public static bool init()
{
try
{
return(WinUSBController.initUSB());
}
catch { }
return(false);
}
public override bool start()
{
Monitor.Enter(mLock);
try
{
if (WinUSBController.initUSB() == false)
{
Console.WriteLine("WinUSBController.start() : Failed init");
Monitor.Exit(mLock);
this.stop();
return(false);
}
mDeviceHandle = WinUSBController.open((ushort)VendorID, (ushort)ProductID);
mIsDeviceOpen = WinUSBController.isOpen(mDeviceHandle);
if (mIsDeviceOpen == false)
{
Console.WriteLine("WinUSBController.start() : Failed open, vendor(0x{0:X4}), product(0x{1:X4})", (ushort)VendorID, (ushort)ProductID);
Monitor.Exit(mLock);
this.stop();
return(false);
}
int ret = WinUSBController.controlTransfer(mDeviceHandle, USBXPRESS, USBXPRESS_REQUEST, USBXPRESS_CLEAR_TO_SEND, 0, null, 0, 0);
if (ret < 0)
{
Console.WriteLine(String.Format("WinUSBController.start() : Failed controlTransfer({0})", ret));
Monitor.Exit(mLock);
this.stop();
return(false);
}
mThreadState = true;
mThread = new Thread(threadFunc);
mThread.Start();
}
catch (Exception e)
{
Console.WriteLine("SiUSBController.start() : Failed catch({0})", e.Message);
Monitor.Exit(mLock);
this.stop();
return(false);
}
Monitor.Exit(mLock);
return(true);
}
public void start()
{
Monitor.Enter(mLock);
if (mIsStart == true)
{
Monitor.Exit(mLock);
return;
}
mIsStart = true;
string mutexName = "Global\\Access_ISABUS.HTP.Method";
this.createBusMutex(mutexName, ref mISABusMutex);
mutexName = "Global\\Access_SMBUS.HTP.Method";
this.createBusMutex(mutexName, ref mSMBusMutex);
mutexName = "Global\\Access_PCI";
this.createBusMutex(mutexName, ref mPCIMutex);
// Gigabyte
if (OptionManager.getInstance().IsGigabyte == true)
{
mGigabyte = new Gigabyte();
mGigabyte.AddChangeValue += addChangeValue;
mGigabyte.LockBus += lockBus;
mGigabyte.UnlockBus += unlockBus;
mIsGigabyte = mGigabyte.start();
}
else
{
mIsGigabyte = false;
Gigabyte.stopService();
}
if (mIsGigabyte == false)
{
mGigabyte = null;
// LibreHardwareMonitor
if (OptionManager.getInstance().LibraryType == LibraryType.LibreHardwareMonitor)
{
mLHM = new LHM();
mLHM.start();
}
// OpenHardwareMonitor
else
{
mOHM = new OHM();
mOHM.start();
}
}
// NvAPIWrapper
if (OptionManager.getInstance().IsNvAPIWrapper == true)
{
NVIDIA.Initialize();
}
this.createTemp();
this.createFan();
this.createControl();
// NZXT Kraken
if (OptionManager.getInstance().IsKraken == true)
{
try
{
uint num = 1;
// X2
uint devCount = HidUSBController.getDeviceCount(USBVendorID.NZXT, USBProductID.KrakenX2);
for (uint i = 0; i < devCount; i++)
{
var kraken = new Kraken();
if (kraken.start(i, USBProductID.KrakenX2) == true)
{
mKrakenList.Add(kraken);
var sensor = new KrakenLiquidTemp(kraken, num);
mSensorList.Add(sensor);
var fan = new KrakenFanSpeed(kraken, num);
mFanList.Add(fan);
var pump = new KrakenPumpSpeed(kraken, num);
mFanList.Add(pump);
var fanControl = new KrakenFanControl(kraken, num);
mControlList.Add(fanControl);
this.addChangeValue(30, fanControl);
var pumpControl = new KrakenPumpControl(kraken, num);
mControlList.Add(pumpControl);
this.addChangeValue(50, pumpControl);
num++;
}
}
// X3
devCount = HidUSBController.getDeviceCount(USBVendorID.NZXT, USBProductID.KrakenX3);
for (uint i = 0; i < devCount; i++)
{
