private void WriteReadInfoFromDp()
{
int DpPtr = 0;
for (byte i = 0; i < classCalibrationSettings.JigConfiguration; i++)
{
if (classCalibrationSettings.ConnectedChanels[i] == true)
{
for (int j = 0; j < MAX_ALLOW_SEND_GET_INFO_CMD; j++)
{
classMultiplexingInstanse.ConnectDpDevice(i);
Thread.Sleep(250);
//read current pressure from plc...
ReadPressureFromPlc();
//classDpCommunicationInstanse.DpWritePressurePointToDevice(classCalibrationSettings.TempUnderTestList[CurrentCalibTempIndex], CurrentCalibTempIndex, classCalibrationSettings.PressureUnderTestList[CurrentCalibPressureIndex], CurrentCalibPressureIndex);
classDpCommunicationInstanse.DpWritePressurePointToDevice(classCalibrationSettings.TempUnderTestList[CurrentCalibTempIndex], CurrentCalibTempIndex, PlcAdc2Bar(CurrentPressure), CurrentCalibPressureIndex);
Thread.Sleep(2000);
if (classDpCommunicationInstanse.NewDpInfoEvent) // check if recieve data from DP
{
//save the data on the current device and current calibpoint..
classDevices[DpPtr].CalibrationData[CurrentCalibTempIndex, CurrentCalibPressureIndex].PressureValue1 = classDpCommunicationInstanse.dpInfo.S1Pressure;
classDevices[DpPtr].CalibrationData[CurrentCalibTempIndex, CurrentCalibPressureIndex].PressureValue2 = classDpCommunicationInstanse.dpInfo.S2Pressure;
classDevices[DpPtr].CalibrationData[CurrentCalibTempIndex, CurrentCalibPressureIndex].tempOnDevice = classDpCommunicationInstanse.dpInfo.CurrentTemp;
classDevices[DpPtr].CalibrationData[CurrentCalibTempIndex, CurrentCalibPressureIndex].LeftA2DValue = classDpCommunicationInstanse.dpInfo.LeftA2D;
classDevices[DpPtr].CalibrationData[CurrentCalibTempIndex, CurrentCalibPressureIndex].RightA2DValue = classDpCommunicationInstanse.dpInfo.RightA2D;
classDevices[DpPtr].DeviceMacAddress = classDpCommunicationInstanse.dpInfo.DeviseMacAddress;
classDevices[DpPtr].CalibrationData[CurrentCalibTempIndex, CurrentCalibPressureIndex].extA2dPressureValue = PlcAdc2Bar(CurrentPressure);
classDpCommunicationInstanse.NewDpInfoEvent = false;
//classDpCommunicationInstanse.DPgetDpInfo();
if (CurrentCalibPressureIndex == (classCalibrationSettings.PressureUnderTestList.Count - 1) && (CurrentCalibTempIndex == classCalibrationSettings.TempUnderTestList.Count - 1))
{
//send end calibration CMD
classDpCommunicationInstanse.SendEndCalibration();
if (classDevices[DpPtr].deviceStatus == DeviceStatus.Wait)
{
classDevices[DpPtr].deviceStatus = DeviceStatus.Pass;
}
}
j = MAX_ALLOW_SEND_GET_INFO_CMD; // break the for loop...
}
else
{
if (j == MAX_ALLOW_SEND_GET_INFO_CMD)
{
classDevices[DpPtr].deviceStatus = DeviceStatus.Fail;
}
}
}
DpPtr++;
}
}
}
private void bt_startProgram_Click(object sender, EventArgs e)
{
EnableProgram = true;
for (byte i = 0; i < classCalibrationInfo.DpCountAxist && EnableProgram == true; i++)
{
MultiplexingProtocolInstanse.ConnectDpDevice(i);
// need implamnt wait to insure that the device are connected
//string RealTimeData = string.Format("Start Program DP Number {0}. Serial number:{1}.",i.ToString(), classCalibrationInfo.classDevices[i].DeviceSerialNumber.ToString());
string RealTimeData = string.Format(Properties.Settings.Default.FlashProgrammerToolPath);
lbl_info.Text = RealTimeData;
bool res = FlashDpDevice(Properties.Settings.Default.HexFilePath);
DGVSetCellColor(dgv_dpTableInfo, 1, i, res ? Color.Green: Color.Red);
}
EnableProgram = false;
}