScaleMultiplier = 1.0f; + public float RotationMultiplier = 1.0f; + + private TMP_Text m_TextComponent; + private bool hasTextChanged; + + + void Awake() + { + m_TextComponent = GetComponent<TMP_Text>(); + } + + void OnEnable() + { + // Subscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Add(ON_TEXT_CHANGED); + } + + void OnDisable() + { + TMPro_EventManager.TEXT_CHANGED_EVENT.Remove(ON_TEXT_CHANGED); + } + + + void Start() + { + StartCoroutine(AnimateVertexColors()); + } + + + void ON_TEXT_CHANGED(Object obj) + { + if (obj = m_TextComponent) + hasTextChanged = true; + } + + /// <summary> + /// Method to animate vertex colors of a TMP Text object. + /// </summary> + /// <returns></returns> + IEnumerator AnimateVertexColors() + { + + // We force an update of the text object since it would only be updated at the end of the frame. Ie. before this code is executed on the first frame. + // Alternatively, we could yield and wait until the end of the frame when the text object will be generated. + m_TextComponent.ForceMeshUpdate(); + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + + Matrix4x4 matrix; + Vector3[][] copyOfVertices = new Vector3[0][]; + + hasTextChanged = true; + + while (true) + { + // Allocate new vertices + if (hasTextChanged) + { + if (copyOfVertices.Length < textInfo.meshInfo.Length) + copyOfVertices = new Vector3[textInfo.meshInfo.Length][]; + + for (int i = 0; i < textInfo.meshInfo.Length; i++) + { + int length = textInfo.meshInfo[i].vertices.Length; + copyOfVertices[i] = new Vector3[length]; + } + + hasTextChanged = false; + } + + int characterCount = textInfo.characterCount; + + // If No Characters then just yield and wait for some text to be added + if (characterCount == 0) + { + yield return new WaitForSeconds(0.25f); + continue; + } + + int lineCount = textInfo.lineCount; + + // Iterate through each line of the text. + for (int i = 0; i < lineCount; i++) + { + + int first = textInfo.lineInfo[i].firstCharacterIndex; + int last = textInfo.lineInfo[i].lastCharacterIndex; + + // Determine the center of each line + Vector3 centerOfLine = (textInfo.characterInfo[first].bottomLeft + textInfo.characterInfo[last].topRight) / 2; + Quaternion rotation = Quaternion.Euler(0, 0, Random.Range(-0.25f, 0.25f) * RotationMultiplier); + + // Iterate through each character of the line. + for (int j = first; j <= last; j++) + { + // Skip characters that are not visible and thus have no geometry to manipulate. + if (!textInfo.characterInfo[j].isVisible) + continue; + + // Get the index of the material used by the current character. + int materialIndex = textInfo.characterInfo[j].materialReferenceIndex; + + // Get the index of the first vertex used by this text element. + int vertexIndex = textInfo.characterInfo[j].vertexIndex; + + // Get the vertices of the mesh used by this text element (character or sprite). + Vector3[] sourceVertices = textInfo.meshInfo[materialIndex].vertices; + + // Need to translate all 4 vertices of each quad to aligned with center of character. + // This is needed so the matrix TRS is applied at the origin for each character. + copyOfVertices[materialIndex][vertexIndex + 0] = sourceVertices[vertexIndex + 0] - centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 1] = sourceVertices[vertexIndex + 1] - centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 2] = sourceVertices[vertexIndex + 2] - centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 3] = sourceVertices[vertexIndex + 3] - centerOfLine; + + // Determine the random scale change for each character. + float randomScale = Random.Range(0.995f - 0.001f * ScaleMultiplier, 1.005f + 0.001f * ScaleMultiplier); + + // Setup the matrix rotation. + matrix = Matrix4x4.TRS(Vector3.one, rotation, Vector3.one * randomScale); + + // Apply the matrix TRS to the individual characters relative to the center of the current line. + copyOfVertices[materialIndex][vertexIndex + 0] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 0]); + copyOfVertices[materialIndex][vertexIndex + 1] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 1]); + copyOfVertices[materialIndex][vertexIndex + 2] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 2]); + copyOfVertices[materialIndex][vertexIndex + 3] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 3]); + + // Revert the translation change. + copyOfVertices[materialIndex][vertexIndex + 0] += centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 1] += centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 2] += centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 3] += centerOfLine; + } + } + + // Push changes into meshes + for (int i = 0; i < textInfo.meshInfo.Length; i++) + { + textInfo.meshInfo[i].mesh.vertices = copyOfVertices[i]; + m_TextComponent.UpdateGeometry(textInfo.meshInfo[i].mesh, i); + } + + yield return new WaitForSeconds(0.1f); + } + } + + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexShakeA.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeA.cs.meta new file mode 100755 index 0000000..25aceb5 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeA.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: f7cfa58e417a46ea8889989684c2522e +timeCreated: 1462089320 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexShakeB.cs b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeB.cs new file mode 100755 index 0000000..fd3b1c4 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeB.cs @@ -0,0 +1,185 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class VertexShakeB : MonoBehaviour + { + + public float AngleMultiplier = 1.0f; + public float SpeedMultiplier = 1.0f; + public float CurveScale = 1.0f; + + private TMP_Text m_TextComponent; + private bool hasTextChanged; + + + void Awake() + { + m_TextComponent = GetComponent<TMP_Text>(); + } + + void OnEnable() + { + // Subscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Add(ON_TEXT_CHANGED); + } + + void OnDisable() + { + TMPro_EventManager.TEXT_CHANGED_EVENT.Remove(ON_TEXT_CHANGED); + } + + + void Start() + { + StartCoroutine(AnimateVertexColors()); + } + + + void ON_TEXT_CHANGED(Object obj) + { + if (obj = m_TextComponent) + hasTextChanged = true; + } + + /// <summary> + /// Method to animate vertex colors of a TMP Text object. + /// </summary> + /// <returns></returns> + IEnumerator AnimateVertexColors() + { + + // We force an update of the text object since it would only be updated at the end of the frame. Ie. before this code is executed on the first frame. + // Alternatively, we could yield and wait until the end of the frame when the text object will be generated. + m_TextComponent.ForceMeshUpdate(); + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + + Matrix4x4 matrix; + Vector3[][] copyOfVertices = new Vector3[0][]; + + hasTextChanged = true; + + while (true) + { + // Allocate new vertices + if (hasTextChanged) + { + if (copyOfVertices.Length < textInfo.meshInfo.Length) + copyOfVertices = new Vector3[textInfo.meshInfo.Length][]; + + for (int i = 0; i < textInfo.meshInfo.Length; i++) + { + int length = textInfo.meshInfo[i].vertices.Length; + copyOfVertices[i] = new Vector3[length]; + } + + hasTextChanged = false; + } + + int characterCount = textInfo.characterCount; + + // If No Characters then just yield and wait for some text to be added + if (characterCount == 0) + { + yield return new WaitForSeconds(0.25f); + continue; + } + + int lineCount = textInfo.lineCount; + + // Iterate through each line of the text. + for (int i = 0; i < lineCount; i++) + { + + int first = textInfo.lineInfo[i].firstCharacterIndex; + int last = textInfo.lineInfo[i].lastCharacterIndex; + + // Determine the center of each line + Vector3 centerOfLine = (textInfo.characterInfo[first].bottomLeft + textInfo.characterInfo[last].topRight) / 2; + Quaternion rotation = Quaternion.Euler(0, 0, Random.Range(-0.25f, 0.25f)); + + // Iterate through each character of the line. + for (int j = first; j <= last; j++) + { + // Skip characters that are not visible and thus have no geometry to manipulate. + if (!textInfo.characterInfo[j].isVisible) + continue; + + // Get the index of the material used by the current character. + int materialIndex = textInfo.characterInfo[j].materialReferenceIndex; + + // Get the index of the first vertex used by this text element. + int vertexIndex = textInfo.characterInfo[j].vertexIndex; + + // Get the vertices of the mesh used by this text element (character or sprite). + Vector3[] sourceVertices = textInfo.meshInfo[materialIndex].vertices; + + // Determine the center point of each character at the baseline. + Vector3 charCenter = (sourceVertices[vertexIndex + 0] + sourceVertices[vertexIndex + 2]) / 2; + + // Need to translate all 4 vertices of each quad to aligned with center of character. + // This is needed so the matrix TRS is applied at the origin for each character. + copyOfVertices[materialIndex][vertexIndex + 0] = sourceVertices[vertexIndex + 0] - charCenter; + copyOfVertices[materialIndex][vertexIndex + 1] = sourceVertices[vertexIndex + 1] - charCenter; + copyOfVertices[materialIndex][vertexIndex + 2] = sourceVertices[vertexIndex + 2] - charCenter; + copyOfVertices[materialIndex][vertexIndex + 3] = sourceVertices[vertexIndex + 3] - charCenter; + + // Determine the random scale change for each character. + float randomScale = Random.Range(0.95f, 1.05f); + + // Setup the matrix for the scale change. + matrix = Matrix4x4.TRS(Vector3.one, Quaternion.identity, Vector3.one * randomScale); + + // Apply the scale change relative to the center of each character. + copyOfVertices[materialIndex][vertexIndex + 0] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 0]); + copyOfVertices[materialIndex][vertexIndex + 1] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 1]); + copyOfVertices[materialIndex][vertexIndex + 2] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 2]); + copyOfVertices[materialIndex][vertexIndex + 3] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 3]); + + // Revert the translation change. + copyOfVertices[materialIndex][vertexIndex + 0] += charCenter; + copyOfVertices[materialIndex][vertexIndex + 1] += charCenter; + copyOfVertices[materialIndex][vertexIndex + 2] += charCenter; + copyOfVertices[materialIndex][vertexIndex + 3] += charCenter; + + // Need to translate all 4 vertices of each quad to aligned with the center of the line. + // This is needed so the matrix TRS is applied from the center of the line. + copyOfVertices[materialIndex][vertexIndex + 0] -= centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 1] -= centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 2] -= centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 3] -= centerOfLine; + + // Setup the matrix rotation. + matrix = Matrix4x4.TRS(Vector3.one, rotation, Vector3.one); + + // Apply the matrix TRS to the individual characters relative to the center of the current line. + copyOfVertices[materialIndex][vertexIndex + 0] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 0]); + copyOfVertices[materialIndex][vertexIndex + 1] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 1]); + copyOfVertices[materialIndex][vertexIndex + 2] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 2]); + copyOfVertices[materialIndex][vertexIndex + 3] = matrix.MultiplyPoint3x4(copyOfVertices[materialIndex][vertexIndex + 3]); + + // Revert the translation change. + copyOfVertices[materialIndex][vertexIndex + 0] += centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 1] += centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 2] += centerOfLine; + copyOfVertices[materialIndex][vertexIndex + 3] += centerOfLine; + } + } + + // Push changes into meshes + for (int i = 0; i < textInfo.meshInfo.Length; i++) + { + textInfo.meshInfo[i].mesh.vertices = copyOfVertices[i]; + m_TextComponent.UpdateGeometry(textInfo.meshInfo[i].mesh, i); + } + + yield return new WaitForSeconds(0.1f); + } + } + + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexShakeB.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeB.cs.meta new file mode 100755 index 0000000..f1fcf32 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexShakeB.