protected async override void OnStartup(StartupEventArgs e)
{
base.OnStartup(e);
// SETTINGS
CheckSettings();
// TRAY ICON
TrayIcon = (TaskbarIcon)FindResource("TrayIcon");
TrayIcon.ToolTipText = Assembly.GetExecutingAssembly().GetName().Name;
TrayIcon.Visibility = Visibility.Visible;
// OHM COMPUTER
_computer = new Computer()
{
CPUEnabled = true,
FanControllerEnabled = true,
GPUEnabled = true,
HDDEnabled = false,
MainboardEnabled = true,
RAMEnabled = true
};
_computer.Open();
// CHECK FOR UPDATES
if (SidebarDiagnostics.Properties.Settings.Default.CheckForUpdates)
{
await UpdateManager.Check(false);
}
}
public List <float> GetCpuTemps()
{
var myComputer = new Computer();
myComputer.Open();
myComputer.CPUEnabled = true;
var temps = (from hardwareItem in myComputer.Hardware
where hardwareItem.HardwareType == HardwareType.CPU
from sensor in hardwareItem.Sensors
where sensor.SensorType == SensorType.Temperature
let value = sensor.Value
where value != null
where value != null
select(float) value).ToList();
if (temps.Count != 0)
{
return(temps);
}
var tempTemps = new List <float>();
var procCount = Environment.ProcessorCount;
for (int i = 0; i < procCount; i++)
{
tempTemps.Add(-1);
}
return(tempTemps);
}
private CpuSensorsFilter()
{
_computer = new Computer()
{
CPUEnabled = true
};
_computer.Open();
}
/// <summary>
/// Creates a new Processor object and kicks off performance counters
/// </summary>
public Processor()
{
UsageCounters = new PerformanceCounter[this.getNumberOfLogicalProcessors()];
this.calculateUsage();
this.cpu = new Computer();
this.cpu.CPUEnabled = true;
this.cpu.Open();
}
private SystemDiagnostics()
{
mCpuCounter.CategoryName = "Processor";
mCpuCounter.CounterName = "% Processor Time";
mCpuCounter.InstanceName = "_Total";
computer = new OpenHardwareMonitor.Hardware.Computer();
computer.CPUEnabled = true;
computer.Open();
}
private ROCInfo(int _updatePeriod)
{
updatePeriod = _updatePeriod;
ROC = new Computer();
ROC.CPUEnabled = true;
ROC.GPUEnabled = true;
ROC.RAMEnabled = true;
ROC.Open();
updateTimer = new Timer(updateData, null, 100, updatePeriod);
}
public CpuTemperature()
{
m_computer = new Computer();
m_computer.CPUEnabled = true;
m_computer.FanControllerEnabled = false;
m_computer.GPUEnabled = false;
m_computer.HDDEnabled = false;
m_computer.MainboardEnabled = false;
m_computer.RAMEnabled = false;
}
public static void Monitor()
{
running = true;
UpdateVisitor updateVisitor = new UpdateVisitor();
Computer computer = new Computer();
computer.Open();
while (running)
{
computer.Accept(updateVisitor);
MonitoringInfo currentInfo = new MonitoringInfo();
foreach (IHardware hardware in computer.Hardware)
{
if (hardware.HardwareType == HardwareType.CPU)
{
CPU cpu = new CPU();
AddCPUInfo(hardware.Sensors, cpu);
currentInfo.CPUs.Add(cpu);
}
else if (hardware.HardwareType == HardwareType.GpuAti)
{
GPU gpu = new GPU();
gpu.GPUTempMax = 100; // assume max gpu temp is 100 *C
AddGPUInfo(hardware.Sensors, gpu);
currentInfo.GPUs.Add(gpu);
}
else if (hardware.HardwareType == HardwareType.GpuNvidia)
{
GPU gpu = new GPU();
gpu.GPUTempMax = 100; // assume max gpu temp is 100 *C
AddGPUInfo(hardware.Sensors, gpu);
currentInfo.GPUs.Add(gpu);
}
}
RAM ram = new RAM();
MEMORYSTATUSEX memoryUsage = new MEMORYSTATUSEX();
if (GlobalMemoryStatusEx(memoryUsage))
{
ram.FreeMemory = (int)(memoryUsage.ullAvailPhys / (1024 * 1024)); // in MB
ram.TotalMemory = (int)(memoryUsage.ullTotalPhys / (1024 * 1024)); // in MB
}
currentInfo.RAM = ram;
Info = currentInfo;
Thread.Sleep(1000);
}
}
private OpenHardwareMonitor.Hardware.Computer thisComputer; //set 'thisComputer' as the name of the instance for the dll
public GnatStatsProtocol()
{
thisComputer = new OpenHardwareMonitor.Hardware.Computer()
{ //initialise the dll instance as a new one
CPUEnabled = true, //enable the datafield to be gathered
GPUEnabled = true,
HDDEnabled = true,
MainboardEnabled = true,
RAMEnabled = true,
};
thisComputer.Open();
}
static void Main(string[] args)
{
cp = new Computer();
cp.Open();
cp.CPUEnabled = true;
mainTImer = new Timer(1000);
mainTImer.Elapsed += new ElapsedEventHandler(ShowCPUInfo);
mainTImer.Enabled = true;
Console.ReadLine();
}
public OpenHardwareMonitorMetricRetriever()
{
_computer = new Computer();
_computer.Open();
// Enable sensors
_computer.HDDEnabled = true;
_computer.RAMEnabled = true;
_computer.GPUEnabled = true;
_computer.MainboardEnabled = true;
_computer.CPUEnabled = true;
}
private CPUsTemperatureMonitor()
{
_computer = new Computer()
{
CPUEnabled = true
};
_computer.Open();
RetriveTemperatureSensors();
}
private void Initialize()
{
Gpus = new MtObservableCollection <Gpu>();
for (var i = 0; i < GetTotalNumberOfGpus(); i++)
{
var id = i;
id++;
Gpus.Add(new Gpu
{
Identifier = id
});
}
var gpuVisibility = new[] { UserSettings.GlobalSettings.VisibilitySystemGpuTemp, UserSettings.GlobalSettings.VisibilitySystemGpuLoad };
_computer = new Computer
{
CPUEnabled = UserSettings.GlobalSettings.VisibilitySystemCpuTemp,
GPUEnabled = BooleanExtensions.ExceedsThreshold(0, gpuVisibility)
};
_computer.Open();
// Cpu timer
var timerCpu = new Timer {
Interval = UserSettings.GlobalSettings.PollingRateCpu
};
timerCpu.Elapsed += timerCpu_Elapsed;
timerCpu.Start();
// Ram timer
var timerRam = new Timer {
Interval = UserSettings.GlobalSettings.PollingRateRam
};
