public void WhenInsertAfterStep_TheProcessCallsTheNewStep()
{
var pipeline = new MockPipeline();
var newStep = new MockStep();
pipeline.InsertAfter <MockStep>(newStep);
pipeline.Process(new TestableBundle("~"), new CassetteSettings());
newStep.ProcessCalled.ShouldBeTrue();
}
public void WhenReplaceStep_ThenProcessDoesNotCallOldStep()
{
var pipeline = new MockPipeline();
var newStep = new MockStep();
pipeline.Replace <MockStep>(newStep);
pipeline.Process(new TestableBundle("~"), new CassetteSettings());
pipeline.DummyStep.ProcessCalled.ShouldBeFalse();
}
public void WhenReplaceStep_ThenProcessCallsNewStep()
{
var pipeline = new MockPipeline();
var newStep = new MockStep();
pipeline.Replace <MockStep>(newStep);
pipeline.Process(new TestableBundle("~"), new CassetteSettings());
newStep.ProcessCalled.ShouldBeTrue();
}
public void WhenAppendStep_ThenProcessCallsTheStepLast()
{
var pipeline = new MockPipeline();
var step = new MockStep();
pipeline.Append(step);
pipeline.Process(new TestableBundle("~"), new CassetteSettings());
(step.CallIndex > pipeline.DummyStep.CallIndex).ShouldBeTrue();
}
public void WhenInsertBeforeStep_TheProcessCallsTheNewStepBeforeOriginalStep()
{
var pipeline = new MockPipeline();
var newStep = new MockStep();
pipeline.InsertBefore <MockStep>(newStep);
pipeline.Process(new TestableBundle("~"), new CassetteSettings());
(newStep.CallIndex < pipeline.DummyStep.CallIndex).ShouldBeTrue();
}
public void CanChainModifications()
{
var pipeline = new MockPipeline();
var step1 = new MockStep();
var step2 = new MockStep();
pipeline.Append(step1).Append(step2);
pipeline.Process(new TestableBundle("~"), new CassetteSettings());
step1.CallIndex.ShouldEqual(1);
step2.CallIndex.ShouldEqual(2);
}