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: e4e0d9ccee5f4950be8979268c9014e0 +timeCreated: 1462093319 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexZoom.cs b/TextMesh Pro/Examples & Extras/Scripts/VertexZoom.cs new file mode 100755 index 0000000..c4973fb --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexZoom.cs @@ -0,0 +1,192 @@ +using UnityEngine; +using System.Linq; +using System.Collections; +using System.Collections.Generic; + + +namespace TMPro.Examples +{ + + public class VertexZoom : MonoBehaviour + { + public float AngleMultiplier = 1.0f; + public float SpeedMultiplier = 1.0f; + public float CurveScale = 1.0f; + + private TMP_Text m_TextComponent; + private bool hasTextChanged; + + + void Awake() + { + m_TextComponent = GetComponent<TMP_Text>(); + } + + void OnEnable() + { + // Subscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Add(ON_TEXT_CHANGED); + } + + void OnDisable() + { + // UnSubscribe to event fired when text object has been regenerated. + TMPro_EventManager.TEXT_CHANGED_EVENT.Remove(ON_TEXT_CHANGED); + } + + + void Start() + { + StartCoroutine(AnimateVertexColors()); + } + + + void ON_TEXT_CHANGED(Object obj) + { + if (obj == m_TextComponent) + hasTextChanged = true; + } + + /// <summary> + /// Method to animate vertex colors of a TMP Text object. + /// </summary> + /// <returns></returns> + IEnumerator AnimateVertexColors() + { + + // We force an update of the text object since it would only be updated at the end of the frame. Ie. before this code is executed on the first frame. + // Alternatively, we could yield and wait until the end of the frame when the text object will be generated. + m_TextComponent.ForceMeshUpdate(); + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + + Matrix4x4 matrix; + TMP_MeshInfo[] cachedMeshInfoVertexData = textInfo.CopyMeshInfoVertexData(); + + // Allocations for sorting of the modified scales + List<float> modifiedCharScale = new List<float>(); + List<int> scaleSortingOrder = new List<int>(); + + hasTextChanged = true; + + while (true) + { + // Allocate new vertices + if (hasTextChanged) + { + // Get updated vertex data + cachedMeshInfoVertexData = textInfo.CopyMeshInfoVertexData(); + + hasTextChanged = false; + } + + int characterCount = textInfo.characterCount; + + // If No Characters then just yield and wait for some text to be added + if (characterCount == 0) + { + yield return new WaitForSeconds(0.25f); + continue; + } + + // Clear list of character scales + modifiedCharScale.Clear(); + scaleSortingOrder.Clear(); + + for (int i = 0; i < characterCount; i++) + { + TMP_CharacterInfo charInfo = textInfo.characterInfo[i]; + + // Skip characters that are not visible and thus have no geometry to manipulate. + if (!charInfo.isVisible) + continue; + + // Get the index of the material used by the current character. + int materialIndex = textInfo.characterInfo[i].materialReferenceIndex; + + // Get the index of the first vertex used by this text element. + int vertexIndex = textInfo.characterInfo[i].vertexIndex; + + // Get the cached vertices of the mesh used by this text element (character or sprite). + Vector3[] sourceVertices = cachedMeshInfoVertexData[materialIndex].vertices; + + // Determine the center point of each character at the baseline. + //Vector2 charMidBasline = new Vector2((sourceVertices[vertexIndex + 0].x + sourceVertices[vertexIndex + 2].x) / 2, charInfo.baseLine); + // Determine the center point of each character. + Vector2 charMidBasline = (sourceVertices[vertexIndex + 0] + sourceVertices[vertexIndex + 2]) / 2; + + // Need to translate all 4 vertices of each quad to aligned with middle of character / baseline. + // This is needed so the matrix TRS is applied at the origin for each character. + Vector3 offset = charMidBasline; + + Vector3[] destinationVertices = textInfo.meshInfo[materialIndex].vertices; + + destinationVertices[vertexIndex + 0] = sourceVertices[vertexIndex + 0] - offset; + destinationVertices[vertexIndex + 1] = sourceVertices[vertexIndex + 1] - offset; + destinationVertices[vertexIndex + 2] = sourceVertices[vertexIndex + 2] - offset; + destinationVertices[vertexIndex + 3] = sourceVertices[vertexIndex + 3] - offset; + + //Vector3 jitterOffset = new Vector3(Random.Range(-.25f, .25f), Random.Range(-.25f, .25f), 0); + + // Determine the random scale change for each character. + float randomScale = Random.Range(1f, 1.5f); + + // Add modified scale and index + modifiedCharScale.Add(randomScale); + scaleSortingOrder.Add(modifiedCharScale.Count - 1); + + // Setup the matrix for the scale change. + //matrix = Matrix4x4.TRS(jitterOffset, Quaternion.Euler(0, 0, Random.Range(-5f, 5f)), Vector3.one * randomScale); + matrix = Matrix4x4.TRS(new Vector3(0, 0, 0), Quaternion.identity, Vector3.one * randomScale); + + destinationVertices[vertexIndex + 0] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 0]); + destinationVertices[vertexIndex + 1] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 1]); + destinationVertices[vertexIndex + 2] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 2]); + destinationVertices[vertexIndex + 3] = matrix.MultiplyPoint3x4(destinationVertices[vertexIndex + 3]); + + destinationVertices[vertexIndex + 0] += offset; + destinationVertices[vertexIndex + 1] += offset; + destinationVertices[vertexIndex + 2] += offset; + destinationVertices[vertexIndex + 3] += offset; + + // Restore Source UVS which have been modified by the sorting + Vector2[] sourceUVs0 = cachedMeshInfoVertexData[materialIndex].uvs0; + Vector2[] destinationUVs0 = textInfo.meshInfo[materialIndex].uvs0; + + destinationUVs0[vertexIndex + 0] = sourceUVs0[vertexIndex + 0]; + destinationUVs0[vertexIndex + 1] = sourceUVs0[vertexIndex + 1]; + destinationUVs0[vertexIndex + 2] = sourceUVs0[vertexIndex + 2]; + destinationUVs0[vertexIndex + 3] = sourceUVs0[vertexIndex + 3]; + + // Restore Source Vertex Colors + Color32[] sourceColors32 = cachedMeshInfoVertexData[materialIndex].colors32; + Color32[] destinationColors32 = textInfo.meshInfo[materialIndex].colors32; + + destinationColors32[vertexIndex + 0] = sourceColors32[vertexIndex + 0]; + destinationColors32[vertexIndex + 1] = sourceColors32[vertexIndex + 1]; + destinationColors32[vertexIndex + 2] = sourceColors32[vertexIndex + 2]; + destinationColors32[vertexIndex + 3] = sourceColors32[vertexIndex + 3]; + } + + // Push changes into meshes + for (int i = 0; i < textInfo.meshInfo.Length; i++) + { + //// Sort Quads based modified scale + scaleSortingOrder.Sort((a, b) => modifiedCharScale[a].CompareTo(modifiedCharScale[b])); + + textInfo.meshInfo[i].SortGeometry(scaleSortingOrder); + + // Updated modified vertex attributes + textInfo.meshInfo[i].mesh.vertices = textInfo.meshInfo[i].vertices; + textInfo.meshInfo[i].mesh.uv = textInfo.meshInfo[i].uvs0; + textInfo.meshInfo[i].mesh.colors32 = textInfo.meshInfo[i].colors32; + + m_TextComponent.UpdateGeometry(textInfo.meshInfo[i].mesh, i); + } + + yield return new WaitForSeconds(0.1f); + } + } + + } +} \ No newline at end of file diff --git a/TextMesh Pro/Examples & Extras/Scripts/VertexZoom.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/VertexZoom.cs.meta new file mode 100755 index 0000000..d9e3f96 --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/VertexZoom.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 52ec835d14bd486f900952b77698b7eb +timeCreated: 1466280202 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Scripts/WarpTextExample.cs b/TextMesh Pro/Examples & Extras/Scripts/WarpTextExample.cs new file mode 100755 index 0000000..18dba4c --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/WarpTextExample.cs @@ -0,0 +1,144 @@ +using UnityEngine; +using System.Collections; + + +namespace TMPro.Examples +{ + + public class WarpTextExample : MonoBehaviour + { + + private TMP_Text m_TextComponent; + + public AnimationCurve VertexCurve = new AnimationCurve(new Keyframe(0, 0), new Keyframe(0.25f, 2.0f), new Keyframe(0.5f, 0), new Keyframe(0.75f, 2.0f), new Keyframe(1, 0f)); + public float AngleMultiplier = 1.0f; + public float SpeedMultiplier = 1.0f; + public float CurveScale = 1.0f; + + void Awake() + { + m_TextComponent = gameObject.GetComponent<TMP_Text>(); + } + + + void Start() + { + StartCoroutine(WarpText()); + } + + + private AnimationCurve CopyAnimationCurve(AnimationCurve curve) + { + AnimationCurve newCurve = new AnimationCurve(); + + newCurve.keys = curve.keys; + + return newCurve; + } + + + /// <summary> + /// Method to curve text along a Unity animation curve. + /// </summary> + /// <param name="textComponent"></param> + /// <returns></returns> + IEnumerator WarpText() + { + VertexCurve.preWrapMode = WrapMode.Clamp; + VertexCurve.postWrapMode = WrapMode.Clamp; + + //Mesh mesh = m_TextComponent.textInfo.meshInfo[0].mesh; + + Vector3[] vertices; + Matrix4x4 matrix; + + m_TextComponent.havePropertiesChanged = true; // Need to force the TextMeshPro Object to be updated. + CurveScale *= 10; + float old_CurveScale = CurveScale; + AnimationCurve old_curve = CopyAnimationCurve(VertexCurve); + + while (true) + { + if (!m_TextComponent.havePropertiesChanged && old_CurveScale == CurveScale && old_curve.keys[1].value == VertexCurve.keys[1].value) + { + yield return null; + continue; + } + + old_CurveScale = CurveScale; + old_curve = CopyAnimationCurve(VertexCurve); + + m_TextComponent.ForceMeshUpdate(); // Generate the mesh and populate the textInfo with data we can use and manipulate. + + TMP_TextInfo textInfo = m_TextComponent.textInfo; + int characterCount = textInfo.characterCount; + + + if (characterCount == 0) continue; + + //vertices = textInfo.meshInfo[0].vertices; + //int lastVertexIndex = textInfo.characterInfo[characterCount - 1].vertexIndex; + + float boundsMinX = m_TextComponent.bounds.min.x; //textInfo.meshInfo[0].mesh.bounds.min.x; + float boundsMaxX = m_TextComponent.bounds.max.x; //textInfo.meshInfo[0].mesh.bounds.max.x; + + + + for (int i = 0; i < characterCount; i++) + { + if (!textInfo.characterInfo[i].isVisible) + continue; + + int vertexIndex = textInfo.characterInfo[i].vertexIndex; + + // Get the index of the mesh used by this character. + int materialIndex = textInfo.characterInfo[i].materialReferenceIndex; + + vertices = textInfo.meshInfo[materialIndex].vertices; + + // Compute the baseline mid point for each character + Vector3 offsetToMidBaseline = new Vector2((vertices[vertexIndex + 0].x + vertices[vertexIndex + 2].x) / 2, textInfo.characterInfo[i].baseLine); + //float offsetY = VertexCurve.Evaluate((float)i / characterCount + loopCount / 50f); // Random.Range(-0.25f, 0.25f); + + // Apply offset to adjust our pivot point. + vertices[vertexIndex + 0] += -offsetToMidBaseline; + vertices[vertexIndex + 1] += -offsetToMidBaseline; + vertices[vertexIndex + 2] += -offsetToMidBaseline; + vertices[vertexIndex + 3] += -offsetToMidBaseline; + + // Compute the angle of rotation for each character based on the animation curve + float x0 = (offsetToMidBaseline.x - boundsMinX) / (boundsMaxX - boundsMinX); // Character's position relative to the bounds of the mesh. + float x1 = x0 + 0.0001f; + float y0 = VertexCurve.Evaluate(x0) * CurveScale; + float y1 = VertexCurve.Evaluate(x1) * CurveScale; + + Vector3 horizontal = new Vector3(1, 0, 0); + //Vector3 normal = new Vector3(-(y1 - y0), (x1 * (boundsMaxX - boundsMinX) + boundsMinX) - offsetToMidBaseline.x, 0); + Vector3 tangent = new Vector3(x1 * (boundsMaxX - boundsMinX) + boundsMinX, y1) - new Vector3(offsetToMidBaseline.x, y0); + + float dot = Mathf.Acos(Vector3.Dot(horizontal, tangent.normalized)) * 57.2957795f; + Vector3 cross = Vector3.Cross(horizontal, tangent); + float angle = cross.z > 0 ? dot : 360 - dot; + + matrix = Matrix4x4.TRS(new Vector3(0, y0, 0), Quaternion.Euler(0, 0, angle), Vector3.one); + + vertices[vertexIndex + 0] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 0]); + vertices[vertexIndex + 1] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 1]); + vertices[vertexIndex + 2] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 2]); + vertices[vertexIndex + 3] = matrix.MultiplyPoint3x4(vertices[vertexIndex + 3]); + + vertices[vertexIndex + 0] += offsetToMidBaseline; + vertices[vertexIndex + 1] += offsetToMidBaseline; + vertices[vertexIndex + 2] += offsetToMidBaseline; + vertices[vertexIndex + 3] += offsetToMidBaseline; + } + + + // Upload the mesh with the revised information + m_TextComponent.UpdateVertexData(); + + yield return new WaitForSeconds(0.025f); + } + } + } +} diff --git a/TextMesh Pro/Examples & Extras/Scripts/WarpTextExample.cs.meta b/TextMesh Pro/Examples & Extras/Scripts/WarpTextExample.cs.meta new file mode 100755 index 0000000..7b7958a --- /dev/null +++ b/TextMesh Pro/Examples & Extras/Scripts/WarpTextExample.cs.meta @@ -0,0 +1,12 @@ +fileFormatVersion: 2 +guid: 790744c462254b7ba8038e6ed28b3db2 +timeCreated: 1458801336 +licenseType: Pro +MonoImporter: + serializedVersion: 2 + defaultReferences: [] + executionOrder: 0 + icon: {instanceID: 0} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Examples & Extras/Sprites.meta b/TextMesh Pro/Examples & Extras/Sprites.meta new file mode 100755 index 0000000..bafd122 --- /dev/null +++ b/TextMesh Pro/Examples & 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spriteExtrude: 1 + spriteMeshType: 1 + alignment: 0 + spritePivot: {x: 0.5, y: 0.5} + spriteBorder: {x: 0, y: 0, z: 0, w: 0} + spritePixelsToUnits: 100 + alphaIsTransparency: 0 + spriteTessellationDetail: -1 + textureType: 5 + buildTargetSettings: [] + spriteSheet: + serializedVersion: 2 + sprites: [] + outline: [] + spritePackingTag: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Fonts.meta b/TextMesh Pro/Fonts.meta new file mode 100755 index 0000000..f0c2972 --- /dev/null +++ b/TextMesh Pro/Fonts.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 6ab70aee4d56447429c680537fbf93ed +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Fonts/LiberationSans - OFL.txt b/TextMesh Pro/Fonts/LiberationSans - OFL.txt new file mode 100755 index 0000000..f2473f9 --- /dev/null +++ b/TextMesh Pro/Fonts/LiberationSans - OFL.txt @@ -0,0 +1,46 @@ +Digitized data copyright (c) 2010 Google Corporation + with Reserved Font Arimo, Tinos and Cousine. +Copyright (c) 2012 Red Hat, Inc. + with Reserved Font Name Liberation. + +This Font Software is licensed under the SIL Open Font License, Version 1.1. +This license is copied below, and is also available with a FAQ at: http://scripts.sil.org/OFL + +----------------------------------------------------------- +SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007 +----------------------------------------------------------- + +PREAMBLE +The goals of the Open Font License (OFL) are to stimulate worldwide development of collaborative font projects, to support the font creation efforts of academic and linguistic communities, and to provide a free and open framework in which fonts may be shared and improved in partnership with others. + +The OFL allows the licensed fonts to be used, studied, modified and redistributed freely as long as they are not sold by themselves. The fonts, including any derivative works, can be bundled, embedded, redistributed and/or sold with any software provided that any reserved names are not used by derivative works. The fonts and derivatives, however, cannot be released under any other type of license. The requirement for fonts to remain under this license does not apply to any document created using the fonts or their derivatives. + +DEFINITIONS +"Font Software" refers to the set of files released by the Copyright Holder(s) under this license and clearly marked as such. This may include source files, build scripts and documentation. + +"Reserved Font Name" refers to any names specified as such after the copyright statement(s). + +"Original Version" refers to the collection of Font Software components as distributed by the Copyright Holder(s). + +"Modified Version" refers to any derivative made by adding to, deleting, or substituting -- in part or in whole -- any of the components of the Original Version, by changing formats or by porting the Font Software to a new environment. + +"Author" refers