timerRam.Elapsed += timerRam_Elapsed;
timerRam.Start();
// Temp timer
var timerTemp = new Timer {
Interval = UserSettings.GlobalSettings.PollingRateTemps
};
timerTemp.Elapsed += timerTemp_Elapsed;
timerTemp.Start();
// Get the value at init
EventExtensions.FireEvent(timerCpu, "onIntervalElapsed", this, null);
EventExtensions.FireEvent(timerRam, "onIntervalElapsed", this, null);
EventExtensions.FireEvent(timerTemp, "onIntervalElapsed", this, null);
}
public List <float> GetCpuTemps()
{
var myComputer = new Computer();
myComputer.Open();
myComputer.CPUEnabled = true;
return((from hardwareItem in myComputer.Hardware
where hardwareItem.HardwareType == HardwareType.CPU
from sensor in hardwareItem.Sensors
where sensor.SensorType == SensorType.Temperature
where sensor.Value != null
select(float) sensor.Value).ToList());
}
public List<float> GetCpuTemps()
{
var myComputer = new Computer();
myComputer.Open();
myComputer.CPUEnabled = true;
return (from hardwareItem in myComputer.Hardware
where hardwareItem.HardwareType == HardwareType.CPU
from sensor in hardwareItem.Sensors
where sensor.SensorType == SensorType.Temperature
let value = sensor.Value
where value != null
where value != null
select (float) value).ToList();
}
public TemperatureWorker(int duration)
{
_updateVisitor = new UpdateVisitor();
_computer = new Computer();
_computer.CPUEnabled = true;
_wmiProvider = new WmiProvider(_computer);
_computer.Open();
_hardware = _computer.Hardware[0];
_hardware.Accept(_updateVisitor);
//Timer TimerInt = new Timer();
//TimerInt.Interval = duration;
//TimerInt.Tick += new EventHandler(tw_tick);
//TimerInt.Start();
}
public ContextMenuStrip Create()
{
thisComputer = new OpenHardwareMonitor.Hardware.Computer() { };
thisComputer.CPUEnabled = true;
thisComputer.GPUEnabled = true;
thisComputer.HDDEnabled = true;
thisComputer.MainboardEnabled = true;
thisComputer.RAMEnabled = true;
thisComputer.Open();
menu = new ContextMenuStrip();
CreateMenuItems();
return menu;
}
protected override void OnStartup(StartupEventArgs e)
{
base.OnStartup(e);
// NOTIFY ICON
MenuItem _settingsMenuItem = new MenuItem()
{
Header = "Settings"
};
_settingsMenuItem.Click += SettingsMenuItem_Click;
MenuItem _showMenuItem = new MenuItem()
{
Header = "Show"
};
_showMenuItem.Click += ShowMenuItem_Click;
MenuItem _closeMenuItem = new MenuItem()
{
Header = "Close"
};
_closeMenuItem.Click += CloseMenuItem_Click;
ContextMenu _contextMenu = new ContextMenu();
_contextMenu.Items.Add(_settingsMenuItem);
_contextMenu.Items.Add(_showMenuItem);
_contextMenu.Items.Add(_closeMenuItem);
_taskbarIcon = new TaskbarIcon()
{
Icon = SidebarDiagnostics.Properties.Resources.TrayIcon,
ToolTipText = Assembly.GetExecutingAssembly().GetName().Name,
ContextMenu = _contextMenu,
LeftClickCommand = new ShowAppBarCommand()
};
// OHM COMPUTER
_computer = new Computer()
{
CPUEnabled = true,
FanControllerEnabled = true,
GPUEnabled = true,
HDDEnabled = false,
MainboardEnabled = true,
RAMEnabled = true
};
_computer.Open();
}
public DataProvider()
{
_computer = new Computer ();
// enable everything except for GPU which we can't monitor in a service anyway (keyword: session 0 isolation)
_computer.CPUEnabled = _computer.FanControllerEnabled = _computer.HDDEnabled = _computer.RAMEnabled = _computer.MainboardEnabled = true;
_computer.Open ();
_wmiProvider = new WmiProvider (_computer);
_wmiProvider.Update ();
_visitor = new UpdateVisitor ();
// tick once per second
_timer = new Timer (1000.0);
_timer.Elapsed += updateTick;
_timer.AutoReset = true;
_timer.Enabled = true;
}
public HWMonitor()
{
this.computer = new Computer
{
CPUEnabled = true,
GPUEnabled = true,
RAMEnabled = true
};
computer.Open();
this.cpu_count = _GetCPUCount();
this.cpu_usages = new float[cpu_count];
this.cpu_temperatures = new float[cpu_count];
this.memory_total = (long)new ComputerInfo().TotalPhysicalMemory;
this.drives = DriveInfo.GetDrives();
this.drive_usages = new float[drives.Length];
}
public void Configuration(IAppBuilder app)
{
myComputer = new Computer()
{
MainboardEnabled = false,
CPUEnabled = true,
RAMEnabled = false,
GPUEnabled = false,
FanControllerEnabled = false,
HDDEnabled = false
};
myComputer.Open();
app.Run(context =>
{
return context.Response.WriteAsync(GetSensorInfo());
});
}
public void init()
{
_computer = new Computer()
{
CPUEnabled = true,
FanControllerEnabled = true,
GPUEnabled = true,
HDDEnabled = true,
MainboardEnabled = true,
RAMEnabled = true
};
_computer.Open();
monitorManager = new MonitorManager(_computer);
monitorManager.Update();
}
public ContextMenuStrip Create()
{
thisComputer = new OpenHardwareMonitor.Hardware.Computer()
{
};
thisComputer.CPUEnabled = true;
thisComputer.GPUEnabled = true;
thisComputer.HDDEnabled = true;
thisComputer.MainboardEnabled = true;
thisComputer.RAMEnabled = true;
thisComputer.Open();
menu = new ContextMenuStrip();
CreateMenuItems();
return(menu);
}
/// <summary>
/// CTOR
/// </summary>
public OpenHardwareMonitorManagementService()
{
this.observedComputer = new Computer();
this.observedComputer.FanControllerEnabled = true;
this.observedComputer.CPUEnabled = true;
this.observedComputer.MainboardEnabled = true;
this.observedComputer.GPUEnabled = true;
this.observedComputer.HDDEnabled = true;
this.observedComputer.Open();
this.UpdateMainboardSensors();
// Create timer
this.timer = new Timer(1000);
