public void Thread_WriteData(object sender, DoWorkEventArgs e)
{
// Work forever
for(long i=0; ; i++)
{
Application.Current.Dispatcher.BeginInvoke
(
DispatcherPriority.DataBind,
new Action(() =>
{
try
{
/*
* Data Read
*/
#region Read
int iCPUcore1_usage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName == "CPU [#0]: Intel Core-2400").sensorReaders.Find(f => f.szName == "Core #0 Thread #0 Usage").Value);
int iCPUcore2_usage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026532608).sensorReaders.Find(f => f.szName == "Core #1 Thread #0 Usage").Value);
int iCPUcore3_usage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026532608).sensorReaders.Find(f => f.szName == "Core #2 Thread #0 Usage").Value);
int iCPUcore4_usage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026532608).sensorReaders.Find(f => f.szName == "Core #3 Thread #0 Usage").Value);
int iCPUtotal_usage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026532608).sensorReaders.Find(f => f.szName == "Total CPU Usage").Value);
double fCPUCLOCK = Math.Round(this.sensorElementsDataArray.Find(f => f.szName == "CPU [#0]: Intel Core-2400").sensorReaders.Find(f => f.szName == "Core #0 Clock").Value);
double fCPUPOWER = Math.Round(this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026542592).sensorReaders.Find(f => f.szName == "CPU Package Power").Value, 1);
int iCPUTEMPERATURE = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026542592).sensorReaders.Find(f => f.szName == "CPU Package").Value);
// Memory
int memoryUsed = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName == "System").sensorReaders.Find(f => f.szName == "Physical Memory Used").Value);
int memoryAvailable = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName == "System").sensorReaders.Find(f => f.szName == "Physical Memory Available").Value);
int memoryUsage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName == "System").sensorReaders.Find(f => f.szName == "Physical Memory Load").Value);
//Network
int networkTotalDL = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Total DL").Value);
int networkTotalUL = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Total UP").Value);
double networkCurrentDL = Math.Round(this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Current DL rate").Value, 1);
double networkCurrentUL = Math.Round(this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Current UP rate").Value, 1);
#region Disks
ObservableCollection<Disk> tempDiskColl = new ObservableCollection<Disk>();
foreach(Disk disk in Database.DISKS)
{
Disk tempdisk = new Disk(disk.driveLetter, disk.sensorName);
tempdisk.readRate = Math.Round(this.sensorElementsDataArray.Find(f => f.szName.Contains(disk.sensorName)).sensorReaders.Find(f => f.szName == "Read Rate").Value, 1).ToString() + " MB/s";
tempdisk.writeRate = Math.Round(this.sensorElementsDataArray.Find(f => f.szName.Contains(disk.sensorName)).sensorReaders.Find(f => f.szName == "Write Rate").Value, 1).ToString() + " MB/s";
tempdisk.diskUsage = Math.Round(this.sensorElementsDataArray.Find(f => f.szName.Contains(disk.sensorName)).sensorReaders.Find(f => f.szName == "Total Activity").Value, 1);
tempdisk.totalSpace = Math.Round((((double)this.DriveDataList.First(f => f.Name == disk.driveLetter + @":\").TotalSize / 1048576) / 1024), 1).ToString() + " GB";
tempdisk.freeSpace = Math.Round((((double)this.DriveDataList.First(f => f.Name == disk.driveLetter + @":\").TotalFreeSpace / 1048576) / 1024), 1).ToString() + " GB";
tempdisk.spaceUsage = Math.Abs(Math.Round((Math.Round((((double)this.DriveDataList.First(f => f.Name == disk.driveLetter + @":\").TotalFreeSpace / 1048576) / 1024), 1) / Math.Round((((double)this.DriveDataList.First(f => f.Name == disk.driveLetter + @":\").TotalSize / 1048576) / 1024), 1)) * 100) - 100);