to any designer, engineer, programmer, technical writer or other person who contributed to the Font Software. + +PERMISSION & CONDITIONS +Permission is hereby granted, free of charge, to any person obtaining a copy of the Font Software, to use, study, copy, merge, embed, modify, redistribute, and sell modified and unmodified copies of the Font Software, subject to the following conditions: + +1) Neither the Font Software nor any of its individual components, in Original or Modified Versions, may be sold by itself. + +2) Original or Modified Versions of the Font Software may be bundled, redistributed and/or sold with any software, provided that each copy contains the above copyright notice and this license. These can be included either as stand-alone text files, human-readable headers or in the appropriate machine-readable metadata fields within text or binary files as long as those fields can be easily viewed by the user. + +3) No Modified Version of the Font Software may use the Reserved Font Name(s) unless explicit written permission is granted by the corresponding Copyright Holder. This restriction only applies to the primary font name as presented to the users. + +4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font Software shall not be used to promote, endorse or advertise any Modified Version, except to acknowledge the contribution(s) of the Copyright Holder(s) and the Author(s) or with their explicit written permission. + +5) The Font Software, modified or unmodified, in part or in whole, must be distributed entirely under this license, and must not be distributed under any other license. The requirement for fonts to remain under this license does not apply to any document created using the Font Software. + +TERMINATION +This license becomes null and void if any of the above conditions are not met. + +DISCLAIMER +THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM OTHER DEALINGS IN THE FONT SOFTWARE. \ No newline at end of file diff --git a/TextMesh Pro/Fonts/LiberationSans - OFL.txt.meta b/TextMesh Pro/Fonts/LiberationSans - OFL.txt.meta new file mode 100755 index 0000000..fa60cea --- /dev/null +++ b/TextMesh Pro/Fonts/LiberationSans - OFL.txt.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: 6e59c59b81ab47f9b6ec5781fa725d2c +timeCreated: 1484171296 +licenseType: Pro +TextScriptImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Fonts/LiberationSans.ttf b/TextMesh Pro/Fonts/LiberationSans.ttf new file mode 100755 index 0000000000000000000000000000000000000000..626dd9364f12c6036ec8eae38c4fc73735b9ed23 GIT binary 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+NativeFormatImporter: + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders.meta b/TextMesh Pro/Shaders.meta new file mode 100755 index 0000000..29a90a6 --- /dev/null +++ b/TextMesh Pro/Shaders.meta @@ -0,0 +1,8 @@ +fileFormatVersion: 2 +guid: e9f693669af91aa45ad615fc681ed29f +folderAsset: yes +DefaultImporter: + externalObjects: {} + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader b/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader new file mode 100755 index 0000000..bab2b2c --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader @@ -0,0 +1,143 @@ +Shader "TextMeshPro/Bitmap Custom Atlas" { + +Properties { + _MainTex ("Font Atlas", 2D) = "white" {} + _FaceTex ("Font Texture", 2D) = "white" {} + [HDR]_FaceColor ("Text Color", Color) = (1,1,1,1) + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _ClipRect("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _Padding ("Padding", float) = 0 + + _StencilComp("Stencil Comparison", Float) = 8 + _Stencil("Stencil ID", Float) = 0 + _StencilOp("Stencil Operation", Float) = 0 + _StencilWriteMask("Stencil Write Mask", Float) = 255 + _StencilReadMask("Stencil Read Mask", Float) = 255 + + _CullMode("Cull Mode", Float) = 0 + _ColorMask("Color Mask", Float) = 15 +} + +SubShader{ + + Tags { "Queue" = "Transparent" "IgnoreProjector" = "True" "RenderType" = "Transparent" } + + Stencil + { + Ref[_Stencil] + Comp[_StencilComp] + Pass[_StencilOp] + ReadMask[_StencilReadMask] + WriteMask[_StencilWriteMask] + } + + + Lighting Off + Cull [_CullMode] + ZTest [unity_GUIZTestMode] + ZWrite Off + Fog { Mode Off } + Blend SrcAlpha OneMinusSrcAlpha + ColorMask[_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex vert + #pragma fragment frag + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + + #include "UnityCG.cginc" + + struct appdata_t { + float4 vertex : POSITION; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + struct v2f { + float4 vertex : SV_POSITION; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + float4 mask : TEXCOORD2; + }; + + uniform sampler2D _MainTex; + uniform sampler2D _FaceTex; + uniform float4 _FaceTex_ST; + uniform fixed4 _FaceColor; + + uniform float _VertexOffsetX; + uniform float _VertexOffsetY; + uniform float4 _ClipRect; + uniform float _MaskSoftnessX; + uniform float _MaskSoftnessY; + + float2 UnpackUV(float uv) + { + float2 output; + output.x = floor(uv / 4096); + output.y = uv - 4096 * output.x; + + return output * 0.001953125; + } + + v2f vert (appdata_t v) + { + float4 vert = v.vertex; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + vert.xy += (vert.w * 0.5) / _ScreenParams.xy; + + float4 vPosition = UnityPixelSnap(UnityObjectToClipPos(vert)); + + fixed4 faceColor = v.color; + faceColor *= _FaceColor; + + v2f OUT; + OUT.vertex = vPosition; + OUT.color = faceColor; + OUT.texcoord0 = v.texcoord0; + OUT.texcoord1 = TRANSFORM_TEX(UnpackUV(v.texcoord1), _FaceTex); + float2 pixelSize = vPosition.w; + pixelSize /= abs(float2(_ScreenParams.x * UNITY_MATRIX_P[0][0], _ScreenParams.y * UNITY_MATRIX_P[1][1])); + + // Clamp _ClipRect to 16bit. + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + OUT.mask = float4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + + return OUT; + } + + fixed4 frag (v2f IN) : SV_Target + { + fixed4 color = tex2D(_MainTex, IN.texcoord0) * tex2D(_FaceTex, IN.texcoord1) * IN.color; + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(IN.mask.xy)) * IN.mask.zw); + color *= m.x * m.y; + #endif + + #if UNITY_UI_ALPHACLIP + clip(color.a - 0.001); + #endif + + return color; + } + ENDCG + } +} + + CustomEditor "TMPro.EditorUtilities.TMP_BitmapShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader.meta b/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader.meta new file mode 100755 index 0000000..0a416c8 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 48bb5f55d8670e349b6e614913f9d910 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader b/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader new file mode 100755 index 0000000..006a271 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader @@ -0,0 +1,145 @@ +Shader "TextMeshPro/Mobile/Bitmap" { + +Properties { + _MainTex ("Font Atlas", 2D) = "white" {} + [HDR]_Color ("Text Color", Color) = (1,1,1,1) + _DiffusePower ("Diffuse Power", Range(1.0,4.0)) = 1.0 + + _VertexOffsetX("Vertex OffsetX", float) = 0 + _VertexOffsetY("Vertex OffsetY", float) = 0 + _MaskSoftnessX("Mask SoftnessX", float) = 0 + _MaskSoftnessY("Mask SoftnessY", float) = 0 + + _ClipRect("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + + _StencilComp("Stencil Comparison", Float) = 8 + _Stencil("Stencil ID", Float) = 0 + _StencilOp("Stencil Operation", Float) = 0 + _StencilWriteMask("Stencil Write Mask", Float) = 255 + _StencilReadMask("Stencil Read Mask", Float) = 255 + + _CullMode("Cull Mode", Float) = 0 + _ColorMask("Color Mask", Float) = 15 +} + +SubShader { + + Tags { "Queue"="Transparent" "IgnoreProjector"="True" "RenderType"="Transparent" } + + Stencil + { + Ref[_Stencil] + Comp[_StencilComp] + Pass[_StencilOp] + ReadMask[_StencilReadMask] + WriteMask[_StencilWriteMask] + } + + + Lighting Off + Cull [_CullMode] + ZTest [unity_GUIZTestMode] + ZWrite Off + Fog { Mode Off } + Blend SrcAlpha OneMinusSrcAlpha + ColorMask[_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex vert + #pragma fragment frag + #pragma fragmentoption ARB_precision_hint_fastest + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + + #include "UnityCG.cginc" + + struct appdata_t { + float4 vertex : POSITION; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + struct v2f { + float4 vertex : POSITION; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float4 mask : TEXCOORD2; + }; + + sampler2D _MainTex; + fixed4 _Color; + float _DiffusePower; + + uniform float _VertexOffsetX; + uniform float _VertexOffsetY; + uniform float4 _ClipRect; + uniform float _MaskSoftnessX; + uniform float _MaskSoftnessY; + + v2f vert (appdata_t v) + { + v2f OUT; + float4 vert = v.vertex; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + vert.xy += (vert.w * 0.5) / _ScreenParams.xy; + + OUT.vertex = UnityPixelSnap(UnityObjectToClipPos(vert)); + OUT.color = v.color; + OUT.color *= _Color; + OUT.color.rgb *= _DiffusePower; + OUT.texcoord0 = v.texcoord0; + + float2 pixelSize = OUT.vertex.w; + //pixelSize /= abs(float2(_ScreenParams.x * UNITY_MATRIX_P[0][0], _ScreenParams.y * UNITY_MATRIX_P[1][1])); + + // Clamp _ClipRect to 16bit. + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + OUT.mask = float4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + + return OUT; + } + + fixed4 frag (v2f IN) : COLOR + { + fixed4 color = fixed4(IN.color.rgb, IN.color.a * tex2D(_MainTex, IN.texcoord0).a); + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(IN.mask.xy)) * IN.mask.zw); + color *= m.x * m.y; + #endif + + #if UNITY_UI_ALPHACLIP + clip(color.a - 0.001); + #endif + + return color; + } + ENDCG + } +} + +SubShader { + Tags { "Queue"="Transparent" "IgnoreProjector"="True" "RenderType"="Transparent" } + Lighting Off Cull Off ZTest Always ZWrite Off Fog { Mode Off } + Blend SrcAlpha OneMinusSrcAlpha + BindChannels { + Bind "Color", color + Bind "Vertex", vertex + Bind "TexCoord", texcoord0 + } + Pass { + SetTexture [_MainTex] { + constantColor [_Color] combine constant * primary, constant * texture + } + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_BitmapShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader.meta b/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader.meta new file mode 100755 index 0000000..d5fb125 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 1e3b057af24249748ff873be7fafee47 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_Bitmap.shader b/TextMesh Pro/Shaders/TMP_Bitmap.shader new file mode 100755 index 0000000..8ce4937 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Bitmap.shader @@ -0,0 +1,143 @@ +Shader "TextMeshPro/Bitmap" { + +Properties { + _MainTex ("Font Atlas", 2D) = "white" {} + _FaceTex ("Font Texture", 2D) = "white" {} + [HDR]_FaceColor ("Text Color", Color) = (1,1,1,1) + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _ClipRect("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + + _StencilComp("Stencil Comparison", Float) = 8 + _Stencil("Stencil ID", Float) = 0 + _StencilOp("Stencil Operation", Float) = 0 + _StencilWriteMask("Stencil Write Mask", Float) = 255 + _StencilReadMask("Stencil Read Mask", Float) = 255 + + _CullMode("Cull Mode", Float) = 0 + _ColorMask("Color Mask", Float) = 15 +} + +SubShader{ + + Tags { "Queue" = "Transparent" "IgnoreProjector" = "True" "RenderType" = "Transparent" } + + Stencil + { + Ref[_Stencil] + Comp[_StencilComp] + Pass[_StencilOp] + ReadMask[_StencilReadMask] + WriteMask[_StencilWriteMask] + } + + + Lighting Off + Cull [_CullMode] + ZTest [unity_GUIZTestMode] + ZWrite Off + Fog { Mode Off } + Blend SrcAlpha OneMinusSrcAlpha + ColorMask[_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex vert + #pragma fragment frag + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + + #include "UnityCG.cginc" + + struct appdata_t { + float4 vertex : POSITION; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + struct v2f { + float4 vertex : SV_POSITION; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + float4 mask : TEXCOORD2; + }; + + uniform sampler2D _MainTex; + uniform sampler2D _FaceTex; + uniform float4 _FaceTex_ST; + uniform fixed4 _FaceColor; + + uniform float _VertexOffsetX; + uniform float _VertexOffsetY; + uniform float4 _ClipRect; + uniform float _MaskSoftnessX; + uniform float _MaskSoftnessY; + + float2 UnpackUV(float uv) + { + float2 output; + output.x = floor(uv / 4096); + output.y = uv - 4096 * output.x; + + return output * 0.001953125; + } + + v2f vert (appdata_t v) + { + float4 vert = v.vertex; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + vert.xy += (vert.w * 0.5) / _ScreenParams.xy; + + float4 vPosition = UnityPixelSnap(UnityObjectToClipPos(vert)); + + fixed4 faceColor = v.color; + faceColor *= _FaceColor; + + v2f OUT; + OUT.vertex = vPosition; + OUT.color = faceColor; + OUT.texcoord0 = v.texcoord0; + OUT.texcoord1 = TRANSFORM_TEX(UnpackUV(v.texcoord1), _FaceTex); + float2 pixelSize = vPosition.w; + pixelSize /= abs(float2(_ScreenParams.x * UNITY_MATRIX_P[0][0], _ScreenParams.y * UNITY_MATRIX_P[1][1])); + + // Clamp _ClipRect to 16bit. + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + OUT.mask = float4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + + return OUT; + } + + fixed4 frag (v2f IN) : SV_Target + { + fixed4 color = tex2D(_MainTex, IN.texcoord0); + color = fixed4 (tex2D(_FaceTex, IN.texcoord1).rgb * IN.color.rgb, IN.color.a * color.a); + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(IN.mask.xy)) * IN.mask.zw); + color *= m.x * m.y; + #endif + + #if UNITY_UI_ALPHACLIP + clip(color.a - 0.001); + #endif + + return color; + } + ENDCG + } +} + + CustomEditor "TMPro.EditorUtilities.TMP_BitmapShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_Bitmap.shader.meta b/TextMesh Pro/Shaders/TMP_Bitmap.shader.meta new file mode 100755 index 0000000..7eb1870 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Bitmap.