private void GetHosts()
{
comboAudioDriver1.Items.Clear();
comboAudioDriver2.Items.Clear();
comboAudioDriver3.Items.Clear();
int host_index = 0;
foreach(string PAHostName in Audio.GetPAHosts())
{
if(Audio.GetPAInputDevices(host_index).Count > 0 ||
Audio.GetPAOutputDevices(host_index).Count > 0)
{
comboAudioDriver1.Items.Add(new PADeviceInfo(PAHostName, host_index));
if (PAHostName != "Windows WASAPI" && PAHostName !="ASIO")
{
PADeviceInfo devinfo = new PADeviceInfo(PAHostName, host_index);
comboAudioDriver2.Items.Add(devinfo);
comboAudioDriver3.Items.Add(devinfo);
dax_audio_setup_enum = true;
}
}
host_index++; //Increment host index
}
if (!dax_audio_setup_enum)
{
chkAudioEnableVAC.Enabled = false;
chkVAC2Enable.Enabled = false;
console.DisableDAX();
}
else
{
chkAudioEnableVAC.Enabled = true;
console.EnableDAX();
}
}
private void GetDevicesVAC()
{
try
{
PADeviceInfo loop = new PADeviceInfo("loop.dll", 0);
comboAudioInputVAC.Items.Clear();
comboAudioOutputVAC.Items.Clear();
int host = ((PADeviceInfo)comboAudioDriverVAC.SelectedItem).Index;
ArrayList a = Audio.GetPAInputdevices(host);
foreach (PADeviceInfo p in a)
comboAudioInputVAC.Items.Add(p);
comboAudioInputVAC.Items.Add(loop);
a = Audio.GetPAOutputdevices(host);
foreach (PADeviceInfo p in a)
comboAudioOutputVAC.Items.Add(p);
comboAudioOutputVAC.Items.Add(loop);
if (comboAudioInputVAC.Items.Count > 0)
comboAudioInputVAC.SelectedIndex = 0;
if (comboAudioOutputVAC.Items.Count > 0)
comboAudioOutputVAC.SelectedIndex = 0;
}
catch (Exception ex)
{
Debug.Write(ex.ToString());
if (console.debug_enabled && !console.ConsoleClosing)
console.Invoke(new DebugCallbackFunction(console.DebugCallback),
"Audio get VAC devices error!\n" + ex.ToString());
}
}
