public void RefreshAudioSources()
{
AvailableAudioSources.Clear();
AvailableAudioSources.Add(NoSoundSource);
foreach (var dev in WaveInDevice.Enumerate())
{
AvailableAudioSources.Add(dev);
}
foreach (var dev in LoopbackProvider.EnumerateDevices())
{
AvailableAudioSources.Add(dev);
}
SelectedAudioSource = NoSoundSource;
}
public IAudioProvider GetAudioSource(int FrameRate, out WaveFormat Wf)
{
Wf = new WaveFormat(44100, 16, Stereo ? 2 : 1);
IAudioEncoder audioEncoder = SelectedBitRate != 0 && IsLamePresent && Encode ? new Mp3EncoderLame(Wf.Channels, Wf.SampleRate, SelectedBitRate) : null;
if (SelectedAudioSource is WaveInDevice)
{
return(new WaveInProvider(SelectedAudioSource as WaveInDevice, Wf));
}
if (!(SelectedAudioSource is MMDevice))
{
return(null);
}
IAudioProvider audioSource = new LoopbackProvider((MMDevice)SelectedAudioSource);
Wf = audioSource.WaveFormat;
return(audioEncoder == null ? audioSource : new EncodedAudioProvider(audioSource, audioEncoder));
}
public IAudioProvider GetAudioSource(int FrameRate, out WaveFormat Wf)
{
Wf = new WaveFormat(44100, 16, Stereo ? 2 : 1);
IAudioEncoder audioEncoder = SelectedBitRate != 0 && IsLamePresent && Encode ? new Mp3EncoderLame(Wf.Channels, Wf.SampleRate, SelectedBitRate) : null;
if (SelectedAudioSource is WaveInDevice)
return new WaveInProvider(SelectedAudioSource as WaveInDevice, Wf, FrameRate);
if (!(SelectedAudioSource is MMDevice))
return null;
IAudioProvider audioSource = new LoopbackProvider((MMDevice)SelectedAudioSource);
Wf = audioSource.WaveFormat;
return audioEncoder == null ? audioSource : new EncodedAudioProvider(audioSource, audioEncoder);
}