this.timer.Elapsed += Timer_Elapsed;
this.timer.Enabled = true;
}
public HardwareMonitor()
{
WindowsIdentity identity = WindowsIdentity.GetCurrent();
WindowsPrincipal principal = new WindowsPrincipal(identity);
isElevated = principal.IsInRole(WindowsBuiltInRole.Administrator);
if (isElevated)
{
MySettings settings = new MySettings(new Dictionary<string, string>
{
{ "/intelcpu/0/temperature/0/values", "H4sIAAAAAAAEAOy9B2AcSZYlJi9tynt/SvVK1+B0oQiAYBMk2JBAEOzBiM3mkuwdaUcjKasqgcplVmVdZhZAzO2dvPfee++999577733ujudTif33/8/XGZkAWz2zkrayZ4hgKrIHz9+fB8/Iu6//MH37x79i9/+NX6N3/TJm9/5f/01fw1+fosnv+A/+OlfS37/jZ/s/Lpv9fff6Ml/NTef/yZPnozc5679b+i193//TQZ+/w2Dd+P9/sZeX/67v/GTf/b3iP3u4/ObBL//73+i+f039+D8Zk/+xz/e/P6beu2TQZju8yH8f6OgzcvPv/U3/Rb8+z/0f/9b/+yfaOn8079X6fr6Cws7ln/iHzNwflPv99/wyS/+xY4+v/evcJ+733+jJ5//Cw7/4ndy9Im3+U2e/Fbnrk31C93vrt/fyPvdb+N//hsF7/4/AQAA//9NLZZ8WAIAAA==" },
{ "/intelcpu/0/load/0/values", "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" },
});
_computer = new Computer(settings) { CPUEnabled = true };
_computer.GPUEnabled = true;
_computer.Open();
}
}
//
// /Commands
//
public MainViewModel()
{
_displayHardwareValuesTimer = new DispatcherTimer();
_clearDisplayTimer = new DispatcherTimer();
_myComputer = new Computer
{
GPUEnabled = true,
CPUEnabled = true
};
_myComputer.Open();
ConfigureComponents();
ResetSerialPort();
GetGpuTemps();
GetCpuTemps();
}
public void Start()
{
Computer = new Computer()
{
CPUEnabled = true,
FanControllerEnabled = true,
GPUEnabled = true,
HDDEnabled = true,
MainboardEnabled = true,
RAMEnabled = true
};
Computer.Open();
_timer = new Timer(60000);
_timer.Elapsed += Update;
Update(null, null);
_timer.Start();
}
private int _GetCPUCount()
{
int cpu_count = 0;
Computer computer = new Computer
{
CPUEnabled = true
};
computer.Open();
foreach (var hardwareItem in computer.Hardware)
{
foreach (var sensor in hardwareItem.Sensors)
{
if (sensor.SensorType == SensorType.Load)
{
cpu_count++;
}
}
}
return(cpu_count);
}
private float? GetGpuTemp(string gpuName)
{
var myComputer = new Computer();
myComputer.Open();
//possible fix for gpu temps on laptops
myComputer.GPUEnabled = true;
foreach (var hardwareItem in myComputer.Hardware)
{
hardwareItem.Update();
switch (hardwareItem.HardwareType)
{
case HardwareType.GpuNvidia:
foreach (
var sensor in
hardwareItem.Sensors.Where(
sensor =>
sensor.SensorType == SensorType.Temperature &&
hardwareItem.Name.Contains(gpuName)))
{
return sensor.Value;
}
break;
case HardwareType.GpuAti:
foreach (
var sensor in
hardwareItem.Sensors.Where(
sensor =>
sensor.SensorType == SensorType.Temperature &&
hardwareItem.Name.Contains(gpuName)))
{
return sensor.Value;
}
break;
default:
throw new ArgumentOutOfRangeException();
}
}
return -1;
}
public Form1()
{
InitializeComponent();
pc = new Computer() { CPUEnabled = true };
pc.Open();
//Makes the window non resizeable
this.FormBorderStyle = FormBorderStyle.None;
this.MaximizeBox = false;
//calls the makeTalk method, which is the Microsoft Voice Synthesizer
//makeTalk("Welcome" + SystemInformation.UserName);
//Displays the welcome message to the user when they open the program
label3.Text = ("Welcome, " + SystemInformation.UserName);
//Displays the primary monitor resolution of the user
maskedTextBox1.Text = (Convert.ToString(SystemInformation.PrimaryMonitorSize));
maskedTextBox1.Enabled = false;
//Displays current time
timer1.Start();
//Gets the CPU temp
timer2.Start();
//Tells the user how man monitors they have (lol)
int monitorCount = SystemInformation.MonitorCount;
//tells user the amount of monitors they have
label6.Text = "Amount of Monitors: ";
maskedTextBox2.Text = Convert.ToString(monitorCount);
maskedTextBox2.Enabled = false;
//Adds PC name to the form
maskedTextBox4.Enabled = false;
maskedTextBox4.Text = System.Environment.MachineName;
}
private float? GetGpuTemp(string gpuName)
{
var myComputer = new Computer();
myComputer.Open();
myComputer.GPUEnabled = true;
var gpuTemps = new List<Object>();
foreach (var hardwareItem in myComputer.Hardware)
{
switch (hardwareItem.HardwareType)
{
case HardwareType.GpuNvidia:
foreach (
var sensor in
hardwareItem.Sensors.Where(
sensor =>
sensor.SensorType == SensorType.Temperature &&
hardwareItem.Name.Contains(gpuName)))
{
return sensor.Value;
}
break;
case HardwareType.GpuAti:
foreach (
var sensor in
hardwareItem.Sensors.Where(
sensor =>
sensor.SensorType == SensorType.Temperature &&
hardwareItem.Name.Contains(gpuName)))
{
return sensor.Value;
}
break;
}
}
return -1;
}
private void frmMain_Load(object sender, EventArgs e)
{
string strError = string.Empty;
ScheduleTask.CreateNewTask();
//ScheduleTask.RunTask();
//Initialize Calls and data
settingsCall = new SettingCall();
settings = new Settings();
devices = new DevicesCall();
comp = new Computer();
miner = new MinerCall();
if (miner.IsMinersRunning())
if (MessageBox.Show("CUDA Administrator detected that there are CPU or GPU miners already running. Do you want to shutdown these miners now?",
"Miners Running", MessageBoxButtons.YesNo, MessageBoxIcon.Question) == System.Windows.Forms.DialogResult.Yes)
miner.ShutdownMiners();
bool isNewVersion = settingsCall.IsNewVersionAvailable(ref strError);
if (!string.IsNullOrEmpty(strError))
{
UserMessage.ShowMessage(this, UserMessage.MessageType.Error, "There was an error while trying to check for the latest version of CUDA Administrator. Error: " + strError);
