public EmsWorkItem ( decimal id, int externalEntityId, WorkItemState workItemState, SubmissionPriority submissionPriority, byte[] messageBody, bool assigned, bool isRetry, string ownerName, ContextIdentifier contextIdentifier, EmsReaderQueue queue, Message message ) : base ( id, externalEntityId, workItemState, submissionPriority, messageBody, assigned, isRetry, ownerName, contextIdentifier ) { this.queue = queue; this.message = message; }
public ResponseWorkItem ( long id, int externalEntityId, WorkItemState workItemState, SubmissionPriority submissionPriority, byte[] messageBody, bool assigned, bool isRetry, string ownerName, ContextIdentifier contextIdentifier ) : base ( id, externalEntityId, workItemState, submissionPriority, messageBody, assigned, isRetry, ownerName, contextIdentifier ) { }
public RetrievedItemsCleanerManager ( WorkItemSlotCollection retrievedItems, bool retrievalQueueRecoverable, ContextIdentifier contextIdentifier, int retrievedItemsCleanerInterval, string name, string description, int cleanersCount, int cleanerRegularStopTimeout ) : base ( name, description ) { _retrievedItems = retrievedItems; _retrievalQueueRecoverable = retrievalQueueRecoverable; _contextIdentifier = contextIdentifier; _retrievedItemsCleanerInterval = retrievedItemsCleanerInterval; this.cleanersCount = cleanersCount; this.cleanerRegularStopTimeout = cleanerRegularStopTimeout; }
public FailoverManagerException( object eventId, ContextIdentifier contextIdentifier ) : this(null, eventId, contextIdentifier, null) { }
public CommandValidationException ( Enum eventId, ContextIdentifier contextIdentifier, string details, Exception innerException ) : base(eventId, contextIdentifier, details, innerException) { }
public FailoverManagerException( string details, object eventId, ContextIdentifier contextIdentifier ) : this(details, eventId, contextIdentifier, null) { }
public FailoverManagerException( string details, object eventId, ContextIdentifier contextIdentifier, Exception innerException ) : base(Convert.ToInt32(eventId), contextIdentifier, details, innerException) { }
public TraceEvent( object eventId, TraceEventType type, string message, ContextIdentifier contextIdentifier ) : this(eventId, type, message, contextIdentifier, null) { }
public RetrievedItemsCleaner (WorkItemSlotCollection retrievedItems, ContextIdentifier contextIdentifier, int retrievedItemsCleanerInterval, int cleanerRegularStopTimeout, string name, string description) : base ( name, description ) { _retrievedItems = retrievedItems; _contextIdentifier = contextIdentifier; _retrievedItemsCleanerInterval = retrievedItemsCleanerInterval; this.cleanerRegularStopTimeout = cleanerRegularStopTimeout; }
public TraceEvent( object eventId, string message, ContextIdentifier contextIdentifier, object context ) : this(eventId, TraceEventType.Verbose, message, contextIdentifier, context) { }
public override void Start() { contextIdentifier = new ContextIdentifier(); //activeProcessesCounter = 0; cleanerStopEvent = new AutoResetEvent(false); producers = new List<IProcess>(); uint producerCount = 0; #region Create producers foreach (ProcessorConfiguration processorConfiguration in ProducersDefinition) { producerCount = processorConfiguration.Count; for (int i = 0; i < producerCount; i++) { Producer producer = ProcessorFactory.CreateProducer ( processorConfiguration.Name ); producer.SetParameters(new ProcessorConfiguration { Count = processorConfiguration.Count, Description = processorConfiguration.Description, Enabled = processorConfiguration.Enabled, // Change name to reflect the index of the // current producer Name = processorConfiguration.Name + "_" + i, Priority = processorConfiguration.Priority }); producers.Add(producer); } } #endregion Create producers Log.TraceData(Log.Source,TraceEventType.Verbose, ProducerManagerMessage.StartingProducing, new ContextualLogEntry { Message = string.Format ( "'{0}': Starting Producing with {1} primary and {2} secondary producers.", Name, producerCount, 0 ), ContextIdentifier = contextIdentifier }); foreach (IProcess producer in producers) { producer.Start(); } SetExecutionState(ProcessExecutionState.Running); }
