public void HandleTaskScheduledEvent(TaskScheduledEvent scheduledEvent)
{
int taskId = scheduledEvent.EventId;
if (this.orchestratorActionsMap.ContainsKey(taskId))
{
this.orchestratorActionsMap.Remove(taskId);
}
else
{
throw new NonDeterministicOrchestrationException(scheduledEvent.EventId,
$"TaskScheduledEvent: {scheduledEvent.EventId} {scheduledEvent.EventType} {scheduledEvent.Name} {scheduledEvent.Version}");
}
}
public void HandleTaskScheduledEvent(TaskScheduledEvent scheduledEvent)
{
int taskId = scheduledEvent.EventId;
if (orchestratorActionsMap.ContainsKey(taskId))
{
orchestratorActionsMap.Remove(taskId);
}
else
{
throw new NonDeterministicOrchestrationException(scheduledEvent.EventId,
string.Format("TaskScheduledEvent: {0} {1} {2} {3}",
scheduledEvent.EventId, scheduledEvent.EventType, scheduledEvent.Name, scheduledEvent.Version));
}
}
public async Task DispatchMiddlewareContextBuiltInProperties()
{
TaskOrchestration orchestration = null;
OrchestrationRuntimeState state = null;
OrchestrationInstance instance1 = null;
TaskActivity activity = null;
TaskScheduledEvent taskScheduledEvent = null;
OrchestrationInstance instance2 = null;
this.worker.AddOrchestrationDispatcherMiddleware((context, next) =>
{
orchestration = context.GetProperty <TaskOrchestration>();
state = context.GetProperty <OrchestrationRuntimeState>();
instance1 = context.GetProperty <OrchestrationInstance>();
return(next());
});
this.worker.AddActivityDispatcherMiddleware((context, next) =>
{
activity = context.GetProperty <TaskActivity>();
taskScheduledEvent = context.GetProperty <TaskScheduledEvent>();
instance2 = context.GetProperty <OrchestrationInstance>();
return(next());
});
var instance = await this.client.CreateOrchestrationInstanceAsync(typeof(SimplestGreetingsOrchestration), null);
TimeSpan timeout = TimeSpan.FromSeconds(Debugger.IsAttached ? 1000 : 10);
await this.client.WaitForOrchestrationAsync(instance, timeout);
Assert.IsNotNull(orchestration);
Assert.IsNotNull(state);
Assert.IsNotNull(instance1);
Assert.IsNotNull(activity);
Assert.IsNotNull(taskScheduledEvent);
Assert.IsNotNull(instance2);
Assert.AreNotSame(instance1, instance2);
Assert.AreEqual(instance1.InstanceId, instance2.InstanceId);
}
static TaskMessage ProcessScheduleTaskDecision(
ScheduleTaskOrchestratorAction scheduleTaskOrchestratorAction,
OrchestrationRuntimeState runtimeState, bool includeParameters)
{
var taskMessage = new TaskMessage();
var scheduledEvent = new TaskScheduledEvent(scheduleTaskOrchestratorAction.Id);
scheduledEvent.Name = scheduleTaskOrchestratorAction.Name;
scheduledEvent.Version = scheduleTaskOrchestratorAction.Version;
scheduledEvent.Input = scheduleTaskOrchestratorAction.Input;
taskMessage.Event = scheduledEvent;
taskMessage.OrchestrationInstance = runtimeState.OrchestrationInstance;
if (!includeParameters)
{
scheduledEvent = new TaskScheduledEvent(scheduleTaskOrchestratorAction.Id);
scheduledEvent.Name = scheduleTaskOrchestratorAction.Name;
scheduledEvent.Version = scheduleTaskOrchestratorAction.Version;
}
runtimeState.AddEvent(scheduledEvent);
return(taskMessage);
}
public override async Task <TResult> CallActivityAsync <TResult>(string functionName, object input)
{
var taskScheduled = new TaskScheduledEvent(History.Count)
{
Name = functionName
};
History.Add(taskScheduled);
try
{
var result = await CallActivityFunctionByNameAsync(functionName, input);
History.Add(new TaskCompletedEvent(History.Count, taskScheduled.EventId,
JsonConvert.SerializeObject(result)));
return(result);
}
catch (Exception ex)
{
History.Add(new TaskFailedEvent(History.Count, taskScheduled.EventId, ex.Message, ex.StackTrace));
throw;
}
}
HistoryEvent GenerateAbridgedEvent(HistoryEvent evt)
{
HistoryEvent returnedEvent = evt;
if (evt is TaskScheduledEvent)
{
var sourceEvent = (TaskScheduledEvent) evt;
returnedEvent = new TaskScheduledEvent(sourceEvent.EventId)
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
Name = sourceEvent.Name,
Version = sourceEvent.Version,
Input = "[..snipped..]",
};
}
else if (evt is TaskCompletedEvent)
{
var sourceEvent = (TaskCompletedEvent) evt;
returnedEvent = new TaskCompletedEvent(sourceEvent.EventId, sourceEvent.TaskScheduledId, "[..snipped..]")
