protected VisualTrackingParticipant InitialiseVisualTrackingParticipant(Activity workflowToRun)
{
// Mapping between the object and Line No.
Dictionary <object, SourceLocation> elementToSourceLocationMap = this.UpdateSourceLocationMappingInDebuggerService(workflowToRun);
// Mapping between the object and the Instance Id
Dictionary <string, Activity> activityIdToElementMap = this.BuildactivityIdToElementMap(elementToSourceLocationMap);
// Setup custom tracking
const string All = "*";
VisualTrackingParticipant simTracker = new VisualTrackingParticipant()
{
TrackingProfile = new TrackingProfile()
{
Name = "CustomTrackingProfile",
Queries =
{
new CustomTrackingQuery()
{
Name = All,
ActivityName = All
},
new WorkflowInstanceQuery()
{
// Limit workflow instance tracking records for started and completed workflow states
States ={ WorkflowInstanceStates.Started, WorkflowInstanceStates.Completed },
},
new ActivityStateQuery()
{
// Subscribe for track records from all activities for all states
ActivityName = All,
States = { All },
// Extract workflow variables and arguments as a part of the activity tracking record
// VariableName = "*" allows for extraction of all variables in the scope
// of the activity
Variables =
{
{ All }
}
}
}
}
};
simTracker.ActivityIdToWorkflowElementMap = activityIdToElementMap;
// As the tracking events are received
simTracker.TrackingRecordReceived += (trackingParticpant, trackingEventArgs) =>
{
if (trackingEventArgs.Activity != null)
{
ShowDebug(elementToSourceLocationMap[trackingEventArgs.Activity]);
Thread.Sleep(this.pauseBetweenDebugStepsInMilliseconds);
SourceLocationDebugItem debugItem = new SourceLocationDebugItem()
{
ActivityName = trackingEventArgs.Activity.DisplayName,
Id = trackingEventArgs.Activity.Id,
State = ((ActivityStateRecord)trackingEventArgs.Record).State,
StepCount = sourceLocationSteppedCount,
InstanceId = ((ActivityStateRecord)trackingEventArgs.Record).InstanceId
};
this.debugTraceSource.TraceData(
TraceEventType.Information,
0,
trackingEventArgs.Activity.DisplayName,
trackingEventArgs.Activity.Id,
((ActivityStateRecord)trackingEventArgs.Record).State,
sourceLocationSteppedCount,
((ActivityStateRecord)trackingEventArgs.Record).InstanceId);
this.allDebugTraceSource.TraceData(
TraceEventType.Information,
0,
Path.GetFileNameWithoutExtension(this.workflowName),
trackingEventArgs.Activity.DisplayName,
trackingEventArgs.Activity.Id,
((ActivityStateRecord)trackingEventArgs.Record).State,
sourceLocationSteppedCount,
((ActivityStateRecord)trackingEventArgs.Record).InstanceId);
sourceLocationSteppedCount++;
if (!this.disableDebugViewOutput)
{
this.textLineToSourceLocationMap.Add(this.sourceLocations.Count, elementToSourceLocationMap[trackingEventArgs.Activity]);
this.sourceLocations.Add(debugItem);
DispatcherService.Dispatch(() =>
{
debugView.ItemsSource = this.SourceLocations;
debugView.Items.Refresh();
});
}
}
};
return(simTracker);
}
protected VisualTrackingParticipant InitialiseVisualTrackingParticipant(Activity workflowToRun)
{
// Mapping between the object and Line No.
Dictionary<object, SourceLocation> elementToSourceLocationMap = this.UpdateSourceLocationMappingInDebuggerService(workflowToRun);
// Mapping between the object and the Instance Id
Dictionary<string, Activity> activityIdToElementMap = this.BuildactivityIdToElementMap(elementToSourceLocationMap);
// Setup custom tracking
const string All = "*";
VisualTrackingParticipant simTracker = new VisualTrackingParticipant()
{
TrackingProfile = new TrackingProfile()
{
Name = "CustomTrackingProfile",
Queries =
{
new CustomTrackingQuery()
{
Name = All,
ActivityName = All
},
new WorkflowInstanceQuery()
{
// Limit workflow instance tracking records for started and completed workflow states
States = { WorkflowInstanceStates.Started, WorkflowInstanceStates.Completed },
},
new ActivityStateQuery()
{
// Subscribe for track records from all activities for all states
ActivityName = All,
States = { All },
// Extract workflow variables and arguments as a part of the activity tracking record
// VariableName = "*" allows for extraction of all variables in the scope
// of the activity
Variables =
{
{ All }
}
}
}
}
};
simTracker.ActivityIdToWorkflowElementMap = activityIdToElementMap;
// As the tracking events are received
simTracker.TrackingRecordReceived += (trackingParticpant, trackingEventArgs) =>
{
if (trackingEventArgs.Activity != null)
{
ShowDebug(elementToSourceLocationMap[trackingEventArgs.Activity]);
Thread.Sleep(this.pauseBetweenDebugStepsInMilliseconds);
SourceLocationDebugItem debugItem = new SourceLocationDebugItem()
{
ActivityName = trackingEventArgs.Activity.DisplayName,
Id = trackingEventArgs.Activity.Id,
State = ((ActivityStateRecord)trackingEventArgs.Record).State,
StepCount = sourceLocationSteppedCount,
InstanceId = ((ActivityStateRecord)trackingEventArgs.Record).InstanceId
};
this.debugTraceSource.TraceData(
TraceEventType.Information,
0,
trackingEventArgs.Activity.DisplayName,
trackingEventArgs.Activity.Id,
((ActivityStateRecord)trackingEventArgs.Record).State,
sourceLocationSteppedCount,
((ActivityStateRecord)trackingEventArgs.Record).InstanceId);
this.allDebugTraceSource.TraceData(
TraceEventType.Information,
0,
Path.GetFileNameWithoutExtension(this.workflowName),
trackingEventArgs.Activity.DisplayName,
trackingEventArgs.Activity.Id,
((ActivityStateRecord)trackingEventArgs.Record).State,
sourceLocationSteppedCount,
((ActivityStateRecord)trackingEventArgs.Record).InstanceId);
sourceLocationSteppedCount++;
if (!this.disableDebugViewOutput)
{
this.textLineToSourceLocationMap.Add(this.sourceLocations.Count, elementToSourceLocationMap[trackingEventArgs.Activity]);
this.sourceLocations.Add(debugItem);
DispatcherService.Dispatch(() =>
{
debugView.ItemsSource = this.SourceLocations;
debugView.Items.Refresh();
});
}
}
};
return simTracker;
}
