/// <summary>
/// Lazy initializes the workflow. Always call this before you need to reference <see cref="_workflow"/>
/// </summary>
protected virtual void InitializeWorkflowIfNecessary()
{
if (_workflow == null)
{
_workflow = Define();
}
}
public void Given()
{
var branchPoint = Declare.Step();
sut = new StatefulWorkflow <TestObject>("test")
.Do(x => x.Feedback("branch point"), branchPoint)
.Do(x => x.Feedback("first point"), If.IsTrue(() => tracker < 2, branchPoint))
.Yield(1)
.Do(x => x.Feedback("second point"), If.IsTrue(() => tracker < 1, branchPoint))
;
mock = new Mock <TestObject>();
mock.CallBase = true;
mock.Setup(x => x.Feedback(It.IsAny <string>())).Returns(mock.Object);
// This setup is to avoid infinite loops in the test data
int timer = 0;
mock.Setup(x => x.Feedback("branch point")).Callback(() =>
{
if (++timer == 2)
{
tracker = 0;
}
}).Returns(mock.Object);
}
public void Given()
{
ruleMock = new Mock<DefaultTransitionRule<TestObject>>("workflow");
ruleMock.CallBase = true;
rule = ruleMock.Object;
workflow = new StatefulWorkflow<TestObject>("workflow", null, rule);
TestFixtures.SetupWorkflow(workflow);
data = new TestObject() { State = "Last" };
}
public void Given()
{
ruleMock = new Mock <DefaultTransitionRule <TestObject> >("workflow");
ruleMock.CallBase = true;
rule = ruleMock.Object;
workflow = new StatefulWorkflow <TestObject>("workflow", null, rule);
TestFixtures.SetupWorkflow(workflow);
data = new TestObject();
}
public void Given()
{
_workflow = new StatefulWorkflow<A1>("test");
_workflow.Do(x => x.GotHere("starting"))
.Yield("stop point")
.Do(x => x.GotHere("finished"));
_object = new Mock<A1>();
_object.Setup(x => x.GotHere("starting")).Returns(_object.Object);
_object.Setup(x => x.GotHere("finished")).Returns(_object.Object);
}
public void Given()
{
_workflow = new StatefulWorkflow <A1>("test");
_workflow.Do(x => x.GotHere("starting"))
.Yield("stop point")
.Do(x => x.GotHere("finished"));
_object = new Mock <A1>();
_object.Setup(x => x.GotHere("starting")).Returns(_object.Object);
_object.Setup(x => x.GotHere("finished")).Returns(_object.Object);
}
public void Given()
{
var branchPoint = Declare.Step();
sut = new StatefulWorkflow<TestObject>("test")
.Do(x => x.Feedback("branch point"), branchPoint)
.Do(x => x.Feedback("first point"), If.IsTrue(() => tracker < 2, branchPoint))
.Yield(1)
.Do(x => x.Feedback("second point"), If.IsTrue(() => tracker < 1, branchPoint))
;
mock = new Mock<TestObject>();
mock.CallBase = true;
mock.Setup(x => x.Feedback(It.IsAny<string>())).Returns(mock.Object);
// This setup is to avoid infinite loops in the test data
int timer = 0;
mock.Setup(x => x.Feedback("branch point")).Callback(() =>
{
if (++timer == 2)
tracker = 0;
}).Returns(mock.Object);
}
/// <summary>
/// Workflow with 3 segments
/// </summary>
public static IStatefulWorkflow <TestObject> SetupWorkflow(IStatefulWorkflow <TestObject> workflow)
{
return(workflow
.Yield("First")
.Yield("Last"));
}
/// <summary>
/// Indicates that this object is currently passing through the specific workflow
/// </summary>
/// <param name="self"></param>
/// <param name="workflow"></param>
/// <returns></returns>
public static bool IsAliveInWorkflow <T>(this IStatefulObject self, IStatefulWorkflow <T> workflow)
where T : class, IStatefulObject
{
return(self.GetStateId(workflow.WorkflowId) != null);
}
/// <summary>
/// Workflow with 3 segments
/// </summary>
public static IStatefulWorkflow<TestObject> SetupWorkflow(IStatefulWorkflow<TestObject> workflow)
{
return workflow
.Yield("First")
.Yield("Last");
}