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
else if (evt is SubOrchestrationInstanceCreatedEvent)
{
var sourceEvent = (SubOrchestrationInstanceCreatedEvent) evt;
returnedEvent = new SubOrchestrationInstanceCreatedEvent(sourceEvent.EventId)
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
Name = sourceEvent.Name,
Version = sourceEvent.Version,
Input = "[..snipped..]",
};
}
else if (evt is SubOrchestrationInstanceCompletedEvent)
{
var sourceEvent = (SubOrchestrationInstanceCompletedEvent) evt;
returnedEvent = new SubOrchestrationInstanceCompletedEvent(sourceEvent.EventId,
sourceEvent.TaskScheduledId, "[..snipped..]")
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
else if (evt is TaskFailedEvent)
{
var sourceEvent = (TaskFailedEvent) evt;
returnedEvent = new TaskFailedEvent(sourceEvent.EventId,
sourceEvent.TaskScheduledId, sourceEvent.Reason, "[..snipped..]")
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
else if (evt is SubOrchestrationInstanceFailedEvent)
{
var sourceEvent = (SubOrchestrationInstanceFailedEvent) evt;
returnedEvent = new SubOrchestrationInstanceFailedEvent(sourceEvent.EventId,
sourceEvent.TaskScheduledId, sourceEvent.Reason, "[..snipped..]")
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
else if (evt is ExecutionStartedEvent)
{
var sourceEvent = (ExecutionStartedEvent) evt;
returnedEvent = new ExecutionStartedEvent(sourceEvent.EventId, "[..snipped..]")
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
else if (evt is ExecutionCompletedEvent)
{
var sourceEvent = (ExecutionCompletedEvent) evt;
returnedEvent = new ExecutionCompletedEvent(sourceEvent.EventId, "[..snipped..]",
sourceEvent.OrchestrationStatus)
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
else if (evt is ExecutionTerminatedEvent)
{
var sourceEvent = (ExecutionTerminatedEvent) evt;
returnedEvent = new ExecutionTerminatedEvent(sourceEvent.EventId, "[..snipped..]")
