public void UpdateTag(FolaTagData tag)
{
tag.WorkOrderVersion = Convert.ToChar(textBoxVersion.Text);
//int lastStep = int.Parse(txtLaststep.Text) - 1;
//tag.LastStep = lastStep ;
tag.LastStep = int.Parse(txtLaststep.Text);
tag.CarrierID = txtCarrierId.Text;
tag.WorkOrder = txtWorkorder.Text;
tag[0].HgaSN = txtHeadNum1.Text;
tag[1].HgaSN = txtHeadNum2.Text;
tag[2].HgaSN = txtHeadNum3.Text;
tag[3].HgaSN = txtHeadNum4.Text;
tag[4].HgaSN = txtHeadNum5.Text;
tag[5].HgaSN = txtHeadNum6.Text;
tag[6].HgaSN = txtHeadNum7.Text;
tag[7].HgaSN = txtHeadNum8.Text;
tag[8].HgaSN = txtHeadNum9.Text;
tag[9].HgaSN = txtHeadNum10.Text;
//ZJ Marked
//tag[0].out = txtHeadstatus1.Text[0] ;
//tag[1].OutgoingStatus = txtHeadstatus2.Text[0] ;
//tag[2].OutgoingStatus = txtHeadstatus3.Text[0] ;
//tag[3].OutgoingStatus = txtHeadstatus4.Text[0] ;
//tag[4].OutgoingStatus = txtHeadstatus5.Text[0] ;
//tag[5].OutgoingStatus = txtHeadstatus6.Text[0] ;
//tag[6].OutgoingStatus = txtHeadstatus7.Text[0] ;
//tag[7].OutgoingStatus = txtHeadstatus8.Text[0] ;
//tag[8].OutgoingStatus = txtHeadstatus9.Text[0] ;
//tag[9].OutgoingStatus = txtHeadstatus10.Text[0];
}
private QState StateWaitForOutputCarrierComplete(IQEvent qEvent)
{
LogStateInfo(_processName, System.Reflection.MethodBase.GetCurrentMethod().Name, qEvent);
if (qEvent.IsSignal(SigStateJob))
{
_retryCountSaveTDF = 0;
_retryCountSendSeatrack = 0;
if (RecallDeferredSignal(HSTWorkcell.SigOutputProcessDataComplete))
{
UpdateSignalRecipient(HSTWorkcell.SigOutputProcessDataComplete);
}
return(null);
}
if (qEvent.IsSignal(HSTWorkcell.SigOutputProcessDataComplete))
{
var outputData = (object[])(qEvent as QEvent).EventObject;
if (outputData != null)
{
_currentFolaTagInfo = (FolaTagData)outputData[0];
_currentOutputRunCarrier = (Carrier)outputData[1];
}
TransitionTo(stateSentSeatrackData);
return(null);
}
return(stateRun);
}
private void InitTagData()
{
switch (TagType)
{
case TagType.HGA_FOLA: TagData = new FolaTagData(); break;
case TagType.HGA_BOLA:
case TagType.HGA_BOLA2: TagData = new BolaTagData(); break;
}
}
void Controller_OnRFIDOutputStationReadDone(FolaTagData tag)
{
if (tag == null)
{
return;
}
this.BeginInvoke((MethodInvoker) delegate
{
txtLoadCarrierID.Text = tag.CarrierID;
for (int i = 0; i < tag.CarrierSize; i++)
{
listViewLoad.Items[i].SubItems[1].Text = tag[i].HgaSN;
listViewLoad.Items[i].SubItems[2].Text = tag[i].Status.ToString();
}
});
}
private void btnTestHgaFola_Click(object sender, EventArgs e)
{
//FolaTagDataForm form = new FolaTagDataForm();
//form.ShowDialog();
FolaReader folaTag = new FolaReader();
FolaTagData folaData = new FolaTagData();
try
{
// Don't forget to place file GCL52FW.DLL and RFID.DLL in the same directory with this executable file
// Both files are in "lib" directory
// FOLA = Read/Write Carrier Tag
folaTag.PortSettings.PortName = "COM9"; // Don't need to set another values (baud rate, parity, databit, stopbit) , leave them default.
folaTag.Initialize(false);
// --- Read ----
folaTag.ReadRFIDTag(0, ref folaData); // Read from Head 0
//folaData.CarrierID <- Carrier ID
// folaData.WorkOrder <- WorkOrder
// folaData.WorkOrderVersion <- WorkOrder Version
// folaData[0].HgaSN <-- 1st HGA Serial Number
// folaData[0].Status <-- 1st HGA Status
// .....