strError = string.Empty;
}
else
{
if (isNewVersion)
if (MessageBox.Show("A new version of CUDA Administrator is available. Would you like to go to the subreddit?", "Verion Check", MessageBoxButtons.YesNo, MessageBoxIcon.Question) == System.Windows.Forms.DialogResult.Yes)
Process.Start("http://www.reddit.com/r/CudaAdministrator");
}
this.Icon = settingsCall.GetApplicationIcon();
comp.Open();
comp.CPUEnabled = true;
//Set UI data
AddMinersToDataGridViews();
//Setup everything required to run CUDA Admin
settingsCall.CreateFolders(ref strError);
if (!string.IsNullOrEmpty(strError))
{
MessageBox.Show(strError, "Folder Creation", MessageBoxButtons.OK, MessageBoxIcon.Error);
Environment.Exit(Environment.ExitCode);
}
if (!File.Exists(FileManager.CudaMinerPath + "cudaminer.exe") || !File.Exists(FileManager.CudaMinerPath + "pthreadVC2.dll") || !(File.Exists(FileManager.CudaMinerPath + "cudart64_55.dll") || File.Exists(FileManager.CudaMinerPath + "cudart32_55.dll")))
UserMessage.ShowMessage(this, UserMessage.MessageType.Warning, "GPU Miner disabled. Either it or some/all of it's dependencies couldn't be located");
if (!File.Exists(FileManager.CpuMinerPath + "minerd.exe") || !File.Exists(FileManager.CpuMinerPath + "libwinpthread-1.dll") || !(File.Exists(FileManager.CpuMinerPath + "libcurl.dll") || File.Exists(FileManager.CpuMinerPath + "libcurl-4.dll")))
UserMessage.ShowMessage(this, UserMessage.MessageType.Warning, "CPU Miner disabled. Either it or some/all of it's dependencies couldn't be located");
settings = settingsCall.GetSettings(ref strError);
if (!string.IsNullOrEmpty(strError))
UserMessage.ShowMessage(this, UserMessage.MessageType.Error, "An error occurred while trying to get the settings data. Error: " + strError);
string[] args = Environment.GetCommandLineArgs();
if (args.Contains("--autorun"))
btnMinerAutomation.PerformClick();
}
public MainForm()
{
InitializeComponent();
// check if the OpenHardwareMonitorLib assembly has the correct version
if (Assembly.GetAssembly(typeof(Computer)).GetName().Version !=
Assembly.GetExecutingAssembly().GetName().Version) {
MessageBox.Show(
"The version of the file OpenHardwareMonitorLib.dll is incompatible.",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
Environment.Exit(0);
}
this.settings = new PersistentSettings();
this.settings.Load(Path.ChangeExtension(
Application.ExecutablePath, ".config"));
this.unitManager = new UnitManager(settings);
// make sure the buffers used for double buffering are not disposed
// after each draw call
BufferedGraphicsManager.Current.MaximumBuffer =
Screen.PrimaryScreen.Bounds.Size;
// set the DockStyle here, to avoid conflicts with the MainMenu
this.splitContainer.Dock = DockStyle.Fill;
this.Font = SystemFonts.MessageBoxFont;
treeView.Font = SystemFonts.MessageBoxFont;
plotPanel = new PlotPanel(settings, unitManager);
plotPanel.Font = SystemFonts.MessageBoxFont;
plotPanel.Dock = DockStyle.Fill;
nodeCheckBox.IsVisibleValueNeeded += nodeCheckBox_IsVisibleValueNeeded;
nodeTextBoxText.DrawText += nodeTextBoxText_DrawText;
nodeTextBoxValue.DrawText += nodeTextBoxText_DrawText;
nodeTextBoxMin.DrawText += nodeTextBoxText_DrawText;
nodeTextBoxMax.DrawText += nodeTextBoxText_DrawText;
nodeTextBoxText.EditorShowing += nodeTextBoxText_EditorShowing;
foreach (TreeColumn column in treeView.Columns)
column.Width = Math.Max(20, Math.Min(400,
settings.GetValue("treeView.Columns." + column.Header + ".Width",
column.Width)));
treeModel = new TreeModel();
root = new Node(System.Environment.MachineName);
root.Image = Utilities.EmbeddedResources.GetImage("computer.png");
treeModel.Nodes.Add(root);
treeView.Model = treeModel;
this.computer = new Computer(settings);
systemTray = new SystemTray(computer, settings, unitManager);
systemTray.HideShowCommand += hideShowClick;
systemTray.ExitCommand += exitClick;
int p = (int)Environment.OSVersion.Platform;
if ((p == 4) || (p == 128)) { // Unix
treeView.RowHeight = Math.Max(treeView.RowHeight, 18);
splitContainer.BorderStyle = BorderStyle.None;
splitContainer.Border3DStyle = Border3DStyle.Adjust;
splitContainer.SplitterWidth = 4;
treeView.BorderStyle = BorderStyle.Fixed3D;
plotPanel.BorderStyle = BorderStyle.Fixed3D;
gadgetMenuItem.Visible = false;
minCloseMenuItem.Visible = false;
minTrayMenuItem.Visible = false;
startMinMenuItem.Visible = false;
} else { // Windows
treeView.RowHeight = Math.Max(treeView.Font.Height + 1, 18);
gadget = new SensorGadget(computer, settings, unitManager);
gadget.HideShowCommand += hideShowClick;
wmiProvider = new WmiProvider(computer);
}
logger = new Logger(computer);
plotColorPalette = new Color[13];
plotColorPalette[0] = Color.Blue;
plotColorPalette[1] = Color.OrangeRed;
plotColorPalette[2] = Color.Green;
plotColorPalette[3] = Color.LightSeaGreen;
plotColorPalette[4] = Color.Goldenrod;
plotColorPalette[5] = Color.DarkViolet;
plotColorPalette[6] = Color.YellowGreen;
plotColorPalette[7] = Color.SaddleBrown;
plotColorPalette[8] = Color.RoyalBlue;
plotColorPalette[9] = Color.DeepPink;
plotColorPalette[10] = Color.MediumSeaGreen;
plotColorPalette[11] = Color.Olive;
plotColorPalette[12] = Color.Firebrick;
computer.HardwareAdded += new HardwareEventHandler(HardwareAdded);
computer.HardwareRemoved += new HardwareEventHandler(HardwareRemoved);
computer.Open();
timer.Enabled = true;
