/// <summary>
/// Updates and converts the values from buffer
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateDataIO(object sender, EventArgs e)
{
try
{
Input1 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS1DigitalInput1));
Input2 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS2DigitalInput2));
Input3 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS3DigitalInput3));
Input4 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS4DigitalInput4));
_output1 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS1DigitalOutput1));
_output2 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS2DigitalOutput2));
_output3 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS3DigitalOutput3));
_output4 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS4DigitalOutput4));
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataStandardJet, update method");
}
}
/// <summary>
/// Updates & converts the values from buffer (Dictionary<string,string>)
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateFillerData(object sender, EventArgs e)
{
try
{
if (Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.IMDApplicationMode)) == 2 || Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.IMDApplicationMode)) == 3) // If application mode = filler
{
// Via Modbus and Jetbus IDs:
MaxDosingTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.MDTMaximalFillingTime));
FineFlowCutOffPoint = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FFDFineFlowDisconnect));
CoarseFlowCutOffPoint = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CFDCoarseFlowDisconnect));
_residualFlowTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.RFTResidualFlowTime));
_minimumFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FFMMinimumFineFlow));
_optimizationOfCutOffPoints = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.OSNOptimization));
_maximumDosingTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.MDTMaximalFillingTime));
_coarseLockoutTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CFTCoarseFlowTime));
_fineLockoutTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FFTFineFlowTime));
_tareMode = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.TMDTareMode));
_upperToleranceLimit = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.UTLUpperToleranceLimit));
_lowerToleranceLimit = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LTLLowerToleranceLimit));
_minimumStartWeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.MSWMinimumStartWeight));
_emptyWeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.EWTEmptyWeight));
_tareDelay = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.TADTareDelay));
_coarseFlowMonitoringTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CBTCoarseFlowMonitoringTime));
_coarseFlowMonitoring = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CBKCoarseFlowMonitoring));
_fineFlowMonitoring = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FBKFineFlowMonitoring));
_fineFlowMonitoringTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FBTFineFlowMonitoringTime));
_systematicDifference = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.SYDSystematicDifference));
_valveControl = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.VCTValveControl));
_emptyingMode = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.EMDEmptyingMode));
_delayTimeAfterFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.DL1DosingDelay1));
_activationTimeAfterFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.DL2DosingDelay2));
AdcOverUnderload = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateAdcOverUnderload));
LegalForTradeOperation = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateLegalForTradeOperation));
StatusInput1 = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateStatusInput1));
GeneralScaleError = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateGeneralScaleError));
CoarseFlow = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateCoarseFlow));
FineFlow = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateFineFlow));
Ready = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateReady));
ReDosing = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateReDosing));
Emptying = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateEmptying));
FlowError = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateFlowError));
Alarm = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateAlarm));
ToleranceErrorPlus = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateToleranceErrorPlus));
ToleranceErrorMinus = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FillingStateToleranceErrorMinus));
CurrentDosingTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.DSTDosingTime));
CurrentCoarseFlowTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CFTCoarseFlowTime));
CurrentFineFlowTime = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FFTFineFlowTime));
ParameterSetProduct = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CurrentProductParameterSet));
_downwardsDosing = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.DMDDosingMode));
FillingResultTotalSum = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.SUMFillingResultSum));
_targetFillingWeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FWTFillingTargetWeight));
_coarseFlowCutOffPointSet = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.CFDCoarseFlowDisconnect));
_fineFlowCutOffPointSet = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FFDFineFlowDisconnect));
_startWithFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.FFLFirstFineFlow)); // Command 'Run_start_dosing' right
WeightMemDay = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.WeightMemDayStandard));
WeightMemMonth = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.WeightMemMonthStandard));
WeightMemYear = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.WeightMemYearStandard));
WeightMemSeqNumber = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.WeightMemSeqNumberStandard));
WeightMemGross = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.WeightMemGrossStandard));
WeightMemNet = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.WeightMemNetStandard));
}
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataFillerModbus, update method");
}
}
/// <inheritdoc />
public void UpdateData(object sender, EventArgs e)
{
try
{
ApplicationMode = (ApplicationMode)Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.IMDApplicationMode));
GeneralWeightError = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusGeneralWeightError)));
ScaleAlarm = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusScaleAlarm)));
int LimitStatus = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusLimitStatus));
Underload = (LimitStatus == 1);
Overload = (LimitStatus == 2);
HigherSafeLoadLimit = (LimitStatus == 3);
TareMode = EvaluateTareMode(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusManualTare)), Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusWeightType)));
WeightStable = !Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusWeightMoving)));
LegalForTrade = !Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusScaleSealIsOpen)));
ScaleRange = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusScaleRange));
ZeroRequired = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusZeroRequired)));
CenterOfZero = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusCenterOfZero)));
InsideZero = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusInsideZero)));
Decimals = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461Decimals));
Unit = UnitIDToString(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461Unit)));
