private void TrackWorkflowInstanceRecord(WorkflowInstanceRecord workflowInstanceRecord, ActualTrace _trace)
{
WorkflowInstanceState workflowInstanceState = (WorkflowInstanceState)Enum.Parse(typeof(WorkflowInstanceState), workflowInstanceRecord.State);
WorkflowInstanceTrace workflowInstanceTrace = new WorkflowInstanceTrace(workflowInstanceRecord.InstanceId, workflowInstanceRecord.WorkflowDefinitionIdentity, workflowInstanceState);
_trace.Add(workflowInstanceTrace);
}
public void TraceData(object data)
{
//tracking data is now directly pushed by the tracking participant to the test trace manager.
if (data is WorkflowInstanceTrace)
{
WorkflowInstanceTrace instanceTrace = (WorkflowInstanceTrace)data;
this.testTraceManager.AddTrace(instanceTrace.InstanceName, instanceTrace);
//Log.TraceInternal("[TestTraceListener] {0}", instanceTrace.ToString());
}
else if (data is WorkflowExceptionTrace)
{
WorkflowExceptionTrace exceptionTrace = (WorkflowExceptionTrace)data;
this.testTraceManager.AddTrace(exceptionTrace.InstanceName, exceptionTrace);
//Log.TraceInternal("[TestTraceListener] {0}", exceptionTrace.ToString());
}
else if (data is UserTrace)
{
UserTrace userTrace = (UserTrace)data;
this.testTraceManager.AddTrace(userTrace.InstanceId, userTrace);
//Log.TraceInternal("[TestTraceListener] {0}", userTrace.ToString());
}
else if (data is SynchronizeTrace)
{
SynchronizeTrace synchronizeTrace = (SynchronizeTrace)data;
this.testTraceManager.AddTrace(synchronizeTrace.userTrace.InstanceId, synchronizeTrace);
//Log.TraceInternal("[TestTraceListener] {0}", synchronizeTrace.ToString());
}
else if (data is WorkflowAbortedTrace)
{
WorkflowAbortedTrace synchronizeTrace = (WorkflowAbortedTrace)data;
this.testTraceManager.AddTrace(synchronizeTrace.InstanceId, synchronizeTrace);
//Log.TraceInternal("[TestTraceListener] {0}", synchronizeTrace.ToString());
}
}
internal override bool NotifyTraces(ActualTrace instanceTraces)
{
// Dont want to modify the original numOccurances
int countCopy = _numOccurences;
foreach (IActualTraceStep step in instanceTraces.Steps)
{
if (step is WorkflowAbortedTrace)
{
countCopy--;
// if this aborted is the last trace, we wont have a deleted
if (_waitingForDeleted && countCopy == 1)
{
countCopy--;
}
if (_expectedFinalState != WorkflowInstanceState.Aborted)
{
_error = string.Format("While waiting for a {0} trace, received an aborted trace - {1}", _expectedFinalState, ActualTracesAsString());
}
}
else if (step is WorkflowInstanceTrace)
{
WorkflowInstanceTrace wit = (WorkflowInstanceTrace)step;
if (wit.InstanceStatus == WorkflowInstanceState.Deleted)
{
countCopy--;
// Deleted trace will always be last, if its not then this will hang, so instead complete it and throw exception
if (countCopy > 0)
{
_error = string.Format("Received deleted trace, before the expected number of {0} - {1}.", _expectedFinalState, ActualTracesAsString());
countCopy = 0;
}
}
else if (wit.InstanceStatus == WorkflowInstanceState.Completed ||
wit.InstanceStatus == WorkflowInstanceState.Canceled ||
wit.InstanceStatus == WorkflowInstanceState.Terminated)
{
// reset error
countCopy--;
_error = (wit.InstanceStatus == _expectedFinalState) ? null :
string.Format("While waiting for a {0} trace, received another terminal trace, {1} - {2}.",
_expectedFinalState.ToString(), wit.InstanceStatus.ToString(), ActualTracesAsString());
}
}
}
bool success = countCopy <= 0;
if (success)
{
this.manualResetEvent.Set();
}
return(success);
}
private static bool ShouldTrackStep(this TrackingProfile profile, WorkflowTraceStep workflowTraceStep)
{
if (workflowTraceStep is TraceGroup)
{
// Don't filter out a nested TraceGroup.
return(true);
}
ActivityTrace activityTrace = workflowTraceStep as ActivityTrace;
if (activityTrace != null)
{
//check the activity track queries
foreach (ActivityStateQuery activityQuery in profile.Queries.OfType <ActivityStateQuery>())
{
//either all activities are tracked or only this specific one.
if (TrackingFilter.IsActivityLocationTracked(activityQuery, activityTrace.ActivityName, activityTrace.ActivityStatus))
{
return(true);
}
}
//check the ActivityScheduledQuery
foreach (ActivityScheduledQuery activityScheduledQuery in profile.Queries.OfType <ActivityScheduledQuery>())
{
//either all activities are tracked or only this specific one.
if (TrackingFilter.IsActivityScheduledTracked(activityScheduledQuery, activityTrace.ActivityName))
{
return(true);
}
}
}
WorkflowInstanceTrace workflowInstanceTrace = workflowTraceStep as WorkflowInstanceTrace;
if (workflowInstanceTrace != null)
{
foreach (WorkflowInstanceQuery workflowInstanceTrackingQuery in profile.Queries.OfType <WorkflowInstanceQuery>())
{
if (workflowInstanceTrackingQuery.States.Contains(workflowInstanceTrace.InstanceStatus.ToString()))
{
return(true);
}
}
}
UserTrace userTrace = workflowTraceStep as UserTrace;
if (userTrace != null)
{
//presently we (trackign team) do not track any userTrace values through profile om.
return(true);
}
return(false);
}
private void AddWorkflowInstanceTrace(TraceEventType eventType, Guid instanceId, WorkflowIdentity workflowDefintionIdentity, WorkflowInstanceState instanceStatus)
{
WorkflowInstanceTrace trace = new WorkflowInstanceTrace(instanceId, workflowDefintionIdentity, instanceStatus);
this.TestTraceManager.AddTrace(instanceId, trace);
if (workflowDefintionIdentity != null)
{
TestTraceManager.OptionalLogTrace(string.Format("[TestTrackingParticipantBase]{0} : {1} : {2,-11} : {3}", instanceId, workflowDefintionIdentity, eventType, instanceStatus));
}
else
{
TestTraceManager.OptionalLogTrace(string.Format("[TestTrackingParticipantBase]{0} : {1,-11} : {2}", instanceId, eventType, instanceStatus));
}
}