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Create threads to update GUI

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This commit is contained in:
Duc
2025-01-04 08:33:01 -07:00
parent 1d8f6e4c96
commit 7e2a821337
9 changed files with 385 additions and 105 deletions
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72
Source/Program/Threads/PowerSupplyReadThread.cs
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@@ -43,11 +43,9 @@ namespace ProgramLib
}
private ILogger _logger;
private MainWindow _mainWindow;
private string _powerSupplySystemName;
private Dictionary<string, PowerModuleDataModel> _powerModuleToPowerDataModelDict = new Dictionary<string, PowerModuleDataModel>();
private PassthroughData _passthroughData = null;
public PowerSupplyReadThread(string powerSupplySystemName)
{
@@ -55,18 +53,6 @@ namespace ProgramLib
_powerSupplySystemName = powerSupplySystemName;
_mainWindow = (MainWindow)ProgramLib.Program.Instance().GetGuiManager()[ProgramGuiManager.WINDOWS.MAIN];
_powerModuleToPowerDataModelDict["UUT_P20V"] = new PowerModuleDataModel();
_powerModuleToPowerDataModelDict["UUT_N20V"] = new PowerModuleDataModel();
_passthroughData = new PassthroughData(_mainWindow.datagridPassthroughData.Columns.Count);
ProgramLib.Program.Instance().GetGuiManager()[ProgramGuiManager.WINDOWS.MAIN].Dispatcher.Invoke((Action)delegate
{
_mainWindow._mainWindowViewModel.AddPowerData(_powerModuleToPowerDataModelDict);
_mainWindow._mainWindowViewModel.AddPassthroughData(_passthroughData.GetPassthroughDataModelDict());
});
}
~PowerSupplyReadThread()
@@ -129,47 +115,8 @@ namespace ProgramLib
if (id == Events.EVENT_TIMED_OUT)
{
rnd = new Random();
Thread.Sleep(100);
_mainWindow._mainWindowViewModel.UutPowerLedImagePath = _mainWindow._mainWindowViewModel._imageToResourcePathDict[MainWindowViewModel.Images.LED_OFF];
float num = 20.0f + GenerateRandomFraction();
_powerModuleToPowerDataModelDict["UUT_P20V"].ActualVoltage = num.ToString("0.00");
_powerModuleToPowerDataModelDict["UUT_P20V"].ExpectedVoltage = "20.0";
Thread.Sleep(100);
num = 1.0f + GenerateRandomFraction();
_powerModuleToPowerDataModelDict["UUT_P20V"].ActualCurrent = num.ToString("0.00");
_powerModuleToPowerDataModelDict["UUT_P20V"].ExpectedCurrent = "1.0";
Thread.Sleep(100);
num = 20.0f + GenerateRandomFraction();
_powerModuleToPowerDataModelDict["UUT_N20V"].ActualVoltage = num.ToString("0.00");
_powerModuleToPowerDataModelDict["UUT_N20V"].ExpectedVoltage = "20.0";
Thread.Sleep(200);
_mainWindow._mainWindowViewModel.UutPowerLedImagePath = _mainWindow._mainWindowViewModel._imageToResourcePathDict[MainWindowViewModel.Images.LED_ON];
num = 5.0f + GenerateRandomFraction();
_powerModuleToPowerDataModelDict["UUT_N20V"].ActualCurrent = num.ToString("0.00");
_powerModuleToPowerDataModelDict["UUT_N20V"].ExpectedCurrent = "1.0";
Thread.Sleep(100);
num = 70.0f + GenerateRandomFraction();
_passthroughData.SetValue(PassthroughData.Variables.VAR1, num.ToString("0.00"));
Thread.Sleep(100);
num = 30.0f + GenerateRandomFraction();
_passthroughData.SetValue(PassthroughData.Variables.VAR2, num.ToString("0.00"));
Thread.Sleep(200);
_mainWindow._mainWindowViewModel.UutPowerLedImagePath = _mainWindow._mainWindowViewModel._imageToResourcePathDict[MainWindowViewModel.Images.LED_OFF];
num = 40.0f + GenerateRandomFraction();
_passthroughData.SetValue(PassthroughData.Variables.VAR3, num.ToString("0.00"));
Thread.Sleep(100);
num = 50.0f + GenerateRandomFraction();
_passthroughData.SetValue(PassthroughData.Variables.VAR4, num.ToString("0.00"));
Thread.Sleep(100);
num = 60.0f + GenerateRandomFraction();
_passthroughData.SetValue(PassthroughData.Variables.VAR5, num.ToString("0.00"));
Thread.Sleep(200);
_mainWindow._mainWindowViewModel.UutPowerLedImagePath = _mainWindow._mainWindowViewModel._imageToResourcePathDict[MainWindowViewModel.Images.LED_ON];
num = 10.0f + GenerateRandomFraction();
_passthroughData.SetValue(PassthroughData.Variables.VAR6, num.ToString("0.00"));
}
else
break;
@@ -183,20 +130,5 @@ namespace ProgramLib
_logger?.Debug($"{this.GetType().Name}::{System.Reflection.MethodBase.GetCurrentMethod().Name}() for {_powerSupplySystemName} is exiting...");
}
static float GenerateRandomFraction()
{
Random rnd = new Random();
int randNum = 0;
const int minimum = 1;
randNum = rnd.Next(20);
if (randNum <= minimum)
{
randNum += minimum;
}
return (float)(1.0 / (float)randNum);
}
}
}