private CodecFactory()
{
_codecs = new Dictionary <object, CodecFactoryEntry>();
Register("mp3", new CodecFactoryEntry((s) =>
{
//if (MP3.MP3MediafoundationDecoder.IsSupported)
// return new MP3.MP3MediafoundationDecoder(s);
//else
// return new MP3.MP3FileReader(s).DataStream;
return(new MP3.DmoMP3Decoder(s));
},
"mp3", "mpeg3"));
Register("wave", new CodecFactoryEntry((s) =>
{
IWaveSource res = new WAV.WaveFileReader(s);
if (res.WaveFormat.WaveFormatTag != AudioEncoding.Pcm &&
res.WaveFormat.WaveFormatTag != AudioEncoding.IeeeFloat &&
res.WaveFormat.WaveFormatTag != AudioEncoding.Extensible)
{
res.Dispose();
res = new MediaFoundation.MediaFoundationDecoder(s);
}
return(res);
},
"wav", "wave"));
Register("flac", new CodecFactoryEntry((s) =>
{
return(new FLAC.FlacFile(s));
},
"flac", "fla"));
if (AAC.AACDecoder.IsSupported)
{
Register("aac", new CodecFactoryEntry((s) =>
{
return(new AAC.AACDecoder(s));
},
"aac", "adt", "adts", "m2ts", "mp2", "3g2", "3gp2", "3gp", "3gpp", "m4a", "m4v", "mp4v", "mp4", "mov"));
}
if (WMA.WMADecoder.IsSupported)
{
Register("wma", new CodecFactoryEntry((s) =>
{
return(new WMA.WMADecoder(s));
},
"asf", "wm", "wmv", "wma"));
}
if (MP1.MP1Decoder.IsSupported)
{
Register("mp1", new CodecFactoryEntry((s) =>
{
return(new MP1.MP1Decoder(s));
},
"mp1", "m2ts"));
}
if (MP2.MP2Decoder.IsSupported)
{
Register("mp2", new CodecFactoryEntry((s) =>
{
return(new MP1.MP1Decoder(s));
},
"mp2", "m2ts"));
}
if (DDP.DDPDecoder.IsSupported)
{
Register("ddp", new CodecFactoryEntry((s) =>
{
return(new DDP.DDPDecoder(s));
},
"mp2", "m2ts", "m4a", "m4v", "mp4v", "mp4", "mov", "asf", "wm", "wmv", "wma", "avi", "ac3", "ec3"));
}
}
private CodecFactory()
{
_codecs = new Dictionary<object, CodecFactoryEntry>();
Register("mp3", new CodecFactoryEntry((s) =>
{
//if (MP3.MP3MediafoundationDecoder.IsSupported)
// return new MP3.MP3MediafoundationDecoder(s);
//else
// return new MP3.MP3FileReader(s).DataStream;
return new MP3.DmoMP3Decoder(s);
},
"mp3", "mpeg3"));
Register("wave", new CodecFactoryEntry((s) =>
{
IWaveSource res = new WAV.WaveFileReader(s);
if (res.WaveFormat.WaveFormatTag != AudioEncoding.Pcm &&
res.WaveFormat.WaveFormatTag != AudioEncoding.IeeeFloat &&
res.WaveFormat.WaveFormatTag != AudioEncoding.Extensible)
{
res.Dispose();
res = new MediaFoundation.MediaFoundationDecoder(s);
}
return res;
},
"wav", "wave"));
Register("flac", new CodecFactoryEntry((s) =>
{
return new FLAC.FlacFile(s);
},
"flac", "fla"));
if (AAC.AACDecoder.IsSupported)
{
Register("aac", new CodecFactoryEntry((s) =>
{
return new AAC.AACDecoder(s);
},
"aac", "adt", "adts", "m2ts", "mp2", "3g2", "3gp2", "3gp", "3gpp", "m4a", "m4v", "mp4v", "mp4", "mov"));
}
if (WMA.WMADecoder.IsSupported)
{
Register("wma", new CodecFactoryEntry((s) =>
{
return new WMA.WMADecoder(s);
},
"asf", "wm", "wmv", "wma"));
}
if (MP1.MP1Decoder.IsSupported)
{
Register("mp1", new CodecFactoryEntry((s) =>
{
return new MP1.MP1Decoder(s);
},
"mp1", "m2ts"));
}
if (MP2.MP2Decoder.IsSupported)
{
Register("mp2", new CodecFactoryEntry((s) =>
{
return new MP1.MP1Decoder(s);
},
"mp2", "m2ts"));
}
if (DDP.DDPDecoder.IsSupported)
{
Register("ddp", new CodecFactoryEntry((s) =>
{
return new DDP.DDPDecoder(s);
},
"mp2", "m2ts", "m4a", "m4v", "mp4v", "mp4", "mov", "asf", "wm", "wmv", "wma", "avi", "ac3", "ec3"));
}
}