tempDiskColl.Add(tempdisk);
}
Database.DISKS.Clear();
foreach(Disk disk in tempDiskColl)
{
Database.DISKS.Add(disk);
}
tempDiskColl.Clear();
#endregion
#region GPUS
ObservableCollection<GPU> tempGPUColl = new ObservableCollection<GPU>();
foreach (GPU gpu in Database.GPUS)
{
GPU tempGPU = new GPU(gpu.sensorName);
tempGPU.voltage = Math.Round(this.sensorElementsDataArray.Find(f => f.szName.Contains(tempGPU.sensorName)).sensorReaders.Find(f => f.szName == "GPU Core Voltage").Value, 3).ToString() + " V";
tempGPU.temp = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(tempGPU.sensorName)).sensorReaders.Find(f => f.szName == "GPU Temperature").Value).ToString() + " °C";
tempGPU.coreClock = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(tempGPU.sensorName)).sensorReaders.Find(f => f.szName == "GPU Clock").Value).ToString() + " MHz";
tempGPU.vramClock = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(tempGPU.sensorName)).sensorReaders.Find(f => f.szName == "GPU Memory Clock").Value).ToString() + " MHz";
tempGPU.usedVRAM = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(tempGPU.sensorName)).sensorReaders.Find(f => f.szName == "GPU Memory Allocated").Value).ToString() + " MB";
tempGPU.usedVRAMUsage = Convert.ToInt32(this.sensorElementsDataArray.Find(f => f.szName.Contains(tempGPU.sensorName)).sensorReaders.Find(f => f.szName == "GPU Memory Usage").Value);
tempGPUColl.Add(tempGPU);
}
Database.GPUS.Clear();
foreach (GPU gpu in tempGPUColl)
{
Database.GPUS.Add(gpu);
}
tempGPUColl.Clear();
#endregion
#endregion
/*
* Data Write
*/
#region Write
//CPU
Database.CPU_CPUCLOCK = fCPUCLOCK.ToString() + " MHz"; // + this.sensorElementsDataArray.Find(f => f.szName == "CPU [#0]: Intel Core-2400").sensorReaders.Find(f => f.szName == "Core #0 Clock").szUnit;
Database.CPU_CPUPOWER = fCPUPOWER.ToString() + " W"; // +this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026542592).sensorReaders.Find(f => f.szName == "CPU Package Power").szUnit;
Database.CPU_CPUTEMPERATURE = iCPUTEMPERATURE.ToString() + " °C";// +this.sensorElementsDataArray.Find(f => f.dwSensorID == 4026542592).sensorReaders.Find(f => f.szName == "CPU Package").szUnit;
// RAM
Database.RAM_FREERAM = memoryAvailable.ToString() + " MB"; // + this.sensorElementsDataArray.Find(f => f.szName == "System").sensorReaders.Find(f => f.szName == "Physical Memory Used").szUnit;
Database.RAM_USEDRAM = memoryUsed.ToString() + " MB"; // this.sensorElementsDataArray.Find(f => f.szName == "System").sensorReaders.Find(f => f.szName == "Physical Memory Used").szUnit;
Database.RAM_USAGE = (double)memoryUsage;
// Network
Database.NETWORK_DL_TOTAL = networkTotalDL.ToString() + " MB"; //+ this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Total DL").szUnit;
Database.NETWORK_UL_TOTAL = networkTotalUL.ToString() + " MB"; // + this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Total UP").szUnit;
Database.NETWORK_DL_CURRENT = networkCurrentDL.ToString() + " KB/s"; // + this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Current DL rate").szUnit;
Database.NETWORK_UL_CURRENT = networkCurrentUL.ToString() + " KB/s"; // + this.sensorElementsDataArray.Find(f => f.szName.Contains(CONFIG_NETWORK_SENSOR_NAME)).sensorReaders.Find(f => f.szName == "Current UP rate").szUnit;
if (CONFIG_USES_CPU_CHART)
{
// CPU Chart
if (Database.CPU_CHART_VALUES.Count >= CHARTS_NODES)
Database.CPU_CHART_VALUES.Remove(Database.CPU_CHART_VALUES[0]);
Database.CPU_CHART_VALUES.Add(new KeyValuePair<string, int>(i.ToString(), iCPUtotal_usage));
Database.CPU_CPUUSAGE = iCPUtotal_usage;
}
if (CONFIG_USES_NETWORK_CHART)
{
// Network Chart