// .....
// folaData[9].HgaSN <-- last HGA Serial Number
// folaData[9].Status <-- last HGA Status
//folaData[0].HgaSN = "DDDDDDDDDD";
//folaData[0].Status = 'A';
//folaData.SetProcessStepData(5, 'V', new StringBuilder("ZZZZZZ"));
//folaData.LastStep = 6;
//folaData.ProcStep[5].StationCode = folaData.ProcStep[4].StationCode;
//folaData.ProcStep[5].ProcessRecipe = folaData.ProcStep[4].ProcessRecipe;
//folaData.LastStep = 8;
//folaTag.WriteRFIDTag(0, folaData);
//folaData = folaTag.ReadRFIDTag(0);
// --- Write ----
//folaData[0].HgaSN = "XYZ100001D"; // 10 digig HGA serial number , for loading S/N will be generated by the machine
//// the s/n is generated from carrier id(3)+slot(1)+cycle count(5)+check sum(1) = totally 10 digit
//// use below functions to generate serial number
//folaData[0].Status = 'A'; // HGA Status A = Pass , B = Fail
//// .....
//folaData[9].HgaSN = "XYZA00001Z";
//folaData[9].Status = 'A';
//// For CLU , write count must be plus one everytime
//folaData.WriteCount++;
//// Get Process Step from WorkOrder [Process]
//folaData.ProcStep[0].StationCode = 'A'; // <-- ProcessStep1=A
//folaData.ProcStep[0].ProcessRecipe = "SLS-1"; // <-- ProgramName1=SLS-1
//folaData.ProcStep[1].StationCode = 'C'; // <-- ProcessStep2=C
//folaData.ProcStep[1].ProcessRecipe = "SAS-1"; // <-- ProgramName2=SAS-1
//folaData.ProcStep[2].StationCode = 'Q'; // <-- ProcessStep3=Q
//folaData.ProcStep[2].ProcessRecipe = "SUL-1"; // <-- ProgramName3=SUL-1
//folaData.ProcStep[3].StationCode = ' ';
//folaData.ProcStep[3].ProcessRecipe = "";
//// .....
//folaData.ProcStep[folaData.MaxProcStep - 1].StationCode = ' ';
//folaData.ProcStep[folaData.MaxProcStep - 1].ProcessRecipe = "";
//folaData.LastStep = 1; // CLU Load Module is station code A , process step = 1 <- set laststep = process step
// WriteRFIDTag(RFHead rfHead, FolaTagData tag, bool reReadBeforeWrite, bool writeProcessStep)
// reReadBeforeWrite , true = compare the carrierID inside the RF tag and carrierID inside FolaTagData before writing to prevent wrong carrier writing.
// writeProcessStep , true = write Process Step/Setup File too, For CLU must set as true.
