protected override SinkSourceMode driverConnect()
{
if (selectedDevice <= 0)
{
return(SinkSourceMode.Offline);
}
owner.logText(String.Format("Opening Audio Device {0}", devices[selectedDevice]));
try
{
if (waveProvider == null)
{
waveProvider = new NAudioShortWaveProvider(this);
}
waveProvider.SetWaveFormat(owner.sampleRate, 2);
List <NAudio.CoreAudioApi.MMDevice> MMdevices;
MMDeviceEnumerator deviceEnum = new MMDeviceEnumerator();
MMdevices = deviceEnum.EnumerateAudioEndPoints(DataFlow.Render, DeviceState.Active).ToList();
int found = -1;
for (int i = 0; i < MMdevices.Count; i++)
{
if (MMdevices[i].DeviceFriendlyName.Equals(devices[selectedDevice]))
{
found = i;
}
}
if (found < 0)
{
selectedDevice = 0;
return(SinkSourceMode.Offline);
}
waveOut = new WasapiOut(MMdevices[found], AudioClientShareMode.Shared, false, 10);
// waveOut.DeviceNumber = devindex[selectedDevice];
// waveOut.DesiredLatency = 100; // 100 ms = 4800 Samples;
setChannels(null, new RTIO[] { ioL, ioR });
// ioRefToDriver[0] = 0;
// ioRefToDriver[1] = 1;
waveOut.Init(waveProvider);
waveOut.Play();
owner.logText(String.Format("Audio Device {0} open", devices[selectedDevice]));
processingType = ProcessingType.SynchronousSink;
return(SinkSourceMode.Online);
}
catch (Exception e)
{
owner.showLogWin();
owner.logText(e.Message);
return(SinkSourceMode.Error);
}
}
protected override SinkSourceMode driverConnect()
{
if (selectedDevice <= 0)
{
return(SinkSourceMode.Offline);
}
owner.logText(String.Format("Opening Audio Device {0}", devices[selectedDevice]));
try
{
if (waveProvider == null)
{
waveProvider = new NAudioShortWaveProvider(this);
}
waveProvider.SetWaveFormat(owner.sampleRate, 2);
waveOut = new WaveOut();
waveOut.DeviceNumber = devindex[selectedDevice];
waveOut.DesiredLatency = 100; // 100 ms = 4800 Samples;
setChannels(null, new RTIO[] { ioL, ioR });
// ioRefToDriver[0] = 0;
// ioRefToDriver[1] = 1;
waveOut.Init(waveProvider);
waveOut.Play();
owner.logText(String.Format("Audio Device {0} open", devices[selectedDevice]));
processingType = ProcessingType.SynchronousSink;
return(SinkSourceMode.Online);
}
catch (Exception e)
{
owner.showLogWin();
owner.logText(e.Message);
return(SinkSourceMode.Error);
}
}
protected override SinkSourceMode driverConnect()
{
if (selectedDriver <= 0)
{
return(SinkSourceMode.Offline);
}
owner.logText(String.Format("Opening ASIO Device {0}", driverNames[selectedDriver]));
try
{
waveDev = new AsioOut(driverNames[selectedDriver]);
waveDev.ChannelOffset = 0;
waveDev.InputChannelOffset = 0;
if ((waveDev.DriverInputChannelCount == 0) && (waveDev.DriverOutputChannelCount == 0))
{
throw new Exception(String.Format("ASIO Driver {0} proveides no Input or output channels", driverNames[selectedDriver]));
}
RTIO[] ins = new RTIO[min(waveDev.DriverInputChannelCount, maxChannels)];
RTIO[] outs = new RTIO[min(waveDev.DriverOutputChannelCount, maxChannels)];
if ((waveDev.DriverInputChannelCount > 0) && (maxChannels > 0))
{
ins[0] = ioI1;
}
if ((waveDev.DriverInputChannelCount > 1) && (maxChannels > 1))
{
ins[1] = ioI2;
}
if ((waveDev.DriverInputChannelCount > 2) && (maxChannels > 2))
{
ins[2] = ioI3;
}
if ((waveDev.DriverInputChannelCount > 3) && (maxChannels > 3))
{
ins[3] = ioI4;
}
if ((waveDev.DriverInputChannelCount > 4) && (maxChannels > 4))
{
ins[4] = ioI5;
}
if ((waveDev.DriverInputChannelCount > 5) && (maxChannels > 5))
{
ins[5] = ioI6;
}
if ((waveDev.DriverInputChannelCount > 6) && (maxChannels > 6))
{
ins[6] = ioI7;
}
if ((waveDev.DriverInputChannelCount > 7) && (maxChannels > 7))
{
ins[7] = ioI8;
}
if ((waveDev.DriverOutputChannelCount > 0) && (maxChannels > 0))
{
outs[0] = ioO1;
}
if ((waveDev.DriverOutputChannelCount > 1) && (maxChannels > 1))
{
outs[1] = ioO2;
}
if ((waveDev.DriverOutputChannelCount > 2) && (maxChannels > 2))
{
outs[2] = ioO3;
}
if ((waveDev.DriverOutputChannelCount > 3) && (maxChannels > 3))
{
outs[3] = ioO4;
}
if ((waveDev.DriverOutputChannelCount > 4) && (maxChannels > 4))
{
outs[4] = ioO5;
}
if ((waveDev.DriverOutputChannelCount > 5) && (maxChannels > 5))
{
outs[5] = ioO6;
}
if ((waveDev.DriverOutputChannelCount > 6) && (maxChannels > 6))
{
outs[6] = ioO7;
}
if ((waveDev.DriverOutputChannelCount > 7) && (maxChannels > 7))
{
outs[7] = ioO8;
}
setChannels(outs, ins);
if (waveProvider == null)
{
waveProvider = new NAudioShortWaveProvider(this);
}
waveProvider.SetWaveFormat(owner.sampleRate, toDriverChannels);
if (fromDriverChannels == 0)
{
waveDev.InitRecordAndPlayback(waveProvider, 0, owner.sampleRate);
}
else if (toDriverChannels == 0)
{
waveDev.InitRecordAndPlayback(null, fromDriverChannels, owner.sampleRate);
}
else
{
waveDev.InitRecordAndPlayback(waveProvider, fromDriverChannels, owner.sampleRate);
}
if (fromDriverChannels > 0)
{
waveDev.AudioAvailable += ASIO_AudioAvailable;
}
waveDev.Play();
if (fromDriverChannels == 0)
{
processingType = ProcessingType.SynchronousSource;
}
else
{
processingType = ProcessingType.SynchronousSink;
}
owner.logText(String.Format("ASIO Device {0} open", driverNames[selectedDriver]));
return(SinkSourceMode.Online);
}
catch (Exception e)
{
owner.showLogWin();
owner.logText(e.Message);
return(SinkSourceMode.Error);
}
}