{
Timestamp = sourceEvent.Timestamp,
IsPlayed = sourceEvent.IsPlayed,
};
}
// ContinueAsNewEvent is covered by the ExecutionCompletedEvent block
return returnedEvent;
}
public ExtendedActivityWorkItem(TaskScheduledEvent scheduledEvent)
{
this.ScheduledEvent = scheduledEvent;
}
async Task OnProcessWorkItemAsync(TaskActivityWorkItem workItem)
{
Task renewTask = null;
var renewCancellationTokenSource = new CancellationTokenSource();
TaskMessage taskMessage = workItem.TaskMessage;
OrchestrationInstance orchestrationInstance = taskMessage.OrchestrationInstance;
TaskScheduledEvent scheduledEvent = null;
Activity diagnosticActivity = null;
try
{
if (string.IsNullOrWhiteSpace(orchestrationInstance?.InstanceId))
{
this.logHelper.TaskActivityDispatcherError(
workItem,
$"The activity worker received a message that does not have any OrchestrationInstance information.");
throw TraceHelper.TraceException(
TraceEventType.Error,
"TaskActivityDispatcher-MissingOrchestrationInstance",
new InvalidOperationException("Message does not contain any OrchestrationInstance information"));
}
if (taskMessage.Event.EventType != EventType.TaskScheduled)
{
this.logHelper.TaskActivityDispatcherError(
workItem,
$"The activity worker received an event of type '{taskMessage.Event.EventType}' but only '{EventType.TaskScheduled}' is supported.");
throw TraceHelper.TraceException(
TraceEventType.Critical,
"TaskActivityDispatcher-UnsupportedEventType",
new NotSupportedException("Activity worker does not support event of type: " +
taskMessage.Event.EventType));
}
// call and get return message
scheduledEvent = (TaskScheduledEvent)taskMessage.Event;
this.logHelper.TaskActivityStarting(orchestrationInstance, scheduledEvent);
TaskActivity taskActivity = this.objectManager.GetObject(scheduledEvent.Name, scheduledEvent.Version);
if (taskActivity == null)
{
throw new TypeMissingException($"TaskActivity {scheduledEvent.Name} version {scheduledEvent.Version} was not found");
}
if (workItem.LockedUntilUtc < DateTime.MaxValue)
{
// start a task to run RenewUntil
renewTask = Task.Factory.StartNew(
() => this.RenewUntil(workItem, renewCancellationTokenSource.Token),
renewCancellationTokenSource.Token);
}
// TODO : pass workflow instance data
var context = new TaskContext(taskMessage.OrchestrationInstance);
HistoryEvent eventToRespond = null;
var dispatchContext = new DispatchMiddlewareContext();
dispatchContext.SetProperty(taskMessage.OrchestrationInstance);
dispatchContext.SetProperty(taskActivity);
dispatchContext.SetProperty(scheduledEvent);
// correlation
CorrelationTraceClient.Propagate(() =>
{
workItem.TraceContextBase?.SetActivityToCurrent();
diagnosticActivity = workItem.TraceContextBase?.CurrentActivity;
});
await this.dispatchPipeline.RunAsync(dispatchContext, async _ =>
{
try
{
string output = await taskActivity.RunAsync(context, scheduledEvent.Input);
eventToRespond = new TaskCompletedEvent(-1, scheduledEvent.EventId, output);
}
catch (TaskFailureException e)
{
TraceHelper.TraceExceptionInstance(TraceEventType.Error, "TaskActivityDispatcher-ProcessTaskFailure", taskMessage.OrchestrationInstance, e);
string details = this.IncludeDetails ? e.Details : null;
eventToRespond = new TaskFailedEvent(-1, scheduledEvent.EventId, e.Message, details);
this.logHelper.TaskActivityFailure(orchestrationInstance, scheduledEvent.Name, (TaskFailedEvent)eventToRespond, e);
CorrelationTraceClient.Propagate(() => CorrelationTraceClient.TrackException(e));
}
catch (Exception e) when(!Utils.IsFatal(e) && !Utils.IsExecutionAborting(e))
{
TraceHelper.TraceExceptionInstance(TraceEventType.Error, "TaskActivityDispatcher-ProcessException", taskMessage.OrchestrationInstance, e);
string details = this.IncludeDetails
? $"Unhandled exception while executing task: {e}\n\t{e.StackTrace}"
: null;
eventToRespond = new TaskFailedEvent(-1, scheduledEvent.EventId, e.Message, details);
this.logHelper.TaskActivityFailure(orchestrationInstance, scheduledEvent.Name, (TaskFailedEvent)eventToRespond, e);
}
if (eventToRespond is TaskCompletedEvent completedEvent)
{
this.logHelper.TaskActivityCompleted(orchestrationInstance, scheduledEvent.Name, completedEvent);
}
});
var responseTaskMessage = new TaskMessage
{
Event = eventToRespond,
OrchestrationInstance = orchestrationInstance
};
await this.orchestrationService.CompleteTaskActivityWorkItemAsync(workItem, responseTaskMessage);
}
catch (SessionAbortedException e)
{
// The activity aborted its execution
this.logHelper.TaskActivityAborted(orchestrationInstance, scheduledEvent, e.Message);
TraceHelper.TraceInstance(TraceEventType.Warning, "TaskActivityDispatcher-ExecutionAborted", orchestrationInstance, "{0}: {1}", scheduledEvent.Name, e.Message);
await this.orchestrationService.AbandonTaskActivityWorkItemAsync(workItem);
}
finally
{
diagnosticActivity?.Stop(); // Ensure the activity is stopped here to prevent it from leaking out.