// WriteRFIDTag will not write CarrierID
//folaTag.WriteRFIDTag(0, folaData, true);
//byte checksum = folaTag.ReadCheckSum(0);
//folaTag.WriteCheckSum(0, 0xac);
MessageBox.Show("Done");
}
catch (ExceptionRFID ex)
{
MessageBox.Show(ex.Message);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
folaTag.ShutDown();
}
// Methods -------------------------------------------------------------
public void DisplayTagData(FolaTagData tag)
{
textBoxVersion.Text = tag.WorkOrderVersion.ToString();
txtWritecount.Text = tag.WriteCount.ToString();
lblChecksum.Text = tag.CheckSum.ToString();
//int lastStep = tag.LastStep + 1;
//txtLaststep.Text = lastStep.ToString();
txtLaststep.Text = tag.LastStep.ToString();
txtCarrierId.Text = tag.CarrierID;
txtWorkorder.Text = tag.WorkOrder;
// serial numbers
txtHgaSerialNum1.Text = tag[0].HgaSN;
txtHgaSerialNum2.Text = tag[1].HgaSN;
txtHgaSerialNum3.Text = tag[2].HgaSN;
txtHgaSerialNum4.Text = tag[3].HgaSN;
txtHgaSerialNum5.Text = tag[4].HgaSN;
txtHgaSerialNum6.Text = tag[5].HgaSN;
txtHgaSerialNum7.Text = tag[6].HgaSN;
txtHgaSerialNum8.Text = tag[7].HgaSN;
txtHgaSerialNum9.Text = tag[8].HgaSN;
txtHgaSerialNum10.Text = tag[9].HgaSN;
txtHeadNum1.Text = tag[0].HgaSN;
txtHeadNum2.Text = tag[1].HgaSN;
txtHeadNum3.Text = tag[2].HgaSN;
txtHeadNum4.Text = tag[3].HgaSN;
txtHeadNum5.Text = tag[4].HgaSN;
txtHeadNum6.Text = tag[5].HgaSN;
txtHeadNum7.Text = tag[6].HgaSN;
txtHeadNum8.Text = tag[7].HgaSN;
txtHeadNum9.Text = tag[8].HgaSN;
txtHeadNum10.Text = tag[9].HgaSN;
txtHeadstatus1.Text = tag[0].Status.ToString();
txtHeadstatus2.Text = tag[1].Status.ToString();
txtHeadstatus3.Text = tag[2].Status.ToString();
txtHeadstatus4.Text = tag[3].Status.ToString();
txtHeadstatus5.Text = tag[4].Status.ToString();
txtHeadstatus6.Text = tag[5].Status.ToString();
txtHeadstatus7.Text = tag[6].Status.ToString();
txtHeadstatus8.Text = tag[7].Status.ToString();
txtHeadstatus9.Text = tag[8].Status.ToString();
txtHeadstatus10.Text = tag[9].Status.ToString();
// process info
txtStep1.Text = tag.ProcStep[0].StationCode.ToString();
txtStep2.Text = tag.ProcStep[1].StationCode.ToString();
txtStep3.Text = tag.ProcStep[2].StationCode.ToString();
txtStep4.Text = tag.ProcStep[3].StationCode.ToString();
txtStep5.Text = tag.ProcStep[4].StationCode.ToString();
txtStep6.Text = tag.ProcStep[5].StationCode.ToString();
txtStep7.Text = tag.ProcStep[6].StationCode.ToString();
txtStep8.Text = tag.ProcStep[7].StationCode.ToString();
txtStep9.Text = tag.ProcStep[8].StationCode.ToString();
txtStep10.Text = tag.ProcStep[9].StationCode.ToString();
txtStep11.Text = tag.ProcStep[10].StationCode.ToString();
txtStep12.Text = tag.ProcStep[11].StationCode.ToString();
txtStep13.Text = tag.ProcStep[12].StationCode.ToString();
txtStep14.Text = tag.ProcStep[13].StationCode.ToString();
txtFilename1.Text = tag.ProcStep[0].ProcessRecipe;
txtFilename2.Text = tag.ProcStep[1].ProcessRecipe;
txtFilename3.Text = tag.ProcStep[2].ProcessRecipe;
txtFilename4.Text = tag.ProcStep[3].ProcessRecipe;
txtFilename5.Text = tag.ProcStep[4].ProcessRecipe;
txtFilename6.Text = tag.ProcStep[5].ProcessRecipe;
txtFilename7.Text = tag.ProcStep[6].ProcessRecipe;
txtFilename8.Text = tag.ProcStep[7].ProcessRecipe;
txtFilename9.Text = tag.ProcStep[8].ProcessRecipe;
txtFilename10.Text = tag.ProcStep[9].ProcessRecipe;
txtFilename11.Text = tag.ProcStep[10].ProcessRecipe;
txtFilename12.Text = tag.ProcStep[11].ProcessRecipe;
txtFilename13.Text = tag.ProcStep[12].ProcessRecipe;
txtFilename14.Text = tag.ProcStep[13].ProcessRecipe;
txtProcessRcp.Text = tag.CurrentProcessStep.ProcessRecipe;
txtStationCode.Text = tag.CurrentProcessStep.StationCode.ToString();
txtProcessStep.Text = tag.CurrentProcessStep.StationCode.ToString();//ZJ marked
}
/// <summary>
/// Clear tag data and update UI panel
/// </summary>
/// <param name="tag"></param>
public void ClearTag(FolaTagData tag)
{
tag.Clear();
DisplayTagData(tag);
}
/// <summary>
/// Read RFID
/// </summary>
public void ReadFolaRFID(RFHead RFIDHead)
{
_isReflowRequired = true;
_rfidError = RFIDErrors.NoError;
if (HSTMachine.Workcell.HSTSettings.Install.OperationMode == OperationMode.Simulation)
