void rocInfoTest_updatedValue(ROCinfoConstants.hardwareInfoID ID, int val)
{
switch (ID){
case ROCinfoConstants.hardwareInfoID.CPULoad:
Dispatcher.Invoke(() => cpuLoadLabel.Content = "" + val);
break;
case ROCinfoConstants.hardwareInfoID.CPUTemp:
Dispatcher.Invoke(() => cpuTempLabel.Content = "" + val);
break;
case ROCinfoConstants.hardwareInfoID.GPULoad:
Dispatcher.Invoke(() => gpuLoadLabel.Content = "" + val);
break;
case ROCinfoConstants.hardwareInfoID.GPUTemp:
Dispatcher.Invoke(() => gpuTempLabel.Content = "" + val);
break;
case ROCinfoConstants.hardwareInfoID.RAMLoad:
Dispatcher.Invoke(() => ramLoadLabel.Content = "" + val);
break;
}
}
void hwMonitor_updatedValue(ROCinfoConstants.hardwareInfoID hardwareID, int val)
{
try
{
switch (hardwareID)
{
case ROCinfoConstants.hardwareInfoID.CPULoad:
NetMan.write(rocConstants.COMID.ENGCOM, "CPU_LOAD_" + val);
break;
case ROCinfoConstants.hardwareInfoID.CPUTemp:
NetMan.write(rocConstants.COMID.ENGCOM, "CPU_TEMP_" + val);
break;
case ROCinfoConstants.hardwareInfoID.GPULoad:
NetMan.write(rocConstants.COMID.ENGCOM, "GPU_LOAD_" + val);
break;
case ROCinfoConstants.hardwareInfoID.GPUTemp:
NetMan.write(rocConstants.COMID.ENGCOM, "GPU_TEMP_" + val);
break;
case ROCinfoConstants.hardwareInfoID.RAMLoad:
NetMan.write(rocConstants.COMID.ENGCOM, "RAM_LOAD_" + val);
break;
}
}
catch
{
//do nothing
return;
}
}