public void AddQueueStep(string description, OnStepUpdateEvent updateEvent)
{
var step = new DummyStep {
Name = description
};
step.OnStepUpdate += updateEvent;
_steps.Enqueue(step);
}
private static IWorkplan GenerateWorkplan(int transCount)
{
var workplan = new WorkplanDummy();
// Prepare connector variables
var initial = Workflow.CreateConnector("Start", NodeClassification.Start);
var left = Workflow.CreateConnector("Left0", NodeClassification.Intermediate);
var right = Workflow.CreateConnector("Right0", NodeClassification.Intermediate);
var final = Workflow.CreateConnector("Final", NodeClassification.End);
workplan.Add(initial, left, right, final);
// Prepare step variable
var step = new DummyStep(2, "Split");
step.Inputs[0] = initial;
step.Outputs[0] = left;
step.Outputs[1] = right;
workplan.Add(step);
// Create big maze
DummyStep stepLeft = null, stepRight = null;
for (int i = 0; i < transCount - 2; i++)
{
stepLeft = new DummyStep(2, string.Format("Step{0}Left", i));
stepLeft.Inputs[0] = left;
stepRight = new DummyStep(2, string.Format("Step{0}Right", i));
stepRight.Inputs[0] = right;
workplan.Add(stepLeft, stepRight);
left = Workflow.CreateConnector(string.Format("Left{0}", i + 1), NodeClassification.Intermediate);
right = Workflow.CreateConnector(string.Format("Right{0}", i + 1), NodeClassification.Intermediate);
workplan.Add(left, right);
stepLeft.Outputs[0] = stepRight.Outputs[1] = left;
stepLeft.Outputs[1] = stepRight.Outputs[0] = right;
}
// Final join
stepLeft.Outputs[1] = stepRight.Outputs[0] = left;
var join = new DummyStep(1, "Complete");
join.Inputs[0] = left;
workplan.Add(join);
join.Outputs[0] = final;
return(workplan);
}