{
Thread.Sleep(CommonFunctions.SIMULATION_DELAY);
return;
}
_state = RFIDState.Reading;
if (RFIDHead == RFHead.Head1)
{
try
{
_readFolaTagData = _RFIDScanner.ReadRFIDTag(RFHead.Head1); // Read RFID from Input Station
_state = RFIDState.Idle;
if (HSTMachine.Workcell.HSTSettings.Install.DataLoggingForRFIDAndSeatrackRecordUpdateEnabled)
{
if (HSTMachine.Workcell.HSTSettings.Install.EnableDebugLog)
{
XyratexOSC.Logging.Log.Info(this, "Read RFID tag at Input Station for Carrier: {0}", _readFolaTagData.CarrierID);
XyratexOSC.Logging.Log.Info(this, "Carrier Size: {0}", _readFolaTagData.CarrierSize);
XyratexOSC.Logging.Log.Info(this, "Current Process Station Code: {0}", _readFolaTagData.CurrentProcessStep.StationCode);
XyratexOSC.Logging.Log.Info(this, "Current Process Recipe: {0}", _readFolaTagData.CurrentProcessStep.ProcessRecipe);
for (int x = 0; x < _readFolaTagData.CarrierSize; x++)
{
XyratexOSC.Logging.Log.Info(this, "HGA {0} Serial Number: {1}, Status: {2}, HGA Process Recipe: {3}, HGA Station Code: {4}", (x + 1), _readFolaTagData.HGAData[x].HgaSN, _readFolaTagData.HGAData[x].Status.ToString(), _readFolaTagData.ProcStep[x].ProcessRecipe, _readFolaTagData.ProcStep[x].StationCode.ToString());
}
XyratexOSC.Logging.Log.Info(this, "Last Step: {0}", _readFolaTagData.LastStep);
XyratexOSC.Logging.Log.Info(this, "MaxProcStep: {0}", _readFolaTagData.MaxProcStep);
XyratexOSC.Logging.Log.Info(this, "Work Order: {0}", _readFolaTagData.WorkOrder);
XyratexOSC.Logging.Log.Info(this, "Work Order Version: {0}", _readFolaTagData.WorkOrderVersion.ToString());
XyratexOSC.Logging.Log.Info(this, "Write Count: {0}", _readFolaTagData.WriteCount);
}
if (OnRFIDFolaReadInputStationDone != null)
{
OnRFIDFolaReadInputStationDone(_readFolaTagData);
}
}
}
catch (Exception ex)
{
_state = RFIDState.Idle;
_rfidError = RFIDErrors.RFIDReadError;
HSTException.Throw(HSTErrors.InputRFIDReadFailed, ex);
}
}
else if (RFIDHead == RFHead.Head2)
{
try
{
_readFolaTagData = _RFIDScanner.ReadRFIDTag(RFHead.Head2); // Read RFID from Output Station
_state = RFIDState.Idle;
if (HSTMachine.Workcell.HSTSettings.Install.DataLoggingForRFIDAndSeatrackRecordUpdateEnabled)
{
if (HSTMachine.Workcell.HSTSettings.Install.EnableDebugLog)
{
XyratexOSC.Logging.Log.Info(this, "Read RFID tag at Output Station for Carrier: {0}", _readFolaTagData.CarrierID);
XyratexOSC.Logging.Log.Info(this, "Carrier Size: {0}", _readFolaTagData.CarrierSize);
XyratexOSC.Logging.Log.Info(this, "Current Process Station Code: {0}", _readFolaTagData.CurrentProcessStep.StationCode);
XyratexOSC.Logging.Log.Info(this, "Current Process Recipe: {0}", _readFolaTagData.CurrentProcessStep.ProcessRecipe);
for (int x = 0; x < _readFolaTagData.CarrierSize; x++)
{
XyratexOSC.Logging.Log.Info(this, "HGA {0} Serial Number: {1}, Status: {2}, HGA Process Recipe: {3}, HGA Station Code: {4}", (x + 1), _readFolaTagData.HGAData[x].HgaSN, _readFolaTagData.HGAData[x].Status.ToString(), _readFolaTagData.ProcStep[x].ProcessRecipe, _readFolaTagData.ProcStep[x].StationCode.ToString());
}
XyratexOSC.Logging.Log.Info(this, "Last Step: {0}", _readFolaTagData.LastStep);
XyratexOSC.Logging.Log.Info(this, "MaxProcStep: {0}", _readFolaTagData.MaxProcStep);
XyratexOSC.Logging.Log.Info(this, "Work Order: {0}", _readFolaTagData.WorkOrder);
XyratexOSC.Logging.Log.Info(this, "Work Order Version: {0}", _readFolaTagData.WorkOrderVersion.ToString());
XyratexOSC.Logging.Log.Info(this, "Write Count: {0}", _readFolaTagData.WriteCount);
}
if (OnRFIDFolaReadOutputStationDone != null)
{
OnRFIDFolaReadOutputStationDone(_readFolaTagData);
}
}
}
catch (Exception ex)
{
_state = RFIDState.Idle;
_rfidError = RFIDErrors.RFIDReadError;
HSTException.Throw(HSTErrors.OutputRFIDReadError, ex);
}
}
return;
}
public RFIDInfo()
{
RFIDTag = new FolaTagData();
this.RFIDTag.CarrierID = FileReadStringValue("Header", "CarrierID");
this.RFIDTag.WorkOrder = FileReadStringValue("Header", "WorkOrder");
if (FileReadStringValue("Header", "WorkOrderVersion") == "")
{
this.RFIDTag.WorkOrderVersion = '0';
}
else
{
this.RFIDTag.WorkOrderVersion = Convert.ToChar(FileReadStringValue("Header", "WorkOrderVersion"));
