public static Stream Parse(string s)
{
//EVO, 1 video track, 1 audio track, 3 subtitle tracks, 1:43:54
//"director"
if (string.IsNullOrEmpty(s))
{
throw new ArgumentNullException("s", "The string 's' cannot be null or empty.");
}
Stream stream = null;
if (s.Contains("AVC") || s.Contains("VC-1") || s.Contains("MPEG") || s.Contains("DIRAC") || s.Contains("THEORA"))
{
stream = VideoStream.Parse(s);
}
else if (s.Contains("AC3") || s.Contains("TrueHD") || s.Contains("DTS") ||
s.Contains("RAW") || s.Contains("PCM") || s.Contains("MP") || s.Contains("AAC") ||
s.Contains("FLAC") || s.Contains("WAVPACK") || s.Contains("TTA") || s.Contains("VORBIS"))
{
stream = AudioStream.Parse(s);
}
else if (s.Contains("Subtitle"))
{
stream = SubtitleStream.Parse(s);
}
else if (s.Contains("Chapters"))
{
stream = ChapterStream.Parse(s);
}
else if (s.Contains("Joined"))
{
stream = JoinStream.Parse(s);
}
return(stream);
}
public static new Stream Parse(string s)
{
//2: AC3, English, 2.0 channels, 192kbps, 48khz, dialnorm: -27dB, -8ms
//3: TrueHD/AC3, English, 5.1 channels, 48khz, dialnorm: -27dB
//4: TrueHD, English, 5.1 channels, 48khz, dialnorm: -27dB
if (string.IsNullOrEmpty(s))
throw new ArgumentNullException("s", "The string 's' cannot be null or empty.");
AudioStream audioStream = new AudioStream(s);
switch (audioStream.Name.ToUpper())
{
case "AC3":
case "AC3 EX":
case "AC3 SURROUND":
audioStream.AudioType = AudioStreamType.AC3;
break;
case "DTS":
case "DTS-ES":
case "DTS MASTER AUDIO":
case "DTS HI-RES":
audioStream.AudioType = AudioStreamType.DTS;
break;
case "E-AC3":
audioStream.AudioType = AudioStreamType.EAC3;
break;
case "TRUEHD":
audioStream.AudioType = AudioStreamType.TrueHD;
break;
case "TRUEHD/AC3":
audioStream.AudioType = AudioStreamType.TrueHD | AudioStreamType.AC3;
break;
case "PCM":
audioStream.AudioType = AudioStreamType.PCM;
break;
case "WAV":
audioStream.AudioType = AudioStreamType.WAV;
break;
case "WAVS":
audioStream.AudioType = AudioStreamType.WAVS;
break;
case "MP2":
audioStream.AudioType = AudioStreamType.MP2;
break;
case "MP3":
audioStream.AudioType = AudioStreamType.MP3;
break;
case "AAC":
audioStream.AudioType = AudioStreamType.AAC;
break;
case "FLAC":
audioStream.AudioType = AudioStreamType.FLAC;
break;
case "TTA1":
audioStream.AudioType = AudioStreamType.TTA;
break;
case "WAVPACK4":
audioStream.AudioType = AudioStreamType.WAVPACK;
break;
case "VORBIS":
audioStream.AudioType = AudioStreamType.VORBIS;
break;
case "RAW/PCM":
audioStream.AudioType = AudioStreamType.RAW | AudioStreamType.PCM;
break;
case "RAW":
default:
audioStream.AudioType = AudioStreamType.RAW;
break;
}
return audioStream;
}
new public static Stream Parse(string s)
{
//2: AC3, English, 2.0 channels, 192kbps, 48khz, dialnorm: -27dB, -8ms
//3: TrueHD/AC3, English, 5.1 channels, 48khz, dialnorm: -27dB
//4: TrueHD, English, 5.1 channels, 48khz, dialnorm: -27dB
if (string.IsNullOrEmpty(s))
{
throw new ArgumentNullException("s", "The string 's' cannot be null or empty.");
}
AudioStream audioStream = new AudioStream(s);
switch (audioStream.Name.ToUpper())
{
case "AC3":
case "AC3 EX":
case "AC3 SURROUND":
audioStream.AudioType = AudioStreamType.AC3;
break;
case "DTS":
case "DTS-ES":
case "DTS MASTER AUDIO":
case "DTS HI-RES":
audioStream.AudioType = AudioStreamType.DTS;
break;
case "E-AC3":
audioStream.AudioType = AudioStreamType.EAC3;
break;
case "TRUEHD":
audioStream.AudioType = AudioStreamType.TrueHD;
break;
case "TRUEHD/AC3":
audioStream.AudioType = AudioStreamType.TrueHD | AudioStreamType.AC3;
break;
case "PCM":
audioStream.AudioType = AudioStreamType.PCM;
break;
case "WAV":
audioStream.AudioType = AudioStreamType.WAV;
break;
case "WAVS":
audioStream.AudioType = AudioStreamType.WAVS;
break;
case "MP2":
audioStream.AudioType = AudioStreamType.MP2;
break;
case "MP3":
audioStream.AudioType = AudioStreamType.MP3;
break;
case "AAC":
audioStream.AudioType = AudioStreamType.AAC;
break;
case "FLAC":
audioStream.AudioType = AudioStreamType.FLAC;
break;
case "TTA1":
audioStream.AudioType = AudioStreamType.TTA;
break;
case "WAVPACK4":
