public App()
{
InvkSMBCtrl.LibInitial();
Current.Exit += (sender, args) => SaveConfiguration();
Current.SessionEnding += (sender, args) => SaveConfiguration();
SystemEvents.PowerModeChanged += OnPowerModeChanged;
}
private Motherboard()
{
if (InvkSMBCtrl.LibInitial() != 0)
{
throw new DeviceInitializationException();
}
ledId = InvkSMBCtrl.GetLEDId();
identity = (MBIdentify)InvkSMBCtrl.GetMBId();
ConnectMcu();
LoadMemoryModules();
}
static void Main(string[] args)
{
try
{
var argsObj = ArgsParser.Parse(args);
if (argsObj.ChangeAudioLed || argsObj.ChangeRgbLed)
{
InvkSMBCtrl.LibInitial();
if (argsObj.ChangeAudioLed && argsObj.Mode.HasValue)
{
var audioled = AudioLedController.Create();
if (audioled != null)
{
audioled.SetMode(argsObj.Mode.Value);
}
}
if (argsObj.ChangeRgbLed)
{
var rgbled = RgbLedController.Create();
if (rgbled == null)
{
return;
}
if (argsObj.Mode.HasValue)
{
rgbled.SetMode(argsObj.Mode.Value);
}
if (argsObj.Color.HasValue)
{
if (argsObj.Mode == LedMode.Off || argsObj.Mode == LedMode.Unknown)
{
return;
}
rgbled.SetColor(argsObj.Color.Value);
}
}
}
}
catch (OptionException e)
{
Console.WriteLine(e.Message);
Console.WriteLine("Try `--help' for more information.");
}
}
private bool IsLedFunctionNotSuported(uint siv_Pid)
{
if (siv_Pid == 4)
{
var MB_Id = (MBIdentify)InvkSMBCtrl.GetMBId();
switch (MB_Id)
{
case MBIdentify.I_Z370:
case MBIdentify.I_Z390:
break;
default:
return(true);
}
}
return(false);
}
private void UpdateAudioLedMode(LedMode audioLedMode)
{
IT87Enter(RegisterPort);
Select(RegisterPort, ValuePort, 7);
byte b = ReadByte(RegisterPort, ValuePort, 251);
byte b2 = ReadByte(RegisterPort, ValuePort, 210);
byte b3 = ReadByte(RegisterPort, ValuePort, 208);
switch (audioLedMode)
{
case LedMode.Off:
b2 = (byte)(b2 | 2);
WriteByte(RegisterPort, ValuePort, 210, b2);
b3 = (byte)(b3 & 0xFD);
InvkSMBCtrl.Pch_D22_Ctrl(0);
b = (byte)(b & 0x6F);
break;
case LedMode.Still:
b2 = (byte)(b2 | 2);
WriteByte(RegisterPort, ValuePort, 210, b2);
b3 = (byte)(b3 & 0xFD);
InvkSMBCtrl.Pch_D22_Ctrl(1);
b = (byte)(b & 0x6F);
break;
case LedMode.Breath:
b2 = (byte)(b2 | 2);
WriteByte(RegisterPort, ValuePort, 210, b2);
b3 = (byte)(b3 & 0xFD);
InvkSMBCtrl.Pch_D22_Ctrl(1);
b = (byte)(b | 0x90);
break;
}
WriteByte(RegisterPort, ValuePort, 208, b3);
WriteByte(RegisterPort, ValuePort, 251, b);
IT87Exit(RegisterPort, ValuePort);
}
private RgbLedController()
{
var ledIdv3 = InvkSMBCtrl.GetSIVId();
ledIdv4 = InvkSMBCtrl.GetLEDId();
if (ledIdv4 != 0)
{
var siv_Pid = ledIdv3 >> 28;
ledFuncType = ((ledIdv4 >> 20) & 0xF);
if (IsLedFunctionNotSuported(siv_Pid))
{
throw new NotSupportedException("Led function not supported");
}
if (siv_Pid == 4)
{
var ledCtrlBy = GetLedCtrlBy(siv_Pid, ledFuncType);
if (ledCtrlBy == LedCtrlBy.Unknown)
{
throw new NotSupportedException("Unknown controller");
}
if (ledCtrlBy == LedCtrlBy.IT8688)
{
controller = new MncLedCtrl
{
iManufacter = (int)GetPlatform(),
uPid = siv_Pid,
uChipId = ledIdv4 >> 27,
GpioPinConfigType = ((ledIdv4 >> 16) & 0xF)
};
}
}
}
}
