private void ProcessFlow()
{
if (!_metadataProvider.TryGetMetadata(Flow.AsPrimaryProcessingFlowId(), out MessageFlowMetadata messageFlowMetadata))
{
var msg = "Unsupported flow specified for processing: " + Flow;
throw new InvalidOperationException(msg);
}
var processorSettings = new PerformedOperationsPrimaryFlowProcessorSettings
{
MessageBatchSize = BatchSizeAccordingFailures,
AppropriatedStages = new[]
{
MessageProcessingStage.Transformation,
MessageProcessingStage.Accumulation,
MessageProcessingStage.Handling
},
FirstFaultTolerantStage = MessageProcessingStage.None
};
var messageFlowProcessor = _messageFlowProcessorFactory.CreateSync <IPerformedOperationsFlowProcessorSettings>(messageFlowMetadata, processorSettings);
try
{
messageFlowProcessor.Process();
}
finally
{
messageFlowProcessor?.Dispose();
}
}
private void ProcessFlow(string flow)
{
MessageFlowMetadata messageFlowMetadata;
if (!_metadataProvider.TryGetMetadata(flow.AsFinalProcessingFlowId(), out messageFlowMetadata))
{
string msg = "Unsupported flow specified for processing: " + flow;
Tracer.Fatal(msg);
throw new InvalidOperationException(msg);
}
ISyncMessageFlowProcessor messageFlowProcessor;
Tracer.Debug("Launching message flow processing. Target message flow: " + messageFlowMetadata);
try
{
messageFlowProcessor = _messageFlowProcessorFactory.CreateSync <IPerformedOperationsFinalFlowProcessorSettings>(
messageFlowMetadata,
new PerformedOperationsFinalFlowProcessorSettings
{
MessageBatchSize = BatchSize,
AppropriatedStages = new[]
{
MessageProcessingStage.Transformation,
MessageProcessingStage.Accumulation,
MessageProcessingStage.Handling
},
FirstFaultTolerantStage = _firstFaultTolerantStageSetting.Value,
ReprocessingBatchSize = ReprocessingBatchSize ?? BatchSize
});
}
catch (Exception ex)
{
Tracer.Error(ex, "Can't create processor for specified flow " + messageFlowMetadata);
throw;
}
try
{
Tracer.Debug("Message flow processor starting. Target message flow: " + messageFlowMetadata);
messageFlowProcessor.Process();
Tracer.Debug("Message flow processor finished. Target message flow: " + messageFlowMetadata);
}
catch (Exception ex)
{
Tracer.Fatal(ex, "Message flow processor unexpectedly interrupted. Target message flow: " + messageFlowMetadata);
throw;
}
finally
{
if (messageFlowProcessor != null)
{
messageFlowProcessor.Dispose();
}
}
}
private void ProcessFlow()
{
if (!_metadataProvider.TryGetMetadata(Flow.AsPrimaryProcessingFlowId(), out MessageFlowMetadata messageFlowMetadata))
{
var msg = "Unsupported flow specified for processing: " + Flow;
Tracer.Fatal(msg);
throw new InvalidOperationException(msg);
}
Tracer.Debug("Launching message flow processing. Target message flow: " + messageFlowMetadata);
ISyncMessageFlowProcessor messageFlowProcessor;
try
{
var processorSettings = new PerformedOperationsPrimaryFlowProcessorSettings
{
MessageBatchSize = BatchSizeAccordingFailures,
AppropriatedStages = new[]
{
MessageProcessingStage.Transformation,
MessageProcessingStage.Accumulation,
MessageProcessingStage.Handling
},
FirstFaultTolerantStage = MessageProcessingStage.None
};
messageFlowProcessor = _messageFlowProcessorFactory.CreateSync <IPerformedOperationsFlowProcessorSettings>(messageFlowMetadata, processorSettings);
}
catch (Exception ex)
{
Tracer.Error(ex, "Can't create processor for specified flow " + messageFlowMetadata);
throw;
}
try
{
Tracer.Debug("Message flow processor starting. Target message flow: " + messageFlowMetadata);
messageFlowProcessor.Process();
Tracer.Debug("Message flow processor finished. Target message flow: " + messageFlowMetadata);
}
catch (Exception ex)
{
Tracer.Fatal(ex, "Message flow processor unexpectedly interrupted. Target message flow: " + messageFlowMetadata);
throw;
}
finally
{
messageFlowProcessor?.Dispose();
}
}