audioStream.AudioType = AudioStreamType.WAVPACK;
break;
case "VORBIS":
audioStream.AudioType = AudioStreamType.VORBIS;
break;
case "RAW/PCM":
audioStream.AudioType = AudioStreamType.RAW | AudioStreamType.PCM;
break;
case "RAW":
default:
audioStream.AudioType = AudioStreamType.RAW;
break;
}
return(audioStream);
}
new public static Stream Parse(string s)
{
//2: AC3, English, 2.0 channels, 192kbps, 48khz, dialnorm: -27dB, -8ms
//4: TrueHD, English, 5.1 channels, 48khz, dialnorm: -27dB
if (string.IsNullOrEmpty(s))
{
throw new ArgumentNullException("s", "The string 's' cannot be null or empty.");
}
AudioStream audioStream = new AudioStream(s);
switch (audioStream.Name.ToUpper(System.Globalization.CultureInfo.InvariantCulture))
{
case "AC3":
case "AC3 EX":
case "AC3 SURROUND":
audioStream.AudioType = AudioStreamType.AC3;
break;
case "DTS":
case "DTS-ES":
case "DTS MASTER AUDIO":
case "DTS HI-RES":
audioStream.AudioType = AudioStreamType.DTS;
break;
case "E-AC3":
audioStream.AudioType = AudioStreamType.EAC3;
break;
case "TRUEHD":
audioStream.AudioType = AudioStreamType.TrueHD;
break;
case "TRUEHD/AC3":
audioStream.AudioType = AudioStreamType.TrueHD | AudioStreamType.AC3;
break;
case "PCM":
audioStream.AudioType = AudioStreamType.PCM;
break;
case "WAV":
audioStream.AudioType = AudioStreamType.WAV;
break;
case "WAVS":
audioStream.AudioType = AudioStreamType.WAVS;
break;
case "MP2":
audioStream.AudioType = AudioStreamType.MP2;
break;
case "MP3":
audioStream.AudioType = AudioStreamType.MP3;
break;
case "AAC":
audioStream.AudioType = AudioStreamType.AAC;
break;
case "FLAC":
audioStream.AudioType = AudioStreamType.FLAC;
break;
case "TTA1":
audioStream.AudioType = AudioStreamType.TTA;
break;
case "WAVPACK4":
audioStream.AudioType = AudioStreamType.WAVPACK;
break;
case "VORBIS":
audioStream.AudioType = AudioStreamType.VORBIS;
break;
case "RAW":
default:
audioStream.AudioType = AudioStreamType.RAW;
break;
}
audioStream.Language = (s.IndexOf(',') == s.LastIndexOf(',')) ? s.Substring(s.IndexOf(',') + 1).Trim() : s.Substring(s.IndexOf(',') + 1, s.LastIndexOf(',') - s.IndexOf(',') - 1).Trim();
return(audioStream);
}
new public static Stream Parse(string s, LogItem _log)
{
//2: AC3, English, 2.0 channels, 192kbps, 48khz, dialnorm: -27dB, -8ms
//4: TrueHD, English, 5.1 channels, 48khz, dialnorm: -27dB
if (string.IsNullOrEmpty(s))
{
throw new ArgumentNullException("s", "The string 's' cannot be null or empty.");
}
AudioStream audioStream = new AudioStream(s, _log);
string type = s.Substring(s.IndexOf(":") + 1, s.IndexOf(',') - s.IndexOf(":") - 1).Trim();
switch (type.ToUpperInvariant())
{
case "AC3":
case "AC3 EX":
case "AC3 SURROUND":
audioStream.AudioType = AudioStreamType.AC3;
break;
case "DTS":
case "DTS-ES":
case "DTS EXPRESS":
case "DTS MASTER AUDIO":
case "DTS HI-RES":
audioStream.AudioType = AudioStreamType.DTS;
break;
case "EAC3":
case "E-AC3":
case "E-AC3 EX":
case "E-AC3 SURROUND":
audioStream.AudioType = AudioStreamType.EAC3;
break;
case "TRUEHD":
case "TRUEHD (ATMOS)":
case "TRUEHD/AC3":
case "TRUEHD/AC3 (ATMOS)":
audioStream.AudioType = AudioStreamType.TrueHD;
break;
case "PCM":
audioStream.AudioType = AudioStreamType.PCM;
break;
case "WAV":
audioStream.AudioType = AudioStreamType.WAV;
break;
case "WAVS":
audioStream.AudioType = AudioStreamType.WAVS;
break;
case "MP2":
audioStream.AudioType = AudioStreamType.MP2;
break;
case "MP3":
audioStream.AudioType = AudioStreamType.MP3;
break;
case "AAC":
audioStream.AudioType = AudioStreamType.AAC;
break;
case "FLAC":
audioStream.AudioType = AudioStreamType.FLAC;
break;
case "TTA1":
audioStream.AudioType = AudioStreamType.TTA;
break;
case "WAVPACK4":
audioStream.AudioType = AudioStreamType.WAVPACK;
break;
case "VORBIS":
audioStream.AudioType = AudioStreamType.VORBIS;
break;
case "RAW/PCM":
case "RAW":
audioStream.AudioType = AudioStreamType.RAW;
break;
default:
_log.Warn("\"" + type + "\" is not known. " + s);
audioStream.AudioType = AudioStreamType.UNKNOWN;
break;
}
if (s.ToLowerInvariant().EndsWith(", unknown parameters"))
{
audioStream.ParsingFailed = true;
}
return(audioStream);
}