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 128e987d567d4e2c824d754223b3f3b0 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF Overlay.shader b/TextMesh Pro/Shaders/TMP_SDF Overlay.shader new file mode 100755 index 0000000..c50c593 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF Overlay.shader @@ -0,0 +1,317 @@ +Shader "TextMeshPro/Distance Field Overlay" { + +Properties { + _FaceTex ("Face Texture", 2D) = "white" {} + _FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0 + _FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0 + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineTex ("Outline Texture", 2D) = "white" {} + _OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0 + _OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0 + _OutlineWidth ("Outline Thickness", Range(0, 1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + _Bevel ("Bevel", Range(0,1)) = 0.5 + _BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0 + _BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0 + _BevelClamp ("Bevel Clamp", Range(0,1)) = 0 + _BevelRoundness ("Bevel Roundness", Range(0,1)) = 0 + + _LightAngle ("Light Angle", Range(0.0, 6.2831853)) = 3.1416 + [HDR]_SpecularColor ("Specular", Color) = (1,1,1,1) + _SpecularPower ("Specular", Range(0,4)) = 2.0 + _Reflectivity ("Reflectivity", Range(5.0,15.0)) = 10 + _Diffuse ("Diffuse", Range(0,1)) = 0.5 + _Ambient ("Ambient", Range(1,0)) = 0.5 + + _BumpMap ("Normal map", 2D) = "bump" {} + _BumpOutline ("Bump Outline", Range(0,1)) = 0 + _BumpFace ("Bump Face", Range(0,1)) = 0 + + _ReflectFaceColor ("Reflection Color", Color) = (0,0,0,1) + _ReflectOutlineColor("Reflection Color", Color) = (0,0,0,1) + _Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ } + _EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0) + + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0, 0.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + [HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5) + _GlowOffset ("Offset", Range(-1,1)) = 0 + _GlowInner ("Inner", Range(0,1)) = 0.05 + _GlowOuter ("Outer", Range(0,1)) = 0.05 + _GlowPower ("Falloff", Range(1, 0)) = 0.75 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = 0.5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5.0 + _ScaleX ("Scale X", float) = 1.0 + _ScaleY ("Scale Y", float) = 1.0 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _MaskCoord ("Mask Coordinates", vector) = (0, 0, 32767, 32767) + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + + Tags + { + "Queue"="Overlay" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest Always + Blend One OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass { + CGPROGRAM + #pragma target 3.0 + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ BEVEL_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + #pragma shader_feature __ GLOW_ON + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + #include "TMPro.cginc" + + struct vertex_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + float4 position : POSITION; + float3 normal : NORMAL; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + + struct pixel_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + UNITY_VERTEX_OUTPUT_STEREO + float4 position : SV_POSITION; + fixed4 color : COLOR; + float2 atlas : TEXCOORD0; // Atlas + float4 param : TEXCOORD1; // alphaClip, scale, bias, weight + float4 mask : TEXCOORD2; // Position in object space(xy), pixel Size(zw) + float3 viewDir : TEXCOORD3; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 texcoord2 : TEXCOORD4; // u,v, scale, bias + fixed4 underlayColor : COLOR1; + #endif + float4 textures : TEXCOORD5; + }; + + // Used by Unity internally to handle Texture Tiling and Offset. + float4 _FaceTex_ST; + float4 _OutlineTex_ST; + + pixel_t VertShader(vertex_t input) + { + pixel_t output; + + UNITY_INITIALIZE_OUTPUT(pixel_t, output); + UNITY_SETUP_INSTANCE_ID(input); + UNITY_TRANSFER_INSTANCE_ID(input,output); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output); + + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.position; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + float4 vPosition = UnityObjectToClipPos(vert); + + float2 pixelSize = vPosition.w; + pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy)); + float scale = rsqrt(dot(pixelSize, pixelSize)); + scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1); + if (UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert))))); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + float bias =(.5 - weight) + (.5 / scale); + + float alphaClip = (1.0 - _OutlineWidth*_ScaleRatioA - _OutlineSoftness*_ScaleRatioA); + + #if GLOW_ON + alphaClip = min(alphaClip, 1.0 - _GlowOffset * _ScaleRatioB - _GlowOuter * _ScaleRatioB); + #endif + + alphaClip = alphaClip / 2.0 - ( .5 / scale) - weight; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 underlayColor = _UnderlayColor; + underlayColor.rgb *= underlayColor.a; + + float bScale = scale; + bScale /= 1 + ((_UnderlaySoftness*_ScaleRatioC) * bScale); + float bBias = (0.5 - weight) * bScale - 0.5 - ((_UnderlayDilate * _ScaleRatioC) * 0.5 * bScale); + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + float2 bOffset = float2(x, y); + #endif + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy); + + // Support for texture tiling and offset + float2 textureUV = UnpackUV(input.texcoord1.x); + float2 faceUV = TRANSFORM_TEX(textureUV, _FaceTex); + float2 outlineUV = TRANSFORM_TEX(textureUV, _OutlineTex); + + + output.position = vPosition; + output.color = input.color; + output.atlas = input.texcoord0; + output.param = float4(alphaClip, scale, bias, weight); + output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + output.viewDir = mul((float3x3)_EnvMatrix, _WorldSpaceCameraPos.xyz - mul(unity_ObjectToWorld, vert).xyz); + #if (UNDERLAY_ON || UNDERLAY_INNER) + output.texcoord2 = float4(input.texcoord0 + bOffset, bScale, bBias); + output.underlayColor = underlayColor; + #endif + output.textures = float4(faceUV, outlineUV); + + return output; + } + + + fixed4 PixShader(pixel_t input) : SV_Target + { + UNITY_SETUP_INSTANCE_ID(input); + + float c = tex2D(_MainTex, input.atlas).a; + + #ifndef UNDERLAY_ON + clip(c - input.param.x); + #endif + + float scale = input.param.y; + float bias = input.param.z; + float weight = input.param.w; + float sd = (bias - c) * scale; + + float outline = (_OutlineWidth * _ScaleRatioA) * scale; + float softness = (_OutlineSoftness * _ScaleRatioA) * scale; + + half4 faceColor = _FaceColor; + half4 outlineColor = _OutlineColor; + + faceColor.rgb *= input.color.rgb; + + faceColor *= tex2D(_FaceTex, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y); + outlineColor *= tex2D(_OutlineTex, input.textures.zw + float2(_OutlineUVSpeedX, _OutlineUVSpeedY) * _Time.y); + + faceColor = GetColor(sd, faceColor, outlineColor, outline, softness); + + #if BEVEL_ON + float3 dxy = float3(0.5 / _TextureWidth, 0.5 / _TextureHeight, 0); + float3 n = GetSurfaceNormal(input.atlas, weight, dxy); + + float3 bump = UnpackNormal(tex2D(_BumpMap, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y)).xyz; + bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5)); + n = normalize(n- bump); + + float3 light = normalize(float3(sin(_LightAngle), cos(_LightAngle), -1.0)); + + float3 col = GetSpecular(n, light); + faceColor.rgb += col*faceColor.a; + faceColor.rgb *= 1-(dot(n, light)*_Diffuse); + faceColor.rgb *= lerp(_Ambient, 1, n.z*n.z); + + fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDir, -n)); + faceColor.rgb += reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a; + #endif + + #if UNDERLAY_ON + float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z; + faceColor += input.underlayColor * saturate(d - input.texcoord2.w) * (1 - faceColor.a); + #endif + + #if UNDERLAY_INNER + float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z; + faceColor += input.underlayColor * (1 - saturate(d - input.texcoord2.w)) * saturate(1 - sd) * (1 - faceColor.a); + #endif + + #if GLOW_ON + float4 glowColor = GetGlowColor(sd, scale); + faceColor.rgb += glowColor.rgb * glowColor.a; + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw); + faceColor *= m.x * m.y; + #endif + + #if UNITY_UI_ALPHACLIP + clip(faceColor.a - 0.001); + #endif + + return faceColor * input.color.a; + } + + ENDCG + } +} + +Fallback "TextMeshPro/Mobile/Distance Field" +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF Overlay.shader.meta b/TextMesh Pro/Shaders/TMP_SDF Overlay.shader.meta new file mode 100755 index 0000000..56284e9 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF Overlay.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: dd89cf5b9246416f84610a006f916af7 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF SSD.shader b/TextMesh Pro/Shaders/TMP_SDF SSD.shader new file mode 100755 index 0000000..ed48574 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF SSD.shader @@ -0,0 +1,310 @@ +Shader "TextMeshPro/Distance Field SSD" { + +Properties { + _FaceTex ("Face Texture", 2D) = "white" {} + _FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0 + _FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0 + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineTex ("Outline Texture", 2D) = "white" {} + _OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0 + _OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0 + _OutlineWidth ("Outline Thickness", Range(0, 1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + _Bevel ("Bevel", Range(0,1)) = 0.5 + _BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0 + _BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0 + _BevelClamp ("Bevel Clamp", Range(0,1)) = 0 + _BevelRoundness ("Bevel Roundness", Range(0,1)) = 0 + + _LightAngle ("Light Angle", Range(0.0, 6.2831853)) = 3.1416 + [HDR]_SpecularColor ("Specular", Color) = (1,1,1,1) + _SpecularPower ("Specular", Range(0,4)) = 2.0 + _Reflectivity ("Reflectivity", Range(5.0,15.0)) = 10 + _Diffuse ("Diffuse", Range(0,1)) = 0.5 + _Ambient ("Ambient", Range(1,0)) = 0.5 + + _BumpMap ("Normal map", 2D) = "bump" {} + _BumpOutline ("Bump Outline", Range(0,1)) = 0 + _BumpFace ("Bump Face", Range(0,1)) = 0 + + _ReflectFaceColor ("Reflection Color", Color) = (0,0,0,1) + _ReflectOutlineColor("Reflection Color", Color) = (0,0,0,1) + _Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ } + _EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0) + + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0, 0.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + [HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5) + _GlowOffset ("Offset", Range(-1,1)) = 0 + _GlowInner ("Inner", Range(0,1)) = 0.05 + _GlowOuter ("Outer", Range(0,1)) = 0.05 + _GlowPower ("Falloff", Range(1, 0)) = 0.75 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = 0.5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5.0 + _ScaleX ("Scale X", float) = 1.0 + _ScaleY ("Scale Y", float) = 1.0 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _MaskCoord ("Mask Coordinates", vector) = (0, 0, 32767, 32767) + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + Tags + { + "Queue" = "Transparent" + "IgnoreProjector" = "True" + "RenderType" = "Transparent" + } + + Stencil + { + Ref[_Stencil] + Comp[_StencilComp] + Pass[_StencilOp] + ReadMask[_StencilReadMask] + WriteMask[_StencilWriteMask] + } + + Cull[_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest[unity_GUIZTestMode] + Blend One OneMinusSrcAlpha + ColorMask[_ColorMask] + + Pass { + CGPROGRAM + #pragma target 3.0 + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ BEVEL_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + #pragma shader_feature __ GLOW_ON + #pragma shader_feature __ FORCE_LINEAR + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + #include "TMPro.cginc" + + struct vertex_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + float4 position : POSITION; + float3 normal : NORMAL; + float4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + + struct pixel_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + UNITY_VERTEX_OUTPUT_STEREO + float4 position : SV_POSITION; + float4 color : COLOR; + float2 atlas : TEXCOORD0; + float weight : TEXCOORD1; + float2 mask : TEXCOORD2; // Position in object space(xy) + float3 viewDir : TEXCOORD3; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float2 texcoord2 : TEXCOORD4; + float4 underlayColor : COLOR1; + #endif + float4 textures : TEXCOORD5; + }; + + // Used by Unity internally to handle Texture Tiling and Offset. + float4 _FaceTex_ST; + float4 _OutlineTex_ST; + + float4 SRGBToLinear(float4 rgba) { + return float4(lerp(rgba.rgb / 12.92f, pow((rgba.rgb + 0.055f) / 1.055f, 2.4f), step(0.04045f, rgba.rgb)), rgba.a); + } + + pixel_t VertShader(vertex_t input) + { + pixel_t output; + + UNITY_INITIALIZE_OUTPUT(pixel_t, output); + UNITY_SETUP_INSTANCE_ID(input); + UNITY_TRANSFER_INSTANCE_ID(input,output); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output); + + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.position; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + float4 vPosition = UnityObjectToClipPos(vert); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 underlayColor = _UnderlayColor; + underlayColor.rgb *= underlayColor.a; + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + float2 bOffset = float2(x, y); + #endif + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + + // Support for texture tiling and offset + float2 textureUV = UnpackUV(input.texcoord1.x); + float2 faceUV = TRANSFORM_TEX(textureUV, _FaceTex); + float2 outlineUV = TRANSFORM_TEX(textureUV, _OutlineTex); + + float4 color = input.color; + #if (FORCE_LINEAR && !UNITY_COLORSPACE_GAMMA) + color = SRGBToLinear(input.color); + #endif + + output.position = vPosition; + output.color = color; + output.atlas = input.texcoord0; + output.weight = weight; + output.mask = half2(vert.xy * 2 - clampedRect.xy - clampedRect.zw); + output.viewDir = mul((float3x3)_EnvMatrix, _WorldSpaceCameraPos.xyz - mul(unity_ObjectToWorld, vert).xyz); + #if (UNDERLAY_ON || UNDERLAY_INNER) + output.texcoord2 = input.texcoord0 + bOffset; + output.underlayColor = underlayColor; + #endif + output.textures = float4(faceUV, outlineUV); + + return output; + } + + + fixed4 PixShader(pixel_t input) : SV_Target + { + UNITY_SETUP_INSTANCE_ID(input); + + float c = tex2D(_MainTex, input.atlas).a; + + float2 pixelSize = float2(ddx(input.atlas.y), ddy(input.atlas.y)); + pixelSize *= _TextureWidth * .75; + float