private void GetAudioDevices()
{
foreach (var inputDevice in ClientAudioUtilities.GetInputDevices())
{
audioInputDevice.Items.Add(inputDevice);
}
foreach (var outputDevice in ClientAudioUtilities.GetOutputDevices())
{
audioOutputDevice.Items.Add(outputDevice);
}
}
public void OnPushToTalkStateChanged(object sender, PushToTalkStateChangedEventArgs e)
{
mPttActive = e.Down;
if (mAfvUserClient.IsConnected && mAfvUserClient.Started && ClientAudioUtilities.IsInputDevicePresent())
{
if (mRadioStackState.IsCom1Transmitting)
{
ComRadioTransmittingChanged?.Invoke(this, new ComRadioTxRxChangedEventArgs(1, mPttActive));
}
if (mRadioStackState.IsCom2Transmitting)
{
ComRadioTransmittingChanged?.Invoke(this, new ComRadioTxRxChangedEventArgs(2, mPttActive));
}
mAfvUserClient.PTT(mPttActive);
}
}
private void StartClientConnection()
{
try
{
if (!mAfvUserClient.Started)
{
if (!ClientAudioUtilities.IsInputDevicePresent())
{
mOutputDeviceName = mConfig.OutputDeviceName;
mAfvUserClient.Com1Volume = mConfig.Com1Volume;
mAfvUserClient.Com2Volume = mConfig.Com2Volume;
mAfvUserClient.Start(mOutputDeviceName, new List <ushort> {
1, 2
});
NotificationPosted?.Invoke(this, new NotificationPostedEventArgs(NotificationType.Error, "No audio input device was detected. xPilot will run in receive only mode."));
}
else
{
mInputDeviceName = mConfig.InputDeviceName;
mOutputDeviceName = mConfig.OutputDeviceName;
mAfvUserClient.InputVolumeDb = mConfig.InputVolumeDb / 4;
mAfvUserClient.Com1Volume = mConfig.Com1Volume;
mAfvUserClient.Com2Volume = mConfig.Com2Volume;
mAfvUserClient.Start(mInputDeviceName, mOutputDeviceName, new List <ushort> {
1, 2
});
}
mAfvUserClient.BypassEffects = mConfig.DisableAudioEffects;
}
mUpdateTransceiverTimer.Start();
PrepareTransceivers();
}
catch (Exception ex)
{
NotificationPosted?.Invoke(this, new NotificationPostedEventArgs(NotificationType.Error, "Error starting voice server client: " + ex.Message));
}
}
