public void OnAudioOutFrameFloat(float[] data)
{
if (disposed)
{
return;
}
if (proc == IntPtr.Zero)
{
return;
}
foreach (var reverseBufFloat in reverseFramer.Frame(data))
{
if (reverseBufFloat.Length != reverseBuf.Length)
{
Voice.AudioUtil.ResampleAndConvert(reverseBufFloat, reverseBuf, reverseBuf.Length, this.reverseChannels);
}
else
{
Voice.AudioUtil.Convert(reverseBufFloat, reverseBuf, reverseBuf.Length);
}
int err = webrtc_audio_processor_process_reverse(proc, reverseBuf, reverseBuf.Length);
if (lastProcessReverseErr != err)
{
lastProcessReverseErr = err;
this.logger.LogError("WebRTCAudioProcessor OnAudioOutFrameFloat: webrtc_audio_processor_process_reverse() error {0}", err);
}
}
}
public void OnAudioOutFrame(float[] data, int outChannels)
{
if (disposed)
{
return;
}
lock (this) if (stEcho == IntPtr.Zero)
{
return;
}
if (outChannels != playChannels)
{
logger.LogError("SpeexProcessor AEC: OnAudioOutFrame channel count {0} != {1} AudioSettings.speakerMode channel count.", outChannels, playChannels);
return;
}
if (_AECLatencyDetect)
{
this.detectPlay.Process(data);
}
foreach (var playbackBufFloat in playFramer.Frame(data))
{
lock (playBufQueue)
{
// make sure that queue does not grow if buffers not consumed in Process
if (playBufQueue.Count > playDelayMaxFrames)
{
logger.LogWarning("SpeexProcessor AEC: playbackBufQueue overrun: {0}", playBufQueue.Count);
while (playBufQueue.Count > playDelayMaxFrames)
{
playbackBufPool.Release(playBufQueue.Dequeue());
}
}
}
var playbackBuf = playbackBufPool.AcquireOrCreate();
if (playbackBufFloat.Length != playbackBuf.Length)
{
Voice.AudioUtil.ResampleAndConvert(playbackBufFloat, playbackBuf, playbackBuf.Length, outChannels);
}
else
{
Voice.AudioUtil.Convert(playbackBufFloat, playbackBuf, playbackBuf.Length);
}
lock (playBufQueue)
{
playBufQueue.Enqueue(playbackBuf);
frameCntPlay++;
}
}
}