showHiddenSensors = new UserOption("hiddenMenuItem", false,
hiddenMenuItem, settings);
showHiddenSensors.Changed += delegate(object sender, EventArgs e) {
treeModel.ForceVisible = showHiddenSensors.Value;
};
showValue = new UserOption("valueMenuItem", true, valueMenuItem,
settings);
showValue.Changed += delegate(object sender, EventArgs e) {
treeView.Columns[1].IsVisible = showValue.Value;
};
showMin = new UserOption("minMenuItem", false, minMenuItem, settings);
showMin.Changed += delegate(object sender, EventArgs e) {
treeView.Columns[2].IsVisible = showMin.Value;
};
showMax = new UserOption("maxMenuItem", true, maxMenuItem, settings);
showMax.Changed += delegate(object sender, EventArgs e) {
treeView.Columns[3].IsVisible = showMax.Value;
};
startMinimized = new UserOption("startMinMenuItem", false,
startMinMenuItem, settings);
minimizeToTray = new UserOption("minTrayMenuItem", true,
minTrayMenuItem, settings);
minimizeToTray.Changed += delegate(object sender, EventArgs e) {
systemTray.IsMainIconEnabled = minimizeToTray.Value;
};
minimizeOnClose = new UserOption("minCloseMenuItem", false,
minCloseMenuItem, settings);
autoStart = new UserOption(null, startupManager.Startup,
startupMenuItem, settings);
autoStart.Changed += delegate(object sender, EventArgs e) {
try {
startupManager.Startup = autoStart.Value;
} catch (InvalidOperationException) {
MessageBox.Show("Updating the auto-startup option failed.", "Error",
MessageBoxButtons.OK, MessageBoxIcon.Error);
autoStart.Value = startupManager.Startup;
}
};
readMainboardSensors = new UserOption("mainboardMenuItem", true,
mainboardMenuItem, settings);
readMainboardSensors.Changed += delegate(object sender, EventArgs e) {
computer.MainboardEnabled = readMainboardSensors.Value;
};
readCpuSensors = new UserOption("cpuMenuItem", true,
cpuMenuItem, settings);
readCpuSensors.Changed += delegate(object sender, EventArgs e) {
computer.CPUEnabled = readCpuSensors.Value;
};
readRamSensors = new UserOption("ramMenuItem", true,
ramMenuItem, settings);
readRamSensors.Changed += delegate(object sender, EventArgs e) {
computer.RAMEnabled = readRamSensors.Value;
};
readGpuSensors = new UserOption("gpuMenuItem", true,
gpuMenuItem, settings);
readGpuSensors.Changed += delegate(object sender, EventArgs e) {
computer.GPUEnabled = readGpuSensors.Value;
};
readFanControllersSensors = new UserOption("fanControllerMenuItem", true,
fanControllerMenuItem, settings);
readFanControllersSensors.Changed += delegate(object sender, EventArgs e) {
computer.FanControllerEnabled = readFanControllersSensors.Value;
};
readHddSensors = new UserOption("hddMenuItem", true, hddMenuItem,
settings);
readHddSensors.Changed += delegate(object sender, EventArgs e) {
computer.HDDEnabled = readHddSensors.Value;
};
showGadget = new UserOption("gadgetMenuItem", false, gadgetMenuItem,
settings);
showGadget.Changed += delegate(object sender, EventArgs e) {
if (gadget != null)
gadget.Visible = showGadget.Value;
};
celsiusMenuItem.Checked =
unitManager.TemperatureUnit == TemperatureUnit.Celsius;
fahrenheitMenuItem.Checked = !celsiusMenuItem.Checked;
server = new HttpServer(root, this.settings.GetValue("listenerPort", 8085));
if (server.PlatformNotSupported) {
webMenuItemSeparator.Visible = false;
webMenuItem.Visible = false;
}
runWebServer = new UserOption("runWebServerMenuItem", false,
runWebServerMenuItem, settings);
runWebServer.Changed += delegate(object sender, EventArgs e) {
if (runWebServer.Value)
server.StartHTTPListener();
else
server.StopHTTPListener();
};
logSensors = new UserOption("logSensorsMenuItem", false, logSensorsMenuItem,
settings);
loggingInterval = new UserRadioGroup("loggingInterval", 0,
new[] { log1sMenuItem, log2sMenuItem, log5sMenuItem, log10sMenuItem,
log30sMenuItem, log1minMenuItem, log2minMenuItem, log5minMenuItem,
log10minMenuItem, log30minMenuItem, log1hMenuItem, log2hMenuItem,
log6hMenuItem},
settings);
loggingInterval.Changed += (sender, e) => {
switch (loggingInterval.Value) {
case 0: logger.LoggingInterval = new TimeSpan(0, 0, 1); break;
case 1: logger.LoggingInterval = new TimeSpan(0, 0, 2); break;
case 2: logger.LoggingInterval = new TimeSpan(0, 0, 5); break;
case 3: logger.LoggingInterval = new TimeSpan(0, 0, 10); break;
case 4: logger.LoggingInterval = new TimeSpan(0, 0, 30); break;
case 5: logger.LoggingInterval = new TimeSpan(0, 1, 0); break;
case 6: logger.LoggingInterval = new TimeSpan(0, 2, 0); break;
case 7: logger.LoggingInterval = new TimeSpan(0, 5, 0); break;
case 8: logger.LoggingInterval = new TimeSpan(0, 10, 0); break;
case 9: logger.LoggingInterval = new TimeSpan(0, 30, 0); break;
case 10: logger.LoggingInterval = new TimeSpan(1, 0, 0); break;
case 11: logger.LoggingInterval = new TimeSpan(2, 0, 0); break;
case 12: logger.LoggingInterval = new TimeSpan(6, 0, 0); break;
}
};
InitializePlotForm();
startupMenuItem.Visible = startupManager.IsAvailable;
if (startMinMenuItem.Checked) {
if (!minTrayMenuItem.Checked) {
WindowState = FormWindowState.Minimized;
Show();
}
} else {
Show();
}
// Create a handle, otherwise calling Close() does not fire FormClosed
IntPtr handle = Handle;
// Make sure the settings are saved when the user logs off
Microsoft.Win32.SystemEvents.SessionEnded += delegate {
computer.Close();
SaveConfiguration();
if (runWebServer.Value)
server.Quit();
};
}