if (renewTask != null)
{
renewCancellationTokenSource.Cancel();
try
{
// wait the renewTask finish
await renewTask;
}
catch (OperationCanceledException)
{
// ignore
}
}
}
}
async Task OnProcessWorkItemAsync(TaskActivityWorkItem workItem)
{
Task renewTask = null;
var renewCancellationTokenSource = new CancellationTokenSource();
TaskMessage taskMessage = workItem.TaskMessage;
OrchestrationInstance orchestrationInstance = taskMessage.OrchestrationInstance;
TaskScheduledEvent scheduledEvent = null;
try
{
if (string.IsNullOrWhiteSpace(orchestrationInstance?.InstanceId))
{
throw TraceHelper.TraceException(
TraceEventType.Error,
"TaskActivityDispatcher-MissingOrchestrationInstance",
new InvalidOperationException("Message does not contain any OrchestrationInstance information"));
}
if (taskMessage.Event.EventType != EventType.TaskScheduled)
{
throw TraceHelper.TraceException(
TraceEventType.Critical,
"TaskActivityDispatcher-UnsupportedEventType",
new NotSupportedException("Activity worker does not support event of type: " +
taskMessage.Event.EventType));
}
// call and get return message
scheduledEvent = (TaskScheduledEvent)taskMessage.Event;
TaskActivity taskActivity = this.objectManager.GetObject(scheduledEvent.Name, scheduledEvent.Version);
if (taskActivity == null)
{
throw new TypeMissingException($"TaskActivity {scheduledEvent.Name} version {scheduledEvent.Version} was not found");
}
renewTask = Task.Factory.StartNew(() => RenewUntil(workItem, renewCancellationTokenSource.Token), renewCancellationTokenSource.Token);
// TODO : pass workflow instance data
var context = new TaskContext(taskMessage.OrchestrationInstance);
HistoryEvent eventToRespond = null;
var dispatchContext = new DispatchMiddlewareContext();
dispatchContext.SetProperty(taskMessage.OrchestrationInstance);
dispatchContext.SetProperty(taskActivity);
dispatchContext.SetProperty(scheduledEvent);
await this.dispatchPipeline.RunAsync(dispatchContext, async _ =>
{
try
{
string output = await taskActivity.RunAsync(context, scheduledEvent.Input);
eventToRespond = new TaskCompletedEvent(-1, scheduledEvent.EventId, output);
}
catch (TaskFailureException e)
{
TraceHelper.TraceExceptionInstance(TraceEventType.Error, "TaskActivityDispatcher-ProcessTaskFailure", taskMessage.OrchestrationInstance, e);
string details = IncludeDetails ? e.Details : null;
eventToRespond = new TaskFailedEvent(-1, scheduledEvent.EventId, e.Message, details);
}
catch (Exception e) when(!Utils.IsFatal(e) && !Utils.IsExecutionAborting(e))
{
TraceHelper.TraceExceptionInstance(TraceEventType.Error, "TaskActivityDispatcher-ProcessException", taskMessage.OrchestrationInstance, e);
string details = IncludeDetails
? $"Unhandled exception while executing task: {e}\n\t{e.StackTrace}"
: null;
eventToRespond = new TaskFailedEvent(-1, scheduledEvent.EventId, e.Message, details);
}
});
var responseTaskMessage = new TaskMessage
{
Event = eventToRespond,
OrchestrationInstance = orchestrationInstance
};