Weight.Update(MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461NetValue)), Decimals), MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461GrossValue)), Decimals));
PrintableWeight.Update(MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461NetValue)), Decimals), MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461GrossValue)), Decimals), Decimals);
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class ProcessDataJet, update method");
}
}
/// <summary>
/// Updates and converts the values from buffer
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateDataLimitSwitch(object sender, EventArgs e)
{
try
{
LimitStatus1 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
LimitStatus2 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
LimitStatus3 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
LimitStatus4 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
ApplicationMode _applicationMode = (ApplicationMode)Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.IMDApplicationMode));
if (_applicationMode == ApplicationMode.Standard)
{
_limitSwitch1Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch1Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch1LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch1HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch2Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch2Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch2LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch2HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch3Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch3Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch3LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch3HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch4Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch4Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch4LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch4HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
}
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataStandardModbus, update method");
}
}
/// <summary>
/// Updates & converts the values from buffer (Dictionary<string,string>)
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateStandardData(object sender, EventArgs e)
{
try
{
Input1 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS1DigitalInput1));
Input2 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS2DigitalInput2));
Input3 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS3DigitalInput3));
Input4 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS4DigitalInput4));
_output1 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS1DigitalOutput1));
_output2 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS2DigitalOutput2));
_output3 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS3DigitalOutput3));
_output4 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS4DigitalOutput4));
LimitStatus1 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.LVSLimitValue1Status));
LimitStatus2 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.LVSLimitValue2Status));
LimitStatus3 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.LVSLimitValue3Status));
LimitStatus4 = StringToBool(_connection.ReadFromBuffer(JetBusCommands.LVSLimitValue4Status));
WeightMemory = ExtractWeightMemory();
ApplicationMode _applicationMode = (ApplicationMode)Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.IMDApplicationMode));
if (_applicationMode == ApplicationMode.Standard)
{
_limitSwitch1Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchMode));
_limitSwitch1Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchSource));
_limitSwitch1LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchLevel));
_limitSwitch1HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch2Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchMode));
_limitSwitch2Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchSource));
_limitSwitch2LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchLevel));
_limitSwitch2HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch3Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchMode));
_limitSwitch3Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchSource));
_limitSwitch3LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchLevel));
_limitSwitch3HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch4Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchMode));
_limitSwitch4Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchSource));
_limitSwitch4LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchLevel));
_limitSwitch4HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LIV1LimitSwitchHysteresis));
}
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataStandardJet, update method");
}
}
/// <summary>
/// Updates & converts the values from buffer (Dictionary<string,string>)
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateFillerData(object sender, EventArgs e)
{
try
{
if (Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.IMDApplicationMode)) == 2 || Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.IMDApplicationMode)) == 3) // If application mode = filler
{
MaxDosingTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.MDTMaxFillingTime));
FillingResultMeanValue = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.SDMFillingResultMeanValue));
FillingResultStandardDeviation = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.SDSFillingResultStandardDeviation));
FineFlowCutOffPoint = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.FFDFineFlowDisconnect));
CoarseFlowCutOffPoint = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CFDCoarseFlowDisconnect));
_residualFlowTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.RFTResidualFlowTime));
_minimumFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.FFMMinimumFineFlow));
_optimizationOfCutOffPoints = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.OSNOptimization));
_maximumDosingTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.MDTMaxFillingTime));
_coarseLockoutTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CFTCoarseFlowTime));
_fineLockoutTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.FFTFineFlowTime));
_tareMode = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.TMDTareMode));
_upperToleranceLimit = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.UTLUpperToleranceLimit));
_lowerToleranceLimit = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.LTLLowerToleranceLimit));
_minimumStartWeight = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.MSWMinimumStartWeight));
_emptyWeight = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.EWTEmptyWeight));
_tareDelay = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.TADTareDelay));
_coarseFlowMonitoringTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CBTCoarseFlowMonitoringTime));
_coarseFlowMonitoring = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CBKCoarseFlowMonitoring));
_fineFlowMonitoring = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.FBKFineFlowMonitoring));
_fineFlowMonitoringTime = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.FBTFineFlowMonitoringTime));
_systematicDifference = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.SYDSystematicDifference));
_valveControl = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.VCTValveControl));
_emptyingMode = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.EMDEmptyingMode));
_delayTimeAfterFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.DL1DosingDelay1));
_activationTimeAfterFineFlow = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.FFLFirstFineFlow));
}
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataFillerJet, update method");
}
}