public static WorkplanDummy CreatePausableSub()
{
var workplan = new WorkplanDummy();
var inital = Workflow.CreateConnector("Start", NodeClassification.Start);
var complete = Workflow.CreateConnector("End", NodeClassification.End);
workplan.Add(inital, complete);
var step = new DummyStep(1, "A");
step.Inputs[0] = inital;
workplan.Add(step);
var aComplete = Workflow.CreateConnector("A1");
workplan.Add(aComplete);
step.Outputs[0] = aComplete;
var finalStep = new PausableStep();
finalStep.Inputs[0] = aComplete;
workplan.Add(finalStep);
finalStep.Outputs[0] = complete;
return(workplan);
}
public static WorkplanDummy CreateMixed()
{
var workplan = new WorkplanDummy();
var inital = Workflow.CreateConnector("Start", NodeClassification.Start);
var complete = Workflow.CreateConnector("End", NodeClassification.End);
workplan.Add(inital, complete);
var step = new DummyStep(1, "A");
step.Inputs[0] = inital;
// workplan.Add(step); // Add first step at the end
var aComplete = Workflow.CreateConnector("A1");
workplan.Add(aComplete);
step.Outputs[0] = aComplete;
var finalStep = new DummyStep(1, "B");
finalStep.Inputs[0] = aComplete;
workplan.Add(finalStep);
finalStep.Outputs[0] = complete;
workplan.Add(step); // Mix order of steps
return(workplan);
}
public void JsonCycle()
{
// Arrange
var workplan = new Workplan();
var start = Workflow.CreateConnector("Initial", NodeClassification.Start);
var step = new DummyStep(1, "Test");
var end = Workflow.CreateConnector("End", NodeClassification.End);
step.Inputs[0] = start;
step.Outputs[0] = end;
workplan.Add(start, end);
workplan.Add(step);
// Act
var json = JsonConvert.SerializeObject(workplan, JsonSettings.Minimal);
var deserialized = JsonConvert.DeserializeObject <Workplan>(json, JsonSettings.Minimal);
// Assert
var connectors = workplan.Connectors.ToList();
Assert.AreEqual(connectors.Count, deserialized.Connectors.Count());
Assert.AreEqual(connectors[0].Name, deserialized.Connectors.First().Name);
Assert.AreEqual(connectors[1].Classification, deserialized.Connectors.ElementAt(1).Classification);
Assert.AreEqual(workplan.Steps.Count(), deserialized.Steps.Count());
Assert.IsInstanceOf <DummyStep>(deserialized.Steps.First());
Assert.AreEqual(workplan.Steps.First().Name, deserialized.Steps.First().Name);
}
public static WorkplanDummy WithLoop()
{
var workplan = new WorkplanDummy();
var inital = Workflow.CreateConnector("Start", NodeClassification.Start);
var complete = Workflow.CreateConnector("End", NodeClassification.End);
var failed = Workflow.CreateConnector("Failed", NodeClassification.Failed);
workplan.Add(inital, complete, failed);
var step = new DummyStep(2, "Feed case");
step.Inputs[0] = inital;
workplan.Add(step);
var left = Workflow.CreateConnector("Left");
workplan.Add(left);
step.Outputs[0] = left;
var right = Workflow.CreateConnector("Right");
workplan.Add(right);
step.Outputs[1] = right;
step = new DummyStep(3, "Mount");
step.Inputs[0] = left;
workplan.Add(step);
step.Outputs[2] = right;
left = Workflow.CreateConnector("Merge");
workplan.Add(left);
step.Outputs[0] = step.Outputs[1] = left;
step = new DummyStep(3, "Set pole");
step.Inputs[0] = left;
workplan.Add(step);
var oldLeft = left;
left = Workflow.CreateConnector("Pole set");
workplan.Add(left);
step.Outputs[0] = left;
step.Outputs[1] = oldLeft;
step.Outputs[2] = failed;
step = new DummyStep(3, "Set screw");
step.Inputs[0] = left;
workplan.Add(step);
step.Outputs[0] = right;
step.Outputs[1] = complete;
step.Outputs[2] = failed;
var rightOnly = new DummyStep(1, "Remove case");
rightOnly.Inputs[0] = right;
rightOnly.Outputs[0] = failed;
workplan.Add(rightOnly);
return(workplan);
}
public static WorkplanDummy CreatePausable()
{
var workplan = new WorkplanDummy();
var inital = Workflow.CreateConnector("Start", NodeClassification.Start);
var complete = Workflow.CreateConnector("End", NodeClassification.End);
workplan.Add(inital);
workplan.Add(complete);
var step = new DummyStep(1, "A");
step.Inputs[0] = inital;
workplan.Add(step);
var a1 = Workflow.CreateConnector("Before pause");
workplan.Add(a1);
step.Outputs[0] = a1;
var rightOnly = new PausableStep();
rightOnly.Inputs[0] = a1;
workplan.Add(rightOnly);
step.Outputs[0] = a1;
var b1 = Workflow.CreateConnector("Right complete");
workplan.Add(b1);
rightOnly.Outputs[0] = b1;
var merge = new DummyStep(1, "C");
merge.Inputs[0] = b1;
workplan.Add(merge);
merge.Outputs[0] = complete;
return(workplan);
}
public static WorkplanDummy CreateLoneWolf()
{
var workplan = new WorkplanDummy();
var inital = Workflow.CreateConnector("Start", NodeClassification.Start);
var complete = Workflow.CreateConnector("End", NodeClassification.End);
workplan.Add(inital, complete);
var step = new DummyStep(2, "A");
step.Inputs[0] = inital;
workplan.Add(step);
var left = Workflow.CreateConnector("Left");
workplan.Add(left);
step.Outputs[0] = left;
var right = Workflow.CreateConnector("Right");
workplan.Add(right);
// step.Outputs[1] = right; <-- This causes a Lone Wolf validation error
var rightOnly = new DummyStep(1, "LoneWolf");
rightOnly.Inputs[0] = right;
workplan.Add(rightOnly);
rightOnly.Outputs[0] = left;
var merge = new DummyStep(2);
merge.Inputs[0] = left;
workplan.Add(merge);
merge.Outputs[0] = merge.Outputs[1] = complete;
return(workplan);
}
public static WorkplanDummy CreateDeadEnd()
{
var workplan = new WorkplanDummy();
var inital = Workflow.CreateConnector("Start", NodeClassification.Start);
var complete = Workflow.CreateConnector("End", NodeClassification.End);
workplan.Add(inital, complete);
var step = new DummyStep(2, "A");
step.Inputs[0] = inital;
workplan.Add(step);
var left = Workflow.CreateConnector("Left");
workplan.Add(left);
step.Outputs[0] = left;
var right = Workflow.CreateConnector("DeadEnd");
workplan.Add(right);
step.Outputs[1] = right;
var rightOnly = new DummyStep(1);
workplan.Add(rightOnly);
rightOnly.Outputs[0] = left;
var merge = new DummyStep(2);
merge.Inputs[0] = left;
workplan.Add(merge);
merge.Outputs[0] = merge.Outputs[1] = complete;
return(workplan);
}