}
this.RFIDTag.LastStep = FileReadIntegerValue("Header", "LastStep");
this.RFIDTag.WriteCount = FileReadIntegerValue("Header", "WriteCount");
this.RFIDTag.CheckSum = (byte)FileReadIntegerValue("Header", "CheckSum");
if (FileReadStringValue("HGA", "HGA1Status") == "")
{
this.RFIDTag.SetHGAData(0, new StringBuilder(FileReadStringValue("HGA", "HGA1SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(0, new StringBuilder(FileReadStringValue("HGA", "HGA1SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA1Status")));
}
if (FileReadStringValue("HGA", "HGA2Status") == "")
{
this.RFIDTag.SetHGAData(1, new StringBuilder(FileReadStringValue("HGA", "HGA2SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(1, new StringBuilder(FileReadStringValue("HGA", "HGA2SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA2Status")));
}
if (FileReadStringValue("HGA", "HGA3Status") == "")
{
this.RFIDTag.SetHGAData(2, new StringBuilder(FileReadStringValue("HGA", "HGA3SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(2, new StringBuilder(FileReadStringValue("HGA", "HGA3SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA3Status")));
}
if (FileReadStringValue("HGA", "HGA4Status") == "")
{
this.RFIDTag.SetHGAData(3, new StringBuilder(FileReadStringValue("HGA", "HGA4SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(3, new StringBuilder(FileReadStringValue("HGA", "HGA4SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA4Status")));
}
if (FileReadStringValue("HGA", "HGA5Status") == "")
{
this.RFIDTag.SetHGAData(4, new StringBuilder(FileReadStringValue("HGA", "HGA5SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(4, new StringBuilder(FileReadStringValue("HGA", "HGA5SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA5Status")));
}
if (FileReadStringValue("HGA", "HGA6Status") == "")
{
this.RFIDTag.SetHGAData(5, new StringBuilder(FileReadStringValue("HGA", "HGA6SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(5, new StringBuilder(FileReadStringValue("HGA", "HGA6SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA6Status")));
}
if (FileReadStringValue("HGA", "HGA7Status") == "")
{
this.RFIDTag.SetHGAData(6, new StringBuilder(FileReadStringValue("HGA", "HGA7SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(6, new StringBuilder(FileReadStringValue("HGA", "HGA7SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA7Status")));
}
if (FileReadStringValue("HGA", "HGA8Status") == "")
{
this.RFIDTag.SetHGAData(7, new StringBuilder(FileReadStringValue("HGA", "HGA8SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(7, new StringBuilder(FileReadStringValue("HGA", "HGA8SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA8Status")));
}
if (FileReadStringValue("HGA", "HGA9Status") == "")
{
this.RFIDTag.SetHGAData(8, new StringBuilder(FileReadStringValue("HGA", "HGA9SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(8, new StringBuilder(FileReadStringValue("HGA", "HGA9SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA9Status")));
}
if (FileReadStringValue("HGA", "HGA10Status") == "")
{
this.RFIDTag.SetHGAData(9, new StringBuilder(FileReadStringValue("HGA", "HGA10SerialNumber")), CommonFunctions.TEST_PASS_CODE);
}
else
{
this.RFIDTag.SetHGAData(9, new StringBuilder(FileReadStringValue("HGA", "HGA10SerialNumber")), Convert.ToChar(FileReadStringValue("HGA", "HGA10Status")));
}
if (FileReadStringValue("Process Step", "ProcessStep1StationCode") == "")
{
this.RFIDTag.SetProcessStepData(0, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep1ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(0, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep1StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep1ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep2StationCode") == "")
{
this.RFIDTag.SetProcessStepData(1, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep2ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(1, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep2StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep2ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep3StationCode") == "")
{
