// This method implements an interface method in the supplierPushInterface class (in autogenerated supplierPush.cs file)
//
// Ideally, this method should not return anything, but the supplierPushInterface in the autogenerated supplierPush.cs demands it
//
public putDatex2DataResponse putDatex2Data(putDatex2DataRequest request)
{
lock (syncLock)
{
try
{
D2LogicalModel d2LogicalModel = request.d2LogicalModel;
string feedType = d2LogicalModel.payloadPublication.feedType;
if (feedType.Contains("ANPR Journey Time Data"))
{
anprTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("MIDAS Loop Traffic Data"))
{
midasTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("TMU Loop Traffic Data"))
{
tmuTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("Fused Sensor-only PTD"))
{
fusedSensorOnlyTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("Fused FVD and Sensor PTD"))
{
fusedFvdAndSensorTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("VMS and Matrix Signal Status Data"))
{
vmsDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("NTIS Model Update Notification"))
{
ntisModelNotificationService.Handle(d2LogicalModel);
}
else if (feedType.Contains("Event Data"))
{
eventDataService.Handle(d2LogicalModel);
}
else
{
throw new Exception("Unrecognised feed type");
}
}
catch (Exception e)
{
log.Info(e.Message);
throw e;
}
}
// Return the message sent
return new putDatex2DataResponse(request.d2LogicalModel);
}
// This method implements an interface method in the supplierPushInterface class (in autogenerated supplierPush.cs file)
//
// Ideally, this method should not return anything, but the supplierPushInterface in the autogenerated supplierPush.cs demands it
//
public putDatex2DataResponse putDatex2Data(putDatex2DataRequest request)
{
int hhh = 1;
lock (syncLock)
{
try
{
D2LogicalModel d2LogicalModel = request.d2LogicalModel;
string feedType = d2LogicalModel.payloadPublication.feedType;
if (feedType.Contains("ANPR Journey Time Data"))
{
anprTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("MIDAS Loop Traffic Data"))
{
midasTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("TMU Loop Traffic Data"))
{
tmuTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("Fused Sensor-only PTD"))
{
fusedSensorOnlyTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("Fused FVD and Sensor PTD"))
{
fusedFvdAndSensorTrafficDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("VMS and Matrix Signal Status Data"))
{
vmsDataService.Handle(d2LogicalModel);
}
else if (feedType.Contains("NTIS Model Update Notification"))
{
ntisModelNotificationService.Handle(d2LogicalModel);
}
else if (feedType.Contains("Event Data"))
{
eventDataService.Handle(d2LogicalModel);
}
else
{
throw new Exception("Unrecognised feed type");
}
}
catch (Exception e)
{
log.Info(e.Message);
throw e;
}
}
// Return the message sent
return(new putDatex2DataResponse(request.d2LogicalModel));
}
public putDatex2DataResponse putDatex2Data(putDatex2DataRequest request)
{
try
{
D2LogicalModel d2LogicalModel = request.d2LogicalModel;
string feedType = d2LogicalModel.payloadPublication.feedType;
if (feedType.Contains("ANPR Journey Time Data"))
{
return(anprTrafficDataService.GetDeliverAnprTrafficDataResponse(d2LogicalModel));
}
else if (feedType.Contains("MIDAS Loop Traffic Data"))
{
return(midasTrafficDataService.GetDeliverMidasTrafficDataResponse(d2LogicalModel));
}
else if (feedType.Contains("TMU Loop Traffic Data"))
{
return(tmuTrafficDataService.GetDeliverTMUTrafficDataResponse(d2LogicalModel));
}
else if (feedType.Contains("Fused Sensor-only PTD"))
{
return(SensorTrafficDataService.GetDeliverSensorTrafficDataResponse(d2LogicalModel));
}
else if (feedType.Contains("Fused FVD and Sensor PTD"))
{
return(fvdTrafficDataService.GetDeliverFVDTrafficDataResponse(d2LogicalModel));
}
else if (feedType.Contains("VMS and Matrix Signal Status Data"))
{
return(vmsDataService.GetDeliverVMSTrafficDataResponse(d2LogicalModel));
}
else if (feedType.Contains("NTIS Model Update Notification"))
{
return(ntisModelNotificationService.GetNtisModelNotificationDataResponse(d2LogicalModel));
}
else
{
throw new Exception("Unrecognised feed type");
}
}
catch (Exception e)
{
log.Info(e.Message);
throw e;
}
}
public putDatex2DataResponse putDatex2Data(putDatex2DataRequest request)
{
try
{
D2LogicalModel d2LogicalModel = request.d2LogicalModel;
string feedType = d2LogicalModel.payloadPublication.feedType;
if (feedType.Contains("ANPR Journey Time Data"))
{
return anprTrafficDataService.GetDeliverAnprTrafficDataResponse(d2LogicalModel);
}
else if (feedType.Contains("MIDAS Loop Traffic Data"))
{
return midasTrafficDataService.GetDeliverMidasTrafficDataResponse(d2LogicalModel);
}
else if (feedType.Contains("TMU Loop Traffic Data"))
{
return tmuTrafficDataService.GetDeliverTMUTrafficDataResponse(d2LogicalModel);
}
else if (feedType.Contains("Fused Sensor-only PTD"))
{
return SensorTrafficDataService.GetDeliverSensorTrafficDataResponse(d2LogicalModel);
}
else if (feedType.Contains("Fused FVD and Sensor PTD"))
{
return fvdTrafficDataService.GetDeliverFVDTrafficDataResponse(d2LogicalModel);
}
else if (feedType.Contains("VMS and Matrix Signal Status Data"))
{
return vmsDataService.GetDeliverVMSTrafficDataResponse(d2LogicalModel);
}
else if (feedType.Contains("NTIS Model Update Notification"))
{
return ntisModelNotificationService.GetNtisModelNotificationDataResponse(d2LogicalModel);
}
else
{
throw new Exception("Unrecognised feed type");
}
}
catch (Exception e)
{
log.Info(e.Message);
throw e;
}
}
