public MainWindow() { try { IconSource = GetIcon("pack://application:,,,/ZenTimings;component/Resources/ZenTimings.ico", 16); InitSystemInfo(); if (settings.DarkMode) { settings.ChangeTheme(); } InitializeComponent(); ReadMemoryModulesInfo(); ReadTimings(); if (settings.AdvancedMode) { PowerTable = new PowerTable(OPS.Smu.SMU_TYPE); BMC = new BiosMemController(); PowerCfgTimer.Interval = TimeSpan.FromMilliseconds(2000); PowerCfgTimer.Tick += new EventHandler(PowerCfgTimer_Tick); ReadMemoryConfig(); ReadSVI(); // Get first base address dramBaseAddress = (uint)(OPS.GetDramBaseAddress() & 0xFFFFFFFF); if (dramBaseAddress > 0) { ReadPowerConfig(); } else { compatMode = true; } StartAutoRefresh(); } DataContext = new { timings = MEMCFG, powerTable = PowerTable, settings, }; } catch (ApplicationException ex) { HandleError(ex.Message); //Dispose(); ExitApplication(); } }
public MainForm() { try { #if BETA MessageBox.Show("This is a BETA version of the application. Some functions might be working incorrectly.\n\n" + "Please report if something is not working as expected."); #endif #if DEBUG Debug.Listeners.AddRange(listeners); #endif InitSystemInfo(); InitializeComponent(); BindControls(); ReadMemoryModulesInfo(); ReadTimings(); if (!settings.AdvancedMode) { SwitchToCompactMode(); } else { PowerTable = new PowerTable(OPS.Smu.SMU_TYPE); BMC = new BiosMemController(); BindAdvancedControls(); ReadMemoryConfig(); ReadSVI(); // Get first base address dramBaseAddress = (uint)(OPS.GetDramBaseAddress() & 0xFFFFFFFF); if (dramBaseAddress > 0) { ReadPowerConfig(); } else { compatMode = true; } StartAutoRefresh(); } } catch (ApplicationException ex) { MessageBox.Show(ex.Message, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error); Dispose(); ExitApplication(); } }
public DebugDialog(uint dramBaseAddr, List <MemoryModule> memModules, MemoryConfig memCfg, SystemInfo systemInfo, BiosMemController biosMemCtrl, PowerTable powerTable, Ops ops) { InitializeComponent(); baseAddress = dramBaseAddr; modules = memModules; SI = systemInfo; MEMCFG = memCfg; PT = powerTable; BMC = biosMemCtrl; OPS = ops; }
public MainForm() { try { PowerTable = new PowerTable(OPS.Smu.SMU_TYPE); BMC = new BiosMemController(); #if BETA MessageBox.Show("This is a BETA version of the application. Some functions might be working incorrectly.\n\n" + "Please report if something is not working as expected."); #endif #if DEBUG Debug.Listeners.AddRange(listeners); #endif InitSystemInfo(); InitializeComponent(); BindControls(); } catch (ApplicationException ex) { MessageBox.Show(ex.Message, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error); Dispose(); ExitApplication(); } }
//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(); } }