scale = rsqrt(dot(pixelSize, pixelSize)) * _GradientScale * (_Sharpness + 1); + + float weight = input.weight; + float bias = (.5 - weight) + (.5 / scale); + float sd = (bias - c) * scale; + + float outline = (_OutlineWidth * _ScaleRatioA) * scale; + float softness = (_OutlineSoftness * _ScaleRatioA) * scale; + + half4 faceColor = _FaceColor; + half4 outlineColor = _OutlineColor; + + faceColor.rgb *= input.color.rgb; + + faceColor *= tex2D(_FaceTex, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y); + outlineColor *= tex2D(_OutlineTex, input.textures.zw + float2(_OutlineUVSpeedX, _OutlineUVSpeedY) * _Time.y); + + faceColor = GetColor(sd, faceColor, outlineColor, outline, softness); + + #if BEVEL_ON + float3 dxy = float3(0.5 / _TextureWidth, 0.5 / _TextureHeight, 0); + float3 n = GetSurfaceNormal(input.atlas, weight, dxy); + + float3 bump = UnpackNormal(tex2D(_BumpMap, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y)).xyz; + bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5)); + n = normalize(n - bump); + + float3 light = normalize(float3(sin(_LightAngle), cos(_LightAngle), -1.0)); + + float3 col = GetSpecular(n, light); + faceColor.rgb += col * faceColor.a; + faceColor.rgb *= 1 - (dot(n, light) * _Diffuse); + faceColor.rgb *= lerp(_Ambient, 1, n.z * n.z); + + fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDir, -n)); + faceColor.rgb += reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a; + #endif + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float bScale = scale; + bScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * bScale); + float bBias = (0.5 - weight) * bScale - 0.5 - ((_UnderlayDilate * _ScaleRatioC) * 0.5 * bScale); + #endif + + #if UNDERLAY_ON + float d = tex2D(_MainTex, input.texcoord2.xy).a * bScale; + faceColor += input.underlayColor * saturate(d - bBias) * (1 - faceColor.a); + #endif + + #if UNDERLAY_INNER + float d = tex2D(_MainTex, input.texcoord2.xy).a * bScale; + faceColor += input.underlayColor * (1 - saturate(d - bBias)) * saturate(1 - sd) * (1 - faceColor.a); + #endif + + #if GLOW_ON + float4 glowColor = GetGlowColor(sd, scale); + faceColor.rgb += glowColor.rgb * glowColor.a; + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + float2 maskZW = 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + (1 / scale)); + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * maskZW); + faceColor *= m.x * m.y; + #endif + + #if UNITY_UI_ALPHACLIP + clip(faceColor.a - 0.001); + #endif + + return faceColor * input.color.a; + } + + ENDCG + } +} + +Fallback "TextMeshPro/Mobile/Distance Field" +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF SSD.shader.meta b/TextMesh Pro/Shaders/TMP_SDF SSD.shader.meta new file mode 100755 index 0000000..08cd8ae --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF SSD.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 14eb328de4b8eb245bb7cea29e4ac00b +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader b/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader new file mode 100755 index 0000000..7019aaf --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader @@ -0,0 +1,247 @@ +// Simplified SDF shader: +// - No Shading Option (bevel / bump / env map) +// - No Glow Option +// - Softness is applied on both side of the outline + +Shader "TextMeshPro/Mobile/Distance Field - Masking" { + +Properties { + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineWidth ("Outline Thickness", Range(0,1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = .5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5 + _ScaleX ("Scale X", float) = 1 + _ScaleY ("Scale Y", float) = 1 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + _MaskTex ("Mask Texture", 2D) = "white" {} + _MaskInverse ("Inverse", float) = 0 + _MaskEdgeColor ("Edge Color", Color) = (1,1,1,1) + _MaskEdgeSoftness ("Edge Softness", Range(0, 1)) = 0.01 + _MaskWipeControl ("Wipe Position", Range(0, 1)) = 0.5 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + Tags + { + "Queue"="Transparent" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest [unity_GUIZTestMode] + Blend One OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ OUTLINE_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + + struct vertex_t { + float4 vertex : POSITION; + float3 normal : NORMAL; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + struct pixel_t { + float4 vertex : SV_POSITION; + fixed4 faceColor : COLOR; + fixed4 outlineColor : COLOR1; + float4 texcoord0 : TEXCOORD0; // Texture UV, Mask UV + half4 param : TEXCOORD1; // Scale(x), BiasIn(y), BiasOut(z), Bias(w) + half4 mask : TEXCOORD2; // Position in clip space(xy), Softness(zw) + #if (UNDERLAY_ON | UNDERLAY_INNER) + float4 texcoord1 : TEXCOORD3; // Texture UV, alpha, reserved + half2 underlayParam : TEXCOORD4; // Scale(x), Bias(y) + #endif + }; + + float _MaskWipeControl; + float _MaskEdgeSoftness; + fixed4 _MaskEdgeColor; + bool _MaskInverse; + + pixel_t VertShader(vertex_t input) + { + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.vertex; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + float4 vPosition = UnityObjectToClipPos(vert); + + float2 pixelSize = vPosition.w; + pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy)); + + float scale = rsqrt(dot(pixelSize, pixelSize)); + scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1); + if(UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert))))); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + float layerScale = scale; + + scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale); + float bias = (0.5 - weight) * scale - 0.5; + float outline = _OutlineWidth * _ScaleRatioA * 0.5 * scale; + + float opacity = input.color.a; + #if (UNDERLAY_ON | UNDERLAY_INNER) + opacity = 1.0; + #endif + + fixed4 faceColor = fixed4(input.color.rgb, opacity) * _FaceColor; + faceColor.rgb *= faceColor.a; + + fixed4 outlineColor = _OutlineColor; + outlineColor.a *= opacity; + outlineColor.rgb *= outlineColor.a; + outlineColor = lerp(faceColor, outlineColor, sqrt(min(1.0, (outline * 2)))); + + #if (UNDERLAY_ON | UNDERLAY_INNER) + + layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale); + float layerBias = (.5 - weight) * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale); + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + float2 layerOffset = float2(x, y); + #endif + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy); + + // Structure for pixel shader + pixel_t output = { + vPosition, + faceColor, + outlineColor, + float4(input.texcoord0.x, input.texcoord0.y, maskUV.x, maskUV.y), + half4(scale, bias - outline, bias + outline, bias), + half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)), + #if (UNDERLAY_ON | UNDERLAY_INNER) + float4(input.texcoord0 + layerOffset, input.color.a, 0), + half2(layerScale, layerBias), + #endif + }; + + return output; + } + + + // PIXEL SHADER + fixed4 PixShader(pixel_t input) : SV_Target + { + half d = tex2D(_MainTex, input.texcoord0.xy).a * input.param.x; + half4 c = input.faceColor * saturate(d - input.param.w); + + #ifdef OUTLINE_ON + c = lerp(input.outlineColor, input.faceColor, saturate(d - input.param.z)); + c *= saturate(d - input.param.y); + #endif + + #if UNDERLAY_ON + d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x; + c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - input.underlayParam.y) * (1 - c.a); + #endif + + #if UNDERLAY_INNER + half sd = saturate(d - input.param.z); + d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x; + c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - input.underlayParam.y)) * sd * (1 - c.a); + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness. + //#if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw); + c *= m.x * m.y; + //#endif + + float a = abs(_MaskInverse - tex2D(_MaskTex, input.texcoord0.zw).a); + float t = a + (1 - _MaskWipeControl) * _MaskEdgeSoftness - _MaskWipeControl; + a = saturate(t / _MaskEdgeSoftness); + c.rgb = lerp(_MaskEdgeColor.rgb*c.a, c.rgb, a); + c *= a; + + #if (UNDERLAY_ON | UNDERLAY_INNER) + c *= input.texcoord1.z; + #endif + + #if UNITY_UI_ALPHACLIP + clip(c.a - 0.001); + #endif + + return c; + } + ENDCG + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader.meta b/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader.meta new file mode 100755 index 0000000..3cbdbbb --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: bc1ede39bf3643ee8e493720e4259791 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader b/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader new file mode 100755 index 0000000..ce82bed --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader @@ -0,0 +1,240 @@ +// Simplified SDF shader: +// - No Shading Option (bevel / bump / env map) +// - No Glow Option +// - Softness is applied on both side of the outline + +Shader "TextMeshPro/Mobile/Distance Field Overlay" { + +Properties { + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineWidth ("Outline Thickness", Range(0,1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = .5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5 + _ScaleX ("Scale X", float) = 1 + _ScaleY ("Scale Y", float) = 1 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + Tags + { + "Queue"="Overlay" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest Always + Blend One OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ OUTLINE_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + + struct vertex_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + float4 vertex : POSITION; + float3 normal : NORMAL; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + struct pixel_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + UNITY_VERTEX_OUTPUT_STEREO + float4 vertex : SV_POSITION; + fixed4 faceColor : COLOR; + fixed4 outlineColor : COLOR1; + float4 texcoord0 : TEXCOORD0; // Texture UV, Mask UV + half4 param : TEXCOORD1; // Scale(x), BiasIn(y), BiasOut(z), Bias(w) + half4 mask : TEXCOORD2; // Position in clip space(xy), Softness(zw) + #if (UNDERLAY_ON | UNDERLAY_INNER) + float4 texcoord1 : TEXCOORD3; // Texture UV, alpha, reserved + half2 underlayParam : TEXCOORD4; // Scale(x), Bias(y) + #endif + }; + + + pixel_t VertShader(vertex_t input) + { + pixel_t output; + + UNITY_INITIALIZE_OUTPUT(pixel_t, output); + UNITY_SETUP_INSTANCE_ID(input); + UNITY_TRANSFER_INSTANCE_ID(input, output); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output); + + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.vertex; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + float4 vPosition = UnityObjectToClipPos(vert); + + float2 pixelSize = vPosition.w; + pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy)); + + float scale = rsqrt(dot(pixelSize, pixelSize)); + scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1); + if(UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert))))); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + float layerScale = scale; + + scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale); + float bias = (0.5 - weight) * scale - 0.5; + float outline = _OutlineWidth * _ScaleRatioA * 0.5 * scale; + + float opacity = input.color.a; + #if (UNDERLAY_ON | UNDERLAY_INNER) + opacity = 1.0; + #endif + + fixed4 faceColor = fixed4(input.color.rgb, opacity) * _FaceColor; + faceColor.rgb *= faceColor.a; + + fixed4 outlineColor = _OutlineColor; + outlineColor.a *= opacity; + outlineColor.rgb *= outlineColor.a; + outlineColor = lerp(faceColor, outlineColor, sqrt(min(1.0, (outline * 2)))); + + #if (UNDERLAY_ON | UNDERLAY_INNER) + layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale); + float layerBias = (.5 - weight) * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale); + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + float2 layerOffset = float2(x, y); + #endif + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy); + + // Populate structure for pixel shader + output.vertex = vPosition; + output.faceColor = faceColor; + output.outlineColor = outlineColor; + output.texcoord0 = float4(input.texcoord0.x, input.texcoord0.y, maskUV.x, maskUV.y); + output.param = half4(scale, bias - outline, bias + outline, bias); + output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + #if (UNDERLAY_ON || UNDERLAY_INNER) + output.texcoord1 = float4(input.texcoord0 + layerOffset, input.color.a, 0); + output.underlayParam = half2(layerScale, layerBias); + #endif + + return output; + } + + + // PIXEL SHADER + fixed4 PixShader(pixel_t input) : SV_Target + { + UNITY_SETUP_INSTANCE_ID(input); + + half d = tex2D(_MainTex, input.texcoord0.xy).a * input.param.x; + half4 c = input.faceColor * saturate(d - input.param.w); + + #ifdef OUTLINE_ON + c = lerp(input.outlineColor, input.faceColor, saturate(d - input.param.z)); + c *= saturate(d - input.param.y); + #endif + + #if UNDERLAY_ON + d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x; + c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - input.underlayParam.y) * (1 - c.a); + #endif + + #if UNDERLAY_INNER + half sd = saturate(d - input.param.z); + d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x; + c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - input.underlayParam.y)) * sd * (1 - c.a); + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw); + c *= m.x * m.y; + #endif + + #if (UNDERLAY_ON | UNDERLAY_INNER) + c *= input.texcoord1.z; + #endif + + #if UNITY_UI_ALPHACLIP + clip(c.a - 0.001); + #endif + + return c; + } + ENDCG + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader.meta b/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader.meta new file mode 100755 index 0000000..e6b149e --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: a02a7d8c237544f1962732b55a9aebf1 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader b/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader new file mode 100755 index 0000000..df4d5b0 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader @@ -0,0 +1,106 @@ +// Simplified SDF shader: +// - No Shading Option (bevel / bump / env map) +// - No Glow Option +// - Softness is applied on both side of the outline + +Shader "TextMeshPro/Mobile/Distance Field SSD" { + +Properties { + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineWidth ("Outline Thickness", Range(0,1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = .5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5 + _ScaleX ("Scale X", float) = 1 + _ScaleY ("Scale Y", float) = 1 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + _MaskTex ("Mask Texture", 2D) = "white" {} + _MaskInverse ("Inverse", float) = 0 + _MaskEdgeColor ("Edge Color", Color) = (1,1,1,1) + _MaskEdgeSoftness ("Edge Softness", Range(0, 1)) = 0.01 + _MaskWipeControl ("Wipe Position", Range(0, 1)) = 0.5 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + Tags { + "Queue"="Transparent" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest [unity_GUIZTestMode] + Blend One OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ OUTLINE_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + + #include "TMPro_Mobile.cginc" + + ENDCG + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader.meta b/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader.meta new file mode 100755 index 0000000..9b84c13 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: c8d12adcee749c344b8117cf7c7eb912 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader b/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader new file mode 100755 index 0000000..d3f5866 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader @@ -0,0 +1,240 @@ +// Simplified SDF shader: +// - No Shading Option (bevel / bump / env map) +// - No Glow Option +// - Softness is applied on both side of the outline + +Shader "TextMeshPro/Mobile/Distance Field" { + +Properties { + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineWidth ("Outline Thickness", Range(0,1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = .5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5 + _ScaleX ("Scale X", float) = 1 + _ScaleY ("Scale Y", float) = 1 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + Tags + { + "Queue"="Transparent" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest [unity_GUIZTestMode] + Blend One OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass { + CGPROGRAM + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ OUTLINE_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + + struct vertex_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + float4 vertex : POSITION; + float3 normal : NORMAL; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + struct pixel_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + UNITY_VERTEX_OUTPUT_STEREO + float4 vertex : SV_POSITION; + fixed4 faceColor : COLOR; + fixed4 outlineColor : COLOR1; + float4 texcoord0 : TEXCOORD0; // Texture UV, Mask UV + half4 param : TEXCOORD1; // Scale(x), BiasIn(y), BiasOut(z), Bias(w) + half4 mask : TEXCOORD2; // Position in clip space(xy), Softness(zw) + #if (UNDERLAY_ON | UNDERLAY_INNER) + float4 texcoord1 : TEXCOORD3; // Texture UV, alpha, reserved + half2 underlayParam : TEXCOORD4; // Scale(x), Bias(y) + #endif + }; + + + pixel_t VertShader(vertex_t input) + { + pixel_t output; + + UNITY_INITIALIZE_OUTPUT(pixel_t, output); + UNITY_SETUP_INSTANCE_ID(input); + UNITY_TRANSFER_INSTANCE_ID(input, output); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output); + + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.vertex; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + float4 vPosition = UnityObjectToClipPos(vert); + + float2 pixelSize = vPosition.w; + pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy)); + + float scale = rsqrt(dot(pixelSize, pixelSize)); + scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1); + if(UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert))))); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + float layerScale = scale; + + scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale); + float bias = (0.5 - weight) * scale - 0.5; + float outline = _OutlineWidth * _ScaleRatioA * 0.5 * scale; + + float opacity = input.color.a; + #if (UNDERLAY_ON | UNDERLAY_INNER) + opacity = 1.0; + #endif + + fixed4 faceColor = fixed4(input.color.rgb, opacity) * _FaceColor; + faceColor.rgb *= faceColor.a; + + fixed4 outlineColor = _OutlineColor; + outlineColor.a *= opacity; + outlineColor.rgb *= outlineColor.a; + outlineColor = lerp(faceColor, outlineColor, sqrt(min(1.0, (outline * 2)))); + + #if (UNDERLAY_ON | UNDERLAY_INNER) + layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale); + float layerBias = (.5 - weight) * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale); + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + float2 layerOffset = float2(x, y); + #endif + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy); + + // Populate structure for pixel shader + output.vertex = vPosition; + output.faceColor = faceColor; + output.outlineColor = outlineColor; + output.texcoord0 = float4(input.texcoord0.x, input.texcoord0.y, maskUV.x, maskUV.y); + output.param = half4(scale, bias - outline, bias + outline, bias); + output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + #if (UNDERLAY_ON || UNDERLAY_INNER) + output.texcoord1 = float4(input.texcoord0 + layerOffset, input.color.a, 0); + output.underlayParam = half2(layerScale, layerBias); + #endif + + return output; + } + + + // PIXEL SHADER + fixed4 PixShader(pixel_t input) : SV_Target + { + UNITY_SETUP_INSTANCE_ID(input); + + half d = tex2D(_MainTex, input.texcoord0.xy).a * input.param.x; + half4 c = input.faceColor * saturate(d - input.param.w); + + #ifdef OUTLINE_ON + c = lerp(input.outlineColor, input.faceColor, saturate(d - input.param.z)); + c *= saturate(d - input.param.y); + #endif + + #if UNDERLAY_ON + d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x; + c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - input.underlayParam.y) * (1 - c.a); + #endif + + #if UNDERLAY_INNER + half sd = saturate(d - input.param.z); + d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x; + c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - input.underlayParam.y)) * sd * (1 - c.a); + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw); + c *= m.x * m.y; + #endif + + #if (UNDERLAY_ON | UNDERLAY_INNER) + c *= input.texcoord1.z; + #endif + + #if UNITY_UI_ALPHACLIP + clip(c.a - 0.001); + #endif + + return c; + } + ENDCG + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader.meta b/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader.meta new file mode 100755 index 0000000..2ac6e76 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: fe393ace9b354375a9cb14cdbbc28be4 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader b/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader new file mode 100755 index 0000000..be764ae --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader @@ -0,0 +1,138 @@ +// Simplified version of the SDF Surface shader : +// - No support for Bevel, Bump or envmap +// - Diffuse only lighting +// - Fully supports only 1 directional light. Other lights can affect it, but it will be per-vertex/SH. + +Shader "TextMeshPro/Mobile/Distance Field (Surface)" { + +Properties { + _FaceTex ("Fill Texture", 2D) = "white" {} + [HDR]_FaceColor ("Fill Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineTex ("Outline Texture", 2D) = "white" {} + _OutlineWidth ("Outline Thickness", Range(0, 1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + [HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5) + _GlowOffset ("Offset", Range(-1,1)) = 0 + _GlowInner ("Inner", Range(0,1)) = 0.05 + _GlowOuter ("Outer", Range(0,1)) = 0.05 + _GlowPower ("Falloff", Range(1, 0)) = 0.75 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = 0.5 + + // Should not be directly exposed to the user + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5.0 + _ScaleX ("Scale X", float) = 1.0 + _ScaleY ("Scale Y", float) = 1.0 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _CullMode ("Cull Mode", Float) = 0 + //_MaskCoord ("Mask Coords", vector) = (0,0,0,0) + //_MaskSoftness ("Mask Softness", float) = 0 +} + +SubShader { + + Tags { + "Queue"="Transparent" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + LOD 300 + Cull [_CullMode] + + CGPROGRAM + #pragma surface PixShader Lambert alpha:blend vertex:VertShader noforwardadd nolightmap nodirlightmap + #pragma target 3.0 + #pragma shader_feature __ GLOW_ON + + #include "TMPro_Properties.cginc" + #include "TMPro.cginc" + + half _FaceShininess; + half _OutlineShininess; + + struct Input + { + fixed4 color : COLOR; + float2 uv_MainTex; + float2 uv2_FaceTex; + float2 uv2_OutlineTex; + float2 param; // Weight, Scale + float3 viewDirEnv; + }; + + #include "TMPro_Surface.cginc" + + ENDCG + + // Pass to render object as a shadow caster + Pass + { + Name "Caster" + Tags { "LightMode" = "ShadowCaster" } + Offset 1, 1 + + Fog {Mode Off} + ZWrite On ZTest LEqual Cull Off + + CGPROGRAM + #pragma vertex vert + #pragma fragment frag + #pragma multi_compile_shadowcaster + #include "UnityCG.cginc" + + struct v2f { + V2F_SHADOW_CASTER; + float2 uv : TEXCOORD1; + float2 uv2 : TEXCOORD3; + float alphaClip : TEXCOORD2; + }; + + uniform float4 _MainTex_ST; + uniform float4 _OutlineTex_ST; + float _OutlineWidth; + float _FaceDilate; + float _ScaleRatioA; + + v2f vert( appdata_base v ) + { + v2f o; + TRANSFER_SHADOW_CASTER(o) + o.uv = TRANSFORM_TEX(v.texcoord, _MainTex); + o.uv2 = TRANSFORM_TEX(v.texcoord, _OutlineTex); + o.alphaClip = o.alphaClip = (1.0 - _OutlineWidth * _ScaleRatioA - _FaceDilate * _ScaleRatioA) / 2; + return o; + } + + uniform sampler2D _MainTex; + + float4 frag(v2f i) : COLOR + { + fixed4 texcol = tex2D(_MainTex, i.uv).a; + clip(texcol.a - i.alphaClip); + SHADOW_CASTER_FRAGMENT(i) + } + ENDCG + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader.meta b/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader.meta new file mode 100755 index 0000000..bff8b7a --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 85187c2149c549c5b33f0cdb02836b17 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF-Surface.shader b/TextMesh Pro/Shaders/TMP_SDF-Surface.shader new file mode 100755 index 0000000..bcb2bb2 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Surface.shader @@ -0,0 +1,158 @@ +Shader "TextMeshPro/Distance Field (Surface)" { + +Properties { + _FaceTex ("Fill Texture", 2D) = "white" {} + _FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0 + _FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0 + [HDR]_FaceColor ("Fill Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineTex ("Outline Texture", 2D) = "white" {} + _OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0 + _OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0 + _OutlineWidth ("Outline Thickness", Range(0, 1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + _Bevel ("Bevel", Range(0,1)) = 0.5 + _BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0 + _BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0 + _BevelClamp ("Bevel Clamp", Range(0,1)) = 0 + _BevelRoundness ("Bevel Roundness", Range(0,1)) = 0 + + _BumpMap ("Normalmap", 2D) = "bump" {} + _BumpOutline ("Bump Outline", Range(0,1)) = 0.5 + _BumpFace ("Bump Face", Range(0,1)) = 0.5 + + _ReflectFaceColor ("Face Color", Color) = (0,0,0,1) + _ReflectOutlineColor ("Outline Color", Color) = (0,0,0,1) + _Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ } + _EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0) + [HDR]_SpecColor ("Specular Color", Color) = (0,0,0,1) + + _FaceShininess ("Face Shininess", Range(0,1)) = 0 + _OutlineShininess ("Outline Shininess", Range(0,1)) = 0 + + [HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5) + _GlowOffset ("Offset", Range(-1,1)) = 0 + _GlowInner ("Inner", Range(0,1)) = 0.05 + _GlowOuter ("Outer", Range(0,1)) = 0.05 + _GlowPower ("Falloff", Range(1, 0)) = 0.75 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = 0.5 + + // Should not be directly exposed to the user + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5.0 + _ScaleX ("Scale X", float) = 1.0 + _ScaleY ("Scale Y", float) = 1.0 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _CullMode ("Cull Mode", Float) = 0 + //_MaskCoord ("Mask Coords", vector) = (0,0,0,0) + //_MaskSoftness ("Mask Softness", float) = 0 +} + +SubShader { + + Tags { "Queue"="Transparent" "IgnoreProjector"="True" "RenderType"="Transparent" } + + LOD 300 + Cull [_CullMode] + + CGPROGRAM + #pragma surface PixShader BlinnPhong alpha:blend vertex:VertShader nolightmap nodirlightmap + #pragma target 3.0 + #pragma shader_feature __ GLOW_ON + #pragma glsl + + #include "TMPro_Properties.cginc" + #include "TMPro.cginc" + + half _FaceShininess; + half _OutlineShininess; + + struct Input + { + fixed4 color : COLOR; + float2 uv_MainTex; + float2 uv2_FaceTex; + float2 uv2_OutlineTex; + float2 param; // Weight, Scale + float3 viewDirEnv; + }; + + + #define BEVEL_ON 1 + #include "TMPro_Surface.cginc" + + ENDCG + + // Pass to render object as a shadow caster + Pass + { + Name "Caster" + Tags { "LightMode" = "ShadowCaster" } + Offset 1, 1 + + Fog {Mode Off} + ZWrite On + ZTest LEqual + Cull Off + + CGPROGRAM + #pragma vertex vert + #pragma fragment frag + #pragma multi_compile_shadowcaster + #include "UnityCG.cginc" + + struct v2f { + V2F_SHADOW_CASTER; + float2 uv : TEXCOORD1; + float2 uv2 : TEXCOORD3; + float alphaClip : TEXCOORD2; + }; + + uniform float4 _MainTex_ST; + uniform float4 _OutlineTex_ST; + float _OutlineWidth; + float _FaceDilate; + float _ScaleRatioA; + + v2f vert( appdata_base v ) + { + v2f o; + TRANSFER_SHADOW_CASTER(o) + o.uv = TRANSFORM_TEX(v.texcoord, _MainTex); + o.uv2 = TRANSFORM_TEX(v.texcoord, _OutlineTex); + o.alphaClip = (1.0 - _OutlineWidth * _ScaleRatioA - _FaceDilate * _ScaleRatioA) / 2; + return o; + } + + uniform sampler2D _MainTex; + + float4 frag(v2f i) : COLOR + { + fixed4 texcol = tex2D(_MainTex, i.uv).a; + clip(texcol.a - i.alphaClip); + SHADOW_CASTER_FRAGMENT(i) + } + ENDCG + } +} + +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} + diff --git a/TextMesh Pro/Shaders/TMP_SDF-Surface.shader.meta b/TextMesh Pro/Shaders/TMP_SDF-Surface.shader.meta new file mode 100755 index 0000000..26e814c --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF-Surface.