private void ExitApplication()
{
AsusWmi?.Dispose();
cpu?.Dispose();
Application.Current.Shutdown();
}
//private Computer computer;
public MainWindow()
{
try
{
SplashWindow.Loading("CPU");
cpu = new Cpu();
if (cpu.info.family.Equals(Cpu.Family.UNSUPPORTED))
{
throw new ApplicationException("CPU is not supported.");
}
else if (cpu.info.codeName.Equals(Cpu.CodeName.Unsupported))
{
throw new ApplicationException("CPU model is not supported.\nPlease run a debug report and send to the developer.");
}
IconSource = GetIcon("pack://application:,,,/ZenTimings;component/Resources/ZenTimings.ico", 16);
InitializeComponent();
SplashWindow.Loading("Memory modules");
ReadMemoryModulesInfo();
SplashWindow.Loading("Timings");
// Read from first enabled DCT
if (modules.Count > 0)
{
ReadTimings(modules[0].DctOffset);
}
else
{
ReadTimings();
}
if (settings.AdvancedMode)
{
PowerCfgTimer.Interval = TimeSpan.FromMilliseconds(2000);
PowerCfgTimer.Tick += PowerCfgTimer_Tick;
SplashWindow.Loading("Waiting for power table");
if (WaitForPowerTable())
{
SplashWindow.Loading("Reading power table");
// refresh the table again, to avoid displaying initial fclk, mclk and uclk values,
// which seem to be a little off when transferring the table for the "first" time,
// after an idle period
RefreshPowerTable();
}
else
{
SplashWindow.Loading("Power table error!");
}
SplashWindow.Loading("Plugins");
SplashWindow.Loading("SVI2 Plugin");
plugins.Add(new SVI2Plugin(cpu));
ReadSVI();
/*computer = new Computer()
* {
* //CPUEnabled = true,
* //RAMEnabled = true,
* MainboardEnabled = true,
* //FanControllerEnabled = true,
* };
*
* computer.Open();*/
if (!AsusWmi.Init())
{
AsusWmi.Dispose();
AsusWmi = null;
}
StartAutoRefresh();
SplashWindow.Loading("Memory controller");
BMC = new BiosMemController();
ReadMemoryConfig();
}
SplashWindow.Loading("Done");
DataContext = new
{
timings = MEMCFG,
cpu.powerTable,
WMIPresent = !compatMode,
settings
};
}
catch (Exception ex)
{
HandleError(ex.Message);
ExitApplication();
}
}
public MainWindow()
{
try
{
SplashWindow.Loading("CPU");
IconSource = GetIcon("pack://application:,,,/ZenTimings;component/Resources/ZenTimings.ico", 16);
if (cpu.info.family != Cpu.Family.FAMILY_17H && cpu.info.family != Cpu.Family.FAMILY_19H)
{
HandleError("CPU is not supported.");
ExitApplication();
}
else if (cpu.info.codeName == Cpu.CodeName.Unsupported)
{
HandleError("CPU model is not supported.\n" +
"Please run a debug report and send to the developer.");
}
InitializeComponent();
SplashWindow.Loading("Memory modules");
ReadMemoryModulesInfo();
SplashWindow.Loading("Timings");
// Read from first enabled DCT
if (modules.Count > 0)
{
ReadTimings(modules[0].DctOffset);
}
if (settings.AdvancedMode)
{
if (cpu.info.codeName != Cpu.CodeName.Unsupported)
{
PowerCfgTimer.Interval = TimeSpan.FromMilliseconds(2000);
PowerCfgTimer.Tick += new EventHandler(PowerCfgTimer_Tick);
SplashWindow.Loading("SVI2");
ReadSVI();
SplashWindow.Loading("Waiting for power table");
if (WaitForPowerTable())
{
// refresh the table again, to avoid displaying initial fclk, mclk and uclk values,
// which seem to be a little off when transferring the table for the "first" time,
// after an idle period
RefreshPowerTable();
SplashWindow.Loading("Reading power table");
}
else
{
SplashWindow.Loading("Power table error!");
}
if (!AsusWmi.Init())
{
AsusWmi.Dispose();
AsusWmi = null;
}
StartAutoRefresh();
}
SplashWindow.Loading("Memory controller");
BMC = new BiosMemController();
ReadMemoryConfig();
}
SplashWindow.Loading("Done");
DataContext = new
{
timings = MEMCFG,
cpu.powerTable,
WMIPresent = !compatMode,
settings
};
}
catch (ApplicationException ex)
{
HandleError(ex.Message);
//Dispose();
ExitApplication();
}
}