public override void Start() { _contextIdentifier = new ContextIdentifier(); Log.TraceData(Log.Source,TraceEventType.Start, ConsumerMessage.QueueWorkItemsConsumerStartRequested, new ContextualLogEntry { Message = string.Format ( "{0} process is starting.", Name ), ContextIdentifier = ContextIdentifier }); base.Start(); }
public TraceEvent( object eventId, TraceEventType type, ApplicationLifeCycleType lifeCycleType, EventCategory category, string message, ContextIdentifier contextIdentifier, object context ) : this() { try { EventIdText = eventId.ToString(); EventId = Convert.ToInt32(eventId); } catch (Exception e) { EventId = 0; // TODO: Add loggin of that as a warning! (SD) } _type = type; _lifeCycleType = lifeCycleType; // This conversion is done here in order to de-couple all // possible enumeration types that can be encountered here. // This is done according to the fact that other app domains // would need to know them then, and it is not the point. Message = (string.IsNullOrEmpty(message)) ? eventId.ToString() : message; ContextIdentifier = contextIdentifier ?? new ContextIdentifier(); _category = category; Context = context; }
protected WorkItem ( decimal id, int externalEntityId, WorkItemState workItemState, SubmissionPriority submissionPriority, byte[] messageBody, bool assigned, bool isRetry, string ownerName, ContextIdentifier contextIdentifier ) { Id = id; ExternalEntityId = externalEntityId; _workItemState = workItemState; _submissionPriority = submissionPriority; _messageBody = messageBody; Assigned = assigned; IsRetry = isRetry; OwnerName = ownerName; _contextIdentifier = contextIdentifier; // _processCode = processCode; // _assignmentToken = assignmentToken; }
public TraceEvent( object eventId, TraceEventType type, string message, ContextIdentifier contextIdentifier, object context ) : this(eventId, type, ApplicationLifeCycleType.Runtime, message, contextIdentifier, context) { }
public TraceEvent( object eventId, TraceEventType type, ApplicationLifeCycleType lifeCycleType, string message, ContextIdentifier contextIdentifier, object context ) : this(eventId, type, lifeCycleType, EventCategory.None, message, contextIdentifier, context) { }
public BaseException ( int eventId, ContextIdentifier contextIdentifier, string details, Exception innerException ) : base(details, innerException) { LoggingEventID = eventId; _contextIdentifier = contextIdentifier; }
public BaseException ( Enum eventId, ContextIdentifier contextIdentifier, string details, Exception innerException ) : base(details, innerException) { LoggingEventID = Convert.ToInt32(eventId); _contextIdentifier = contextIdentifier; }
public override void Start() { contextIdentifier = new ContextIdentifier(); Log.TraceData(Log.Source,TraceEventType.Start, ConsumerManagerMessage.QueueWorkItemsConsumerManagerStartRequested, new ContextualLogEntry { Message = string.Format ( "{0} process is starting.", Name ), ContextIdentifier = ContextIdentifier }); CreateConsumers(); Log.TraceData(Log.Source,TraceEventType.Start, ConsumerManagerMessage.QueueWorkItemsConsumerManagerStartRequested, new ContextualLogEntry { Message = string.Format ( "'{0}': Starting Consuming.", Name ), ContextIdentifier = contextIdentifier }); foreach (IProcess consumer in Consumers) { consumer.Stopped += Consumer_Stopped; consumer.Start(); } // If child object setup the collector StartInternal it // TODO: reiterate on that, ad hoc fix for response service!! (SD) if (TimeOutSubmissionsCollector != null) { TimeOutSubmissionsCollector.Start(); } SetExecutionState(ProcessExecutionState.Running); Log.TraceData(Log.Source,TraceEventType.Start, ConsumerManagerMessage.QueueWorkItemsConsumerManagerStartRequested, new ContextualLogEntry { Message = string.Format ( "{0} process started.", Name ), ContextIdentifier = ContextIdentifier }); }