protected override void EnableHardwareInComputer(OpenHardwareMonitor.Hardware.Computer computer)
{
computer.MainboardEnabled = true;
}
private HardwareMonitor()
{
this.computer = new Computer();
this.computer.CPUEnabled = true;
this.computer.Open();
}
public List<float> GetCpuTemps()
{
var myComputer = new Computer();
myComputer.Open();
myComputer.CPUEnabled = true;
var temps = (from hardwareItem in myComputer.Hardware
where hardwareItem.HardwareType == HardwareType.CPU
from sensor in hardwareItem.Sensors
where sensor.SensorType == SensorType.Temperature
let value = sensor.Value
where value != null
where value != null
select (float) value).ToList();
if (temps.Count != 0) return temps;
var tempTemps = new List<float>();
var procCount = Environment.ProcessorCount;
for (int i = 0; i < procCount; i++)
{
tempTemps.Add(-1);
}
return tempTemps;
}
private void statusTime_Elapsed(object sender, EventArgs e)
{
var myComputer = new Computer();
string cpuNum = "", cpuClickedNum = "";
myComputer.CPUEnabled = true;
myComputer.Open();
int numOfCpus = 0;
App.Current.Dispatcher.Invoke((Action)delegate
{
foreach (var hardwareItem in myComputer.Hardware)
{
foreach (var sensor in hardwareItem.Sensors)
{
if (sensor.SensorType == SensorType.Temperature)
{
if (sensor.Name == "CPU Core #1")
{
CPU0Temp.Content = sensor.Value + " °C";
if(cpuClicked == "CPU0Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU0TempMin, sensor.Value, sensor.Index);
setMax(CPU0TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #2")
{
CPU1Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU1Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU1TempMin, sensor.Value, sensor.Index);
setMax(CPU1TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #3")
{
CPU2Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU2Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU2TempMin, sensor.Value, sensor.Index);
setMax(CPU2TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #4")
{
CPU3Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU3Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU3TempMin, sensor.Value, sensor.Index);
setMax(CPU3TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #5")
{
CPU4Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU4Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU4TempMin, sensor.Value, sensor.Index);
setMax(CPU4TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #6")
{
CPU5Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU5Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU5TempMin, sensor.Value, sensor.Index);
setMax(CPU5TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #7")
{
CPU6Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU6Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU6TempMin, sensor.Value, sensor.Index);
setMax(CPU6TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #8")
{
CPU7Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU7Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU7TempMin, sensor.Value, sensor.Index);
setMax(CPU7TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #9")
{
CPU8Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU8Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU8TempMin, sensor.Value, sensor.Index);
setMax(CPU8TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #10")
{
CPU9Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU9Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU9TempMin, sensor.Value, sensor.Index);
setMax(CPU9TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #11")
{
CPU10Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU10Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU10TempMin, sensor.Value, sensor.Index);
setMax(CPU10TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #12")
{
CPU11Temp.Content = sensor.Value + " °C";
if (cpuClicked == "CPU11Temp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 1);
cpuClickedNum = (int.Parse(cpuClickedNum) + 1).ToString();
cpuNum = sensor.Name.Substring(10, 1);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
setMin(CPU11TempMin, sensor.Value, sensor.Index);
setMax(CPU11TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Package")
{
numOfCpus = sensor.Index;
if (cpuClicked == "CPUPackageTemp")
{
if (isClicked == true)
{
cpuClickedNum = cpuClicked.Substring(3, 7);
cpuNum = sensor.Name.Substring(4, 7);
}
if (cpuClickedNum == cpuNum)
{
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
}
isClicked = false;
}
//if (!isClicked)
//{
// TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
//}
//Application.Current.MainWindow.Resources.Remove("temperature");
//Application.Current.MainWindow.Resources.Add("temperature", double.Parse(sensor.Value.ToString()));
CPUPackageTemp.Content = sensor.Value + " °C";
resizeWindow(numOfCpus);
setMin(CPUPackageTempMin, sensor.Value, numOfCpus);
setMax(CPUPackageTempMax, sensor.Value, numOfCpus);
}
}
}
}
});
}
public MainWindow()
{
InitializeComponent();
/*double size = GetHDDFreeSpace("C");
ManagementScope scope = new ManagementScope("\\\\.\\ROOT\\CIMV2");
//create object query
ObjectQuery query = new ObjectQuery("SELECT * FROM Win32_Fan");
//create object searcher
ManagementObjectSearcher searcher =
new ManagementObjectSearcher(scope, query);
//get a collection of WMI objects
ManagementObjectCollection queryCollection = searcher.Get();
//enumerate the collection.