if (Database.NETWORK_CHART_VALUES.Count >= CHARTS_NODES)
Database.NETWORK_CHART_VALUES.Remove(Database.NETWORK_CHART_VALUES[0]);
Database.NETWORK_CHART_VALUES.Add(new KeyValuePair<string, int>(i.ToString(), Convert.ToInt32(networkCurrentDL)));
}
#endregion
}
catch(Exception )
{
// Honestly I dont give a shit at the moment :)
}
})
);
Thread.Sleep(this.SLEEP_INTERVAL);
}
}
private void Window_Initialized(object sender, EventArgs e)
{
IntPtr hWnd = new WindowInteropHelper(this).Handle;
SetWindowPos(hWnd, HWND_BOTTOM, 0, 0, 0, 0, SWP_NOSIZE | SWP_NOMOVE | SWP_NOACTIVATE);
IntPtr windowHandle = (new WindowInteropHelper(this)).Handle;
HwndSource src = HwndSource.FromHwnd(windowHandle);
src.AddHook(new HwndSourceHook(WndProc));
this.hwW = new HWiNFOWrapper();
this.sensorElementsDataArray = hwW.GetSensorData();
this.DriveDataList = DriveInfo.GetDrives();
#region TEST MODE
// DEBUG PURPOSES ONLY
if (TEST_MODE)
{
if (!System.IO.File.Exists(@"C:\Users\Kama3\Documents\Visual Studio 2013\Projects\GodlikeWidgets\GodlikeWidgets\test2.txt"))
System.IO.File.Create(@"C:\Users\Kama3\Documents\Visual Studio 2013\Projects\GodlikeWidgets\GodlikeWidgets\test2.txt");
FileStream fs = File.Open(@"C:\Users\Kama3\Documents\Visual Studio 2013\Projects\GodlikeWidgets\GodlikeWidgets\test2.txt", FileMode.Truncate, FileAccess.Write);
StreamWriter sw = new StreamWriter(fs);
foreach (Struct_SensorElement sensorElement in sensorElementsDataArray)
{
sw.WriteLine(String.Format("Sensor Name: {0}", sensorElement.szName));
sw.WriteLine(String.Format("Sensor ID: {0}", sensorElement.dwSensorID));
foreach (Struct_SensorElementReader sensorReader in sensorElement.sensorReaders)
{
sw.WriteLine(String.Format("\tSensor Name: {0}", sensorReader.szName));
sw.WriteLine(String.Format("\tSensor Units: {0}", sensorReader.szUnit));
sw.WriteLine(String.Format("\tSensor Type: {0}", Enum.GetName(typeof(SENSOR_READING_TYPE), sensorReader.tReading)));
sw.WriteLine(String.Format("\tSensor Value: {0}", sensorReader.Value));
sw.Write("\n");
}
sw.Write("\n");
}
sw.Flush();
fs.Flush();
sw.Close();
fs.Close();
}
#endregion
// Initialize lists, just one time
Database.CPU_CHART_VALUES = new ObservableCollection<KeyValuePair<string, int>>();
Database.NETWORK_CHART_VALUES = new ObservableCollection<KeyValuePair<string, int>>();
this.processUsageList = new Dictionary<string, int>();
Database.DISKS = new ObservableCollection<Disk>();
Database.GPUS = new ObservableCollection<GPU>();
// Test disk
Disk disk_C = new Disk("C", CONFIG_DISK1_SENSOR_NAME);
Disk disk_F = new Disk("F", CONFIG_DISK2_SENSOR_NAME);
Database.DISKS.Add(disk_C);
Database.DISKS.Add(disk_F);
// Test GPU
GPU gpu1 = new GPU(CONFIG_GPU1_SENSOR_NAME);
GPU gpu2 = new GPU(CONFIG_GPU2_SENSOR_NAME);
Database.GPUS.Add(gpu1);
Database.GPUS.Add(gpu2);
// Fil charts with zeroes
for (int i = 0; i < CHARTS_NODES + 1; i++)
{
Database.CPU_CHART_VALUES.Add(new KeyValuePair<string, int>(i.ToString(), 0));
}
for (int i = 0; i < CHARTS_NODES+1; i++)
{
Database.NETWORK_CHART_VALUES.Add(new KeyValuePair<string, int>(i.ToString(), 0));
}
// Start ReadData Thread
t_oReadDataBackgroundWorker = new BackgroundWorker();
t_oReadDataBackgroundWorker.DoWork += new DoWorkEventHandler(Thread_ReadData);
t_oReadDataBackgroundWorker.WorkerSupportsCancellation = true;
t_oReadDataBackgroundWorker.WorkerReportsProgress = false;
t_oReadDataBackgroundWorker.RunWorkerAsync();
// Start WriteData Thread
t_oWriteDataBackgroundWorker = new BackgroundWorker();
t_oWriteDataBackgroundWorker.DoWork += new DoWorkEventHandler(Thread_WriteData);
t_oWriteDataBackgroundWorker.WorkerSupportsCancellation = true;
t_oWriteDataBackgroundWorker.WorkerReportsProgress = false;
t_oWriteDataBackgroundWorker.RunWorkerAsync();
}