protected void OnDebugStepAdded(DebugStep debugStep)
{
if (DebugStepAdded != null)
{
DebugStepAdded(this, new DebugStepEventArgs(debugStep));
}
}
public DebugStepEventArgs(DebugStep debugStep)
{
DebugStep = debugStep;
}
protected VisualTrackingParticipant InitialiseVisualTrackingParticipant(Activity activityToRun)
{
// Mapping between the object and Line No.
var elementToSourceLocationMap = UpdateSourceLocationMappingInDebuggerService(activityToRun);
// Mapping between the object and the Instance Id
var activityIdToElementMap = elementToSourceLocationMap
.Keys
.OfType <Activity>()
.ToDictionary(workflowElement => workflowElement.Id);
// Setup custom tracking
var participant = new VisualTrackingParticipant
{
ActivityIdToWorkflowElementMap = activityIdToElementMap,
TrackingProfile = new TrackingProfile
{
Name = "VisualTrackingProfile",
Queries =
{
new CustomTrackingQuery
{
Name = "*",
ActivityName = "*"
},
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 = "*",
States = { "*" },
// 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 ={ "*" }
}
}
}
};
var debugInterval = Settings.Default.MillisecondsBetweenDebugSteps > 0
? Settings.Default.MillisecondsBetweenDebugSteps
: 1000;
// As the tracking events are received
participant.TrackingRecordReceived += (trackingParticipant, trackingEventArgs) =>
{
if (trackingEventArgs.Activity != null)
{
DispatcherService.Dispatch(() =>
{
WorkflowDesigner.DebugManagerView.CurrentLocation =
elementToSourceLocationMap[trackingEventArgs.Activity];
});
Thread.Sleep(debugInterval);
var debugItem = new DebugStep(
stepCount++,
trackingEventArgs.Record.EventTime,
trackingEventArgs.Activity.DisplayName,
trackingEventArgs.Activity.Id,
trackingEventArgs.Record.InstanceId,
((ActivityStateRecord)trackingEventArgs.Record).State);
stepSourceLocationMapping.Add((int)stepCount - 1, elementToSourceLocationMap[trackingEventArgs.Activity]);
OnDebugStepAdded(debugItem);
}
};
return(participant);
}
protected void OnDebugStepAdded(DebugStep debugStep)
{
if (DebugStepAdded != null)
{
DebugStepAdded(this, new DebugStepEventArgs(debugStep));
}
}
protected VisualTrackingParticipant InitialiseVisualTrackingParticipant(Activity activityToRun)
{
// Mapping between the object and Line No.
var elementToSourceLocationMap = UpdateSourceLocationMappingInDebuggerService(activityToRun);
// Mapping between the object and the Instance Id
var activityIdToElementMap = elementToSourceLocationMap
.Keys
.OfType<Activity>()
.ToDictionary(workflowElement => workflowElement.Id);
// Setup custom tracking
var participant = new VisualTrackingParticipant
{
ActivityIdToWorkflowElementMap = activityIdToElementMap,
TrackingProfile = new TrackingProfile
{
Name = "VisualTrackingProfile",
Queries =
{
new CustomTrackingQuery
{
Name = "*",
ActivityName = "*"
},
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 = "*",
States = { "*" },
// 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 = { "*" }
}
}
}
};
var debugInterval = Settings.Default.MillisecondsBetweenDebugSteps > 0
? Settings.Default.MillisecondsBetweenDebugSteps
: 1000;
// As the tracking events are received
participant.TrackingRecordReceived += (trackingParticipant, trackingEventArgs) =>
{
if (trackingEventArgs.Activity != null)
{
DispatcherService.Dispatch(() =>
{
WorkflowDesigner.DebugManagerView.CurrentLocation =
elementToSourceLocationMap[trackingEventArgs.Activity];
});
Thread.Sleep(debugInterval);
var debugItem = new DebugStep(
stepCount++,
trackingEventArgs.Record.EventTime,
trackingEventArgs.Activity.DisplayName,
trackingEventArgs.Activity.Id,
trackingEventArgs.Record.InstanceId,
((ActivityStateRecord) trackingEventArgs.Record).State);
stepSourceLocationMapping.Add((int)stepCount - 1, elementToSourceLocationMap[trackingEventArgs.Activity]);
OnDebugStepAdded(debugItem);
}
};
return participant;
}
public DebugStepEventArgs(DebugStep debugStep)
{
DebugStep = debugStep;
}