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: f7ada0af4f174f0694ca6a487b8f543d +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_SDF.shader b/TextMesh Pro/Shaders/TMP_SDF.shader new file mode 100755 index 0000000..011ee19 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF.shader @@ -0,0 +1,317 @@ +Shader "TextMeshPro/Distance Field" { + +Properties { + _FaceTex ("Face Texture", 2D) = "white" {} + _FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0 + _FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0 + [HDR]_FaceColor ("Face Color", Color) = (1,1,1,1) + _FaceDilate ("Face Dilate", Range(-1,1)) = 0 + + [HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1) + _OutlineTex ("Outline Texture", 2D) = "white" {} + _OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0 + _OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0 + _OutlineWidth ("Outline Thickness", Range(0, 1)) = 0 + _OutlineSoftness ("Outline Softness", Range(0,1)) = 0 + + _Bevel ("Bevel", Range(0,1)) = 0.5 + _BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0 + _BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0 + _BevelClamp ("Bevel Clamp", Range(0,1)) = 0 + _BevelRoundness ("Bevel Roundness", Range(0,1)) = 0 + + _LightAngle ("Light Angle", Range(0.0, 6.2831853)) = 3.1416 + [HDR]_SpecularColor ("Specular", Color) = (1,1,1,1) + _SpecularPower ("Specular", Range(0,4)) = 2.0 + _Reflectivity ("Reflectivity", Range(5.0,15.0)) = 10 + _Diffuse ("Diffuse", Range(0,1)) = 0.5 + _Ambient ("Ambient", Range(1,0)) = 0.5 + + _BumpMap ("Normal map", 2D) = "bump" {} + _BumpOutline ("Bump Outline", Range(0,1)) = 0 + _BumpFace ("Bump Face", Range(0,1)) = 0 + + _ReflectFaceColor ("Reflection Color", Color) = (0,0,0,1) + _ReflectOutlineColor("Reflection Color", Color) = (0,0,0,1) + _Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ } + _EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0) + + + [HDR]_UnderlayColor ("Border Color", Color) = (0,0,0, 0.5) + _UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0 + _UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0 + _UnderlayDilate ("Border Dilate", Range(-1,1)) = 0 + _UnderlaySoftness ("Border Softness", Range(0,1)) = 0 + + [HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5) + _GlowOffset ("Offset", Range(-1,1)) = 0 + _GlowInner ("Inner", Range(0,1)) = 0.05 + _GlowOuter ("Outer", Range(0,1)) = 0.05 + _GlowPower ("Falloff", Range(1, 0)) = 0.75 + + _WeightNormal ("Weight Normal", float) = 0 + _WeightBold ("Weight Bold", float) = 0.5 + + _ShaderFlags ("Flags", float) = 0 + _ScaleRatioA ("Scale RatioA", float) = 1 + _ScaleRatioB ("Scale RatioB", float) = 1 + _ScaleRatioC ("Scale RatioC", float) = 1 + + _MainTex ("Font Atlas", 2D) = "white" {} + _TextureWidth ("Texture Width", float) = 512 + _TextureHeight ("Texture Height", float) = 512 + _GradientScale ("Gradient Scale", float) = 5.0 + _ScaleX ("Scale X", float) = 1.0 + _ScaleY ("Scale Y", float) = 1.0 + _PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875 + _Sharpness ("Sharpness", Range(-1,1)) = 0 + + _VertexOffsetX ("Vertex OffsetX", float) = 0 + _VertexOffsetY ("Vertex OffsetY", float) = 0 + + _MaskCoord ("Mask Coordinates", vector) = (0, 0, 32767, 32767) + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + _MaskSoftnessX ("Mask SoftnessX", float) = 0 + _MaskSoftnessY ("Mask SoftnessY", float) = 0 + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 +} + +SubShader { + + Tags + { + "Queue"="Transparent" + "IgnoreProjector"="True" + "RenderType"="Transparent" + } + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + ZWrite Off + Lighting Off + Fog { Mode Off } + ZTest [unity_GUIZTestMode] + Blend One OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass { + CGPROGRAM + #pragma target 3.0 + #pragma vertex VertShader + #pragma fragment PixShader + #pragma shader_feature __ BEVEL_ON + #pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER + #pragma shader_feature __ GLOW_ON + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + #include "TMPro_Properties.cginc" + #include "TMPro.cginc" + + struct vertex_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + float4 position : POSITION; + float3 normal : NORMAL; + fixed4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; + }; + + + struct pixel_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + UNITY_VERTEX_OUTPUT_STEREO + float4 position : SV_POSITION; + fixed4 color : COLOR; + float2 atlas : TEXCOORD0; // Atlas + float4 param : TEXCOORD1; // alphaClip, scale, bias, weight + float4 mask : TEXCOORD2; // Position in object space(xy), pixel Size(zw) + float3 viewDir : TEXCOORD3; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 texcoord2 : TEXCOORD4; // u,v, scale, bias + fixed4 underlayColor : COLOR1; + #endif + float4 textures : TEXCOORD5; + }; + + // Used by Unity internally to handle Texture Tiling and Offset. + float4 _FaceTex_ST; + float4 _OutlineTex_ST; + + pixel_t VertShader(vertex_t input) + { + pixel_t output; + + UNITY_INITIALIZE_OUTPUT(pixel_t, output); + UNITY_SETUP_INSTANCE_ID(input); + UNITY_TRANSFER_INSTANCE_ID(input,output); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output); + + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.position; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + float4 vPosition = UnityObjectToClipPos(vert); + + float2 pixelSize = vPosition.w; + pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy)); + float scale = rsqrt(dot(pixelSize, pixelSize)); + scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1); + if (UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert))))); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + float bias =(.5 - weight) + (.5 / scale); + + float alphaClip = (1.0 - _OutlineWidth * _ScaleRatioA - _OutlineSoftness * _ScaleRatioA); + + #if GLOW_ON + alphaClip = min(alphaClip, 1.0 - _GlowOffset * _ScaleRatioB - _GlowOuter * _ScaleRatioB); + #endif + + alphaClip = alphaClip / 2.0 - ( .5 / scale) - weight; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 underlayColor = _UnderlayColor; + underlayColor.rgb *= underlayColor.a; + + float bScale = scale; + bScale /= 1 + ((_UnderlaySoftness*_ScaleRatioC) * bScale); + float bBias = (0.5 - weight) * bScale - 0.5 - ((_UnderlayDilate * _ScaleRatioC) * 0.5 * bScale); + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + float2 bOffset = float2(x, y); + #endif + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy); + + // Support for texture tiling and offset + float2 textureUV = UnpackUV(input.texcoord1.x); + float2 faceUV = TRANSFORM_TEX(textureUV, _FaceTex); + float2 outlineUV = TRANSFORM_TEX(textureUV, _OutlineTex); + + + output.position = vPosition; + output.color = input.color; + output.atlas = input.texcoord0; + output.param = float4(alphaClip, scale, bias, weight); + output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)); + output.viewDir = mul((float3x3)_EnvMatrix, _WorldSpaceCameraPos.xyz - mul(unity_ObjectToWorld, vert).xyz); + #if (UNDERLAY_ON || UNDERLAY_INNER) + output.texcoord2 = float4(input.texcoord0 + bOffset, bScale, bBias); + output.underlayColor = underlayColor; + #endif + output.textures = float4(faceUV, outlineUV); + + return output; + } + + + fixed4 PixShader(pixel_t input) : SV_Target + { + UNITY_SETUP_INSTANCE_ID(input); + + float c = tex2D(_MainTex, input.atlas).a; + + #ifndef UNDERLAY_ON + clip(c - input.param.x); + #endif + + float scale = input.param.y; + float bias = input.param.z; + float weight = input.param.w; + float sd = (bias - c) * scale; + + float outline = (_OutlineWidth * _ScaleRatioA) * scale; + float softness = (_OutlineSoftness * _ScaleRatioA) * scale; + + half4 faceColor = _FaceColor; + half4 outlineColor = _OutlineColor; + + faceColor.rgb *= input.color.rgb; + + faceColor *= tex2D(_FaceTex, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y); + outlineColor *= tex2D(_OutlineTex, input.textures.zw + float2(_OutlineUVSpeedX, _OutlineUVSpeedY) * _Time.y); + + faceColor = GetColor(sd, faceColor, outlineColor, outline, softness); + + #if BEVEL_ON + float3 dxy = float3(0.5 / _TextureWidth, 0.5 / _TextureHeight, 0); + float3 n = GetSurfaceNormal(input.atlas, weight, dxy); + + float3 bump = UnpackNormal(tex2D(_BumpMap, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y)).xyz; + bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5)); + n = normalize(n- bump); + + float3 light = normalize(float3(sin(_LightAngle), cos(_LightAngle), -1.0)); + + float3 col = GetSpecular(n, light); + faceColor.rgb += col*faceColor.a; + faceColor.rgb *= 1-(dot(n, light)*_Diffuse); + faceColor.rgb *= lerp(_Ambient, 1, n.z*n.z); + + fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDir, -n)); + faceColor.rgb += reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a; + #endif + + #if UNDERLAY_ON + float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z; + faceColor += input.underlayColor * saturate(d - input.texcoord2.w) * (1 - faceColor.a); + #endif + + #if UNDERLAY_INNER + float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z; + faceColor += input.underlayColor * (1 - saturate(d - input.texcoord2.w)) * saturate(1 - sd) * (1 - faceColor.a); + #endif + + #if GLOW_ON + float4 glowColor = GetGlowColor(sd, scale); + faceColor.rgb += glowColor.rgb * glowColor.a; + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness. + #if UNITY_UI_CLIP_RECT + half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw); + faceColor *= m.x * m.y; + #endif + + #if UNITY_UI_ALPHACLIP + clip(faceColor.a - 0.001); + #endif + + return faceColor * input.color.a; + } + + ENDCG + } +} + +Fallback "TextMeshPro/Mobile/Distance Field" +CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI" +} diff --git a/TextMesh Pro/Shaders/TMP_SDF.shader.meta b/TextMesh Pro/Shaders/TMP_SDF.shader.meta new file mode 100755 index 0000000..e1cf3f3 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_SDF.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 68e6db2ebdc24f95958faec2be5558d6 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMP_Sprite.shader b/TextMesh Pro/Shaders/TMP_Sprite.shader new file mode 100755 index 0000000..e8283a7 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Sprite.shader @@ -0,0 +1,116 @@ +Shader "TextMeshPro/Sprite" +{ + Properties + { + [PerRendererData] _MainTex ("Sprite Texture", 2D) = "white" {} + _Color ("Tint", Color) = (1,1,1,1) + + _StencilComp ("Stencil Comparison", Float) = 8 + _Stencil ("Stencil ID", Float) = 0 + _StencilOp ("Stencil Operation", Float) = 0 + _StencilWriteMask ("Stencil Write Mask", Float) = 255 + _StencilReadMask ("Stencil Read Mask", Float) = 255 + + _CullMode ("Cull Mode", Float) = 0 + _ColorMask ("Color Mask", Float) = 15 + _ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767) + + [Toggle(UNITY_UI_ALPHACLIP)] _UseUIAlphaClip ("Use Alpha Clip", Float) = 0 + } + + SubShader + { + Tags + { + "Queue"="Transparent" + "IgnoreProjector"="True" + "RenderType"="Transparent" + "PreviewType"="Plane" + "CanUseSpriteAtlas"="True" + } + + Stencil + { + Ref [_Stencil] + Comp [_StencilComp] + Pass [_StencilOp] + ReadMask [_StencilReadMask] + WriteMask [_StencilWriteMask] + } + + Cull [_CullMode] + Lighting Off + ZWrite Off + ZTest [unity_GUIZTestMode] + Blend SrcAlpha OneMinusSrcAlpha + ColorMask [_ColorMask] + + Pass + { + Name "Default" + CGPROGRAM + #pragma vertex vert + #pragma fragment frag + #pragma target 2.0 + + #include "UnityCG.cginc" + #include "UnityUI.cginc" + + #pragma multi_compile __ UNITY_UI_CLIP_RECT + #pragma multi_compile __ UNITY_UI_ALPHACLIP + + struct appdata_t + { + float4 vertex : POSITION; + float4 color : COLOR; + float2 texcoord : TEXCOORD0; + UNITY_VERTEX_INPUT_INSTANCE_ID + }; + + struct v2f + { + float4 vertex : SV_POSITION; + fixed4 color : COLOR; + float2 texcoord : TEXCOORD0; + float4 worldPosition : TEXCOORD1; + UNITY_VERTEX_OUTPUT_STEREO + }; + + sampler2D _MainTex; + fixed4 _Color; + fixed4 _TextureSampleAdd; + float4 _ClipRect; + float4 _MainTex_ST; + + v2f vert(appdata_t v) + { + v2f OUT; + UNITY_SETUP_INSTANCE_ID(v); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(OUT); + OUT.worldPosition = v.vertex; + OUT.vertex = UnityObjectToClipPos(OUT.worldPosition); + + OUT.texcoord = TRANSFORM_TEX(v.texcoord, _MainTex); + + OUT.color = v.color * _Color; + return OUT; + } + + fixed4 frag(v2f IN) : SV_Target + { + half4 color = (tex2D(_MainTex, IN.texcoord) + _TextureSampleAdd) * IN.color; + + #ifdef UNITY_UI_CLIP_RECT + color.a *= UnityGet2DClipping(IN.worldPosition.xy, _ClipRect); + #endif + + #ifdef UNITY_UI_ALPHACLIP + clip (color.a - 0.001); + #endif + + return color; + } + ENDCG + } + } +} diff --git a/TextMesh Pro/Shaders/TMP_Sprite.shader.meta b/TextMesh Pro/Shaders/TMP_Sprite.shader.meta new file mode 100755 index 0000000..50ba195 --- /dev/null +++ b/TextMesh Pro/Shaders/TMP_Sprite.shader.