public FFmpegDecoder(NanoClient nano, AudioFormat audioFormat, VideoFormat videoFormat)
{
_nano = nano;
_audioFormat = audioFormat;
_videoFormat = videoFormat;
_audioAssembler = new AudioAssembler();
_videoAssembler = new VideoAssembler();
_audioRefTimestamp = _nano.Audio.ReferenceTimestamp;
_videoRefTimestamp = _nano.Video.ReferenceTimestamp;
_audioFrameId = _nano.Audio.FrameId;
_videoFrameId = _nano.Video.FrameId;
_audioHandler = new FFmpegAudio();
_videoHandler = new FFmpegVideo();
_audioHandler.Initialize(_audioFormat);
_videoHandler.Initialize(_videoFormat);
_audioHandler.CreateDecoderContext();
_videoHandler.CreateDecoderContext();
DecodedAudioQueue = new Queue <PCMSample>();
DecodedVideoQueue = new Queue <YUVFrame>();
// Register queues for decoded video frames / audio samples
_audioHandler.SampleDecoded += DecodedAudioQueue.Enqueue;
_videoHandler.FrameDecoded += DecodedVideoQueue.Enqueue;
}
public MediaCoreConsumer()
{
VideoFormat videoFormat = SmartGlassConnection.Instance.VideoFormat;
_video = new VideoDecoder(MediaFormat.MimetypeVideoAvc,
(int)videoFormat.Width, (int)videoFormat.Height);
_videoAssembler = new VideoAssembler();
_audioFormat = SmartGlassConnection.Instance.AudioFormat;
_audio = new AudioDecoder(MediaFormat.MimetypeAudioAac,
(int)_audioFormat.SampleRate, (int)_audioFormat.Channels);
_audioAssembler = new AudioAssembler();
}
