private static StationDto CreateStationDto(Station station)
{
DvseMeter meter = null;
ProductionOrder order = null;
if (!string.IsNullOrEmpty(station.MeterNo))
{
meter = MeterRepository.GetOne(station.MeterNo);
}
if (!string.IsNullOrEmpty(station.OrderUniqueId))
{
order = OrderRepository.GetOneByUniqueId(station.OrderUniqueId, true);
}
var dto = StationDto.Create(station, order, meter);
return dto;
}
public static void ReadData(Station station, CancellationToken token)
{
var meter = GetMeter(station.MeterNo);
try
{
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.Reading);
var isFakeCom = AppConfigRepository.Get().IsFakeCom;
if (!isFakeCom)
{
SetManufacturerMode(station.ComPort, true);
}
// clear real values
meter.Parameters.ForEach(p => p.RealValue = string.Empty);
MeterRepository.Update(meter);
foreach (var p in
from p in meter.Parameters
where p.IsActive // < only take activated parameters for reading
where !p.IsWriteOnly // < only take readable parameters for reading
where !p.IsNameplateOnly // < only take com parameters for reading
select p)
{
if (token.IsCancellationRequested)
{
// break if user cancelled task
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.NotRead);
return;
}
if (isFakeCom)
{
//Thread.Sleep(150);
p.RealValue = p.TargetValue;
if (p.TagId == ParameterTagId.SignatureCheck)
{
p.RealValue = "SUCCESS: ...";
}
}
else
{
switch (p.TagId)
{
case ParameterTagId.ClientId:
p.RealValue = ReadClientId(station.ComPort);
break;
case ParameterTagId.ManufacturerSerialNumber:
p.RealValue = ReadManufacturerSerialNumber(station.ComPort);
break;
case ParameterTagId.ProductionId:
p.RealValue = ReadProductionId(station.ComPort);
break;
case ParameterTagId.ServerId:
p.RealValue = ReadServerId(station.ComPort);
break;
case ParameterTagId.MeasurementMode:
p.RealValue = ReadMeasurementMode(station.ComPort);
break;
case ParameterTagId.TariffCount:
p.RealValue = ReadNumberOfTariffs(station.ComPort).ToString();
break;
case ParameterTagId.InverseTariffControl:
p.RealValue = ReadTerminalControlReverse(station.ComPort);
break;
case ParameterTagId.PublicKey:
p.RealValue = ReadPublicKey(station.ComPort);
break;
case ParameterTagId.InfoInterfaceActivated:
p.RealValue = ReadInfoInterfaceStatus(station.ComPort);
break;
case ParameterTagId.HistoricValuesEnabled:
p.RealValue = ReadHistoricEnergyEnabled(station.ComPort);
break;
case ParameterTagId.PinProtectionEnabled:
p.RealValue = ReadPinProtectionEnabled(station.ComPort);
break;
case ParameterTagId.PowerOnLcdEnabled:
p.RealValue = ReadPowerOnLcdEnabled(station.ComPort);
break;
case ParameterTagId.AutomaticPinFallback:
p.RealValue = ReadAutoPinFallback(station.ComPort);
break;
case ParameterTagId.SignatureCheck:
ReadSignature(station.ComPort, p);
break;
}
}
}
meter.IsCommunciationCompleted = meter.Parameters.All(p => p.IsValid);
MeterRepository.Update(meter);
StationRepository.SetPortComParamStatus(station.ComPort,
meter.IsCommunciationCompleted ? PortComParamStatus.ReadBackOk : PortComParamStatus.ParamFailed);
}
catch (Exception ex)
{
Log.ErrorException("SmlCom read failed", ex);
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.ReadFailed);
}
}
public static void WriteData(Station station, CancellationToken token, bool isReadBackEnabled = false)
{
var meter = GetMeter(station.MeterNo);
try
{
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.Writing);
if (!AppConfigRepository.Get().IsFakeCom)
{
SetManufacturerMode(station.ComPort, true);
}
// clear real values
meter.Parameters.ForEach(p => p.RealValue = string.Empty);
// clear written status
meter.Parameters.ForEach(p => p.IsWritten = false);
MeterRepository.Update(meter);
var isFakeCom = AppConfigRepository.Get().IsFakeCom;
foreach (var p in meter.Parameters)
{
if (token.IsCancellationRequested)
{
// break if user cancelled task
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.NotWritten);
return;
}
if (p.IsActive == false || p.IsNameplateOnly || p.IsReadOnly)
{
if (p.TagId != ParameterTagId.SignatureCheck)
{
// Signaturecheck should be always performed, even when it was declared as readonly or inactive...
continue;
}
}
if (isFakeCom)
{
p.RealValue = p.TargetValue;
if (!p.IsReadOnly && !p.IsNameplateOnly)
{
p.IsWritten = true;
}
if (p.TagId == ParameterTagId.SignatureCheck)
{
p.IsWritten = true;
}
Thread.Sleep(200);
continue;
}
switch (p.TagId)
{
case ParameterTagId.ClientId:
WriteClientId(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.ManufacturerSerialNumber:
WriteManufacturerSerialNumber(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.ProductionId:
WriteProductionId(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.ServerId:
WriteServerId(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.MeasurementMode:
WriteMeasurementMode(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.TariffCount:
WriteNumberOfTariffs(station.ComPort, int.Parse(p.TargetValue));
p.IsWritten = true;
break;
case ParameterTagId.InverseTariffControl:
WriteTerminalControlReverse(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.GenerateKeys:
if (GetTextAsValue(p.TargetValue))
{
WriteCreateEccKeys(station.ComPort);
}
p.IsWritten = true;
break;
case ParameterTagId.ClearManipulation:
if (GetTextAsValue(p.TargetValue))
{
WriteClearManipulation(station.ComPort);
}
p.IsWritten = true;
break;
case ParameterTagId.ClearHistoricEnergy:
if (GetTextAsValue(p.TargetValue))
{
WriteEraseHistoricEnergy(station.ComPort);
}
p.IsWritten = true;
break;
case ParameterTagId.ClearEvents:
if (GetTextAsValue(p.TargetValue))
{
WriteClearEvent(station.ComPort);
}
p.IsWritten = true;
break;
case ParameterTagId.ClearError:
if (GetTextAsValue(p.TargetValue))
{
WriteClearError(station.ComPort);
}
p.IsWritten = true;
break;
case ParameterTagId.PinCode:
WritePinCode(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.InfoInterfaceActivated:
WriteInfoInterfaceStatus(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.HistoricValuesEnabled:
WriteHistoricEnergyEnabled(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.PinProtectionEnabled:
WritePinProtectionEnabled(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.PowerOnLcdEnabled:
WritePowerOnLcdEnabled(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.AutomaticPinFallback:
WriteAutoPinFallback(station.ComPort, p.TargetValue);
p.IsWritten = true;
break;
case ParameterTagId.SignatureCheck:
WriteEnableEdl40(station.ComPort);
p.IsWritten = true;
break;
}
}
MeterRepository.Update(meter);
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.WriteOk);
}
catch (Exception ex)
{
StationRepository.SetPortComParamStatus(station.ComPort, PortComParamStatus.WriteFailed);
Log.ErrorException("Sml Com write failed", ex);
}
if (isReadBackEnabled)
{
ReadData(station, token);
}
}
public void Update(Station station)
{
Clients.All.Update(station);
}