await this.orchestrationService.CompleteTaskActivityWorkItemAsync(workItem, responseTaskMessage);
}
catch (SessionAbortedException e)
{
// The activity aborted its execution
string activityName = scheduledEvent?.Name ?? "(unknown)";
TraceHelper.TraceInstance(TraceEventType.Warning, "TaskActivityDispatcher-ExecutionAborted", orchestrationInstance, "{0}: {1}", activityName, e.Message);
await this.orchestrationService.AbandonTaskActivityWorkItemAsync(workItem);
}
finally
{
if (renewTask != null)
{
renewCancellationTokenSource.Cancel();
try
{
await renewTask;
}
catch (OperationCanceledException)
{
// ignore
}
}
}
}
HistoryEvent GenerateAbridgedEvent(HistoryEvent evt)
{
HistoryEvent returnedEvent = evt;
if (evt is TaskScheduledEvent taskScheduledEvent)
{
returnedEvent = new TaskScheduledEvent(taskScheduledEvent.EventId)
{
Timestamp = taskScheduledEvent.Timestamp,
IsPlayed = taskScheduledEvent.IsPlayed,
Name = taskScheduledEvent.Name,
Version = taskScheduledEvent.Version,
Input = "[..snipped..]",
};
}
else if (evt is TaskCompletedEvent taskCompletedEvent)
{
returnedEvent = new TaskCompletedEvent(taskCompletedEvent.EventId, taskCompletedEvent.TaskScheduledId, "[..snipped..]")
{
Timestamp = taskCompletedEvent.Timestamp,
IsPlayed = taskCompletedEvent.IsPlayed,
};
}
else if (evt is SubOrchestrationInstanceCreatedEvent subOrchestrationInstanceCreatedEvent)
{
returnedEvent = new SubOrchestrationInstanceCreatedEvent(subOrchestrationInstanceCreatedEvent.EventId)
{
Timestamp = subOrchestrationInstanceCreatedEvent.Timestamp,
IsPlayed = subOrchestrationInstanceCreatedEvent.IsPlayed,
Name = subOrchestrationInstanceCreatedEvent.Name,
Version = subOrchestrationInstanceCreatedEvent.Version,
Input = "[..snipped..]",
};
}
else if (evt is SubOrchestrationInstanceCompletedEvent subOrchestrationInstanceCompletedEvent)
{
returnedEvent = new SubOrchestrationInstanceCompletedEvent(subOrchestrationInstanceCompletedEvent.EventId,
subOrchestrationInstanceCompletedEvent.TaskScheduledId, "[..snipped..]")
{
Timestamp = subOrchestrationInstanceCompletedEvent.Timestamp,
IsPlayed = subOrchestrationInstanceCompletedEvent.IsPlayed,
};
}
else if (evt is TaskFailedEvent taskFailedEvent)
{
returnedEvent = new TaskFailedEvent(taskFailedEvent.EventId,
taskFailedEvent.TaskScheduledId, taskFailedEvent.Reason, "[..snipped..]")
{
Timestamp = taskFailedEvent.Timestamp,
IsPlayed = taskFailedEvent.IsPlayed,
};
}
else if (evt is SubOrchestrationInstanceFailedEvent subOrchestrationInstanceFailedEvent)
{
returnedEvent = new SubOrchestrationInstanceFailedEvent(subOrchestrationInstanceFailedEvent.EventId,
subOrchestrationInstanceFailedEvent.TaskScheduledId, subOrchestrationInstanceFailedEvent.Reason, "[..snipped..]")
{
Timestamp = subOrchestrationInstanceFailedEvent.Timestamp,
IsPlayed = subOrchestrationInstanceFailedEvent.IsPlayed,
};
}
else if (evt is ExecutionStartedEvent executionStartedEvent)
{
returnedEvent = new ExecutionStartedEvent(executionStartedEvent.EventId, "[..snipped..]")
