private static IVideoCodec GetJdifVideoCodec(IVideoQualityController videoQualityController)
{
var codec = new JpegDiffVideoCodec(videoQualityController);
codec.Initialize(VideoConstants.Height, VideoConstants.Width, VideoConstants.MaxPayloadSize);
return(codec);
}
public IVideoCodec GetVideoDecoder(IVideoQualityController videoQualityController, MediaStatistics mediaStatistics = null)
{
var videoCodec = new JpegDiffVideoCodec(videoQualityController, mediaStatistics);
videoCodec.Initialize(VideoConstants.Height, VideoConstants.Width, VideoConstants.MaxPayloadSize);
return(videoCodec);
}
public void zzCodecPerformanceTest()
{
// Encode and decode a basic raster structure.
var perf = new PerformanceMonitor("Encode/Decode", 1);
var vqc = new VideoQualityController(1);
vqc.RemoteSessions = _remoteSessions;
var codec = new JpegDiffVideoCodec(vqc);
codec.Initialize(height, width, VideoConstants.MaxPayloadSize);
var videoChunkPool = new ObjectPool <ByteStream>(() => new ByteStream(VideoConstants.MaxPayloadSize), bs => bs.Reset());
perf.Start();
const int iterations = 100;
for (int i = 0; i < iterations; i++)
{
byte[] sample = GetRgba(i);
codec.EncodeFrame(sample, 0);
bool moreChunks = true;
var buffer = videoChunkPool.GetNext();
while (moreChunks)
{
if (codec.GetNextChunk(buffer, out moreChunks))
{
codec.DecodeChunk(buffer, 2);
}
}
videoChunkPool.Recycle(buffer);
codec.GetNextFrame();
}
perf.Stop();
ClientLogger.Debug("Finished JpegEncoderDecoder performance test.");
}