foreach (ManagementObject m in queryCollection)
{
// access properties of the WMI object
double speed = Convert.ToDouble(m["DesiredSpeed"]);
Console.WriteLine("ActiveCooling : {0}", m["ActiveCooling"]);
}*/
//AreaSeries.StrokeThickness = 2;
//AreaSeries.Stroke = new SolidColorBrush(Color.FromArgb(255, 27, 161, 226));
//AreaSeries.Interior = new SolidColorBrush(Color.FromArgb(120, 27, 161, 226));
var myComputer = new Computer();
myComputer.CPUEnabled = true;
//myComputer.FanControllerEnabled = true;
//myComputer.GPUEnabled = true;
myComputer.MainboardEnabled = true;
myComputer.Open();
foreach (var hardwareItem in myComputer.Hardware)
{
hardwareItem.Update();
hardwareItem.GetReport();
Console.WriteLine(hardwareItem.GetReport());
Label[] cpuLabels = { CPU0, CPU1, CPU2, CPU3, CPU4, CPU5, CPU6, CPU7, CPU8, CPU9, CPU10, CPU11 };
foreach(Label cpuVisibility in cpuLabels)
{
cpuVisibility.Visibility = Visibility.Collapsed;
}
foreach (var subhardware in hardwareItem.SubHardware)
{
// This will be in the SuperIO
subhardware.Update();
if (subhardware.Sensors.Length > 0) // Index out of bounds check
{
foreach (var sensor in subhardware.Sensors)
{
// Look for the main fan sensor
if (sensor.Name == "Fan #1")
{
}
}
}
}
int numOfCpus = 0, cpuClassifier = 0;
foreach (var sensor in hardwareItem.Sensors)
{
if (sensor.Name == "CPU Package" && cpuClassifier == 0)
{
numberOfCpus = sensor.Index;
cpuClassifier++;
}
}
foreach (var sensor in hardwareItem.Sensors)
{
if (sensor.SensorType == SensorType.Temperature)
{
if (sensor.Name == "CPU Core #1")
{
CPU0.Visibility = Visibility.Visible;
cpu[0] = (int)sensor.Value;
CPU0Temp.Content = sensor.Value + " °C";
setMin(CPU0TempMin, sensor.Value, sensor.Index);
setMax(CPU0TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #2")
{
CPU1.Visibility = Visibility.Visible;
cpu[1] = (int)sensor.Value;
CPU1Temp.Content = sensor.Value + " °C";
setMin(CPU1TempMin, sensor.Value, sensor.Index);
setMax(CPU1TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #3")
{
CPU2.Visibility = Visibility.Visible;
cpu[2] = (int)sensor.Value;
CPU2Temp.Content = sensor.Value + " °C";
setMin(CPU2TempMin, sensor.Value, sensor.Index);
setMax(CPU2TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #4")
{
CPU3.Visibility = Visibility.Visible;
cpu[3] = (int)sensor.Value;
CPU3Temp.Content = sensor.Value + " °C";
setMin(CPU3TempMin, sensor.Value, sensor.Index);
setMax(CPU3TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #5")
{
CPU4.Visibility = Visibility.Visible;
cpu[4] = (int)sensor.Value;
CPU4Temp.Content = sensor.Value + " °C";
setMin(CPU4TempMin, sensor.Value, sensor.Index);
setMax(CPU4TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #6")
{
CPU5.Visibility = Visibility.Visible;
cpu[5] = (int)sensor.Value;
CPU5Temp.Content = sensor.Value + " °C";
setMin(CPU5TempMin, sensor.Value, sensor.Index);
setMax(CPU5TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #7")
{
CPU6.Visibility = Visibility.Visible;
cpu[6] = (int)sensor.Value;
CPU6Temp.Content = sensor.Value + " °C";
setMin(CPU6TempMin, sensor.Value, sensor.Index);
setMax(CPU6TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #8")
{
CPU7.Visibility = Visibility.Visible;
cpu[7] = (int)sensor.Value;
CPU7Temp.Content = sensor.Value + " °C";
setMin(CPU7TempMin, sensor.Value, sensor.Index);
setMax(CPU8TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #9")
{
CPU8.Visibility = Visibility.Visible;
cpu[8] = (int)sensor.Value;
CPU8Temp.Content = sensor.Value + " °C";
setMin(CPU8TempMin, sensor.Value, sensor.Index);
setMax(CPU8TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #10")
{
CPU9.Visibility = Visibility.Visible;
cpu[9] = (int)sensor.Value;
CPU9Temp.Content = sensor.Value + " °C";
setMin(CPU8TempMin, sensor.Value, sensor.Index);
setMax(CPU8TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #11")
{
CPU10.Visibility = Visibility.Visible;
cpu[10] = (int)sensor.Value;
CPU10Temp.Content = sensor.Value + " °C";
setMin(CPU9TempMin, sensor.Value, sensor.Index);
setMax(CPU9TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Core #12")
{
CPU11.Visibility = Visibility.Visible;
cpu[11] = (int)sensor.Value;
CPU11Temp.Content = sensor.Value + " °C";
setMin(CPU10TempMin, sensor.Value, sensor.Index);
setMax(CPU10TempMax, sensor.Value, sensor.Index);
}
else if (sensor.Name == "CPU Package")
{