var kraken = new Kraken();
if (kraken.start(i, USBProductID.KrakenX3) == true)
{
mKrakenList.Add(kraken);
var sensor = new KrakenLiquidTemp(kraken, num);
mSensorList.Add(sensor);
var pump = new KrakenPumpSpeed(kraken, num);
mFanList.Add(pump);
var pumpControl = new KrakenPumpControl(kraken, num);
mControlList.Add(pumpControl);
this.addChangeValue(50, pumpControl);
num++;
}
}
}
catch { }
}
// EVGA CLC
if (OptionManager.getInstance().IsCLC == true)
{
try
{
uint num = 1;
uint clcIndex = 0;
// SiUSBController
uint devCount = SiUSBController.getDeviceCount(USBVendorID.ASETEK, USBProductID.CLC);
for (uint i = 0; i < devCount; i++)
{
var clc = new CLC();
if (clc.start(true, clcIndex, i) == true)
{
mCLCList.Add(clc);
var sensor = new CLCLiquidTemp(clc, num);
mSensorList.Add(sensor);
var fan = new CLCFanSpeed(clc, num);
mFanList.Add(fan);
var pump = new CLCPumpSpeed(clc, num);
mFanList.Add(pump);
var fanControl = new CLCFanControl(clc, num);
mControlList.Add(fanControl);
this.addChangeValue(25, fanControl);
var pumpControl = new CLCPumpControl(clc, num);
mControlList.Add(pumpControl);
this.addChangeValue(50, pumpControl);
clcIndex++;
num++;
}
}
if (WinUSBController.initUSB() == true)
{
// WinUSBController
devCount = WinUSBController.getDeviceCount(USBVendorID.ASETEK, USBProductID.CLC);
for (uint i = 0; i < devCount; i++)
{
var clc = new CLC();
if (clc.start(false, clcIndex, i) == true)
{
mCLCList.Add(clc);
var sensor = new CLCLiquidTemp(clc, num);
mSensorList.Add(sensor);
var fan = new CLCFanSpeed(clc, num);
mFanList.Add(fan);
var pump = new CLCPumpSpeed(clc, num);
mFanList.Add(pump);
var fanControl = new CLCFanControl(clc, num);
mControlList.Add(fanControl);
this.addChangeValue(25, fanControl);
var pumpControl = new CLCPumpControl(clc, num);
mControlList.Add(pumpControl);
this.addChangeValue(50, pumpControl);
clcIndex++;
num++;
}
}
}
}
catch { }
}
if (OptionManager.getInstance().IsRGBnFC == true)
{
try
{
uint num = 1;
uint devCount = HidUSBController.getDeviceCount(USBVendorID.NZXT, USBProductID.RGBAndFanController);
for (uint i = 0; i < devCount; i++)
{
var rgb = new RGBnFC();
if (rgb.start(i) == true)
{
mRGBnFCList.Add(rgb);
for (int j = 0; j < RGBnFC.MAX_FAN_COUNT; j++)
{
var fan = new RGBnFCFanSpeed(rgb, j, num);
mFanList.Add(fan);
var control = new RGBnFCControl(rgb, j, num);
mControlList.Add(control);
this.addChangeValue(control.getMinSpeed(), control);
num++;
}
}
}
}
catch { }
}
// DIMM thermal sensor
if (OptionManager.getInstance().IsDimm == true)
{
this.lockSMBus(0);
if (SMBusController.open(false) == true)
{
int num = 1;
int busCount = SMBusController.getCount();
for (int i = 0; i < busCount; i++)
{
var detectBytes = SMBusController.i2cDetect(i);
if (detectBytes != null)
{
// 0x18 ~ 0x20
for (int j = 0; j < detectBytes.Length; j++)
{
if (j < 24)
{
continue;
}
else if (j > 32)
{
break;
}
if (detectBytes[j] == (byte)j)
{
var sensor = new DimmTemp("DIMM #" + num++, i, detectBytes[j]);
sensor.onSetDimmTemperature += onSetDimmTemperature;
mSensorList.Add(sensor);
}
}
}
}
}
this.unlockSMBus();
}
// Motherboard temperature
this.createMotherBoardTemp();
// GPU
this.createGPUTemp();
this.createGPUFan();
this.createGPUControl();
// osd sensor
this.createOSDSensor();
Monitor.Exit(mLock);
}