{
Timestamp = executionStartedEvent.Timestamp,
IsPlayed = executionStartedEvent.IsPlayed,
};
}
else if (evt is ExecutionCompletedEvent executionCompletedEvent)
{
returnedEvent = new ExecutionCompletedEvent(executionCompletedEvent.EventId, "[..snipped..]",
executionCompletedEvent.OrchestrationStatus)
{
Timestamp = executionCompletedEvent.Timestamp,
IsPlayed = executionCompletedEvent.IsPlayed,
};
}
else if (evt is ExecutionTerminatedEvent executionTerminatedEvent)
{
returnedEvent = new ExecutionTerminatedEvent(executionTerminatedEvent.EventId, "[..snipped..]")
{
Timestamp = executionTerminatedEvent.Timestamp,
IsPlayed = executionTerminatedEvent.IsPlayed,
};
}
// ContinueAsNewEvent is covered by the ExecutionCompletedEvent block
return(returnedEvent);
}
public async Task MockActivityOrchestration()
{
// Orchestrator middleware mocks an orchestration that calls one activity
// and returns the activity result as its own result
this.worker.AddOrchestrationDispatcherMiddleware((context, next) =>
{
OrchestrationRuntimeState state = context.GetProperty <OrchestrationRuntimeState>();
if (state.NewEvents.OfType <ExecutionStartedEvent>().Any())
{
// Manually schedule an activity execution
context.SetProperty(new OrchestratorExecutionResult
{
Actions = new[]
{
new ScheduleTaskOrchestratorAction
{
Name = "FakeActivity",
Version = "FakeActivityVersion",
Input = "SomeInput",
}
}
});
}
else
{
// If we get here, it's because the activity completed
TaskCompletedEvent taskCompletedEvent = state.NewEvents.OfType <TaskCompletedEvent>().Single();
// We know the activity completed at this point
context.SetProperty(new OrchestratorExecutionResult
{
Actions = new[]
{
new OrchestrationCompleteOrchestratorAction
{
OrchestrationStatus = OrchestrationStatus.Completed,
Result = taskCompletedEvent?.Result,
},
},
});
}
// don't call next() - we're short-circuiting the actual orchestration executor logic
return(Task.FromResult(0));
});
// Activity middleware returns a result immediately
this.worker.AddActivityDispatcherMiddleware((context, next) =>
{
TaskScheduledEvent taskScheduledEvent = context.GetProperty <TaskScheduledEvent>();
// Use the activity parameters as the activity output
string output = $"{taskScheduledEvent.Name},{taskScheduledEvent.Version},{taskScheduledEvent.Input}";
context.SetProperty(new ActivityExecutionResult
{
ResponseEvent = new TaskCompletedEvent(-1, taskScheduledEvent.EventId, output),
});
// don't call next() - we're short-circuiting the actual activity executor logic
return(Task.FromResult(0));
});
OrchestrationInstance instance = await this.client.CreateOrchestrationInstanceAsync(
name : "FakeName",
version : "FakeVersion",
input : null);
TimeSpan timeout = TimeSpan.FromSeconds(Debugger.IsAttached ? 1000 : 5);
OrchestrationState state = await this.client.WaitForOrchestrationAsync(instance, timeout);
Assert.AreEqual(OrchestrationStatus.Completed, state.OrchestrationStatus);
Assert.AreEqual("FakeActivity,FakeActivityVersion,SomeInput", state.Output);
}
public static HistoryEvent GetHistoryEvent(this DbDataReader reader, bool isOrchestrationHistory = false)
{
string eventTypeString = (string)reader["EventType"];
if (!Enum.TryParse(eventTypeString, out EventType eventType))
{
throw new InvalidOperationException($"Unknown event type '{eventTypeString}'.");
}
int eventId = GetTaskId(reader);
HistoryEvent historyEvent;
switch (eventType)
{