numOfCpus = sensor.Index;
TempGauge.Scales[0].Pointers[0].Value = double.Parse(sensor.Value.ToString());
//Application.Current.MainWindow.Resources.Add("temperature", double.Parse(sensor.Value.ToString()));
CPUPackageTemp.Content = sensor.Value + " °C";
setMin(CPUPackageTempMin, sensor.Value, numOfCpus);
setMax(CPUPackageTempMax, sensor.Value, numOfCpus);
resizeWindow(numOfCpus);
}
}
}
int count;
for (count = 0; count < cpu.Length; count++) {
cpu[count] = cpu[count].HasValue ? cpu[count] : 0;
}
/*cpu_0 = cpu_0.HasValue ? cpu_0 : 0;
cpu_1 = cpu_0.HasValue ? cpu_1 : 0;
cpu_2 = cpu_0.HasValue ? cpu_2 : 0;
cpu_3 = cpu_0.HasValue ? cpu_3 : 0;
cpu_4 = cpu_0.HasValue ? cpu_4 : 0;
cpu_5 = cpu_0.HasValue ? cpu_5 : 0;
cpu_6 = cpu_0.HasValue ? cpu_6 : 0;
cpu_7 = cpu_0.HasValue ? cpu_7 : 0;
cpu_8 = cpu_0.HasValue ? cpu_8 : 0;
cpu_9 = cpu_0.HasValue ? cpu_9 : 0;
cpu_10 = cpu_0.HasValue ? cpu_10 : 0;
cpu_11 = cpu_0.HasValue ? cpu_11 : 0;*/
/*char[] charsToTrim = { ' ', '°', 'C' };
cpu_0 = Int32.Parse(CPU0Temp.Content.ToString()) ? cpu_0 = Int32.Parse(CPU0Temp.Content.ToString().TrimEnd(charsToTrim)) : cpu_0 = 0;
cpu_1 = Int32.Parse(CPU1Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_2 = Int32.Parse(CPU2Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_3 = Int32.Parse(CPU3Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_4 = Int32.Parse(CPU4Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_5 = Int32.Parse(CPU5Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_6 = Int32.Parse(CPU6Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_7 = Int32.Parse(CPU7Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_8 = Int32.Parse(CPU8Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_9 = Int32.Parse(CPU9Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_10 = Int32.Parse(CPU10Temp.Content.ToString().TrimEnd(charsToTrim));
cpu_11 = Int32.Parse(CPU11Temp.Content.ToString().TrimEnd(charsToTrim)); */
string sql = "INSERT INTO pc_info (cpu_0, cpu_1, cpu_2, cpu_3, cpu_4, cpu_5, cpu_6, cpu_7, cpu_8, cpu_9, "
+ "cpu_10, cpu_11) VALUES (@cpu_0, @cpu_1, @cpu_2, @cpu_3, @cpu_4, @cpu_5, @cpu_6, @cpu_7, "
+ "@cpu_8, @cpu_9, @cpu_10, @cpu_11)";
//try
//{
// conn.Open();
// MySqlCommand cmd = new MySqlCommand(sql, conn);
// cmd.CommandType = CommandType.Text;
// for (count = 0; count < cpu.Length; count++)
// {
// cpu[count] = cpu[count].HasValue ? cpu[count] : 0;
// cmd.Parameters.AddWithValue("cpu_" + count, cpu[count]);
// }
// /*cmd.Parameters.AddWithValue("cpu_0", cpu_0);
// cmd.Parameters.AddWithValue("cpu_1", cpu_1);
// cmd.Parameters.AddWithValue("cpu_2", cpu_2);
// cmd.Parameters.AddWithValue("cpu_3", cpu_3);
// cmd.Parameters.AddWithValue("cpu_4", cpu_4);
// cmd.Parameters.AddWithValue("cpu_5", cpu_5);
// cmd.Parameters.AddWithValue("cpu_6", cpu_6);
// cmd.Parameters.AddWithValue("cpu_7", cpu_7);
// cmd.Parameters.AddWithValue("cpu_8", cpu_8);
// cmd.Parameters.AddWithValue("cpu_9", cpu_9);
// cmd.Parameters.AddWithValue("cpu_10", cpu_10);
// cmd.Parameters.AddWithValue("cpu_11", cpu_11);*/
// cmd.ExecuteNonQuery();
// if(HardwareMonitor.Properties.Settings.Default.isIdSet == false)
// {
// saveId();
// }
//}
//catch (Exception error)
//{
// Console.WriteLine("Error inserting data:\n %s", error);
//}
//finally
//{
// conn.Close();
//}
}
//System.Windows.Threading.DispatcherTimer dispatcherTimer = new System.Windows.Threading.DispatcherTimer();
//dispatcherTimer.Tick += dispatcherTimer_Tick;
//dispatcherTimer.Interval = new TimeSpan(0,0,1);
//dispatcherTimer.Start();
System.Timers.Timer statusTime = new System.Timers.Timer();
statusTime.Interval = 1000;
statusTime.Elapsed += new System.Timers.ElapsedEventHandler(statusTime_Elapsed);
statusTime.Enabled = true;
//main = this;
}
public void getCpuTemp()
{
Computer thisComputer = new Computer() { CPUEnabled = true };
thisComputer.Open();
string temp = "";
foreach (var hardwareItem in thisComputer.Hardware)
{
if (hardwareItem.HardwareType == HardwareType.CPU)
{
hardwareItem.Update();
foreach (IHardware subHardware in hardwareItem.SubHardware)
{
subHardware.Update();
}
foreach (var sensor in hardwareItem.Sensors)
{
if (sensor.SensorType == SensorType.Temperature)
{
temp += (string.Format("{0} Temperature = {1} \r\n", sensor.Name, sensor.Value.HasValue ? sensor.Value.Value.ToString() : "no value"));
}
}
}
}
}
