public void stopDecoding()
{
if (decoderState >= DecoderState.INITIALIZING)
{
print(LOG_TAG + " stop decoding.");
decoderState = DecoderState.STOP;
ReleaseTexture();
if (isAudioEnabled && !isAllAudioChEnabled)
{
StopCoroutine("audioPlay");
backgroundWorker.CancelAsync();
if (audioSource != null)
{
for (int i = 0; i < SWAP_BUFFER_NUM; i++)
{
if (audioSource[i] != null)
{
AudioClip.Destroy(audioSource[i].clip);
AudioSource.Destroy(audioSource[i]);
audioSource[i] = null;
}
}
}
}
nativeDestroyDecoder(decoderID);
decoderID = -1;
decoderState = DecoderState.NOT_INITIALIZED;
isVideoEnabled = isAudioEnabled = isAllAudioChEnabled = false;
isVideoReadyToReplay = isAudioReadyToReplay = false;
isAllAudioChEnabled = false;
}
}
private async Task StopAudioStream()
{
if (AudioSource != null)
{
DoStopAudioStream();
await AudioSource.Stop();
AudioSource.Destroy();
AudioSource = null;
}
if (AudioDepacketizer != null)
{
AudioDepacketizer.Destroy();
AudioDepacketizer = null;
}
if (AudioDecoder != null)
{
AudioDecoder.Destroy();
AudioDecoder = null;
}
if (ResetAudioPipe != null)
{
ResetAudioPipe.Destroy();
ResetAudioPipe = null;
}
if (AudioConverter != null)
{
AudioConverter.Destroy();
AudioConverter = null;
}
if (AudioEncoder != null)
{
AudioEncoder.Destroy();
AudioEncoder = null;
}
if (AudioPacketizer != null)
{
AudioPacketizer.Destroy();
AudioPacketizer = null;
}
}
private void StopSound(AudioClip originalClip)
{
// As it is not 3D audio clip, position doesn't matter.
AudioSource.Destroy(originalClip);
}