case EventType.ContinueAsNew:
historyEvent = new ContinueAsNewEvent(eventId, GetPayloadText(reader));
break;
case EventType.EventRaised:
historyEvent = new EventRaisedEvent(eventId, GetPayloadText(reader))
{
Name = GetName(reader),
};
break;
case EventType.EventSent:
historyEvent = new EventSentEvent(eventId)
{
Input = GetPayloadText(reader),
Name = GetName(reader),
InstanceId = GetInstanceId(reader),
};
break;
case EventType.ExecutionCompleted:
historyEvent = new ExecutionCompletedEvent(
eventId,
result: GetPayloadText(reader),
orchestrationStatus: OrchestrationStatus.Completed);
break;
case EventType.ExecutionFailed:
historyEvent = new ExecutionCompletedEvent(
eventId,
result: GetPayloadText(reader),
orchestrationStatus: OrchestrationStatus.Failed);
break;
case EventType.ExecutionStarted:
historyEvent = new ExecutionStartedEvent(eventId, GetPayloadText(reader))
{
Name = GetName(reader),
OrchestrationInstance = new OrchestrationInstance
{
InstanceId = GetInstanceId(reader),
ExecutionId = GetExecutionId(reader),
},
Tags = null, // TODO
Version = GetVersion(reader),
};
string?parentInstanceId = GetParentInstanceId(reader);
if (parentInstanceId != null)
{
((ExecutionStartedEvent)historyEvent).ParentInstance = new ParentInstance
{
OrchestrationInstance = new OrchestrationInstance
{
InstanceId = parentInstanceId
},
TaskScheduleId = GetTaskId(reader)
};
}
break;
case EventType.ExecutionTerminated:
historyEvent = new ExecutionTerminatedEvent(eventId, GetPayloadText(reader));
break;
case EventType.GenericEvent:
historyEvent = new GenericEvent(eventId, GetPayloadText(reader));
break;
case EventType.OrchestratorCompleted:
historyEvent = new OrchestratorCompletedEvent(eventId);
break;
case EventType.OrchestratorStarted:
historyEvent = new OrchestratorStartedEvent(eventId);
break;
case EventType.SubOrchestrationInstanceCompleted:
historyEvent = new SubOrchestrationInstanceCompletedEvent(eventId, GetTaskId(reader), GetPayloadText(reader));
break;
case EventType.SubOrchestrationInstanceCreated:
historyEvent = new SubOrchestrationInstanceCreatedEvent(eventId)
{
Input = GetPayloadText(reader),
InstanceId = null, // TODO
Name = GetName(reader),
Version = null,
};
break;
case EventType.SubOrchestrationInstanceFailed:
historyEvent = new SubOrchestrationInstanceFailedEvent(
eventId,
taskScheduledId: GetTaskId(reader),
reason: GetReason(reader),
details: GetPayloadText(reader));
break;
case EventType.TaskCompleted:
historyEvent = new TaskCompletedEvent(
eventId,
taskScheduledId: GetTaskId(reader),
result: GetPayloadText(reader));
break;
case EventType.TaskFailed:
historyEvent = new TaskFailedEvent(
eventId,
taskScheduledId: GetTaskId(reader),
reason: GetReason(reader),
details: GetPayloadText(reader));
break;
case EventType.TaskScheduled:
historyEvent = new TaskScheduledEvent(eventId)
{
Input = GetPayloadText(reader),
Name = GetName(reader),
Version = GetVersion(reader),
};
break;
case EventType.TimerCreated:
historyEvent = new TimerCreatedEvent(eventId)
{
FireAt = GetVisibleTime(reader),
};
break;
case EventType.TimerFired:
historyEvent = new TimerFiredEvent(eventId)
{
FireAt = GetVisibleTime(reader),
TimerId = GetTaskId(reader),
};
break;
default:
throw new InvalidOperationException($"Don't know how to interpret '{eventType}'.");
}
historyEvent.Timestamp = GetTimestamp(reader);
historyEvent.IsPlayed = isOrchestrationHistory && (bool)reader["IsPlayed"];
return(historyEvent);
}
