public void Setup()
{
injector = new robotlegs.bender.framework.impl.RobotlegsInjector();
viewProcessorFactory = new ViewProcessorFactory(injector);
trackingProcessor = new TrackingProcessor();
view = new object();
}
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 Setup()
{
injector = new RobotlegsInjector();
injector.Map(typeof(RobotlegsInjector)).ToValue(injector);
viewProcessorMap = new ViewProcessorMap(new ViewProcessorFactory(injector));
trackingProcessor = new TrackingProcessor();
trackingProcessor2 = new TrackingProcessor();
matchingView = new SupportView();
nonMatchingView = new ObjectB();
guardObject = new GuardObject();
matchingView2 = new SupportViewWithWidthAndHeight();
}
public void CreatesProcessorSingletonMappingWhereNotMappedAndRunsProcess()
{
List <ViewProcessorMapping> mappings = new List <ViewProcessorMapping>();
mappings.Add(new ViewProcessorMapping(new TypeMatcher().AllOf(view.GetType()).CreateTypeFilter(), typeof(TrackingProcessor)));
viewProcessorFactory.RunProcessors(view, view.GetType(), mappings.ToArray());
TrackingProcessor createdTrackingProcessor = injector.GetInstance(typeof(TrackingProcessor)) as TrackingProcessor;
Assert.That(createdTrackingProcessor.ProcessedViews, Is.EquivalentTo(new object[1] {
view
}));
}
public void RunProcessOnMultipleProcessors()
{
List <ViewProcessorMapping> mappings = new List <ViewProcessorMapping>();
mappings.Add(new ViewProcessorMapping(new TypeMatcher().AllOf(view.GetType()).CreateTypeFilter(), trackingProcessor));
TrackingProcessor trackingProcessor2 = new TrackingProcessor();
mappings.Add(new ViewProcessorMapping(new TypeMatcher().AllOf(view.GetType()).CreateTypeFilter(), trackingProcessor2));
viewProcessorFactory.RunProcessors(view, view.GetType(), mappings.ToArray());
Assert.That(trackingProcessor.ProcessedViews, Is.EquivalentTo(new object[1] {
view
}));
Assert.That(trackingProcessor2.ProcessedViews, Is.EquivalentTo(new object[1] {
view
}));
}
protected void AssertThatProcessorHasUnprocessedThese(TrackingProcessor processor, object[] expected)
{
Assert.That(processor.UnprocessedViews, Is.EqualTo(expected).AsCollection);
}