this.RFIDTag.SetProcessStepData(2, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep3ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(2, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep3StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep3ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep4StationCode") == "")
{
this.RFIDTag.SetProcessStepData(3, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep4ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(3, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep4StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep4ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep5StationCode") == "")
{
this.RFIDTag.SetProcessStepData(4, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep5ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(4, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep5StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep5ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep6StationCode") == "")
{
this.RFIDTag.SetProcessStepData(5, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep6ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(5, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep6StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep6ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep7StationCode") == "")
{
this.RFIDTag.SetProcessStepData(6, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep7ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(6, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep7StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep7ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep8StationCode") == "")
{
this.RFIDTag.SetProcessStepData(7, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep8ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(7, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep8StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep8ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep9StationCode") == "")
{
this.RFIDTag.SetProcessStepData(8, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep9ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(8, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep9StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep9ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep10StationCode") == "")
{
this.RFIDTag.SetProcessStepData(9, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep10ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(9, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep10StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep10ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep11StationCode") == "")
{
this.RFIDTag.SetProcessStepData(10, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep11ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(10, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep11StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep11ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep12StationCode") == "")
{
this.RFIDTag.SetProcessStepData(11, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep12ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(11, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep12StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep12ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep13StationCode") == "")
{
this.RFIDTag.SetProcessStepData(12, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep13ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(12, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep13StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep13ProcessRecipe")));
}
if (FileReadStringValue("Process Step", "ProcessStep14StationCode") == "")
{
this.RFIDTag.SetProcessStepData(13, CommonFunctions.HST_STATION_CODE, new StringBuilder(FileReadStringValue("Process Step", "ProcessStep14ProcessRecipe")));
}
else
{
this.RFIDTag.SetProcessStepData(13, Convert.ToChar(FileReadStringValue("Process Step", "ProcessStep14StationCode")), new StringBuilder(FileReadStringValue("Process Step", "ProcessStep14ProcessRecipe")));
}
}