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: cf81c85f95fe47e1a27f6ae460cf182c +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMPro.cginc b/TextMesh Pro/Shaders/TMPro.cginc new file mode 100755 index 0000000..5898130 --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro.cginc @@ -0,0 +1,84 @@ +float2 UnpackUV(float uv) +{ + float2 output; + output.x = floor(uv / 4096); + output.y = uv - 4096 * output.x; + + return output * 0.001953125; +} + +fixed4 GetColor(half d, fixed4 faceColor, fixed4 outlineColor, half outline, half softness) +{ + half faceAlpha = 1-saturate((d - outline * 0.5 + softness * 0.5) / (1.0 + softness)); + half outlineAlpha = saturate((d + outline * 0.5)) * sqrt(min(1.0, outline)); + + faceColor.rgb *= faceColor.a; + outlineColor.rgb *= outlineColor.a; + + faceColor = lerp(faceColor, outlineColor, outlineAlpha); + + faceColor *= faceAlpha; + + return faceColor; +} + +float3 GetSurfaceNormal(float4 h, float bias) +{ + bool raisedBevel = step(1, fmod(_ShaderFlags, 2)); + + h += bias+_BevelOffset; + + float bevelWidth = max(.01, _OutlineWidth+_BevelWidth); + + // Track outline + h -= .5; + h /= bevelWidth; + h = saturate(h+.5); + + if(raisedBevel) h = 1 - abs(h*2.0 - 1.0); + h = lerp(h, sin(h*3.141592/2.0), _BevelRoundness); + h = min(h, 1.0-_BevelClamp); + h *= _Bevel * bevelWidth * _GradientScale * -2.0; + + float3 va = normalize(float3(1.0, 0.0, h.y - h.x)); + float3 vb = normalize(float3(0.0, -1.0, h.w - h.z)); + + return cross(va, vb); +} + +float3 GetSurfaceNormal(float2 uv, float bias, float3 delta) +{ + // Read "height field" + float4 h = {tex2D(_MainTex, uv - delta.xz).a, + tex2D(_MainTex, uv + delta.xz).a, + tex2D(_MainTex, uv - delta.zy).a, + tex2D(_MainTex, uv + delta.zy).a}; + + return GetSurfaceNormal(h, bias); +} + +float3 GetSpecular(float3 n, float3 l) +{ + float spec = pow(max(0.0, dot(n, l)), _Reflectivity); + return _SpecularColor.rgb * spec * _SpecularPower; +} + +float4 GetGlowColor(float d, float scale) +{ + float glow = d - (_GlowOffset*_ScaleRatioB) * 0.5 * scale; + float t = lerp(_GlowInner, (_GlowOuter * _ScaleRatioB), step(0.0, glow)) * 0.5 * scale; + glow = saturate(abs(glow/(1.0 + t))); + glow = 1.0-pow(glow, _GlowPower); + glow *= sqrt(min(1.0, t)); // Fade off glow thinner than 1 screen pixel + return float4(_GlowColor.rgb, saturate(_GlowColor.a * glow * 2)); +} + +float4 BlendARGB(float4 overlying, float4 underlying) +{ + overlying.rgb *= overlying.a; + underlying.rgb *= underlying.a; + float3 blended = overlying.rgb + ((1-overlying.a)*underlying.rgb); + float alpha = underlying.a + (1-underlying.a)*overlying.a; + return float4(blended, alpha); +} + diff --git a/TextMesh Pro/Shaders/TMPro.cginc.meta b/TextMesh Pro/Shaders/TMPro.cginc.meta new file mode 100755 index 0000000..0d6eb56 --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro.cginc.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 407bc68d299748449bbf7f48ee690f8d +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMPro_Mobile.cginc b/TextMesh Pro/Shaders/TMPro_Mobile.cginc new file mode 100755 index 0000000..5969fec --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro_Mobile.cginc @@ -0,0 +1,157 @@ +struct vertex_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + float4 position : POSITION; + float3 normal : NORMAL; + float4 color : COLOR; + float2 texcoord0 : TEXCOORD0; + float2 texcoord1 : TEXCOORD1; +}; + +struct pixel_t { + UNITY_VERTEX_INPUT_INSTANCE_ID + UNITY_VERTEX_OUTPUT_STEREO + float4 position : SV_POSITION; + float4 faceColor : COLOR; + float4 outlineColor : COLOR1; + float4 texcoord0 : TEXCOORD0; + float4 param : TEXCOORD1; // weight, scaleRatio + float2 mask : TEXCOORD2; + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 texcoord2 : TEXCOORD3; + float4 underlayColor : COLOR2; + #endif +}; + +float4 SRGBToLinear(float4 rgba) { + return float4(lerp(rgba.rgb / 12.92f, pow((rgba.rgb + 0.055f) / 1.055f, 2.4f), step(0.04045f, rgba.rgb)), rgba.a); +} + +pixel_t VertShader(vertex_t input) +{ + pixel_t output; + + UNITY_INITIALIZE_OUTPUT(pixel_t, output); + UNITY_SETUP_INSTANCE_ID(input); + UNITY_TRANSFER_INSTANCE_ID(input, output); + UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output); + + float bold = step(input.texcoord1.y, 0); + + float4 vert = input.position; + vert.x += _VertexOffsetX; + vert.y += _VertexOffsetY; + + float4 vPosition = UnityObjectToClipPos(vert); + + float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0; + weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5; + + // Generate UV for the Masking Texture + float4 clampedRect = clamp(_ClipRect, -2e10, 2e10); + float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy); + + float4 color = input.color; + #if (FORCE_LINEAR && !UNITY_COLORSPACE_GAMMA) + color = SRGBToLinear(input.color); + #endif + + float opacity = color.a; + #if (UNDERLAY_ON | UNDERLAY_INNER) + opacity = 1.0; + #endif + + float4 faceColor = float4(color.rgb, opacity) * _FaceColor; + faceColor.rgb *= faceColor.a; + + float4 outlineColor = _OutlineColor; + outlineColor.a *= opacity; + outlineColor.rgb *= outlineColor.a; + + output.position = vPosition; + output.faceColor = faceColor; + output.outlineColor = outlineColor; + output.texcoord0 = float4(input.texcoord0.xy, maskUV.xy); + output.param = float4(0.5 - weight, 1.3333 * _GradientScale * (_Sharpness + 1) / _TextureWidth, _OutlineWidth * _ScaleRatioA * 0.5, 0); + + float2 mask = float2(0, 0); + #if UNITY_UI_CLIP_RECT + mask = vert.xy * 2 - clampedRect.xy - clampedRect.zw; + #endif + output.mask = mask; + + #if (UNDERLAY_ON || UNDERLAY_INNER) + float4 underlayColor = _UnderlayColor; + underlayColor.rgb *= underlayColor.a; + + float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth; + float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight; + + output.texcoord2 = float4(input.texcoord0 + float2(x, y), input.color.a, 0); + output.underlayColor = underlayColor; + #endif + + return output; +} + +float4 PixShader(pixel_t input) : SV_Target +{ + UNITY_SETUP_INSTANCE_ID(input); + + float d = tex2D(_MainTex, input.texcoord0.xy).a; + + float2 UV = input.texcoord0.xy; + float scale = rsqrt(abs(ddx(UV.x) * ddy(UV.y) - ddy(UV.x) * ddx(UV.y))) * input.param.y; + + #if (UNDERLAY_ON | UNDERLAY_INNER) + float layerScale = scale; + layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale); + float layerBias = input.param.x * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale); + #endif + + scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale); + + float4 faceColor = input.faceColor * saturate((d - input.param.x) * scale + 0.5); + + #ifdef OUTLINE_ON + float4 outlineColor = lerp(input.faceColor, input.outlineColor, sqrt(min(1.0, input.param.z * scale * 2))); + faceColor = lerp(outlineColor, input.faceColor, saturate((d - input.param.x - input.param.z) * scale + 0.5)); + faceColor *= saturate((d - input.param.x + input.param.z) * scale + 0.5); + #endif + + #if UNDERLAY_ON + d = tex2D(_MainTex, input.texcoord2.xy).a * layerScale; + faceColor += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - layerBias) * (1 - faceColor.a); + #endif + + #if UNDERLAY_INNER + float bias = input.param.x * scale - 0.5; + float sd = saturate(d * scale - bias - input.param.z); + d = tex2D(_MainTex, input.texcoord2.xy).a * layerScale; + faceColor += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - layerBias)) * sd * (1 - faceColor.a); + #endif + + #ifdef MASKING + float a = abs(_MaskInverse - tex2D(_MaskTex, input.texcoord0.zw).a); + float t = a + (1 - _MaskWipeControl) * _MaskEdgeSoftness - _MaskWipeControl; + a = saturate(t / _MaskEdgeSoftness); + faceColor.rgb = lerp(_MaskEdgeColor.rgb * faceColor.a, faceColor.rgb, a); + faceColor *= a; + #endif + + // Alternative implementation to UnityGet2DClipping with support for softness + #if UNITY_UI_CLIP_RECT + float2 maskZW = 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + (1 / scale)); + float2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * maskZW); + faceColor *= m.x * m.y; + #endif + + #if (UNDERLAY_ON | UNDERLAY_INNER) + faceColor *= input.texcoord2.z; + #endif + + #if UNITY_UI_ALPHACLIP + clip(faceColor.a - 0.001); + #endif + + return faceColor; +} diff --git a/TextMesh Pro/Shaders/TMPro_Mobile.cginc.meta b/TextMesh Pro/Shaders/TMPro_Mobile.cginc.meta new file mode 100755 index 0000000..4415e50 --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro_Mobile.cginc.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: c334973cef89a9840b0b0c507e0377ab +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMPro_Properties.cginc b/TextMesh Pro/Shaders/TMPro_Properties.cginc new file mode 100755 index 0000000..2e96258 --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro_Properties.cginc @@ -0,0 +1,85 @@ +// UI Editable properties +uniform sampler2D _FaceTex; // Alpha : Signed Distance +uniform float _FaceUVSpeedX; +uniform float _FaceUVSpeedY; +uniform fixed4 _FaceColor; // RGBA : Color + Opacity +uniform float _FaceDilate; // v[ 0, 1] +uniform float _OutlineSoftness; // v[ 0, 1] + +uniform sampler2D _OutlineTex; // RGBA : Color + Opacity +uniform float _OutlineUVSpeedX; +uniform float _OutlineUVSpeedY; +uniform fixed4 _OutlineColor; // RGBA : Color + Opacity +uniform float _OutlineWidth; // v[ 0, 1] + +uniform float _Bevel; // v[ 0, 1] +uniform float _BevelOffset; // v[-1, 1] +uniform float _BevelWidth; // v[-1, 1] +uniform float _BevelClamp; // v[ 0, 1] +uniform float _BevelRoundness; // v[ 0, 1] + +uniform sampler2D _BumpMap; // Normal map +uniform float _BumpOutline; // v[ 0, 1] +uniform float _BumpFace; // v[ 0, 1] + +uniform samplerCUBE _Cube; // Cube / sphere map +uniform fixed4 _ReflectFaceColor; // RGB intensity +uniform fixed4 _ReflectOutlineColor; +//uniform float _EnvTiltX; // v[-1, 1] +//uniform float _EnvTiltY; // v[-1, 1] +uniform float3 _EnvMatrixRotation; +uniform float4x4 _EnvMatrix; + +uniform fixed4 _SpecularColor; // RGB intensity +uniform float _LightAngle; // v[ 0,Tau] +uniform float _SpecularPower; // v[ 0, 1] +uniform float _Reflectivity; // v[ 5, 15] +uniform float _Diffuse; // v[ 0, 1] +uniform float _Ambient; // v[ 0, 1] + +uniform fixed4 _UnderlayColor; // RGBA : Color + Opacity +uniform float _UnderlayOffsetX; // v[-1, 1] +uniform float _UnderlayOffsetY; // v[-1, 1] +uniform float _UnderlayDilate; // v[-1, 1] +uniform float _UnderlaySoftness; // v[ 0, 1] + +uniform fixed4 _GlowColor; // RGBA : Color + Intesity +uniform float _GlowOffset; // v[-1, 1] +uniform float _GlowOuter; // v[ 0, 1] +uniform float _GlowInner; // v[ 0, 1] +uniform float _GlowPower; // v[ 1, 1/(1+4*4)] + +// API Editable properties +uniform float _ShaderFlags; +uniform float _WeightNormal; +uniform float _WeightBold; + +uniform float _ScaleRatioA; +uniform float _ScaleRatioB; +uniform float _ScaleRatioC; + +uniform float _VertexOffsetX; +uniform float _VertexOffsetY; + +//uniform float _UseClipRect; +uniform float _MaskID; +uniform sampler2D _MaskTex; +uniform float4 _MaskCoord; +uniform float4 _ClipRect; // bottom left(x,y) : top right(z,w) +//uniform float _MaskWipeControl; +//uniform float _MaskEdgeSoftness; +//uniform fixed4 _MaskEdgeColor; +//uniform bool _MaskInverse; + +uniform float _MaskSoftnessX; +uniform float _MaskSoftnessY; + +// Font Atlas properties +uniform sampler2D _MainTex; +uniform float _TextureWidth; +uniform float _TextureHeight; +uniform float _GradientScale; +uniform float _ScaleX; +uniform float _ScaleY; +uniform float _PerspectiveFilter; +uniform float _Sharpness; diff --git a/TextMesh Pro/Shaders/TMPro_Properties.cginc.meta b/TextMesh Pro/Shaders/TMPro_Properties.cginc.meta new file mode 100755 index 0000000..7b37f2f --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro_Properties.cginc.meta @@ -0,0 +1,9 @@ +fileFormatVersion: 2 +guid: 3997e2241185407d80309a82f9148466 +ShaderImporter: + externalObjects: {} + defaultTextures: [] + nonModifiableTextures: [] + userData: + assetBundleName: + assetBundleVariant: diff --git a/TextMesh Pro/Shaders/TMPro_Surface.cginc b/TextMesh Pro/Shaders/TMPro_Surface.cginc new file mode 100755 index 0000000..622ae87 --- /dev/null +++ b/TextMesh Pro/Shaders/TMPro_Surface.cginc @@ -0,0 +1,101 @@ +void VertShader(inout appdata_full v, out Input data) +{ + v.vertex.x += _VertexOffsetX; + v.vertex.y += _VertexOffsetY; + + UNITY_INITIALIZE_OUTPUT(Input, data); + + float bold = step(v.texcoord1.y, 0); + + // Generate normal for backface + float3 view = ObjSpaceViewDir(v.vertex); + v.normal *= sign(dot(v.normal, view)); + +#if USE_DERIVATIVE + data.param.y = 1; +#else + float4 vert = v.vertex; + float4 vPosition = UnityObjectToClipPos(vert); + float2 pixelSize = vPosition.w; + + pixelSize /= float2(_ScaleX, _ScaleY) * mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy); + float scale = rsqrt(dot(pixelSize, pixelSize)); + scale *= abs(v.texcoord1.y) * _GradientScale * (_Sharpness + 1); + scale = lerp(scale * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(v.normal.xyz), normalize(WorldSpaceViewDir(vert))))); + data.param.y = scale; +#endif + + data.param.x = (lerp(_WeightNormal, _WeightBold, bold) / 4.0 + _FaceDilate) * _ScaleRatioA * 0.5; // + + v.texcoord1.xy = UnpackUV(v.texcoord1.x); + data.viewDirEnv = mul((float3x3)_EnvMatrix, WorldSpaceViewDir(v.vertex)); +} + +void PixShader(Input input, inout SurfaceOutput o) +{ + +#if USE_DERIVATIVE + float2 pixelSize = float2(ddx(input.uv_MainTex.y), ddy(input.uv_MainTex.y)); + pixelSize *= _TextureWidth * .75; + float scale = rsqrt(dot(pixelSize, pixelSize)) * _GradientScale * (_Sharpness + 1); +#else + float scale = input.param.y; +#endif + + // Signed distance + float c = tex2D(_MainTex, input.uv_MainTex).a; + float sd = (.5 - c - input.param.x) * scale + .5; + float outline = _OutlineWidth*_ScaleRatioA * scale; + float softness = _OutlineSoftness*_ScaleRatioA * scale; + + // Color & Alpha + float4 faceColor = _FaceColor; + float4 outlineColor = _OutlineColor; + faceColor *= input.color; + outlineColor.a *= input.color.a; + faceColor *= tex2D(_FaceTex, float2(input.uv2_FaceTex.x + _FaceUVSpeedX * _Time.y, input.uv2_FaceTex.y + _FaceUVSpeedY * _Time.y)); + outlineColor *= tex2D(_OutlineTex, float2(input.uv2_OutlineTex.x + _OutlineUVSpeedX * _Time.y, input.uv2_OutlineTex.y + _OutlineUVSpeedY * _Time.y)); + faceColor = GetColor(sd, faceColor, outlineColor, outline, softness); + faceColor.rgb /= max(faceColor.a, 0.0001); + +#if BEVEL_ON + float3 delta = float3(1.0 / _TextureWidth, 1.0 / _TextureHeight, 0.0); + + float4 smp4x = {tex2D(_MainTex, input.uv_MainTex - delta.xz).a, + tex2D(_MainTex, input.uv_MainTex + delta.xz).a, + tex2D(_MainTex, input.uv_MainTex - delta.zy).a, + tex2D(_MainTex, input.uv_MainTex + delta.zy).a }; + + // Face Normal + float3 n = GetSurfaceNormal(smp4x, input.param.x); + + // Bumpmap + float3 bump = UnpackNormal(tex2D(_BumpMap, input.uv2_FaceTex.xy)).xyz; + bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5)); + bump = lerp(float3(0, 0, 1), bump, faceColor.a); + n = normalize(n - bump); + + // Cubemap reflection + fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDirEnv, mul((float3x3)unity_ObjectToWorld, n))); + float3 emission = reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a; +#else + float3 n = float3(0, 0, -1); + float3 emission = float3(0, 0, 0); +#endif + +#if GLOW_ON + float4 glowColor = GetGlowColor(sd, scale); + glowColor.a *= input.color.a; + emission += glowColor.rgb*glowColor.a; + faceColor = 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