public void AddsNestedWorkflow()
{
var model = new WorkflowDefinitionModel();
model.Nodes.Add(new NodeModel
{
Identifier = "node",
OutgoingTransitions = new[]
{
new TransitionModel
{
Identifier = "transitionId",
Source = "node",
Destination = "nested"
}
}
});
model.Nodes.Add(new WorkflowDefinitionModel
{
Identifier = "nested",
OperationType = typeof (TakeDefaultTransitionOperation).AssemblyQualifiedName
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
var nestedWorkflow = definition.Nodes.FirstOrDefault(n => n.Identifier == "nested");
Assert.That(nestedWorkflow, Is.Not.Null);
Assert.That(nestedWorkflow, Is.InstanceOf<IWorkflowDefinition>());
}
public void AddsIncomingTransitionOnNode()
{
var model = new WorkflowDefinitionModel();
model.Nodes.Add(new NodeModel
{
Identifier = "node",
OutgoingTransitions = new[]
{
new TransitionModel
{
Identifier = "transitionId",
Source = "node",
Destination = "destNode"
}
}
});
model.Nodes.Add(new NodeModel
{
Identifier = "destNode"
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
var destNode = definition.Nodes.First(n => n.Identifier == "destNode");
Assert.That(destNode.IncomingTransitions.Count(), Is.EqualTo(1));
var transition = destNode.IncomingTransitions.First();
Assert.That(transition.Identifier, Is.EqualTo("transitionId"));
Assert.That(transition.Source.Identifier, Is.EqualTo("node"));
}
public WorkflowDefinitionModel Transform(IWorkflowDefinition workflowDefinition)
{
var workflowDefinitionModel = new WorkflowDefinitionModel
{
Identifier = workflowDefinition.Identifier,
OperationType = workflowDefinition.Operation.AssemblyQualifiedName
};
foreach (var node in workflowDefinition.Nodes)
{
NodeModel nodeModel = CreateNode(workflowDefinition, (dynamic) node);
workflowDefinitionModel.Nodes.Add(nodeModel);
}
return workflowDefinitionModel;
}
public void SetsWorkflowIdentifier()
{
var model = new WorkflowDefinitionModel {Identifier = "identifier"};
model.Nodes.Add(new NodeModel
{
Identifier = "node"
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
Assert.That(definition.Identifier, Is.EqualTo("identifier"));
}
public void SetsStartNodePropertyOnNode()
{
var model = new WorkflowDefinitionModel();
model.Nodes.Add(new NodeModel
{
Identifier = "node",
IsInitialNode = true
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
var node = definition.Nodes.First();
Assert.That(definition.InitialNode, Is.EqualTo(node));
}
public void SetsDefaultPropertyOnTransition()
{
var model = new WorkflowDefinitionModel();
model.Nodes.Add(new NodeModel
{
Identifier = "node",
OutgoingTransitions = new[]
{
new TransitionModel
{
Identifier = "transitionId",
IsDefault = true,
Source = "node",
Destination = "destNode"
}
}
});
model.Nodes.Add(new NodeModel
{
Identifier = "destNode"
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
var transition = definition.Nodes.First(n => n.Identifier == "node").OutgoingTransitions.First();
Assert.That(transition.IsDefault);
}
public void ReturnsEmptyWorkflowDefinitionIfModelIsEmpty()
{
var model = new WorkflowDefinitionModel();
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
Assert.That(definition, Is.Not.Null);
Assert.That(definition.Nodes, Is.Empty);
Assert.That(definition.OutgoingTransitions, Is.Empty);
Assert.That(definition.IncomingTransitions, Is.Empty);
}
public void AddsOperationToNode()
{
var model = new WorkflowDefinitionModel();
model.Nodes.Add(new NodeModel
{
Identifier = "node",
OperationType = typeof (TestOperation).AssemblyQualifiedName
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
Assert.That(definition.Nodes.First().Operation, Is.EqualTo(typeof (TestOperation)));
}
public void AddsNode()
{
var model = new WorkflowDefinitionModel();
model.Nodes.Add(new NodeModel
{
Identifier = "node"
});
var transformer = new Transform.WorkflowDefinitionTransformer();
IWorkflowDefinition definition = transformer.TransformBack(model);
Assert.That(definition.Nodes.Count, Is.EqualTo(1));
Assert.That(definition.Nodes.First().Identifier, Is.EqualTo("node"));
}
private WorkflowDefinitionBuilder BuildWorkflowDefinition(WorkflowDefinitionBuilder builder, WorkflowDefinitionModel model)
{
builder.WithIdentifier(model.Identifier);
foreach (var node in model.Nodes)
{
NodeBuilder nodeBuilder = builder.AddNode()
.WithName(node.Identifier);
if (node.OperationType != null)
{
nodeBuilder.WithOperation(Type.GetType(node.OperationType));
}
if (node.IsInitialNode)
{
nodeBuilder.IsStartNode();
}
if (node.IsEndNode)
{
nodeBuilder.IsEndNode();
}
foreach (var transition in node.OutgoingTransitions)
{
TransitionBuilder transitionBuilder = nodeBuilder.AddTransition()
.WithName(transition.Identifier)
.To(transition.Destination);
if (transition.IsDefault)
{
transitionBuilder.IsDefault();
}
transitionBuilder.BuildTransition();
}
BuildNode(builder, nodeBuilder, (dynamic) node);
}
return builder;
}
public IWorkflowDefinition TransformBack(WorkflowDefinitionModel model)
{
var builder = new WorkflowDefinitionBuilder();
return BuildWorkflowDefinition(builder, model).BuildWorkflow();
}
private void BuildNode(WorkflowDefinitionBuilder workflowBuilder, NodeBuilder nodeBuilder, WorkflowDefinitionModel node)
{
nodeBuilder.BuildSubWorkflow(BuildWorkflowDefinition(workflowBuilder, node));
}