private void ResetLocalState()
{
strStopReq = StopRequest.Immediately;
IsStreamed = false;
streamProvider = null;
IsStopped = false;
}
private void ResetLocalState()
{
lock (this.strLock)
{
this.strStopReq = StopRequest.Immediately;
this.isStreamed = false;
this.streamProvider = null;
this.ReleaseStreamBuffers();
}
}
public void Initialize(int outputCount, IAudioStreamProvider provider)
{
_channelsCount = outputCount;
_streamProvider = provider;
_channels = new AudioChannel[_channelsCount];
for (int i = 0; i < _channelsCount; ++i)
{
_channels[i] = new AudioChannel();
}
}
void INativeAudioSource.Play(IAudioStreamProvider streamingProvider)
{
lock (this.strLock)
{
if (!this.isInitial) throw new InvalidOperationException("Native audio source already in use. To re-use an audio source, reset it first.");
this.isInitial = false;
this.isStreamed = true;
this.strStopReq = StopRequest.None;
this.streamProvider = streamingProvider;
AudioBackend.ActiveInstance.EnqueueForStreaming(this);
}
}
void INativeAudioSource.Play(IAudioStreamProvider streamingProvider)
{
lock (this.strLock)
{
if (!this.isInitial)
{
throw new InvalidOperationException("Native audio source already in use. To re-use an audio source, reset it first.");
}
this.isInitial = false;
this.isStreamed = true;
this.strStopReq = StopRequest.None;
this.streamProvider = streamingProvider;
AudioBackend.ActiveInstance.EnqueueForStreaming(this);
}
}
private void ResetLocalState()
{
lock (this.strLock)
{
this.strStopReq = StopRequest.Immediately;
this.isStreamed = false;
this.streamProvider = null;
this.ReleaseStreamBuffers();
}
}
void INativeAudioSource.Play(IAudioStreamProvider streamingProvider)
{
this.initial = false;
}
void INativeAudioSource.Play(IAudioStreamProvider streamingProvider)
{
this.initial = false;
}
public void Initialize(int blockSize, IAudioStreamProvider provider)
{
Samples = new double[blockSize];
_streamProvider = provider;
}
