public void RunAllUnprocessors_Runs_All_Unprocessors_For_All_Views()
{
TrackingProcessor trackingProcessor2 = new TrackingProcessor();
SupportView view = new SupportView();
ObjectWhichExtendsSupportView viewA = new ObjectWhichExtendsSupportView();
ViewProcessorMapping mapping = new ViewProcessorMapping(new TypeMatcher().AllOf(view.GetType()).CreateTypeFilter(), trackingProcessor);
ViewProcessorMapping mappingA = new ViewProcessorMapping(new TypeMatcher().AllOf(viewA.GetType()).CreateTypeFilter(), trackingProcessor2);
viewProcessorFactory.RunProcessors(view, view.GetType(), new ViewProcessorMapping[1] {
mapping
});
viewProcessorFactory.RunProcessors(viewA, viewA.GetType(), new ViewProcessorMapping[2] {
mapping, mappingA
});
viewProcessorFactory.RunAllUnprocessors();
Assert.That(trackingProcessor.UnprocessedViews, Is.EquivalentTo(new object[2] {
view, viewA
}), "trackingProcessor unprocessed all views");
Assert.That(trackingProcessor2.UnprocessedViews, Is.EquivalentTo(new object[1] {
viewA
}), "trackingProcessor2 unprocessed all views");
}
public void Create_Mediator_Instantiates_Mediator_For_View_When_Mapped()
{
instance.Map(typeof(SupportView)).ToProcess(new MediatorCreator(typeof(SupportMediator)));
SupportView objA = new SupportView();
instance.HandleView(objA, objA.GetType());
objA.AddThisView();
string[] expectedNotifications = new string[1] {
"SupportMediator"
};
Assert.That(expectedNotifications, Is.EquivalentTo(mediatorWatcher.Notifications));
}
public void Unmapping_From_All_Processes_Removes_All_Processes()
{
viewProcessorMap.Map(matchingView.GetType()).ToProcess(typeof(TrackingProcessor));
viewProcessorMap.Map(matchingView.GetType()).ToProcess(trackingProcessor2);
viewProcessorMap.Unmap(matchingView.GetType()).FromAll();
viewProcessorMap.Process(matchingView);
AssertThatProcessorHasProcessedThese(FromInjector(typeof(TrackingProcessor)), new object[0]);
AssertThatProcessorHasProcessedThese(trackingProcessor2, new object[0]);
}
